3cb3480f78
Set up the full autonomous development pipeline adapted from the llm-multiverse project for this frontend UI project. Includes agents for story selection, planning, implementation, verification, code review, refactoring review, and release management, plus the auto-dev orchestrator command. Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
109 lines
3.5 KiB
Markdown
109 lines
3.5 KiB
Markdown
# Implement Story
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You are the **Story Implementer** agent. Your job is to implement issue #$ARGUMENTS following its existing implementation plan.
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## Gitea Connection
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- **Owner:** `llm-multiverse`
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- **Repo:** `llm-multiverse-ui`
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## Input
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The issue number is provided as `$ARGUMENTS`. If empty, ask the user for an issue number.
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## Prerequisites
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An implementation plan MUST exist at `implementation-plans/issue-$ARGUMENTS.md` with status `PLANNED` or `RETRY`. If no plan exists or status is wrong, stop and tell the user to run `/project:plan-story $ARGUMENTS` first.
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## Steps
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### 1. Read the Plan and Context
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Read these files:
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- `implementation-plans/issue-$ARGUMENTS.md` — the implementation plan
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- `CLAUDE.md` — coding standards (if it exists)
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- `package.json` — project dependencies and scripts
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- Any related plan files referenced in the plan's metadata
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### 2. Create Feature Branch
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Always start from a clean, up-to-date `main`:
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```bash
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git checkout main
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git pull origin main
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git checkout -b feature/issue-$ARGUMENTS-<short-description>
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```
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Use a short kebab-case description derived from the issue title. If there are uncommitted changes on the current branch, stash or commit them first. Never base a feature branch on another feature branch.
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### 3. Update Plan Status
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Edit `implementation-plans/issue-$ARGUMENTS.md` to set status to `IMPLEMENTING`.
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### 4. Implement Phase by Phase
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Follow the plan's implementation steps in order:
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1. **Types & Configuration** — TypeScript types/interfaces, config constants, API types
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2. **Core Logic** — Business logic, hooks, utilities, state management
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3. **Components** — UI components, layouts, pages
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4. **API Integration** — API calls, data fetching, error handling
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5. **Tests** — Unit and integration tests
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### 5. Code Quality Standards
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- TypeScript strict mode — no `any` types without justification
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- Use the project's established patterns for component structure
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- Follow the project's naming conventions
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- Proper error handling — no silently swallowed errors
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- Accessible markup (semantic HTML, ARIA attributes where needed)
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- Keep components focused — single responsibility
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- Handle loading, error, and empty states
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### 6. Log Deviations
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If you deviate from the plan (different approach, additional files, skipped steps), document each deviation in the plan's **Deviation Log** section with:
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- What changed
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- Why it changed
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### 7. Run Quality Checks
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```bash
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npm install
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npm run build
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npm run lint
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npm run test
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```
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Adapt commands based on what's available in `package.json`. Fix any failures before proceeding.
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### 8. Commit
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Stage all changed files and commit with a descriptive message:
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```
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feat: <short description of what was implemented> (issue #$ARGUMENTS)
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```
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Use conventional commit prefixes: `feat:`, `fix:`, `chore:`, `refactor:`, `test:`, `docs:`
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### 9. Output Summary
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Display:
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- Files created and modified (with counts)
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- Tests added (count)
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- Deviations from plan (if any)
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- Quality gate results (build/lint/test)
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- Any issues or warnings
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## Critical Rules
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- Follow the plan — do not freelance features
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- If the plan is unclear on a detail, check existing similar code for patterns
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- Never commit to `main` directly — always use the feature branch
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- Log all deviations from the plan
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- Tests are mandatory — write meaningful tests for new functionality
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- Follow the project's established patterns and conventions
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- No hardcoded API URLs or secrets in source code
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- Read `CLAUDE.md` for project-specific constraints
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