[?2026h[?25l❯
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[?2026l[?2026h● Reading src/session/store.ts · 0.0s

❯
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[?2026l[?2026h● Reading src/session/store.ts · 0.1s

❯
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[?2026l[?2026h● Reading src/session/store.ts · 0.2s

❯
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[?2026l[?2026h● Reading src/session/store.ts · 0.3s

❯
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[?2026l[?2026h● Reading src/session/store.ts · 0.4s

❯
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[?2026l[?2026h ▸ Read src/session/store.ts · 212 lines
● Reading src/session/store.ts · 0.5s

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[?2026l[?2026h● Reading src/session/store.ts · 0.6s

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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

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[?2026l[?2026h● Thinking · 0.1s

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[?2026l[?2026h● Thinking · 0.2s

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[?2026l[?2026h● Thinking · 0.3s

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[?2026l[?2026h● Thinking · 0.4s

❯
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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯
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[?2026l[?2026h## Session store

● Writing · 0.0s

❯
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[?2026l[?2026h## Session store

● Writing · 0.1s

❯ c
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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ c
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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ ch
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[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ ch
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[?2026l[?2026hTh

● Writing · 0.1s

❯ che
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[?2026l[?2026hThe failur

● Writing · 0.1s

❯ che
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[?2026l[?2026hThe failur

● Writing · 0.1s

❯ chec
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[?2026l[?2026hThe failur

● Writing · 0.2s

❯ chec
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[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ chec
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[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check
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[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ check
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ check t
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check th
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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check th
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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check the
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.5s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.7s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests then verify the journal
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ c
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ c
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ ch
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ ch
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ r
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ re
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ re
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ rer
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ rer
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ reru
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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ reru
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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the jo
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the jou
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the jou
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the jour
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the jour
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the journ
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the journa
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the journa
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[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the journal
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the journal
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify the journal
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

Two details worth ca

● Editing src/context/engine.ts · 1.4s

❯
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[?2026l[?2026hTwo details worth calling ou

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❯ c
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ ch
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

❯ che
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[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ che
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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ chec
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ chec
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ check
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.6s

❯ check
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check t
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ check t
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ check th
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ check the
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ check the
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ check the s
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ check the s
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.8s

❯ check the se
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the se
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the ses
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ check the sess
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ check the sess
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ check the sessi
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ check the sessio
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ check the session
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ check the session s
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ check the session s
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

❯ check the session st
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ check the session stor
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ check the session store
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

❯ check the session store
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ check the session store
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ check the session store r
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts`

● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failure

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failure

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
r

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
r

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 3.3s

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 ▸ Run npm test · passed · 4.2s

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● Thinking · 0.0s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

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● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.0s

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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failure point is in `SessionStore.appe

● Writing · 0.3s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.1s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

- `append` now retries up

● Writing · 1.6s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.0s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.2s

❯ rerun the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the te
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the te
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tes
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tes
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the test
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the test
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ rerun the tests
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ rerun the tests th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the tests the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the tests then
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests then
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then v
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the tests then v
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests then ve
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests then ver
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then ver
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then veri
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the tests then verif
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then verif
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then verify
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then verify
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then verify t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun the tests then verify t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ rerun the tests then verify th
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[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then verify th
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[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then verify the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ rerun the tests then verify the
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[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rerun the tests then verify the
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[?2026l[?2026hThe retry loo

● Writing · 4.1s

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[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

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[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify the jour
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the journa
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the journa
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ c
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

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● Editing src/context/engine.ts · 1.6s

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● Editing src/context/engine.ts · 1.6s

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● Editing src/context/engine.ts · 1.6s

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● Editing src/context/engine.ts · 1.6s

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1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

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● Editing src/context/engine.ts · 1.7s

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● Editing src/context/engine.ts · 1.7s

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● Editing src/context/engine.ts · 1.7s

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● Editing src/context/engine.ts · 1.8s

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2. the

● Editing src/context/engine.ts · 1.8s

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2. the backoff

● Editing src/context/engine.ts · 1.8s

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2. the backoff

● Editing src/context/engine.ts · 1.8s

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2. the backoff delays

● Editing src/context/engine.ts · 1.8s

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● Editing src/context/engine.ts · 1.9s

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2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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● Editing src/context/engine.ts · 1.9s

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● Editing src/context/engine.ts · 1.9s

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● Editing src/context/engine.ts · 1.9s

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● Editing src/context/engine.ts · 2.0s

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● Editing src/context/engine.ts · 2.0s

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● Editing src/context/engine.ts · 2.0s

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● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
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● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
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● Editing src/context/engine.ts · 2.0s

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   t

● Editing src/context/engine.ts · 2.0s

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● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
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   t

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
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   the 100 m

● Editing src/context/engine.ts · 2.1s

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   the 100 m

● Editing src/context/engine.ts · 2.1s

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2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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● Editing src/context/engine.ts · 2.1s

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● Editing src/context/engine.ts · 2.2s

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   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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reproduci

● Editing src/context/engine.ts · 2.5s

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reproducing under

● Editing src/context/engine.ts · 2.5s

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reproducing under

● Editing src/context/engine.ts · 2.6s

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reproducing under

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.8s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.8s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

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● Editing src/context/engine.ts · 3.3s

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 ▸ Run npm test · passed · 4.2s

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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

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[?2026l[?2026h## Sessi

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry logic

Th

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[?2026l[?2026hThe failure point is in `SessionStore.appe

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[?2026l[?2026hThe failure point is in `SessionStore.appe

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

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❯ rerun the tests then verify the jou
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.0s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.1s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then veri
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.0s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.1s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.2s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.3s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.4s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

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1

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● Editing src/context/engine.ts · 1.8s

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● Editing src/context/engine.ts · 1.8s

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● Editing src/context/engine.ts · 1.9s

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1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

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2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ chec
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ check
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ check
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

❯ check
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯ check t
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ check t
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ check th
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ check th
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ check the
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

❯ check the
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ check the
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ check the s
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ check the se
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
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● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.8s

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reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

❯ check the session store retry
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.9s

❯ check the session store retry
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

❯ check the session store retry
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

❯ check the session store retry l
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

❯ check the session store retry l
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

❯ check the session store retry lo
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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 ▸ Run npm test · passed · 4.2s

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● Thinking · 0.0s

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[?2026l[?2026h## Sessi

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[?2026l[?2026h## Sessi

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry logic

Th

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[?2026l[?2026hThe failur

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[?2026l[?2026hThe failure point is in `SessionSt

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[?2026l[?2026hThe failure point is in `SessionStore.appe

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
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● Writing · 0.4s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.3s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.4s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.5s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.6s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 3.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the test
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ rerun the tests t
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[?2026l[?2026hThe r

● Writing · 4.0s

❯ rerun the tests th
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[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rerun the tests th
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[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ rerun the tests the
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[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

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[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify t
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 1.0s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.2s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check the session
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

❯ check the session s
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the session s
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check the session st
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check the session sto
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

❯ check the session stor
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[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ check the session stor
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[?2026l[?2026h1

● Editing src/context/engine.ts · 1.5s

❯ check the session store
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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ check the session store
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ check the session store
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.6s

❯ check the session store r
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check the session store r
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check the session store re
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ check the session store re
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ check the session store ret
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

❯ check the session store ret
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.7s

❯ check the session store retr
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry l
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry l
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry lo
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry lo
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry log
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry log
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logi
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry logic a
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry logic a
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry logic an
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry logic and
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry logic and
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯ check the session store retry logic and
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ r
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ re
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

❯ re
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

❯ rer
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rer
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ reru
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ rerun
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

❯ rerun
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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

❯ rerun
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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

❯ rerun
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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts`

● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
r

● Editing src/context/engine.ts · 2.5s

❯ rerun the te
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reproduci

● Editing src/context/engine.ts · 2.5s

❯ rerun the te
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

❯ rerun the tes
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

❯ rerun the tests the
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

❯ rerun the tests the
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

❯ rerun the tests then
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.7s

❯ rerun the tests then
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `W

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `W

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFail

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
t

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
t

● Editing src/context/engine.ts · 3.1s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the statu

