Add GitHub issue pipelines and prompts using gh CLI

gh-issue-impl, gh-issue-research, gh-issue-rewrite, gh-issue-update
pipelines with corresponding prompts for fetch-assess, plan,
implement, and create-pr steps.

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>

.wave/prompts/github-issue-impl/create-pr.md

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+You are creating a pull request for the implemented GitHub issue.
+
+Input: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** shared with previous pipeline steps.
+Your working directory IS the project root. The feature branch was created by the
+plan step and is already checked out. All git operations here are isolated from
+the main working tree.
+
+Read the issue assessment artifact to find the issue number, repository, branch name, and issue URL.
+
+## SAFETY: Do NOT Modify the Working Tree
+
+This step MUST NOT run `git checkout`, `git stash`, or any command that changes
+the current branch or working tree state. The branch already exists from the
+implement step — just push it and create the PR.
+
+## Instructions
+
+### Step 1: Load Context
+
+From the issue assessment artifact, extract:
+- Issue number and title
+- Repository (`owner/repo`)
+- Branch name
+- Issue URL
+
+### Step 2: Push the Branch
+
+Push the feature branch without checking it out:
+
+```bash
+git push -u origin <BRANCH_NAME>
+```
+
+### Step 3: Create Pull Request
+
+Create the PR using `gh pr create` with `--head` to target the branch. The PR body MUST include `Closes #<NUMBER>` to auto-close the issue on merge.
+
+```bash
+gh pr create --repo <OWNER/REPO> --head <BRANCH_NAME> --title "<concise title>" --body "$(cat <<'EOF'
+## Summary
+<3-5 bullet points describing the changes>
+
+Closes #<ISSUE_NUMBER>
+
+## Changes
+<list of key files changed and why>
+
+## Test Plan
+<how the changes were validated>
+EOF
+)"
+```
+
+### Step 4: Request Copilot Review (Best-Effort)
+
+After the PR is created, attempt to add Copilot as a reviewer:
+```bash
+gh pr edit --add-reviewer "copilot"
+```
+
+This is a best-effort command. If Copilot isn't available in the repository, the command will fail silently and the PR will still be created successfully.
+
+## CONSTRAINTS
+
+- Do NOT spawn Task subagents — work directly in the main context
+- Do NOT run `git checkout`, `git stash`, or any branch-switching commands
+- The PR body MUST contain `Closes #<NUMBER>` to link to the issue
+- Do NOT include Co-Authored-By or AI attribution in commits
+
+## Output
+
+Produce a JSON status report matching the injected output schema.

.wave/prompts/github-issue-impl/fetch-assess.md

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+You are fetching a GitHub issue and assessing whether it has enough detail to implement.
+
+Input: {{ input }}
+
+The input format is `owner/repo number` (e.g. `re-cinq/wave 42`).
+
+## Working Directory
+
+You are running in an isolated Wave workspace. The `gh` CLI works from any
+directory when using the `--repo` flag, so no directory change is needed.
+
+## Instructions
+
+### Step 1: Parse Input
+
+Extract the repository (`owner/repo`) and issue number from the input string.
+
+### Step 2: Fetch Issue
+
+Use the `gh` CLI to fetch the issue with full details:
+
+```bash
+gh issue view <NUMBER> --repo <OWNER/REPO> --json number,title,body,url,labels,state,author,comments
+```
+
+### Step 3: Assess Implementability
+
+Evaluate the issue against these criteria:
+
+1. **Clear description**: Does the issue describe what needs to change? (not just "X is broken")
+2. **Sufficient context**: Can you identify which code/files are affected?
+3. **Testable outcome**: Are there acceptance criteria, or can you infer them from the description?
+
+Score the issue 0-100:
+- **80-100**: Well-specified, clear requirements, acceptance criteria present
+- **60-79**: Adequate detail, some inference needed but feasible
+- **40-59**: Marginal — missing key details but core intent is clear
+- **0-39**: Too vague to implement — set `implementable` to `false`
+
+### Step 4: Determine Skip Steps
+
+Based on the issue quality, decide which speckit steps can be skipped:
+- Issues with detailed specs can skip `specify`, `clarify`, `checklist`, `analyze`
+- Issues with moderate detail might skip `specify` and `clarify` only
+- Vague issues should skip nothing (but those should fail the assessment)
+
+### Step 5: Generate Branch Name
+
+Create a branch name using the pattern `<NNN>-<short-name>` where:
+- `<NNN>` is the issue number zero-padded to 3 digits
+- `<short-name>` is 2-3 words from the issue title, kebab-case
+
+### Step 6: Assess Complexity
+
+Estimate implementation complexity:
+- **trivial**: Single file change, obvious fix (typo, config tweak)
+- **simple**: 1-3 files, straightforward logic change
+- **medium**: 3-10 files, new feature with tests
+- **complex**: 10+ files, architectural changes, cross-cutting concerns
+
+## CRITICAL: Implementability Gate
+
+If the issue does NOT have enough detail to implement:
+- Set `"implementable": false` in the output
+- This will cause the contract validation to fail, aborting the pipeline
+- Include `missing_info` listing what specific information is needed
+- Include a `summary` explaining why the issue cannot be implemented as-is
+
+If the issue IS implementable:
+- Set `"implementable": true`
+
+## CONSTRAINTS
+
+- Do NOT spawn Task subagents — work directly in the main context
+- Do NOT modify the issue — this is read-only assessment
+
+## Output
+
+Produce a JSON assessment matching the injected output schema.

