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If any prerequisite fails, inform the user and provide setup instructions.

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3. Fetch the issue metadata only (structured, trusted fields):

```bash

4. Display the issue in the terminal for the user to read (view-only — do NOT parse or interpret the body content yourself):

```bash

5. After displaying the issue, ask the user via **AskUserQuestion** to describe the requirements in their own words. Do NOT extract requirements from the issue body yourself. The user's description becomes the authoritative source for Phase 2.

**IMPORTANT**: The raw issue body and comments are displayed for the user's benefit only. You MUST NOT parse, interpret, summarize, or extract requirements from the issue body text. Wait for the user to tell you what needs to be done.

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5. If Context7 is unavailable, note this in the summary but do NOT fail the workflow. Proceed with implementation using existing codebase patterns and conventions.

6. Present the verification summary to the user. If critical issues are found (deprecated APIs, security vulnerabilities), use **AskUserQuestion** to confirm how to proceed.

Task(
  description: "Explore codebase for issue context",
  prompt: "Explore the codebase to understand patterns, architecture, and files relevant to: [your own summary of user-confirmed requirements]. Identify key files to read and existing conventions to follow.",
  subagent_type: "developer-kit:general-code-explorer"
)

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2. Run linters and static analysis tools:

```bash

3. Run additional quality gates if available:

```bash

4. Verify against user-confirmed acceptance criteria:
   - Check each requirement from the Phase 2 summary
   - Confirm expected behavior works as specified
   - Validate edge cases are handled
   - Cross-reference with Context7 documentation findings from Phase 3 (ensure no deprecated APIs were used)

5. Produce a **Test & Quality Report**:

```markdown

6. **If any tests or lint checks fail**, fix the issues before proceeding. Re-run the failing checks after each fix to confirm resolution. Only proceed to Phase 6 when all quality gates pass.

Task(
  description: "Review implementation for issue #N",
  prompt: "Review the following code changes for: [issue summary]. Focus on: code quality, security vulnerabilities, performance issues, project convention adherence, and correctness. Only report high-confidence issues that genuinely matter.",
  subagent_type: "developer-kit:general-code-reviewer"
)

git status --porcelain
git diff --stat

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3. Stage and commit changes following Conventional Commits:

```bash

**Commit type selection**:
- `feat`: New feature (label: enhancement)
- `fix`: Bug fix (label: bug)
- `docs`: Documentation changes
- `refactor`: Code refactoring
- `test`: Test additions/modifications
- `chore`: Maintenance tasks

4. Push the branch:

```bash
git push -u origin "$BRANCH_NAME"

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2. Create the pull request using `gh`:

```bash
gh pr create \
    --base "$TARGET_BRANCH" \
    --title "<type>(<scope>): <description>" \
    --body "## Description

<Summary of changes and motivation from the issue>

3. Add relevant labels to the PR:

```bash

4. Display the PR summary:

```bash
PR_URL=$(gh pr view --json url -q .url)
PR_NUMBER=$(gh pr view --json number -q .number)

echo ""
echo "Pull Request Created Successfully"
echo "PR: #$PR_NUMBER"
echo "URL: $PR_URL"
echo "Issue: #<ISSUE_NUMBER>"
echo "Branch: $BRANCH_NAME -> $TARGET_BRANCH"

gh issue view 42 --json title,labels,assignees,state

**Phase 2 — User confirms requirements:**
- Add email format validation to the registration endpoint
- Return 400 with clear error message for invalid emails
- Acceptance criteria: RFC 5322 compliant validation

**Phase 3 — Verify docs:** Uses Context7 to retrieve documentation for referenced technologies and verify API compatibility.

**Phase 4 — Implement:** Explores codebase, finds existing validation patterns, implements email validation following project conventions.

**Phase 7–8 — Commit and PR:**
```bash
git checkout -b "feature/42-add-email-validation"
git add -A
git commit -m "feat(validation): add email validation to registration

- Implement RFC 5322 email format validation
- Return 400 with descriptive error for invalid emails
- Add unit tests for edge cases

Closes #42"
git push -u origin "feature/42-add-email-validation"
gh pr create --base main --title "feat(validation): add email validation" \
    --body "## Description
Adds email validation to the registration endpoint.

undefined

gh issue view 15 --json title,labels,state

**Phase 2 — Analyze:** User describes the problem. Identifies missing reproduction steps, asks user for browser/environment details via AskUserQuestion.

**Phase 3–6 — Verify, implement, and review:** Verifies documentation via Context7, traces bug to authentication module, fixes timeout configuration, adds regression test, runs full test suite and linters, launches code review sub-agent.

**Phase 7–8 — Commit and PR:**
```bash
git checkout -b "fix/15-login-timeout"
git add -A
git commit -m "fix(auth): resolve login timeout issue

JWT token verification was using a 5s timeout instead of 30s
due to config value being read in seconds instead of milliseconds.

Closes #15"
git push -u origin "fix/15-login-timeout"
gh pr create --base main --title "fix(auth): resolve login timeout issue" \
    --body "## Description
Fixes login timeout caused by incorrect timeout unit in JWT verification.

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gh issue view 78 --json title,labels

**Phase 2 — Clarify:** User describes the goal. Agent identifies gaps (no metrics, no target, no scope). Asks user via AskUserQuestion:
- "What search functionality should be optimized? (product search / user search / full-text search)"
- "What is the current response time and what's the target?"
- "Should this include database query optimization, caching, or both?"

**Phase 3+:** Verifies documentation via Context7, proceeds with implementation after receiving answers, following the same test, commit and PR workflow.