● Editing src/context/engine.ts · 3.1s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the statu

● Editing src/context/engine.ts · 3.1s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so

● Editing src/context/engine.ts · 3.1s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so

● Editing src/context/engine.ts · 3.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.2s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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 ▸ Run npm test · passed · 4.2s

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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

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[?2026l[?2026h## Sessi

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[?2026l[?2026h## Session store

● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.1s

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

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[?2026l[?2026h## Session store retry logic

Th

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● Writing · 0.1s

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[?2026l[?2026hThe failur

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[?2026l[?2026hThe failur

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[?2026l[?2026hThe failure point

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[?2026l[?2026hThe failure point

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● Writing · 0.3s

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● Writing · 0.3s

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● Writing · 0.3s

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● Writing · 0.3s

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● Writing · 0.4s

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● Writing · 0.4s

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● Writing · 0.4s

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not ret

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not ret

● Writing · 0.4s

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not retried on

● Writing · 0.4s

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not retried on

● Writing · 0.5s

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not retried on transien

● Writing · 0.5s

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not retried on transien

● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
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● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
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● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the tests then verify the
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the tests then verify the j
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests then verify the jo
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests then verify the journ
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests then verify the journ
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests then verify the journa
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ c
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ ch
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ che
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ chec
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the s
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[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the se
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check the se
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ check the ses
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the ses
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the sess
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the sess
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the sessi
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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ check the sessi
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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ check the sessio
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the sessio
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the session
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the session
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ check the session
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ check the session s
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the session s
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the session st
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the session st
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the session sto
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ check the session stor
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.0s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.0s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.1s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.2s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.2s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.3s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.4s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verify the jou
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verify the jour
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verify the jour
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verify the journ
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026hWith

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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❯ rerun the tests then verify the journal

With this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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reproduci

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.8s

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loop bud

● Editing src/context/engine.ts · 2.8s

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loop bud

● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
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● Editing src/context/engine.ts · 2.9s

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loop budget. The remaining work is to surface `W

● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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t

● Editing src/context/engine.ts · 3.0s

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t

● Editing src/context/engine.ts · 3.0s

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the statu

● Editing src/context/engine.ts · 3.0s

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the statu

● Editing src/context/engine.ts · 3.1s

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the status bar so

● Editing src/context/engine.ts · 3.1s

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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so

● Editing src/context/engine.ts · 3.1s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.1s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is

● Editing src/context/engine.ts · 3.1s

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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.2s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before

● Editing src/context/engine.ts · 3.2s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before

● Editing src/context/engine.ts · 3.2s

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the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.2s

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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.2s

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the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.3s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.

 ▸ Run npm test · passed · 4.2s

❯ check the session store retry
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❯ check the session store retry logic and

❯
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[?2026l[?2026h❯ r
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[?2026l[?2026h❯ rerun t
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[?2026l[?2026h● Reading src/session/store.ts · 0.0s

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[?2026l[?2026h● Reading src/session/store.ts · 0.2s

❯ rerun the tests t
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[?2026l[?2026h● Reading src/session/store.ts · 0.3s

❯ rerun the tests th
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[?2026l[?2026h● Reading src/session/store.ts · 0.3s

❯ rerun the tests the
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[?2026l[?2026h● Reading src/session/store.ts · 0.3s

❯ rerun the tests then
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[?2026l[?2026h● Reading src/session/store.ts · 0.4s

❯ rerun the tests then
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❯ rerun the tests then v
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[?2026l[?2026h● Reading src/session/store.ts · 0.4s

❯ rerun the tests then ve
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[?2026l[?2026h● Reading src/session/store.ts · 0.5s

❯ rerun the tests then ver
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● Reading src/session/store.ts · 0.5s

❯ rerun the tests then ver
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❯ rerun the tests then veri
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[?2026l[?2026h● Reading src/session/store.ts · 0.5s

❯ rerun the tests then verif
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[?2026l[?2026h● Reading src/session/store.ts · 0.6s

❯ rerun the tests then verify
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests then verify t
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests then verify th
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests then verify the
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[?2026l[?2026h● Reading src/session/store.ts · 0.8s

❯ rerun the tests then verify the
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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

❯ rerun the tests then verify the
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[?2026l[?2026h● Thinking · 0.0s

❯ rerun the tests then verify the j
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[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then verify the j
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[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then verify the jo
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[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then verify the jou
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[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then verify the jour
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[?2026l[?2026h● Thinking · 0.2s

❯ rerun the tests then verify the jour
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[?2026l[?2026h● Thinking · 0.2s

❯ rerun the tests then verify the journ
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[?2026l[?2026h● Thinking · 0.2s

❯ rerun the tests then verify the journa
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[?2026l[?2026h● Thinking · 0.2s

❯ rerun the tests then verify the journal
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[?2026l[?2026h● Thinking · 0.3s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

● Thinking · 0.3s

❯
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[?2026l[?2026h● Thinking · 0.3s

❯ c
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[?2026l[?2026h● Thinking · 0.3s

❯ ch
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[?2026l[?2026h● Thinking · 0.4s

❯ ch
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[?2026l[?2026h● Thinking · 0.4s

❯ che
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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ che
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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ chec
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[?2026l[?2026h## Session store

● Writing · 0.0s

❯ chec
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[?2026l[?2026h## Session store

● Writing · 0.0s

❯ check
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[?2026l[?2026h## Session store

● Writing · 0.1s

❯ check
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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ check
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[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ check
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[?2026l[?2026hTh

● Writing · 0.1s

❯ check t
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[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check t
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[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check th
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[?2026l[?2026hThe failur

● Writing · 0.2s

❯ check th
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[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check th
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[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check the
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[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ check the
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ check the s
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ check the s
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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check the s
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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check the se
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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check the se
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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check the ses
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ check the ses
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ check the sess
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ check the sess
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the sess
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the sessi
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the sessi
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the sessio
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ check the session
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ check the session
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the session s
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check the session s
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check the session st
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check the session st
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check the session sto
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.1s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.3s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.4s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.5s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ rerun the tests then verify the journa
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[?2026l[?2026h● Writing · 2.5s

❯ rerun the tests then verify the journal
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[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ rerun the tests then verify the journal
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[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ rerun the tests then verify the journal
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[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async appe

● Writing · 2.6s

❯
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[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ c
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[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ ch
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[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ ch
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[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ che
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[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ che
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[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ chec
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ chec
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ check
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ check th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the s
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ check the s
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the se
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the se
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the ses
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the sess
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.0s

❯ check the sess
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the sessi
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the sessi
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the sessio
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the sessio
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ check the session
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the session
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session s
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check the session s
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ check the session st
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the session st
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the session sto
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the session sto
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the session stor
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the session stor
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ check the session store
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session store
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session store
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session store r
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the session store r
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ check the session store re
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the session store ret
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the session store ret
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the session store retr
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session store retry
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session store retry log
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rer
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[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ reru
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[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ reru
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[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ rerun
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ rerun
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ rerun
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ rerun
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ rerun t
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ rerun th
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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ rerun the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun the t
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observations s

● Editing src/context/engine.ts · 0.2s

❯ rerun the t
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observations s

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun the tes
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun the tes
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun the test
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests t
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests t
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the jour
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the journ
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the journ
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ c
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ ch
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ ch
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[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ che
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ che
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

❯ chec
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ chec
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ check
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

❯ check t
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[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ check t
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[?2026l[?2026h1

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ check the
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check the
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

❯ check the session store
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯ check the session store r
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ check the session store retry
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts`

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failure

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failure

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
r

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
r

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 3.0s

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t

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the statu

● Editing src/context/engine.ts · 3.1s

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● Editing src/context/engine.ts · 3.1s

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the status bar so a dying

● Editing src/context/engine.ts · 3.1s

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the status bar so a dying

● Editing src/context/engine.ts · 3.2s

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the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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the status bar so a dying disk is visible before

● Editing src/context/engine.ts · 3.3s

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the status bar so a dying disk is visible before

● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.

