spb/tools-spboucher-ai

1{2  "slug": "swift",3  "name": "Swift",4  "aliases": ["Swift programming language", "swiftlang"],5  "vendor": { "name": "Apple / Swift open-source project", "slug": "apple", "website": "https://www.swift.org/" },6  "homepage_url": "https://www.swift.org/",7  "docs_url": "https://www.swift.org/documentation/",8  "repo_url": "https://github.com/swiftlang/swift",9  "license_url": "https://github.com/swiftlang/swift/blob/main/LICENSE.txt",10  "product_type": "language",11  "product_status": "active",12  "summary": "Apple's compiled, memory-safe, multi-paradigm language for Apple platforms, Linux, Windows and embedded targets, developed in the open at swift.org",13  "description": "Swift is a compiled, general-purpose programming language created by Apple and developed as an open-source project (the `swiftlang` organization on GitHub) under the Apache 2.0 license with a runtime library exception. It is the primary language for iOS, macOS, watchOS, tvOS and visionOS apps, and it also targets Linux, Windows, embedded microcontrollers and server-side use.\n\nThe language combines value types, protocols and generics with automatic reference counting rather than a tracing garbage collector, and recent major versions added compile-time data-race safety through structured concurrency and actors. It interoperates directly with C, Objective-C and, more recently, C++. Swift Package Manager (SwiftPM) handles dependencies and builds, and toolchains are distributed for macOS, Linux and Windows. Language changes go through the public Swift Evolution process on the Swift forums.\n\nIn an Apple-centric workflow Swift is used with Xcode and SwiftUI to build native apps, with MLX Swift to run machine-learning models on-device, and with frameworks such as Vapor or Hummingbird for server applications. Editors other than Xcode (VS Code, Neovim, Cursor) are supported through the SourceKit-LSP language server.\n\nPractical caveats: the richest tooling and the newest platform frameworks remain Apple-only, binary compatibility of the standard library on non-Apple platforms depends on shipping the runtime with the app, compile times can be long on large generic-heavy codebases, and the ecosystem of third-party server and data libraries is smaller than those of Python, JavaScript or Go.",14  "capabilities": ["Compiled native code with automatic reference counting", "Protocol-oriented generics, value types and optionals", "Structured concurrency with actors and compile-time data-race checking", "Direct interoperability with C, Objective-C and C++", "Swift Package Manager for dependencies and builds", "Toolchains for macOS, Linux and Windows plus embedded targets"],15  "workflows": ["Build native iOS and macOS apps with SwiftUI in Xcode", "Write command-line tools and scripts for macOS", "Develop server-side services on Linux with SwiftPM", "Run on-device models through MLX Swift or Core ML"],16  "advantages": ["First-class language for all Apple platforms", "Memory and data-race safety enforced by the compiler", "Open governance through Swift Evolution", "Permissive Apache 2.0 license"],17  "limitations": ["Best tooling and newest frameworks are Apple-platform only", "Smaller third-party ecosystem outside app development", "Long compile times on large generic-heavy projects", "Windows and embedded support are newer and less complete"],18  "prerequisites": ["Xcode on macOS, or a swift.org toolchain on Linux/Windows"],19  "audiences": ["iOS and macOS app developers", "Developers of macOS command-line tools", "Teams building Swift-on-server services"],20  "alternatives": ["rust", "go", "typescript", "python"],21  "comparison_notes": "Rust shares Swift's emphasis on compile-time safety but uses ownership and borrowing instead of reference counting and has no platform owner; it is the usual alternative for systems code. Go offers simpler concurrency and a strong server ecosystem but lacks Swift's generics-heavy type system and Apple UI frameworks. TypeScript and Python are the common cross-platform choices for tooling and web work; Swift is chosen when native Apple integration, performance or binary distribution matter.",22  "categories": [{ "slug": "swift-development", "primary": true }, { "slug": "programming-languages" }],23  "tags": ["swift", "macos", "ios", "open-source", "compiled", "apple-silicon"],24  "use_cases": ["build-native-apps", "write-cli-tools", "run-local-models"],25  "operating_systems": ["macos", "ios", "linux", "windows"],26  "execution_modes": ["local"],27  "interfaces": ["cli", "library", "sdk"],28  "deployment_models": ["desktop", "embedded", "on-premises"],29  "integrations": ["Xcode", "SwiftUI", "Swift Package Manager", "SourceKit-LSP (VS Code, Neovim)", "MLX Swift", "Core ML"],30  "data_formats": ["Swift packages (Package.swift)", "Codable JSON/plist"],31  "languages": ["Swift"],32  "source_model": "open-source",33  "license_spdx": "Apache-2.0",34  "pricing_model": ["open-source", "free"],35  "self_hostable": true,36  "sources": [37    { "url": "https://www.swift.org/", "type": "official_site", "title": "Swift.org", "supports": ["name", "summary", "operating_systems", "capabilities"], "checked_at": "2026-11-02" },38    { "url": "https://www.swift.org/documentation/", "type": "official_docs", "title": "Swift documentation", "supports": ["capabilities", "description"], "checked_at": "2026-11-02" },39    { "url": "https://github.com/swiftlang/swift", "type": "repository", "title": "swiftlang/swift", "supports": ["repo_url", "product_status"], "checked_at": "2026-11-02" },40    { "url": "https://github.com/swiftlang/swift/blob/main/LICENSE.txt", "type": "license_page", "supports": ["license_spdx", "source_model"], "checked_at": "2026-11-02", "note": "Apache 2.0 with the Swift Runtime Library Exception" }41  ],42  "confidence": "high",43  "discovery_method": "editorial-research",44  "depth": "deep",45  "editorial_status": "reviewed",46  "visibility": "public",47  "featured": false,48  "author": "batch-C"49}50