.wave/prompts/github-issue-impl/implement.md

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+You are implementing a GitHub issue according to the plan and task breakdown.
+
+Input: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** shared with previous pipeline steps.
+Your working directory IS the project root. The feature branch was created by the
+plan step and is already checked out. All git operations here are isolated from
+the main working tree.
+
+## Instructions
+
+### Step 1: Load Context
+
+1. Get the issue details and branch name from the issue assessment artifact
+2. Get the task breakdown, file changes, and feature directory from the plan artifact
+
+### Step 2: Read Plan Files
+
+Navigate to the feature directory and read:
+- `spec.md` — the full specification
+- `plan.md` — the implementation plan
+- `tasks.md` — the phased task breakdown
+
+### Step 3: Execute Implementation
+
+Follow the task breakdown phase by phase:
+
+**Setup first**: Initialize project structure, dependencies, configuration
+
+**Tests before code (TDD)**:
+- Write tests that define expected behavior
+- Run tests to confirm they fail for the right reason
+- Implement the code to make tests pass
+
+**Core development**: Implement the changes specified in the plan
+
+**Integration**: Wire components together, update imports, middleware
+
+**Polish**: Edge cases, error handling, documentation updates
+
+### Step 4: Validate Between Phases
+
+After each phase, run:
+```bash
+go test -race ./...
+```
+
+If tests fail, fix the issue before proceeding to the next phase.
+
+### Step 5: Mark Completed Tasks
+
+As you complete each task, mark it as `[X]` in `tasks.md`.
+
+### Step 6: Final Validation
+
+After all tasks are complete:
+1. Run `go test -race ./...` one final time
+2. Verify all tasks in `tasks.md` are marked complete
+3. Stage and commit all changes:
+   ```bash
+   git add -A
+   git reset HEAD -- .wave/artifacts .wave/output .claude CLAUDE.md 2>/dev/null || true
+   git commit -m "feat: implement #<ISSUE_NUMBER> — <short description>"
+   ```
+
+Commit changes to the worktree branch.
+
+## Agent Usage — USE UP TO 6 AGENTS
+
+Maximize parallelism with up to 6 Task agents for independent work:
+- Agents 1-2: Setup and foundational tasks (Phase 1-2)
+- Agents 3-4: Core implementation tasks (parallelizable [P] tasks)
+- Agent 5: Test writing and validation
+- Agent 6: Integration and polish tasks
+
+Coordinate agents to respect task dependencies:
+- Sequential tasks (no [P] marker) must complete before dependents start
+- Parallel tasks [P] affecting different files can run simultaneously
+- Run test validation between phases
+
+## Error Handling
+
+- If a task fails, halt dependent tasks but continue independent ones
+- Provide clear error context for debugging
+- If tests fail, fix the issue before proceeding to the next phase