 ▸ Run npm test · passed · 4.2s

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● Thinking · 0.0s

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❯ check the session store retry lo
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[?2026l[?2026h● Thinking · 0.3s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Thinking · 0.3s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Thinking · 0.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Thinking · 0.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store

● Writing · 0.0s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store

● Writing · 0.0s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failur

● Writing · 0.1s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.1s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.2s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.3s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.4s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.5s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

● Writing · 1.5s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.6s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.7s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the test
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry lo
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry logic
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry logic a
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry logic a
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry logic an
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry logic an
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry logic and
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry logic and
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

❯ check the session store retry logic and
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[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ check the session store retry logic and
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[?2026l[?2026h
❯ check the session store retry logic and

1

● Editing src/context/engine.ts · 1.5s

❯
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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

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● Editing src/context/engine.ts · 1.5s

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● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.8s

❯ rerun the
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ rerun the tes
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ rerun the tes
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests t
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then v
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then v
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then ve
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
r

● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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 ▸ Run npm test · passed · 4.2s

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● Thinking · 0.0s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

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● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store

● Writing · 0.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTh

● Writing · 0.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.1s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests then verify the
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1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

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2. the

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2. the backoff

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● Editing src/context/engine.ts · 1.8s

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2. the backoff delays

● Editing src/context/engine.ts · 1.8s

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2. the backoff delays

● Editing src/context/engine.ts · 1.9s

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2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
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   t

● Editing src/context/engine.ts · 2.0s

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2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.7s

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reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

❯ check the session store retry lo
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

❯ check the session store retry log
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

❯ check the session store retry logi
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

❯ check the session store retry logic
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 2.9s

❯ check the session store retry logic
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `W

● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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 ▸ Run npm test · passed · 4.2s

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● Thinking · 0.0s

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[?2026l[?2026h## Sessi

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry logic

Th

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

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not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops t

● Writing · 0.6s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops t

● Writing · 0.7s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops t

● Writing · 0.7s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event

● Writing · 0.7s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event

● Writing · 0.7s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the

● Writing · 0.7s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the

● Writing · 0.7s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session

● Writing · 0.8s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session

● Writing · 0.8s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log div

● Writing · 0.8s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log div

● Writing · 0.8s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop


● Writing · 1.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop


● Writing · 1.2s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exp

● Writing · 1.2s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exp

● Writing · 1.2s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential

● Writing · 1.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential

● Writing · 1.3s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event log
append-only.

● Writing · 1.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
-

● Writing · 2.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
-

● Writing · 2.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no parti

● Writing · 2.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no parti

● Writing · 2.4s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frame

● Writing · 2.4s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frame

● Writing · 2.4s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.7s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.9s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 3.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ r
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ re
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rer
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ reru
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ reru
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the te
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ rerun the tes
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tes
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the test
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the test
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the tests
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ rerun the tests
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun the tests th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ rerun the tests the
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[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests the
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[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ rerun the tests then
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[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rerun the tests then
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[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ rerun the tests then v
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[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ rerun the tests then v
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[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

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● Editing src/context/engine.ts · 0.0s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observ

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observ

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations s

● Editing src/context/engine.ts · 0.2s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations s

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the j
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the jou
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows

● Editing src/context/engine.ts · 0.4s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe


● Editing src/context/engine.ts · 0.7s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe


● Editing src/context/engine.ts · 0.7s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because

● Editing src/context/engine.ts · 0.7s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because

● Editing src/context/engine.ts · 0.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that

● Editing src/context/engine.ts · 1.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that

● Editing src/context/engine.ts · 1.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started —

● Editing src/context/engine.ts · 1.0s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has

● Editing src/context/engine.ts · 1.1s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full event or
nothin

● Editing src/context/engine.ts · 1.2s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full event or
nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full event or
nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1

● Editing src/context/engine.ts · 1.5s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.6s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryabl

● Editing src/context/engine.ts · 1.7s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryabl

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryabl

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
un

● Editing src/context/engine.ts · 2.0s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
un

● Editing src/context/engine.ts · 2.0s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   t

● Editing src/context/engine.ts · 2.0s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   t

● Editing src/context/engine.ts · 2.1s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   t

● Editing src/context/engine.ts · 2.1s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as
retryable
2. the backoff delays are cumulative worst-case 42 ms, well
under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

❯ rerun th
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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

❯ rerun the
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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

❯ rerun the
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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

❯ rerun the
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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

❯ rerun the t
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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.3s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts`

● Editing src/context/engine.ts · 2.4s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts`

● Editing src/context/engine.ts · 2.4s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failure

● Editing src/context/engine.ts · 2.4s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failure

● Editing src/context/engine.ts · 2.5s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failure

● Editing src/context/engine.ts · 2.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
r

● Editing src/context/engine.ts · 2.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.6s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot


● Editing src/context/engine.ts · 2.7s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot


● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot


● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop bud

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop bud

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work is to surface `W

● Editing src/context/engine.ts · 2.9s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work is to surface `W

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work is to surface `WriteFail

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work is to surface `WriteFail

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work is to surface `WriteFailed`
in
t

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work is to surface `WriteFailed`
in
the statu

● Editing src/context/engine.ts · 3.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the
 hot
loop budget. The remaining work is to surface `WriteFailed`
in
the statu

● Editing src/context/engine.ts · 3.1s

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● Editing src/context/engine.ts · 3.1s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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reproducing under load, and the append path stays inside the
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loop budget. The remaining work is to surface `WriteFailed`
in
the status bar so a dying disk is visible before data is
lost.


● Editing src/context/engine.ts · 3.3s

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in
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lost.

 ▸ Run npm test · passed · 4.2s

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● Thinking · 0.0s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

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[?2026l[?2026h## Sessi

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry logic

Th

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[?2026l[?2026hThe failur

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[?2026l[?2026hThe failure point is in `SessionStore.appe

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[?2026l[?2026hThe failure point is in `SessionStore.appe

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

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● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops t

● Writing · 0.6s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops t

● Writing · 0.7s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event

● Writing · 0.7s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event

● Writing · 0.7s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the

● Writing · 0.7s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the

● Writing · 0.7s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session

● Writing · 0.7s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session

● Writing · 0.8s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what

● Writing · 0.8s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.0s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.1s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop


● Writing · 1.2s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exp

● Writing · 1.2s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exp

● Writing · 1.2s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential

● Writing · 1.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential

● Writing · 1.3s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff

● Writing · 1.3s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff

● Writing · 1.3s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal
writes are
not retried on transient `EAGAIN`, so a busy filesystem
drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry
loop
with exponential backoff, and keeps the event log
append-only.

● Writing · 1.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
-

● Writing · 2.3s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
-

● Writing · 2.3s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no parti

● Writing · 2.3s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no parti

● Writing · 2.4s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frame

● Writing · 2.4s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frame

● Writing · 2.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final
attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 3.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the s
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ check the s
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[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ check the se
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[?2026l[?2026hThe r

● Writing · 4.0s

❯ check the ses
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[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the ses
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[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the sess
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[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ check the sess
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[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the sess
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[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the sessi
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check the sessi
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check the sessio
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus

● Editing src/context/engine.ts · 0.2s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus

● Editing src/context/engine.ts · 0.2s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows

● Editing src/context/engine.ts · 0.4s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows

● Editing src/context/engine.ts · 0.5s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe


● Editing src/context/engine.ts · 0.7s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because

● Editing src/context/engine.ts · 0.7s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that

● Editing src/context/engine.ts · 1.0s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that

● Editing src/context/engine.ts · 1.0s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never s

● Editing src/context/engine.ts · 1.0s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started —

● Editing src/context/engine.ts · 1.0s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has

● Editing src/context/engine.ts · 1.1s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full event or
nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full event or
nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event
bus:
observations settle in order, and the live region never
shows a
frame that the journal has not accepted. Interruption is
safe
because a cancelled write is indistinguishable from a write
that
never started — the journal either has the full event or
nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

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   the 100 ms budget for a settled-e

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   the 100 ms budget for a settled-event flu

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   the 100 ms budget for a settled-event flush

With

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With

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r

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.8s

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loop bud

● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
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● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

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t

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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 ▸ Run npm test · passed · 4.2s

