Agent Skill for Swift architecture design and implementation patterns, with architecture-specific playbooks and review checklists. Use when designing new features, refactoring existing modules, reviewing pull requests, or debugging maintainability issues in SwiftUI/UIKit projects and you need concrete guidance for MVVM, MVI, TCA, Clean Architecture, VIPER, or Reactive patterns.
Follow the repository instructions for this skill and your agent. Review the files and dependencies before adding it to your workflow.
SkillHub CLI
skillhub install efremidze/swift-architecture-skillInspect the source and compatibility requirements, then follow its installation steps.
Give your agent the source link and ask it to inspect instructions and dependencies before explaining the installation steps.
Use this skill to pick the best Swift architecture playbook for SwiftUI/UIKit codebases and apply it to the user’s task.
Before selecting an architecture, capture:
If the user explicitly names an architecture, treat it as the initial candidate and run a fit check before committing:
references/selection-guide.md
When no architecture is named, load references/selection-guide.md and infer the best fit from stated constraints (state complexity, team familiarity, testing goals, effect orchestration needs, and framework preferences). Explain the recommendation briefly.
Architecture reference mapping:
references/mvvm.md
references/mvi.md
references/tca.md
references/clean-architecture.md
references/viper.md
references/reactive.md
When code already exists:
Read the selected architecture reference and convert its guidance into deliverables tailored to the user's request:
These signals come from indexed source analysis and may lag behind changes. Check the current source files.
# Swift Architecture Skill ## Overview Use this skill to pick the best Swift architecture playbook for SwiftUI/UIKit codebases and apply it to the user’s task. ## Workflow ### Step 1: Analyze the Request Context Before selecting an architecture, capture: - task type (new feature, refactor, PR review, debugging) - UI stack (SwiftUI, UIKit, or mixed) - scope (single screen, multi-screen, app-wide) - existing conventions to preserve ### Step 2: Select the Architecture If the user explicitly names an architecture, treat it as the initial candidate and run a fit check before committing: - validate against UI stack fit (SwiftUI/UIKit/mixed), state complexity, effect orchestration needs, team familiarity, and existing codebase conventions - if it fits, proceed with the requested architecture - if it mismatches key constraints, explicitly explain the mismatch and recommend the closest-fit alternative from `references/selection-guide.md` - if the user still insists on a mismatched architecture, proceed with a risk-mitigated plan and state the risks up front When no architecture is named, load `references/selection-guide.md` and infer the best fit from stated constraints (state complexity, team familiarity, testing goals, effect orchestration needs, and framework preferences). Explain the recommendation briefly. Architecture reference mapping: - MVVM → `references/mvvm.md` - MVI → `references/mvi.md` - TCA → `references/tca.md` - Clean Architecture → `references/clean-architecture.md` - VIPER → `references/viper.md` - Reactive → `references/reactive.md` ### Step 3: Analyze Existing Codebase (When Applicable) When code already exists: - detect current architecture and DI style - note concurrency model (async/await, Combine, GCD, mixed) - align recommendations to local conventions ### Step 4: Produce Concrete Deliverables Read the selected architecture reference and convert its guidance into deliverables tailored to the user's request: - **File and module structur...
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