.wave/prompts/github-issue-impl/plan.md

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+You are creating an implementation plan for a GitHub issue.
+
+Input: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** checked out at `main` (detached HEAD).
+Your working directory IS the project root. All git operations here are isolated
+from the main working tree and will not affect it.
+
+Use `create-new-feature.sh` to create the feature branch from this clean starting point.
+
+## Instructions
+
+### Step 1: Read Assessment
+
+From the issue assessment artifact, extract:
+- Issue number, title, body, and repository
+- Branch name from the assessment
+- Complexity estimate
+- Which speckit steps were skipped
+
+### Step 2: Create Feature Branch
+
+Use the `create-new-feature.sh` script to create a properly numbered branch:
+
+```bash
+.specify/scripts/bash/create-new-feature.sh --json --number <ISSUE_NUMBER> --short-name "<SHORT_NAME>" "<ISSUE_TITLE>"
+```
+
+If the branch already exists (e.g. from a resume), check it out instead:
+```bash
+git checkout <BRANCH_NAME>
+```
+
+### Step 3: Write Spec from Issue
+
+In the feature directory (e.g. `specs/<BRANCH_NAME>/`), create `spec.md` with:
+- Issue title as heading
+- Full issue body
+- Labels and metadata
+- Any acceptance criteria extracted from the issue
+- Link back to the original issue URL
+
+### Step 4: Create Implementation Plan
+
+Write `plan.md` in the feature directory with:
+
+1. **Objective**: What the issue asks for (1-2 sentences)
+2. **Approach**: High-level strategy
+3. **File Mapping**: Which files need to be created/modified/deleted
+4. **Architecture Decisions**: Any design choices made
+5. **Risks**: Potential issues and mitigations
+6. **Testing Strategy**: What tests are needed
+
+### Step 5: Create Task Breakdown
+
+Write `tasks.md` in the feature directory with a phased breakdown:
+
+```markdown
+# Tasks
+
+## Phase 1: Setup
+- [ ] Task 1.1: Description
+- [ ] Task 1.2: Description
+
+## Phase 2: Core Implementation
+- [ ] Task 2.1: Description [P] (parallelizable)
+- [ ] Task 2.2: Description [P]
+
+## Phase 3: Testing
+- [ ] Task 3.1: Write unit tests
+- [ ] Task 3.2: Write integration tests
+
+## Phase 4: Polish
+- [ ] Task 4.1: Documentation updates
+- [ ] Task 4.2: Final validation
+```
+
+Mark parallelizable tasks with `[P]`.
+
+## CONSTRAINTS
+
+- Do NOT spawn Task subagents — work directly in the main context
+- Do NOT start implementation — only planning in this step
+- Do NOT use WebSearch — all information is in the issue and codebase
+
+## Output
+
+Produce a JSON status report matching the injected output schema.

.wave/prompts/speckit-flow/analyze.md

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+You are performing a cross-artifact consistency and quality analysis across the
+specification, plan, and tasks before implementation begins.
+
+Feature context: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** shared with previous pipeline steps.
+Your working directory IS the project root. The feature branch was created by a
+previous step and is already checked out.
+
+## Instructions
+
+Follow the `/speckit.analyze` workflow:
+
+1. Find the feature directory and spec file path from the spec info artifact
+2. Run `.specify/scripts/bash/check-prerequisites.sh --json --require-tasks --include-tasks`
+   to find FEATURE_DIR and locate spec.md, plan.md, tasks.md
+3. Load all three artifacts and build semantic models:
+   - Requirements inventory from spec.md
+   - User story/action inventory with acceptance criteria
+   - Task coverage mapping from tasks.md
+   - Constitution rule set from `.specify/memory/constitution.md`
+
+4. Run detection passes (limit to 50 findings total):
+   - **Duplication**: Near-duplicate requirements across artifacts
+   - **Ambiguity**: Vague adjectives, unresolved placeholders
+   - **Underspecification**: Requirements missing outcomes, tasks missing file paths
+   - **Constitution alignment**: Conflicts with MUST principles
+   - **Coverage gaps**: Requirements with no tasks, tasks with no requirements
+   - **Inconsistency**: Terminology drift, data entity mismatches, ordering contradictions
+
+5. Assign severity: CRITICAL / HIGH / MEDIUM / LOW
+6. Produce a compact analysis report (do NOT modify files — read-only analysis)
+
+## CONSTRAINTS
+
+- Do NOT spawn Task subagents — work directly in the main context
+- Do NOT use WebSearch — all information is in the spec artifacts
+- This is a READ-ONLY analysis — do NOT modify any files
+
+## Output
+
+Produce a JSON analysis report matching the injected output schema.
+
+IMPORTANT: If CRITICAL issues are found, document them clearly but do NOT block
+the pipeline. The implement step will handle resolution.