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❯
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[?2026l[?2026h● Reading src/session/store.ts · 0.0s

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● Reading src/session/store.ts · 0.5s

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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

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[?2026l[?2026h● Thinking · 0.0s

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[?2026l[?2026h● Thinking · 0.0s

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[?2026l[?2026h● Thinking · 0.1s

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[?2026l[?2026h● Thinking · 0.1s

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[?2026l[?2026h● Thinking · 0.1s

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❯ rerun the tests then verify the journal

● Thinking · 0.2s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ check t
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[?2026l[?2026h## Sessi

● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.1s

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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ check the
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[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ check the
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[?2026l[?2026hTh

● Writing · 0.1s

❯ check the s
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[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check the s
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[?2026l[?2026hThe failur

● Writing · 0.2s

❯ check the se
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[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check the se
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[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check the ses
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[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the ses
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[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the sess
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ check the sessi
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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check the session
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ check the session
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ check the session
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the session
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the session s
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the session s
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the session st
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.9s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ rerun th
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[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ rerun the
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ rerun the t
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ rerun the t
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ rerun the te
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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ rerun the tes
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ rerun the test
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then v
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the journal
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ check
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[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ check t
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check t
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

❯ check th
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check th
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check the
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ check the
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

❯ check the s
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[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ check the s
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[?2026l[?2026h1

● Editing src/context/engine.ts · 1.5s

❯ check the se
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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ check the se
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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ check the ses
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ check the ses
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.6s

❯ check the sess
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check the sess
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check the sessi
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ check the sessi
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ check the sessio
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

❯ check the sessio
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.7s

❯ check the session
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ check the session
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ check the session
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ check the session s
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the session s
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the session st
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ check the session st
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ check the session sto
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ check the session sto
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ check the session stor
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

❯ check the session store
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ check the session store
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ check the session store
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ check the session store r
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026hWith

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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r

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.8s

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loop bud

● Editing src/context/engine.ts · 2.8s

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loop bud

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 3.0s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `W

● Editing src/context/engine.ts · 3.0s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFail

● Editing src/context/engine.ts · 3.0s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
t

● Editing src/context/engine.ts · 3.0s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the statu

● Editing src/context/engine.ts · 3.1s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the statu

● Editing src/context/engine.ts · 3.1s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so

● Editing src/context/engine.ts · 3.1s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so

● Editing src/context/engine.ts · 3.1s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.1s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.1s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

❯ rerun the tests then
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.2s

❯ rerun the tests then
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.2s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.2s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before

● Editing src/context/engine.ts · 3.2s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before

● Editing src/context/engine.ts · 3.3s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.3s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.3s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.

 ▸ Run npm test · passed · 4.2s

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❯
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[?2026l[?2026h❯ c
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[?2026l[?2026h● Reading src/session/store.ts · 0.0s

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● Reading src/session/store.ts · 0.5s

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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

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[?2026l[?2026h● Thinking · 0.0s

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[?2026l[?2026h● Thinking · 0.1s

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[?2026l[?2026h● Thinking · 0.2s

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[?2026l[?2026h● Thinking · 0.3s

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[?2026l[?2026h● Thinking · 0.4s

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[?2026l[?2026h## Sessi

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❯ check the session store retry logic and

## Sessi

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[?2026l[?2026h## Sessi

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❯ r
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[?2026l[?2026h## Session store

● Writing · 0.0s

❯ r
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[?2026l[?2026h## Session store

● Writing · 0.1s

❯ re
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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

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[?2026l[?2026h## Session store retry logic

Th

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[?2026l[?2026hTh

● Writing · 0.1s

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[?2026l[?2026hThe failur

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[?2026l[?2026hThe failur

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[?2026l[?2026hThe failure point

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[?2026l[?2026hThe failure point is in `S

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● Writing · 0.2s

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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

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● Writing · 0.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun the test
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ rerun the tests
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ rerun the tests t
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the tests t
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the tests th
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the tests th
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the tests the
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ rerun the tests then
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the tests then
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the tests then
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the tests then v
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ rerun the tests then v
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ rerun the tests then ve
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests then ve
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests then ver
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then ver
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then veri
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the tests then veri
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests then verify
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then verify t
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then verify th
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loo

● Writing · 4.1s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ c
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[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ ch
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ ch
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ che
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ che
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ chec
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ chec
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

Two details

● Editing src/context/engine.ts · 1.4s

❯
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ r
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ re
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ re
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rer
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rer
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ reru
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[?2026l[?2026h1

● Editing src/context/engine.ts · 1.5s

❯ rerun
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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verif
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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verify
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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

❯ rerun the tests then verify
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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

❯ rerun the tests then verify
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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

❯ rerun the tests then verify
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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

❯ rerun the tests then verify t
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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.3s

❯ rerun the tests then verify t
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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.3s

❯ rerun the tests then verify th
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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.4s

❯ rerun the tests then verify th
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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

❯ rerun the tests then verify th
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 ▸ Run npm test · passed · 4.2s

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❯ rerun the tests t
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[?2026l[?2026h● Reading src/session/store.ts · 0.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Thinking · 0.0s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Thinking · 0.0s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then ver
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[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then veri
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[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then verif
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[?2026l[?2026h● Thinking · 0.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Thinking · 0.2s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Thinking · 0.3s

❯ rerun the tests then verify th
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[?2026l[?2026h● Thinking · 0.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Thinking · 0.4s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ rerun the tests then verify the j
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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store

● Writing · 0.0s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store

● Writing · 0.0s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTh

● Writing · 0.1s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.2s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The failure point is in `SessionSt

● Writing · 0.3s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.5s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.6s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

- `append`

● Writing · 1.6s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.7s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.8s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.8s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.9s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 3.0s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 3.0s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.1s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.1s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify t
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the
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[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the j
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify the jour
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify the journ
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[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h
❯ rerun the tests then verify the journal

1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ c
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

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● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ che
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ chec
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ chec
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ check
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ check
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.8s

❯ check
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check t
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ check t
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ check th
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ check the
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ check the
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ check the s
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ check the se
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ check the ses
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ check the ses
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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r

● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 3.3s

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 ▸ Run npm test · passed · 4.2s

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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

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[?2026l[?2026h● Thinking · 0.0s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.1s

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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.2s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.1s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.2s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.3s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.4s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.5s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ rerun the tests then verify th
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[?2026l[?2026h● Writing · 1.5s

❯ rerun the tests then verify the
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[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests then verify the
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[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ rerun the tests then verify the
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[?2026l[?2026h-

● Writing · 1.6s

❯ rerun the tests then verify the j
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[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests then verify the j
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[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests then verify the jo
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[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then verify the jo
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[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then verify the jou
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[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun the tests then verify the jou
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[?2026l[?2026h- `append` now retries up

● Writing · 1.7s

❯ rerun the tests then verify the jour
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[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests then verify the jour
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[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests then verify the journ
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[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests then verify the journ
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[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests then verify the journa
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the tests then verify the journa
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ rerun the tests then verify the journal
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests then verify the journal
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ c
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ ch
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ ch
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ check
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the sess
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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rerun the tests then verif
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[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ rerun the tests then verify
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● Editing src/context/engine.ts · 0.0s

❯ rerun the tests then verify
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● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify t
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● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify t
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● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify th
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify th
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ rerun the tests then verify the
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● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the
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● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the
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● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the j
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the j
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the jo
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observations s

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the jo
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observations s

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify the jou
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify the jou
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify the jour
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify the jour
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify the journ
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify the journ
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the journa
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the journa
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the journal
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the journal
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ c
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ ch
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ chec
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ check the session store re
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check the session store re
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

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1

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● Editing src/context/engine.ts · 1.8s

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1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

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2. the backoff delays

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2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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● Editing src/context/engine.ts · 1.9s

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● Editing src/context/engine.ts · 1.9s

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● Editing src/context/engine.ts · 1.9s

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● Editing src/context/engine.ts · 2.0s

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● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
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● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
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● Editing src/context/engine.ts · 2.0s

