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code-validation

Validate TypeScript codebase for syntax errors, type safety, linting, builds, imports, and architecture. Use for: ensuring code quality before commits, detecting architecture violations, finding breaking changes, verifying logic correctness, suggesting improvements.

Informations de source

Dépôt
vladmandic/sdnext-launcher
Dernière activité de la source
7 mars 2026 à 11:51
Langue détectée de SKILL.md
anglais
Étoiles
13
Forks
2

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SKILL.md
Instructions source · Aperçu en lecture seule
name
code-validation
description
Validate TypeScript codebase for syntax errors, type safety, linting, builds, imports, and architecture. Use for: ensuring code quality before commits, detecting architecture violations, finding breaking changes, verifying logic correctness, suggesting improvements.
argument-hint
Optional: file path or pattern to validate (e.g., src/main, src/renderer/components)
user-invocable
true
# Code Validation Comprehensive validation of the TypeScript codebase in `/src` to catch errors, violations, and quality issues early. ## When to Use - Before committing or pushing changes - After making significant architectural changes - To detect logic violations or inconsistencies - To ensure compliance with project standards ## Validation Procedure ### 1. **Type Checking** Run type safety validation to catch type errors and interface mismatches: ```bash npm run typecheck ``` Review any reported TS errors. Check: - Missing or incorrect type annotations - Function parameter/return type mismatches - Object property access on non-existent fields - Generic type parameter violations ### 2. **Linting & Style** Run code style and quality checks: ```bash npm run lint ``` Review reported issues for: - Unused variables or imports - Code style violations - Potential logic errors (unreachable code, shadowed variables) - Best practice violations ### 3. **Build Verification** Compile the entire project to ensure buildability: ```bash npm run build ``` Check for: - Module resolution errors - Import/export mismatches - Build target compatibility issues - Asset bundling problems ### 4. **Architecture & Logic Analysis** Once all checks pass, analyze the `/src` structure for: - **Dependency flow**: Verify no circular dependencies between modules - **IPC boundaries**: Ensure preload/main/renderer communication is type-safe and follows `src/shared/ipc-types.ts` - **Service isolation**: Check that services in `src/main/services/` are properly encapsulated - **Architecture violations**: Look for any code that violates expected architectural patterns - **Logic consistency**: Review complex functions for potential logic errors or edge cases - **Update safety**: Ensure that status updates are propagated correctly - **Component hierarchy**: Verify renderer components follow expected patterns and are properly triggered - **Type consistency**: Ensure shared types are reused across IPC boundaries ### 5. **Suggest Improvements** After validation passes, propose enhancements: - Missing type annotations or overly broad `any` types - Dead code that could be removed - Refactoring opportunities for clarity or performance - Documentation gaps in complex functions ## Quick Checks | Check | Command | Purpose | |-------|---------|---------| | Types only | `npm run typecheck` | Fast feedback on type errors | | Lint only | `npm run lint` | Style and quality issues | | Full build | `npm run build` | Deployment readiness | ## Integration This skill works with: - **Copilot Instructions** (`.github/copilot-instructions.md`) for ongoing project guidance - **npm scripts** defined in `package.json` - **TypeScript configuration** in `tsconfig.json`, `tsconfig.renderer.json`, `tsconfig.electron.json` ## Typical Workflow 1. Make code changes in `/src` 2. Invoke this skill: `/code-validation` 3. Review and fix any errors in stages (types → lint → build) 4. Read improvement suggestions 5. Commit with confidence
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