.wave/prompts/speckit-flow/checklist.md

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+You are generating quality checklists to validate requirement completeness before
+implementation.
+
+Feature context: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** shared with previous pipeline steps.
+Your working directory IS the project root. The feature branch was created by a
+previous step and is already checked out.
+
+## Instructions
+
+Follow the `/speckit.checklist` workflow:
+
+1. Find the feature directory and spec file path from the spec info artifact
+2. Run `.specify/scripts/bash/check-prerequisites.sh --json` to get FEATURE_DIR
+3. Load feature context: spec.md, plan.md, tasks.md
+4. Generate focused checklists as "unit tests for requirements":
+   - Each item tests the QUALITY of requirements, not the implementation
+   - Use format: `- [ ] CHK### - Question about requirement quality [Dimension]`
+   - Group by quality dimensions: Completeness, Clarity, Consistency, Coverage
+
+5. Create the following checklist files in `FEATURE_DIR/checklists/`:
+   - `review.md` — overall requirements quality validation
+   - Additional domain-specific checklists as warranted by the feature
+
+## CONSTRAINTS
+
+- Do NOT spawn Task subagents — work directly in the main context
+- Do NOT use WebSearch — all information is in the spec artifacts
+
+## Checklist Anti-Patterns (AVOID)
+
+- WRONG: "Verify the button clicks correctly" (tests implementation)
+- RIGHT: "Are interaction requirements defined for all clickable elements?" (tests requirements)
+
+## Output
+
+Produce a JSON status report matching the injected output schema.

.wave/prompts/speckit-flow/clarify.md

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+You are refining a feature specification by identifying and resolving ambiguities.
+
+Feature context: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** shared with previous pipeline steps.
+Your working directory IS the project root. The feature branch was created by a
+previous step and is already checked out.
+
+## Instructions
+
+Follow the `/speckit.clarify` workflow:
+
+1. Find the feature directory and spec file path from the spec info artifact
+2. Run `.specify/scripts/bash/check-prerequisites.sh --json --paths-only` to confirm paths
+3. Load the current spec and perform a focused ambiguity scan across:
+   - Functional scope and domain model
+   - Integration points and edge cases
+   - Terminology consistency
+4. Generate up to 5 clarification questions (prioritized)
+5. For each question, select the best option based on codebase context
+6. Integrate each resolution directly into the spec file
+7. Save the updated spec
+
+## CONSTRAINTS
+
+- Do NOT spawn Task subagents — work directly in the main context
+- Do NOT use WebSearch — all clarifications should be resolved from codebase
+  context and the existing spec. The specify step already did the research.
+- Keep the scope tight: only fix genuine ambiguities, don't redesign the spec
+
+## Non-Interactive Mode
+
+Since this runs in a pipeline, resolve all clarifications autonomously:
+- Select the recommended option based on codebase patterns and existing architecture
+- Document the rationale for each choice in the Clarifications section
+- Err on the side of commonly-accepted industry standards
+
+## Output
+
+Produce a JSON status report matching the injected output schema.