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   t

● Editing src/context/engine.ts · 2.0s

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   the 100 m

● Editing src/context/engine.ts · 2.1s

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   the 100 m

● Editing src/context/engine.ts · 2.1s

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2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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● Editing src/context/engine.ts · 2.1s

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● Editing src/context/engine.ts · 2.2s

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   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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   the 100 ms budget for a settled-event flu

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   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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r

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

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reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then verify t
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

❯ rerun the tests then verify th
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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 ▸ Run npm test · passed · 4.2s

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● Thinking · 0.0s

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[?2026l[?2026h## Sessi

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[?2026l[?2026h## Sessi

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

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[?2026l[?2026hTh

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[?2026l[?2026hThe failure point is in `SessionSt

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

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not retried on

● Writing · 0.4s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.1s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.4s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.5s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.6s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests
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[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests t
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[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ rerun the tests then
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.0s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.1s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests the
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then verify the j
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

❯ rerun the tests then verify the jo
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verify the jou
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verify the jou
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verify the jour
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verify the jour
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then verify the journ
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify the journa
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify the journa
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify the journal
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify the journal
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ c
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ ch
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ ch
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ che
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

❯ che
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

❯ chec
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ chec
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

❯ check
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

❯ check
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[?2026l[?2026hWith

● Editing src/context/engine.ts · 2.3s

❯ check t
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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

❯ check t
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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

❯ check th
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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place t

● Editing src/context/engine.ts · 2.3s

❯ check the
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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in place the flaky

● Editing src/context/engine.ts · 2.4s

❯ check the
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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

❯ check the
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[?2026l[?2026hWith this in place the flaky `store.

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts`

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts`

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failure

● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failure

● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

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reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

❯ check the sessio
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

● Editing src/context/engine.ts · 2.6s

❯ check the session
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the a

● Editing src/context/engine.ts · 2.6s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append pa

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside

● Editing src/context/engine.ts · 2.7s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.7s

❯ check the session sto
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot


● Editing src/context/engine.ts · 2.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.8s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 2.9s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 2.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `W

● Editing src/context/engine.ts · 2.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `W

● Editing src/context/engine.ts · 3.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFail

● Editing src/context/engine.ts · 3.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFail

● Editing src/context/engine.ts · 3.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
t

● Editing src/context/engine.ts · 3.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the statu

● Editing src/context/engine.ts · 3.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the statu

● Editing src/context/engine.ts · 3.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so

● Editing src/context/engine.ts · 3.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so

● Editing src/context/engine.ts · 3.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is

● Editing src/context/engine.ts · 3.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before

● Editing src/context/engine.ts · 3.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.2s

❯ check the session store retry logic
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.3s

❯ check the session store retry logic a
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

❯ check the session store retry logic a
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

❯ check the session store retry logic an
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.

 ▸ Run npm test · passed · 4.2s

❯ check the session store retry logic an
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[?2026l[?2026h❯ check the session store retry logic and
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[?2026l[?2026h
❯ check the session store retry logic and

❯
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[?2026l[?2026h❯ r
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[?2026l[?2026h❯ re
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[?2026l[?2026h❯ rer
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[?2026l[?2026h❯ reru
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[?2026l[?2026h❯ rerun
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[?2026l[?2026h❯ rerun t
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[?2026l[?2026h❯ rerun the test
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[?2026l[?2026h❯ rerun the tests
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[?2026l[?2026h● Reading src/session/store.ts · 0.0s

❯ rerun the tests th
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[?2026l[?2026h● Reading src/session/store.ts · 0.0s

❯ rerun the tests the
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❯ rerun the tests then
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[?2026l[?2026h● Reading src/session/store.ts · 0.1s

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❯ rerun the tests then v
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[?2026l[?2026h● Reading src/session/store.ts · 0.1s

❯ rerun the tests then ve
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[?2026l[?2026h● Reading src/session/store.ts · 0.2s

❯ rerun the tests then ver
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[?2026l[?2026h● Reading src/session/store.ts · 0.2s

❯ rerun the tests then veri
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[?2026l[?2026h● Reading src/session/store.ts · 0.3s

❯ rerun the tests then verif
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[?2026l[?2026h● Reading src/session/store.ts · 0.3s

❯ rerun the tests then verify
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[?2026l[?2026h● Reading src/session/store.ts · 0.4s

❯ rerun the tests then verify t
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❯ rerun the tests then verify th
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❯ rerun the tests then verify the
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[?2026l[?2026h● Reading src/session/store.ts · 0.5s

❯ rerun the tests then verify the
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[?2026l[?2026h● Reading src/session/store.ts · 0.5s

❯ rerun the tests then verify the j
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[?2026l[?2026h ▸ Read src/session/store.ts · 212 lines
● Reading src/session/store.ts · 0.5s

❯ rerun the tests then verify the j
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[?2026l[?2026h● Reading src/session/store.ts · 0.5s

❯ rerun the tests then verify the jo
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[?2026l[?2026h● Reading src/session/store.ts · 0.6s

❯ rerun the tests then verify the jou
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[?2026l[?2026h● Reading src/session/store.ts · 0.6s

❯ rerun the tests then verify the jour
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[?2026l[?2026h● Reading src/session/store.ts · 0.6s

❯ rerun the tests then verify the journ
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests then verify the journa
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests then verify the journal
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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

● Thinking · 0.0s

❯
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[?2026l[?2026h● Thinking · 0.0s

❯ c
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[?2026l[?2026h● Thinking · 0.0s

❯ ch
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[?2026l[?2026h● Thinking · 0.1s

❯ che
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[?2026l[?2026h● Thinking · 0.1s

❯ chec
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[?2026l[?2026h● Thinking · 0.1s

❯ check
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[?2026l[?2026h● Thinking · 0.2s

❯ check
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[?2026l[?2026h● Thinking · 0.2s

❯ check t
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[?2026l[?2026h● Thinking · 0.2s

❯ check th
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[?2026l[?2026h● Thinking · 0.3s

❯ check the
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[?2026l[?2026h● Thinking · 0.3s

❯ check the s
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[?2026l[?2026h● Thinking · 0.4s

❯ check the se
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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ check the se
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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ check the ses
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[?2026l[?2026h## Session store

● Writing · 0.0s

❯ check the ses
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[?2026l[?2026h## Session store

● Writing · 0.1s

❯ check the sess
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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ check the sess
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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ check the sessi
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[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ check the sessi
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[?2026l[?2026hTh

● Writing · 0.1s

❯ check the sessio
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[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check the sessio
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[?2026l[?2026hThe failur

● Writing · 0.2s

❯ check the session
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[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check the session
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[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the session
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[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the session s
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ check the session s
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ check the session st
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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check the session st
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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check the session sto
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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check the session sto
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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check the session stor
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ check the session stor
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ check the session store
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the session store
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the session store
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the session store r
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ check the session store r
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ check the session store re
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the session store re
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the session store ret
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the session store ret
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the session store retr
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check the session store retr
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check the session store retry
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the session store retry
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the session store retry l
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ check the session store retry l
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check the session store retry lo
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session store retry lo
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session store retry log
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session store retry log
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session store retry logi
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ check the session store retry logi
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the session store retry logic
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session store retry logic
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session store retry logic
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session store retry logic a
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ check the session store retry logic a
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session store retry logic an
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session store retry logic an
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session store retry logic and
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.0s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.1s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ r
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ r
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ re
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ re
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rer
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rer
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ reru
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ reru
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun th
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun the
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ rerun the
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[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the
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[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the t
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ rerun the t
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[?2026l[?2026hThe r

● Writing · 4.0s

❯ rerun the te
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[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rerun the te
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[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ rerun the tes
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[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

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● Editing src/context/engine.ts · 0.0s

❯ rerun the test
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● Editing src/context/engine.ts · 0.0s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.2s

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observ

● Editing src/context/engine.ts · 0.2s

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observ

● Editing src/context/engine.ts · 0.2s

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observations s

● Editing src/context/engine.ts · 0.2s

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● Editing src/context/engine.ts · 0.3s

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observations settle in

● Editing src/context/engine.ts · 0.3s

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observations settle in

● Editing src/context/engine.ts · 0.3s

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observations settle in order,

