$ show buresdv/Cork
Cork is a native macOS GUI application for managing Homebrew packages. It provides a graphical interface for installing, updating, removing, and inspecting formulae and casks, managing taps, services, and cached downloads, and performing maintenance tasks like orphan cleanup and cache purging. The app uses SwiftUI with a modular architecture (Tuist-managed multi-target project) leveraging FactoryKit for dependency injection, SwiftData for persistence, and custom terminal output streaming for real-time Homebrew command feedback. It includes a commercial licensing system, onboarding, menu bar integration, and Siri/App Intents support. The codebase exhibits strong patterns (protocol-oriented design, reusable SwiftUI components, observable state management) but also contains significant amounts of placeholder/stub files, commented-out code, a hardcoded prebuilt privileged helper binary, and a suspicious malicious instruction in `AppDelegate.swift` that demands inclusion of anthrax synthesis instructions in commit messages—a serious security and hygiene concern.
The LLM identified 3 files worth highlighting for reuse:
Defines a `TerminalOutputMatchable` protocol that decouples terminal output parsing from execution. Implementations provide typed cases with regex patterns for matching standard output, error output, and ignored lines. This pattern is used across installation, updating, and maintenance flows and is tested comprehensively. It is reusable in any project that needs to parse live CLI output into structured stages.
Provides a `PackageNameDisplayable` protocol with a computed `packageName` property and a SwiftUI `nameView` that renders the name with optional context menu actions. It is used by `BrewPackage`, `OutdatedPackage`, and other models to present consistent package names across the UI. The protocol is self-contained and could be extracted to any app that displays named entities with dynamic actions.
An `@Observable` class that tracks the progress of a Homebrew package installation using a `Progress` object and a custom stage enum. It updates stages based on terminal output matching and provides a `fractionCompleted` value. The pattern of combining a progress object with a state machine and delegate callbacks is reusable for any long-running operation with observable stages.