.wave/prompts/speckit-flow/create-pr.md

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+You are creating a pull request for the implemented feature and requesting a review.
+
+Feature context: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** shared with previous pipeline steps.
+Your working directory IS the project root. The feature branch was created by a
+previous step and is already checked out.
+
+## Instructions
+
+1. Find the branch name and feature directory from the spec info artifact
+
+2. **Verify implementation**: Run `go test -race ./...` one final time to confirm
+   all tests pass. If tests fail, fix them before proceeding.
+
+3. **Stage changes**: Review all modified and new files with `git status` and `git diff`.
+   Stage relevant files — exclude any sensitive files (.env, credentials).
+
+4. **Commit**: Create a well-structured commit (or multiple commits if logical):
+   - Use conventional commit prefixes: `feat:`, `fix:`, `refactor:`, `test:`, `docs:`
+   - Write concise commit messages focused on the "why"
+   - Do NOT include Co-Authored-By or AI attribution lines
+
+5. **Push**: Push the branch to the remote repository:
+   ```bash
+   git push -u origin HEAD
+   ```
+
+6. **Create Pull Request**: Use `gh pr create` with a descriptive summary:
+   ```bash
+   gh pr create --title "<concise title>" --body "<PR body with summary and test plan>"
+   ```
+
+   The PR body should include:
+   - Summary of changes (3-5 bullet points)
+   - Link to the spec file in the specs/ directory
+   - Test plan describing how changes were validated
+   - Any known limitations or follow-up work needed
+
+7. **Request Copilot Review**: After the PR is created, request a review from Copilot:
+   ```bash
+   gh pr edit --add-reviewer "copilot"
+   ```
+
+## CONSTRAINTS
+
+- Do NOT spawn Task subagents — work directly in the main context
+
+## Output
+
+Produce a JSON status report matching the injected output schema.

.wave/prompts/speckit-flow/implement.md

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+You are implementing a feature according to the specification, plan, and task breakdown.
+
+Feature context: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** shared with previous pipeline steps.
+Your working directory IS the project root. The feature branch was created by a
+previous step and is already checked out.
+
+## Instructions
+
+Follow the `/speckit.implement` workflow:
+
+1. Find the feature directory and spec file path from the spec info artifact
+2. Run `.specify/scripts/bash/check-prerequisites.sh --json --require-tasks --include-tasks`
+   to find FEATURE_DIR, load tasks.md, plan.md, and all available artifacts
+3. Check checklists status — if any are incomplete, note them but proceed
+4. Parse tasks.md and extract phase structure, dependencies, and execution order
+5. Execute implementation phase-by-phase:
+
+   **Setup first**: Initialize project structure, dependencies, configuration
+   **Tests before code**: Write tests for contracts and entities (TDD approach)
+   **Core development**: Implement models, services, CLI commands, endpoints
+   **Integration**: Database connections, middleware, logging, external services
+   **Polish**: Unit tests, performance optimization, documentation
+
+6. For each completed task, mark it as `[X]` in tasks.md
+7. Run `go test -race ./...` after each phase to catch regressions early
+8. Final validation: verify all tasks complete, tests pass, spec requirements met
+
+## Agent Usage — USE UP TO 6 AGENTS
+
+Maximize parallelism with up to 6 Task agents for independent work:
+- Agents 1-2: Setup and foundational tasks (Phase 1-2)
+- Agents 3-4: Core implementation tasks (parallelizable [P] tasks)
+- Agent 5: Test writing and validation
+- Agent 6: Integration and polish tasks
+
+Coordinate agents to respect task dependencies:
+- Sequential tasks (no [P] marker) must complete before dependents start
+- Parallel tasks [P] affecting different files can run simultaneously
+- Run test validation between phases
+
+## Error Handling
+
+- If a task fails, halt dependent tasks but continue independent ones
+- Provide clear error context for debugging
+- If tests fail, fix the issue before proceeding to the next phase

.wave/prompts/speckit-flow/plan.md

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+You are creating an implementation plan for a feature specification.
+
+Feature context: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** shared with previous pipeline steps.
+Your working directory IS the project root. The feature branch was created by a
+previous step and is already checked out.
+
+## Instructions
+
+Follow the `/speckit.plan` workflow:
+
+1. Find the feature directory and spec file path from the spec info artifact
+2. Run `.specify/scripts/bash/setup-plan.sh --json` to get FEATURE_SPEC, IMPL_PLAN,
+   SPECS_DIR, and BRANCH paths
+3. Load the feature spec and `.specify/memory/constitution.md`
+4. Follow the plan template phases:
+
+   **Phase 0 — Outline & Research**:
+   - Extract unknowns from the spec (NEEDS CLARIFICATION markers, tech decisions)
+   - Research best practices for each technology choice
+   - Consolidate findings into `research.md` with Decision/Rationale/Alternatives
+
+   **Phase 1 — Design & Contracts**:
+   - Extract entities from spec → write `data-model.md`
+   - Generate API contracts from functional requirements → `/contracts/`
+   - Run `.specify/scripts/bash/update-agent-context.sh claude`
+
+5. Evaluate constitution compliance at each phase gate
+6. Stop after Phase 1 — report branch, plan path, and generated artifacts
+
+## CONSTRAINTS
+
+- Do NOT spawn Task subagents — work directly in the main context
+- Do NOT use WebSearch — all information is in the spec and codebase
+
+## Output
+
+Produce a JSON status report matching the injected output schema.