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ rerun the tests then verif
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tests then verify t
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify th
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests then verify the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the j
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the j
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the jo
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the jo
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the jou
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then verify the jou
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the jour
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo

● Editing src/context/engine.ts · 1.3s

❯ check the se
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check the se
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

❯ check the ses
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the ses
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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the sess
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ check the sess
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ check the sess
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ check the sessi
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[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ check the sessio
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[?2026l[?2026h1

● Editing src/context/engine.ts · 1.5s

❯ check the session
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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

❯ check the session
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

❯ check the session
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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.6s

❯ check the session s
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check the session s
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check the session st
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ check the session st
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

❯ check the session sto
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

❯ check the session sto
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.7s

❯ check the session stor
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

❯ check the session store
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ check the session store
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.8s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the session store r
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

❯ check the session store re
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

❯ check the session store re
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 2.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.1s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.1s

❯ check the session store retry log
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.9s

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loop bud

● Editing src/context/engine.ts · 2.9s

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loop budget. The

● Editing src/context/engine.ts · 2.9s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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loop budget. The remaining work

● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.1s

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reproducing under load, and the append path stays inside the hot
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● Editing src/context/engine.ts · 3.1s

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reproducing under load, and the append path stays inside the hot
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t

● Editing src/context/engine.ts · 3.1s

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loop budget. The remaining work is to surface `WriteFailed` in
t

● Editing src/context/engine.ts · 3.1s

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reproducing under load, and the append path stays inside the hot
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the statu

● Editing src/context/engine.ts · 3.1s

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reproducing under load, and the append path stays inside the hot
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the statu

● Editing src/context/engine.ts · 3.1s

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the status bar so

● Editing src/context/engine.ts · 3.2s

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the status bar so

● Editing src/context/engine.ts · 3.2s

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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.2s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.2s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.3s

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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.3s

❯ rerun the tests then verify
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before

● Editing src/context/engine.ts · 3.3s

❯ rerun the tests then verify
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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.3s

❯ rerun the tests then verify t
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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.4s

❯ rerun the tests then verify th
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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.

 ▸ Run npm test · passed · 4.2s

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❯
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● Reading src/session/store.ts · 0.5s

❯ check the session store re
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[?2026l[?2026h● Reading src/session/store.ts · 0.5s

❯ check the session store ret
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[?2026l[?2026h● Reading src/session/store.ts · 0.6s

❯ check the session store retr
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[?2026l[?2026h● Reading src/session/store.ts · 0.6s

❯ check the session store retry
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ check the session store retry l
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ check the session store retry lo
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ check the session store retry log
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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

❯ check the session store retry log
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[?2026l[?2026h● Thinking · 0.0s

❯ check the session store retry logi
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[?2026l[?2026h● Thinking · 0.0s

❯ check the session store retry logic
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[?2026l[?2026h● Thinking · 0.1s

❯ check the session store retry logic
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[?2026l[?2026h● Thinking · 0.1s

❯ check the session store retry logic a
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[?2026l[?2026h● Thinking · 0.1s

❯ check the session store retry logic an
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[?2026l[?2026h● Thinking · 0.2s

❯ check the session store retry logic an
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[?2026l[?2026h● Thinking · 0.2s

❯ check the session store retry logic and
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[?2026l[?2026h
❯ check the session store retry logic and

● Thinking · 0.2s

❯
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[?2026l[?2026h● Thinking · 0.2s

❯ r
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[?2026l[?2026h● Thinking · 0.3s

❯ r
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[?2026l[?2026h● Thinking · 0.3s

❯ re
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[?2026l[?2026h● Thinking · 0.3s

❯ rer
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[?2026l[?2026h● Thinking · 0.3s

❯ reru
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[?2026l[?2026h● Thinking · 0.4s

❯ reru
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[?2026l[?2026h● Thinking · 0.4s

❯ rerun
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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ rerun
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[?2026l[?2026h## Session store

● Writing · 0.0s

❯ rerun
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[?2026l[?2026h## Session store

● Writing · 0.0s

❯ rerun t
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[?2026l[?2026h## Session store

● Writing · 0.1s

❯ rerun t
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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ rerun t
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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ rerun th
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[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ rerun th
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[?2026l[?2026hTh

● Writing · 0.1s

❯ rerun the
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[?2026l[?2026hThe failur

● Writing · 0.1s

❯ rerun the
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[?2026l[?2026hThe failur

● Writing · 0.2s

❯ rerun the
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[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ rerun the
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[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ rerun the t
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[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ rerun the t
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[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ rerun the te
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ rerun the te
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[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ rerun the tes
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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ rerun the tes
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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ rerun the test
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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ rerun the test
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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ rerun the tests
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ rerun the tests
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ rerun the tests
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ rerun the tests
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ rerun the tests t
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ rerun the tests t
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ rerun the tests th
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ rerun the tests th
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun the tests then
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.0s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

The failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
as

● Writing · 2.6s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.1s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.2s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.3s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.4s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.5s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.6s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.7s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check
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[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ check t
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check t
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[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check th
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check th
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ check the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ check the s
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the s
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ check the se
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ check the se
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ check the ses
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the ses
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ check the session store retry logic and
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[?2026l[?2026h
❯ check the session store retry logic and

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ rer
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[?2026l[?2026hTwo details

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[?2026l[?2026hTwo details

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● Editing src/context/engine.ts · 1.4s

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● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun
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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

❯ rerun t
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rerun t
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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

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● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.5s

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● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient`

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

❯ rerun the tests
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

❯ rerun the tests then
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then ve
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then ver
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then veri
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

❯ rerun the tests then veri
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then veri
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verif
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verif
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verify
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verify
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

❯ rerun the tests then verify
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verify t
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

❯ rerun the tests then verify th
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026hWith

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
r

● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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● Editing src/context/engine.ts · 2.8s

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loop budget. The remaini

● Editing src/context/engine.ts · 2.8s

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loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

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loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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t

● Editing src/context/engine.ts · 3.0s

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t

● Editing src/context/engine.ts · 3.0s

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the statu

● Editing src/context/engine.ts · 3.0s

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the statu

● Editing src/context/engine.ts · 3.1s

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the statu

● Editing src/context/engine.ts · 3.1s

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the status bar so

● Editing src/context/engine.ts · 3.1s

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the status bar so a dying

● Editing src/context/engine.ts · 3.1s

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● Editing src/context/engine.ts · 3.1s

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the status bar so a dying disk is

● Editing src/context/engine.ts · 3.1s

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the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

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the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.2s

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the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.2s

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the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.2s

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the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.3s

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the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.3s

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the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

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the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

❯ check the session store
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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.

 ▸ Run npm test · passed · 4.2s

❯ check the session store
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❯
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[?2026l[?2026h● Reading src/session/store.ts · 0.6s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests then ve
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests then ver
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[?2026l[?2026h● Reading src/session/store.ts · 0.7s

❯ rerun the tests then veri
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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

❯ rerun the tests then veri
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[?2026l[?2026h● Thinking · 0.0s

❯ rerun the tests then verif
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[?2026l[?2026h● Thinking · 0.0s

❯ rerun the tests then verify
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[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then verify
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[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then verify t
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[?2026l[?2026h● Thinking · 0.1s

❯ rerun the tests then verify th
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[?2026l[?2026h● Thinking · 0.2s

❯ rerun the tests then verify the
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[?2026l[?2026h● Thinking · 0.2s

❯ rerun the tests then verify the j
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[?2026l[?2026h● Thinking · 0.3s

❯ rerun the tests then verify the jo
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[?2026l[?2026h● Thinking · 0.3s

❯ rerun the tests then verify the jou
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[?2026l[?2026h● Thinking · 0.3s

❯ rerun the tests then verify the jour
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[?2026l[?2026h● Thinking · 0.4s

❯ rerun the tests then verify the journ
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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ rerun the tests then verify the journ
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[?2026l[?2026h## Sessi

● Writing · 0.0s

❯ rerun the tests then verify the journa
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[?2026l[?2026h## Session store

● Writing · 0.0s

❯ rerun the tests then verify the journa
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[?2026l[?2026h## Session store

