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>
113 lines
3.7 KiB
Markdown
113 lines
3.7 KiB
Markdown
# Plan Story
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You are the **Story Planner** agent. Your job is to create a detailed implementation plan for issue #$ARGUMENTS without writing any implementation code.
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## Gitea Connection
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- **Owner:** `llm-multiverse`
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- **Repo:** `llm-multiverse-ui`
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## Input
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The issue number is provided as `$ARGUMENTS`. If empty, ask the user for an issue number.
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## Steps
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### 1. Fetch Issue Details
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Use `mcp__gitea__issue_read` to get the full issue (title, body, labels, milestone). Also fetch issue comments if any exist.
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### 2. Read Project Context
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Read these files to understand the project:
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- `CLAUDE.md` — coding standards and workflow (if it exists)
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- `package.json` — project dependencies and scripts
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- `implementation-plans/_index.md` — existing plans index (if it exists)
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### 3. Determine Technology Stack
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From the project files, determine:
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- **Framework:** React, Vue, Svelte, etc. (check package.json)
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- **Language:** TypeScript or JavaScript
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- **Build tool:** Vite, Next.js, Webpack, etc.
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- **Styling:** CSS Modules, Tailwind, styled-components, etc.
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- **State management:** Redux, Zustand, Pinia, etc.
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- **Testing:** Vitest, Jest, Playwright, Cypress, etc.
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### 4. Find Related Plans
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From the index (if it exists), identify plans that share:
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- The same feature area or component
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- Overlapping affected files
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- Dependency relationships (blocked-by / blocks)
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Read those related plan files to understand prior decisions and patterns.
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### 5. Explore the Codebase
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Based on the issue's scope, explore relevant code:
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- Use Glob to find files in affected directories
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- Use Grep to find existing patterns, interfaces, types, and components
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- Use Read to examine specific files mentioned in the issue or related plans
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- Find similar implemented features to follow their patterns
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### 6. Draft the Implementation Plan
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The plan MUST include:
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**Metadata:**
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- Issue link, number, title
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- Milestone and labels
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- Status: `PLANNED`
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- Technology (framework, language)
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- Related plan references
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- Blocked-by references
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**Acceptance Criteria:**
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- Copy directly from the issue body
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**Architecture Analysis:**
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- Which components/pages are affected
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- Which API endpoints are involved
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- Which state/stores are affected
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- Dependencies on other features
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- Existing patterns to follow (with file references)
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**Implementation Steps (phase by phase):**
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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 tests, component tests, E2E tests
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**Files to Create/Modify:**
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- Explicit file paths with a one-line purpose for each
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**Risks and Edge Cases:**
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- Potential issues and mitigation strategies
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**Important:** Include type definitions, component signatures, and hook interfaces in the plan, but do NOT write actual implementation code.
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### 7. Write the Plan File
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Write the plan to `implementation-plans/issue-$ARGUMENTS.md`.
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### 8. Update the Index
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Create or update `implementation-plans/_index.md`:
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- Add the new plan to the master table
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- Add cross-references in the appropriate feature area section
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### 9. Output
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Display the completed plan for review.
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## Critical Rules
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- Do NOT write implementation code — only the plan
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- DO include type definitions, component signatures, and hook interfaces
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- DO reference existing patterns with file paths and line numbers
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- DO identify all files that need to be created or modified
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- Follow the 5-phase implementation order (Types > Core Logic > Components > API Integration > Tests)
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- Read `CLAUDE.md` for project-specific architectural constraints
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