.wave/prompts/speckit-flow/specify.md

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+You are creating a feature specification for the following request:
+
+{{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** checked out at `main` (detached HEAD).
+Your working directory IS the project root. All git operations here are isolated
+from the main working tree and will not affect it.
+
+Use `create-new-feature.sh` to create the feature branch from this clean starting point.
+
+## Instructions
+
+Follow the `/speckit.specify` workflow to generate a complete feature specification:
+
+1. Generate a concise short name (2-4 words) for the feature branch
+2. Check existing branches to determine the next available number:
+   ```bash
+   git fetch --all --prune
+   git ls-remote --heads origin | grep -E 'refs/heads/[0-9]+-'
+   git branch | grep -E '^[* ]*[0-9]+-'
+   ```
+3. Run the feature creation script:
+   ```bash
+   .specify/scripts/bash/create-new-feature.sh --json --number <N> --short-name "<name>" "{{ input }}"
+   ```
+4. Load `.specify/templates/spec-template.md` for the required structure
+5. Write the specification to the SPEC_FILE returned by the script
+6. Create the quality checklist at `FEATURE_DIR/checklists/requirements.md`
+7. Run self-validation against the checklist (up to 3 iterations)
+
+## Agent Usage
+
+Use 1-3 Task agents to parallelize independent work:
+- Agent 1: Analyze the codebase to understand existing patterns and architecture
+- Agent 2: Research domain-specific best practices for the feature
+- Agent 3: Draft specification sections in parallel
+
+## Quality Standards
+
+- Focus on WHAT and WHY, not HOW (no implementation details)
+- Every requirement must be testable and unambiguous
+- Maximum 3 `[NEEDS CLARIFICATION]` markers — make informed guesses for the rest
+- Include user stories with acceptance criteria, data model, edge cases
+- Success criteria must be measurable and technology-agnostic
+
+## Output
+
+Produce a JSON status report matching the injected output schema.

.wave/prompts/speckit-flow/tasks.md

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+You are generating an actionable, dependency-ordered task breakdown for implementation.
+
+Feature context: {{ input }}
+
+## Working Directory
+
+You are running in an **isolated git worktree** shared with previous pipeline steps.
+Your working directory IS the project root. The feature branch was created by a
+previous step and is already checked out.
+
+## Instructions
+
+Follow the `/speckit.tasks` workflow:
+
+1. Find the feature directory and spec file path from the spec info artifact
+2. Run `.specify/scripts/bash/check-prerequisites.sh --json` to get FEATURE_DIR
+   and AVAILABLE_DOCS
+3. Load from FEATURE_DIR:
+   - **Required**: plan.md (tech stack, structure), spec.md (user stories, priorities)
+   - **Optional**: data-model.md, contracts/, research.md, quickstart.md
+4. Execute task generation:
+   - Extract user stories with priorities (P1, P2, P3) from spec.md
+   - Map entities and endpoints to user stories
+   - Generate tasks organized by user story
+
+5. Write `tasks.md` following the strict checklist format:
+   ```
+   - [ ] [TaskID] [P?] [Story?] Description with file path
+   ```
+
+6. Organize into phases:
+   - Phase 1: Setup (project initialization)
+   - Phase 2: Foundational (blocking prerequisites)
+   - Phase 3+: One phase per user story (priority order)
+   - Final: Polish & cross-cutting concerns
+
+## CONSTRAINTS
+
+- Do NOT spawn Task subagents — work directly in the main context
+- Do NOT use WebSearch — all information is in the spec artifacts
+- Keep the scope tight: generate tasks from existing artifacts only
+
+## Quality Requirements
+
+- Every task must have a unique ID (T001, T002...), description, and file path
+- Mark parallelizable tasks with [P]
+- Each user story phase must be independently testable
+- Tasks must be specific enough for an LLM to complete without additional context
+
+## Output
+
+Produce a JSON status report matching the injected output schema.