● Writing · 0.0s

❯ rerun the tests then verify the journal
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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

Th

● Writing · 0.1s

❯
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[?2026l[?2026hTh

● Writing · 0.1s

❯ c
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[?2026l[?2026hThe failur

● Writing · 0.1s

❯ c
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[?2026l[?2026hThe failur

● Writing · 0.1s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

● Writing · 1.5s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.5s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.7s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 2.5s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.9s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 3.0s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.1s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe r

● Writing · 4.0s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberatel

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The retry loop is deliberately synchr

● Editing src/context/engine.ts · 0.1s

❯
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ r
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[?2026l[?2026hThe retry loop is deliberately synchronous wi

● Editing src/context/engine.ts · 0.1s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.1s

❯ re
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[?2026l[?2026hThe retry loop is deliberately synchronous with the e

● Editing src/context/engine.ts · 0.2s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus

● Editing src/context/engine.ts · 0.2s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations s

● Editing src/context/engine.ts · 0.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ rerun the tests then verify the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the j
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the j
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the jo
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ rerun the tests then verify the jo
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the jou
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the jou
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the jour
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the jour
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[?2026l[?2026hTwo

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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ rerun the tests then verify the journ
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[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth calling ou

● Editing src/context/engine.ts · 1.4s

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[?2026l[?2026hTwo details worth calling out for re

● Editing src/context/engine.ts · 1.4s

❯ rerun the tests then verify the journal
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[?2026l[?2026h
❯ rerun the tests then verify the journal

Two details worth calling out for re

● Editing src/context/engine.ts · 1.5s

❯
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[?2026l[?2026hTwo details worth calling out for review:

1

● Editing src/context/engine.ts · 1.5s

❯ c
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[?2026l[?2026h1

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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

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[?2026l[?2026h1. `isTra

● Editing src/context/engine.ts · 1.5s

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● Editing src/context/engine.ts · 1.5s

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● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ chec
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[?2026l[?2026h1. `isTransient` treats `

● Editing src/context/engine.ts · 1.6s

❯ check
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[?2026l[?2026h1. `isTransient` treats `EAGAIN`,

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY`

● Editing src/context/engine.ts · 1.6s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EI

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.7s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryabl

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.8s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumu

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative w

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 1.9s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-cas

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms,

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well un

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.0s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   t

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 m

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget

● Editing src/context/engine.ts · 2.1s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.1s

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2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a s

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-e

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flu

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026h1. `isTransient` treats `EAGAIN`, `EBUSY` and `EINTR` as retryable
2. the backoff delays are cumulative worst-case 42 ms, well under
   the 100 ms budget for a settled-event flush

With

● Editing src/context/engine.ts · 2.2s

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[?2026l[?2026hWith

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● Editing src/context/engine.ts · 2.3s

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[?2026l[?2026hWith this in

● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.3s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.4s

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● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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r

● Editing src/context/engine.ts · 2.5s

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reproduci

● Editing src/context/engine.ts · 2.5s

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reproduci

● Editing src/context/engine.ts · 2.5s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under

● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.6s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, a

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● Editing src/context/engine.ts · 3.2s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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● Editing src/context/engine.ts · 3.3s

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 ▸ Run npm test · passed · 4.2s

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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

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[?2026l[?2026h## Sessi

● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.0s

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[?2026l[?2026h## Session store

● Writing · 0.0s

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry l

● Writing · 0.1s

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[?2026l[?2026h## Session store retry logic

Th

● Writing · 0.1s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTh

● Writing · 0.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.1s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failur

● Writing · 0.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point

● Writing · 0.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `S

● Writing · 0.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.2s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionSt

● Writing · 0.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

● Writing · 0.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

The failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.4s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are

● Writing · 0.4s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

● Writing · 0.4s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.5s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.6s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then verify th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests then verify the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.5s

❯ rerun the tests then verify the j
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

❯ rerun the tests then verify the jo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h● Writing · 1.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests then verify the jou
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey chan

● Writing · 1.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hKey changes:

-

● Writing · 1.5s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.6s

❯ rerun the tests then verify the jour
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h-

● Writing · 1.6s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests then verify the journ
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append`

● Writing · 1.6s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then verify the journa
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now ret

● Writing · 1.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up

● Writing · 1.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

❯ rerun the tests then verify the journal
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ rerun the tests then verify the journal

- `append` now retries up to 3 tim

● Writing · 1.7s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ ch
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.8s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ che
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ chec
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.9s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 2.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.1s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.2s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.4s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.5s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.6s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.8s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session store retry lo
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the session store retry log
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ check the session store retry logi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store retry logic
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the session store retry logic a
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; at

● Writing · 2.9s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 2.9s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the session store retry logic an
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++)

● Writing · 3.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    t

● Writing · 3.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯ check the session store retry logic and
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h
❯ check the session store retry logic and

```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {


● Writing · 3.0s

❯
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await

● Writing · 3.1s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.jo

● Writing · 3.1s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.1s

❯ rer
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.wr

● Writing · 3.2s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(enco

● Writing · 3.2s

❯ reru
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event

● Writing · 3.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.2s

❯ rerun
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));


● Writing · 3.3s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return

● Writing · 3.3s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    }

● Writing · 3.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.3s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (e

● Writing · 3.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {


● Writing · 3.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (

● Writing · 3.4s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.4s

❯ rerun the te
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTrans

● Writing · 3.5s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the tes
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err

● Writing · 3.5s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the test
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw

● Writing · 3.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.5s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;


● Writing · 3.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      awai

● Writing · 3.6s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(

● Writing · 3.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.6s

❯ rerun the tests th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2

● Writing · 3.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attemp

● Writing · 3.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));

● Writing · 3.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.7s

❯ rerun the tests then
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }


● Writing · 3.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests then v
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  thi

● Writing · 3.8s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then ve
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.em

● Writing · 3.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.8s

❯ rerun the tests then ver
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ typ

● Writing · 3.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then veri
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'Writ

● Writing · 3.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then verif
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed'

● Writing · 3.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 3.9s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event

● Writing · 4.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then verify
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
``

● Writing · 4.0s

❯ rerun the tests then verify t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt < 3; attempt++) {
    try {
      await this.journal.write(encode(event));
      return;
    } catch (err) {
      if (!isTransient(err)) throw err;
      await delay(2 ** (2 * attempt + 1));
    }
  }
  this.bus.emit({ type: 'WriteFailed', event });
}
```

The r

● Writing · 4.0s

❯ rerun the tests then verify t
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[?2026l[?2026hThe r

● Writing · 4.0s

❯ rerun the tests then verify th
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[?2026l[?2026hThe retry loo

● Writing · 4.0s

❯ rerun the tests then verify th
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[?2026l[?2026hThe retry loo

● Writing · 4.1s

❯ rerun the tests then verify the
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[?2026l[?2026h ▸ Edit src/context/engine.ts · +31 −12
The retry loop is del

● Editing src/context/engine.ts · 0.0s

❯ rerun the tests then verify the
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● Editing src/context/engine.ts · 0.0s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.1s

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● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the jour
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● Editing src/context/engine.ts · 0.2s

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● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the journ
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the journ
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observ

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the journa
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observations s

● Editing src/context/engine.ts · 0.2s

❯ rerun the tests then verify the journa
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observations s

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify the journal
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in

● Editing src/context/engine.ts · 0.3s

❯ rerun the tests then verify the journal
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order,

● Editing src/context/engine.ts · 0.3s

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[?2026l[?2026h
❯ rerun the tests then verify the journal

The retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the

● Editing src/context/engine.ts · 0.3s

❯ c
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ c
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ ch
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live reg

● Editing src/context/engine.ts · 0.4s

❯ che
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ che
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region neve

● Editing src/context/engine.ts · 0.4s

❯ chec
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.4s

❯ chec
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows

● Editing src/context/engine.ts · 0.5s

❯ check
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[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame

● Editing src/context/engine.ts · 0.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the

● Editing src/context/engine.ts · 0.5s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.5s

❯ check t
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal

● Editing src/context/engine.ts · 0.6s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check th
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not

● Editing src/context/engine.ts · 0.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepte

● Editing src/context/engine.ts · 0.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.6s

❯ check the
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Inter

● Editing src/context/engine.ts · 0.7s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption

● Editing src/context/engine.ts · 0.7s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the se
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe


● Editing src/context/engine.ts · 0.7s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.7s

❯ check the ses
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because

● Editing src/context/engine.ts · 0.8s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the sess
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancel

● Editing src/context/engine.ts · 0.8s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the sessi
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled writ

● Editing src/context/engine.ts · 0.8s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.8s

❯ check the sessio
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is ind

● Editing src/context/engine.ts · 0.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistingui

● Editing src/context/engine.ts · 0.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable f

● Editing src/context/engine.ts · 0.9s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 0.9s

❯ check the session s
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a wr

● Editing src/context/engine.ts · 1.0s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session st
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that

● Editing src/context/engine.ts · 1.0s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.0s

❯ check the session sto
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never s

● Editing src/context/engine.ts · 1.1s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session stor
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started —

● Editing src/context/engine.ts · 1.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the jou

● Editing src/context/engine.ts · 1.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.1s

❯ check the session store
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal eit

● Editing src/context/engine.ts · 1.2s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session store r
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has

● Editing src/context/engine.ts · 1.2s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full

● Editing src/context/engine.ts · 1.2s

❯ check the session store re
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.2s

❯ check the session store ret
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event o

● Editing src/context/engine.ts · 1.3s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session store retr
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothin

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe retry loop is deliberately synchronous with the event bus:
observations settle in order, and the live region never shows a
frame that the journal has not accepted. Interruption is safe
because a cancelled write is indistinguishable from a write that
never started — the journal either has the full event or nothing.

Two

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.3s

❯ check the session store retry
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

❯ check the session store retry l
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hTwo details worth ca

● Editing src/context/engine.ts · 1.4s

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With

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● Editing src/context/engine.ts · 2.5s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.6s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.7s

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● Editing src/context/engine.ts · 2.8s

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reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

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reproducing under load, and the append path stays inside the hot
loop bud

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.8s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaini

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work

● Editing src/context/engine.ts · 2.9s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to su

● Editing src/context/engine.ts · 2.9s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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● Editing src/context/engine.ts · 3.0s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
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t

● Editing src/context/engine.ts · 3.0s

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[?2026l[?2026h
❯ rerun the tests then verify the journal

With this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
t

● Editing src/context/engine.ts · 3.1s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the statu

● Editing src/context/engine.ts · 3.1s

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the status bar so

● Editing src/context/engine.ts · 3.1s

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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying

● Editing src/context/engine.ts · 3.1s

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the status bar so a dying disk is

● Editing src/context/engine.ts · 3.2s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible

● Editing src/context/engine.ts · 3.2s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
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loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before

● Editing src/context/engine.ts · 3.2s

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the status bar so a dying disk is visible before data is

● Editing src/context/engine.ts · 3.3s

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[?2026l[?2026hWith this in place the flaky `store.test.ts` failures stop
reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.


● Editing src/context/engine.ts · 3.3s

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reproducing under load, and the append path stays inside the hot
loop budget. The remaining work is to surface `WriteFailed` in
the status bar so a dying disk is visible before data is lost.

 ▸ Run npm test · passed · 4.2s

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[?2026l[?2026h● Reading src/session/store.ts · 0.0s

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● Reading src/session/store.ts · 0.5s

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[?2026l[?2026h ▸ Search "retry" · 6 matches
● Thinking · 0.0s

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[?2026l[?2026h● Thinking · 0.1s

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[?2026l[?2026h● Thinking · 0.3s

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[?2026l[?2026h● Thinking · 0.4s

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[?2026l[?2026h## Sessi

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[?2026l[?2026h## Session store

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[?2026l[?2026h## Session store retry l

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[?2026l[?2026h## Session store retry logic

Th

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[?2026l[?2026hThe failur

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[?2026l[?2026hThe failure point

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[?2026l[?2026hThe failure point is in `S

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[?2026l[?2026hThe failure point is in `SessionStore.appe

● Writing · 0.3s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — jo

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal wr

● Writing · 0.3s

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● Writing · 0.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not ret

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on

● Writing · 0.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transien

● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAI

● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a

● Writing · 0.5s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy fi

● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem

● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops t

● Writing · 0.6s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event

● Writing · 0.7s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the

● Writing · 0.7s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.7s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session

● Writing · 0.8s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log div

● Writing · 0.8s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges fr

● Writing · 0.8s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.8s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what

● Writing · 0.9s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user

● Writing · 0.9s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on


● Writing · 0.9s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 0.9s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen.

● Writing · 1.0s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix

● Writing · 1.0s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps th

● Writing · 1.0s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journa

● Writing · 1.1s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write

● Writing · 1.1s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bou

● Writing · 1.1s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded ret

● Writing · 1.2s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop


● Writing · 1.2s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exp

● Writing · 1.2s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential

● Writing · 1.3s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff

● Writing · 1.3s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and ke

● Writing · 1.3s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the

● Writing · 1.4s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event lo

● Writing · 1.4s

❯ c
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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append

● Writing · 1.4s

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[?2026l[?2026hThe failure point is in `SessionStore.append` — journal writes are
not retried on transient `EAGAIN`, so a busy filesystem drops the
event and the session log diverges from what the user saw on
screen. The fix wraps the journal write in a bounded retry loop
with exponential backoff, and keeps the event log append-only.

● Writing · 1.5s

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[?2026l[?2026hKey chan

● Writing · 1.5s

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[?2026l[?2026hKey changes:

-

● Writing · 1.5s

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[?2026l[?2026h- `append`

● Writing · 1.6s

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[?2026l[?2026h- `append` now ret

● Writing · 1.6s

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[?2026l[?2026h- `append` now retries up

● Writing · 1.6s

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[?2026l[?2026h- `append` now retries up to 3 tim

● Writing · 1.7s

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[?2026l[?2026h- `append` now retries up to 3 times on `E

● Writing · 1.7s

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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` /

● Writing · 1.7s

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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`

● Writing · 1.8s

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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backo

● Writing · 1.8s

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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2

● Writing · 1.8s

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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms

● Writing · 1.9s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms

● Writing · 1.9s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounde

● Writing · 1.9s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never

● Writing · 2.0s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-vi

● Writing · 2.0s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
-

● Writing · 2.0s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `Write

● Writing · 2.1s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed`

● Writing · 2.1s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is

● Writing · 2.1s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted

● Writing · 2.2s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only af

● Writing · 2.2s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the

● Writing · 2.2s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final at

● Writing · 2.3s

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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
-

● Writing · 2.3s

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[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no parti

● Writing · 2.3s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frame

● Writing · 2.4s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ev

● Writing · 2.4s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept

● Writing · 2.4s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the j

● Writing · 2.5s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h- `append` now retries up to 3 times on `EAGAIN` / `EBUSY`
- backoff is 2 ms, 8 ms, 32 ms — bounded, never user-visible
- a `WriteFailed` event is emitted only after the final attempt
- no partial frames are ever kept in the journal

● Writing · 2.5s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
as

● Writing · 2.5s

❯ c
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[?2026l[?2026h```ts
async appe

● Writing · 2.6s

❯ c
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[?2026l[?2026h```ts
async append(event

● Writing · 2.6s

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[?2026l[?2026h```ts
async append(event: Sessio

● Writing · 2.6s

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[?2026l[?2026h```ts
async append(event: SessionEvent):

● Writing · 2.7s

❯ c
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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise

● Writing · 2.7s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {

● Writing · 2.7s

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 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (

● Writing · 2.8s

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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let atte

● Writing · 2.8s

❯ c
 main +2 −0  │  claude-sonnet  │  context 31%  │  $0.42
[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0;

● Writing · 2.8s

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[?2026l[?2026h```ts
async append(event: SessionEvent): Promise<void> {
  for (let attempt = 0; attempt

● Writing · 2.9s

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[?2026l[?25h[?25hmetrics written: /Users/simon-pierreboucher/Desktop/khaelor/prototypes/tui-spike/out/metrics-b.json
[?25h