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feat: add dedicated testing agents and enhanced parallel orchestration

Browse Source 
Introduce a new testing agent architecture that runs regression tests
independently from coding agents, improving quality assurance in
parallel mode.

Key changes:

Testing Agent System:
- Add testing_prompt.template.md for dedicated testing agent role
- Add feature_mark_failing MCP tool for regression detection
- Add --agent-type flag to select initializer/coding/testing mode
- Remove regression testing from coding prompt (now handled by testing agents)

Parallel Orchestrator Enhancements:
- Add testing agent spawning with configurable ratio (--testing-agent-ratio)
- Add comprehensive debug logging system (DebugLog class)
- Improve database session management to prevent stale reads
- Add engine.dispose() calls to refresh connections after subprocess commits
- Fix f-string linting issues (remove unnecessary f-prefixes)

UI Improvements:
- Add testing agent mascot (Chip) to AgentAvatar
- Enhance AgentCard to display testing agent status
- Add testing agent ratio slider in SettingsModal
- Update WebSocket handling for testing agent updates
- Improve ActivityFeed to show testing agent activity

API & Server Updates:
- Add testing_agent_ratio to settings schema and endpoints
- Update process manager to support testing agent type
- Enhance WebSocket messages for agent_update events

Template Changes:
- Delete coding_prompt_yolo.template.md (consolidated into main prompt)
- Update initializer_prompt.template.md with improved structure
- Streamline coding_prompt.template.md workflow

Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
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2026-01-18 13:49:50 +02:00
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61
.claude/templates/coding_prompt.template.md
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@@ -48,38 +48,7 @@ chmod +x init.sh
Otherwise, start servers manually and document the process.
### STEP 3: VERIFICATION TEST (CRITICAL!)
**MANDATORY BEFORE NEW WORK:**
The previous session may have introduced bugs. Before implementing anything
new, you MUST run verification tests.
Run 1-2 of the features marked as passing that are most core to the app's functionality to verify they still work.
To get passing features for regression testing:
```
Use the feature_get_for_regression tool (returns up to 3 random passing features)
```
For example, if this were a chat app, you should perform a test that logs into the app, sends a message, and gets a response.
**If you find ANY issues (functional or visual):**
- Mark that feature as "passes": false immediately
- Add issues to a list
- Fix all issues BEFORE moving to new features
- This includes UI bugs like:
- White-on-white text or poor contrast
- Random characters displayed
- Incorrect timestamps
- Layout issues or overflow
- Buttons too close together
- Missing hover states
- Console errors
### STEP 4: CHOOSE ONE FEATURE TO IMPLEMENT
### STEP 3: CHOOSE ONE FEATURE TO IMPLEMENT
#### TEST-DRIVEN DEVELOPMENT MINDSET (CRITICAL)
@@ -140,16 +109,16 @@ Use the feature_skip tool with feature_id={id}
Document the SPECIFIC external blocker in `claude-progress.txt`. "Functionality not built" is NEVER a valid reason.
### STEP 5: IMPLEMENT THE FEATURE
### STEP 4: IMPLEMENT THE FEATURE
Implement the chosen feature thoroughly:
1. Write the code (frontend and/or backend as needed)
2. Test manually using browser automation (see Step 6)
2. Test manually using browser automation (see Step 5)
3. Fix any issues discovered
4. Verify the feature works end-to-end
### STEP 6: VERIFY WITH BROWSER AUTOMATION
### STEP 5: VERIFY WITH BROWSER AUTOMATION
**CRITICAL:** You MUST verify features through the actual UI.
@@ -174,7 +143,7 @@ Use browser automation tools:
- Skip visual verification
- Mark tests passing without thorough verification
### STEP 6.5: MANDATORY VERIFICATION CHECKLIST (BEFORE MARKING ANY TEST PASSING)
### STEP 5.5: MANDATORY VERIFICATION CHECKLIST (BEFORE MARKING ANY TEST PASSING)
**You MUST complete ALL of these checks before marking any feature as "passes": true**
@@ -209,7 +178,7 @@ Use browser automation tools:
- [ ] Loading states appeared during API calls
- [ ] Error states handle failures gracefully
### STEP 6.6: MOCK DATA DETECTION SWEEP
### STEP 5.6: MOCK DATA DETECTION SWEEP
**Run this sweep AFTER EVERY FEATURE before marking it as passing:**
@@ -252,7 +221,7 @@ For API endpoints used by this feature:
- Verify response contains actual database data
- Empty database = empty response (not pre-populated mock data)
### STEP 7: UPDATE FEATURE STATUS (CAREFULLY!)
### STEP 6: UPDATE FEATURE STATUS (CAREFULLY!)
**YOU CAN ONLY MODIFY ONE FIELD: "passes"**
@@ -273,7 +242,7 @@ Use the feature_mark_passing tool with feature_id=42
**ONLY MARK A FEATURE AS PASSING AFTER VERIFICATION WITH SCREENSHOTS.**
### STEP 8: COMMIT YOUR PROGRESS
### STEP 7: COMMIT YOUR PROGRESS
Make a descriptive git commit:
@@ -288,7 +257,7 @@ git commit -m "Implement [feature name] - verified end-to-end
"
```
### STEP 9: UPDATE PROGRESS NOTES
### STEP 8: UPDATE PROGRESS NOTES
Update `claude-progress.txt` with:
@@ -298,7 +267,7 @@ Update `claude-progress.txt` with:
- What should be worked on next
- Current completion status (e.g., "45/200 tests passing")
### STEP 10: END SESSION CLEANLY
### STEP 9: END SESSION CLEANLY
Before context fills up:
@@ -374,12 +343,12 @@ feature_get_next
# 3. Mark a feature as in-progress (call immediately after feature_get_next)
feature_mark_in_progress with feature_id={id}
# 4. Get up to 3 random passing features for regression testing
feature_get_for_regression
# 5. Mark a feature as passing (after verification)
# 4. Mark a feature as passing (after verification)
feature_mark_passing with feature_id={id}
# 5. Mark a feature as failing (if you discover it's broken)
feature_mark_failing with feature_id={id}
# 6. Skip a feature (moves to end of queue) - ONLY when blocked by dependency
feature_skip with feature_id={id}
@@ -436,7 +405,7 @@ This allows you to fully test email-dependent flows without needing external ema
- **All navigation works - no 404s or broken links**
**You have unlimited time.** Take as long as needed to get it right. The most important thing is that you
leave the code base in a clean state before terminating the session (Step 10).
leave the code base in a clean state before terminating the session (Step 9).
---

274
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@@ -1,274 +0,0 @@
<!-- YOLO MODE PROMPT - Keep synchronized with coding_prompt.template.md -->
<!-- Last synced: 2026-01-01 -->
## YOLO MODE - Rapid Prototyping (Testing Disabled)
**WARNING:** This mode skips all browser testing and regression tests.
Features are marked as passing after lint/type-check succeeds.
Use for rapid prototyping only - not for production-quality development.
---
## YOUR ROLE - CODING AGENT (YOLO MODE)
You are continuing work on a long-running autonomous development task.
This is a FRESH context window - you have no memory of previous sessions.
### STEP 1: GET YOUR BEARINGS (MANDATORY)
Start by orienting yourself:
```bash
# 1. See your working directory
pwd
# 2. List files to understand project structure
ls -la
# 3. Read the project specification to understand what you're building
cat app_spec.txt
# 4. Read progress notes from previous sessions (last 500 lines to avoid context overflow)
tail -500 claude-progress.txt
# 5. Check recent git history
git log --oneline -20
```
Then use MCP tools to check feature status:
```
# 6. Get progress statistics (passing/total counts)
Use the feature_get_stats tool
# 7. Get the next feature to work on
Use the feature_get_next tool
```
Understanding the `app_spec.txt` is critical - it contains the full requirements
for the application you're building.
### STEP 2: START SERVERS (IF NOT RUNNING)
If `init.sh` exists, run it:
```bash
chmod +x init.sh
./init.sh
```
Otherwise, start servers manually and document the process.
### STEP 3: CHOOSE ONE FEATURE TO IMPLEMENT
Get the next feature to implement:
```
# Get the highest-priority pending feature
Use the feature_get_next tool
```
Once you've retrieved the feature, **immediately mark it as in-progress**:
```
# Mark feature as in-progress to prevent other sessions from working on it
Use the feature_mark_in_progress tool with feature_id=42
```
Focus on completing one feature in this session before moving on to other features.
It's ok if you only complete one feature in this session, as there will be more sessions later that continue to make progress.
#### When to Skip a Feature (EXTREMELY RARE)
**Skipping should almost NEVER happen.** Only skip for truly external blockers you cannot control:
- **External API not configured**: Third-party service credentials missing (e.g., Stripe keys, OAuth secrets)
- **External service unavailable**: Dependency on service that's down or inaccessible
- **Environment limitation**: Hardware or system requirement you cannot fulfill
**NEVER skip because:**
| Situation | Wrong Action | Correct Action |
|-----------|--------------|----------------|
| "Page doesn't exist" | Skip | Create the page |
| "API endpoint missing" | Skip | Implement the endpoint |
| "Database table not ready" | Skip | Create the migration |
| "Component not built" | Skip | Build the component |
| "No data to test with" | Skip | Create test data or build data entry flow |
| "Feature X needs to be done first" | Skip | Build feature X as part of this feature |
If a feature requires building other functionality first, **build that functionality**. You are the coding agent - your job is to make the feature work, not to defer it.
If you must skip (truly external blocker only):
```
Use the feature_skip tool with feature_id={id}
```
Document the SPECIFIC external blocker in `claude-progress.txt`. "Functionality not built" is NEVER a valid reason.
### STEP 4: IMPLEMENT THE FEATURE
Implement the chosen feature thoroughly:
1. Write the code (frontend and/or backend as needed)
2. Ensure proper error handling
3. Follow existing code patterns in the codebase
### STEP 5: VERIFY WITH LINT AND TYPE CHECK (YOLO MODE)
**In YOLO mode, verification is done through static analysis only.**
Run the appropriate lint and type-check commands for your project:
**For TypeScript/JavaScript projects:**
```bash
npm run lint
npm run typecheck # or: npx tsc --noEmit
```
**For Python projects:**
```bash
ruff check .
mypy .
```
**If lint/type-check passes:** Proceed to mark the feature as passing.
**If lint/type-check fails:** Fix the errors before proceeding.
### STEP 6: UPDATE FEATURE STATUS
**YOU CAN ONLY MODIFY ONE FIELD: "passes"**
After lint/type-check passes, mark the feature as passing:
```
# Mark feature #42 as passing (replace 42 with the actual feature ID)
Use the feature_mark_passing tool with feature_id=42
```
**NEVER:**
- Delete features
- Edit feature descriptions
- Modify feature steps
- Combine or consolidate features
- Reorder features
### STEP 7: COMMIT YOUR PROGRESS
Make a descriptive git commit:
```bash
git add .
git commit -m "Implement [feature name] - YOLO mode
- Added [specific changes]
- Lint/type-check passing
- Marked feature #X as passing
"
```
### STEP 8: UPDATE PROGRESS NOTES
Update `claude-progress.txt` with:
- What you accomplished this session
- Which feature(s) you completed
- Any issues discovered or fixed
- What should be worked on next
- Current completion status (e.g., "45/200 features passing")
### STEP 9: END SESSION CLEANLY
Before context fills up:
1. Commit all working code
2. Update claude-progress.txt
3. Mark features as passing if lint/type-check verified
4. Ensure no uncommitted changes
5. Leave app in working state
---
## FEATURE TOOL USAGE RULES (CRITICAL - DO NOT VIOLATE)
The feature tools exist to reduce token usage. **DO NOT make exploratory queries.**
### ALLOWED Feature Tools (ONLY these):
```
# 1. Get progress stats (passing/in_progress/total counts)
feature_get_stats
# 2. Get the NEXT feature to work on (one feature only)
feature_get_next
# 3. Mark a feature as in-progress (call immediately after feature_get_next)
feature_mark_in_progress with feature_id={id}
# 4. Mark a feature as passing (after lint/type-check succeeds)
feature_mark_passing with feature_id={id}
# 5. Skip a feature (moves to end of queue) - ONLY when blocked by dependency
feature_skip with feature_id={id}
# 6. Clear in-progress status (when abandoning a feature)
feature_clear_in_progress with feature_id={id}
```
### RULES:
- Do NOT try to fetch lists of all features
- Do NOT query features by category
- Do NOT list all pending features
**You do NOT need to see all features.** The feature_get_next tool tells you exactly what to work on. Trust it.
---
## EMAIL INTEGRATION (DEVELOPMENT MODE)
When building applications that require email functionality (password resets, email verification, notifications, etc.), you typically won't have access to a real email service or the ability to read email inboxes.
**Solution:** Configure the application to log emails to the terminal instead of sending them.
- Password reset links should be printed to the console
- Email verification links should be printed to the console
- Any notification content should be logged to the terminal
**During testing:**
1. Trigger the email action (e.g., click "Forgot Password")
2. Check the terminal/server logs for the generated link
3. Use that link directly to verify the functionality works
This allows you to fully test email-dependent flows without needing external email services.
---
## IMPORTANT REMINDERS (YOLO MODE)
**Your Goal:** Rapidly prototype the application with all features implemented
**This Session's Goal:** Complete at least one feature
**Quality Bar (YOLO Mode):**
- Code compiles without errors (lint/type-check passing)
- Follows existing code patterns
- Basic error handling in place
- Features are implemented according to spec
**Note:** Browser testing and regression testing are SKIPPED in YOLO mode.
Features may have bugs that would be caught by manual testing.
Use standard mode for production-quality verification.
**You have unlimited time.** Take as long as needed to implement features correctly.
The most important thing is that you leave the code base in a clean state before
terminating the session (Step 9).
---
Begin by running Step 1 (Get Your Bearings).

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@@ -26,10 +26,22 @@ which is the single source of truth for what needs to be built.
**Creating Features:**
Use the feature_create_bulk tool to add all features at once:
Use the feature_create_bulk tool to add all features at once. Note: You MUST include `depends_on_indices`
to specify dependencies. Features with no dependencies can run first and enable parallel execution.
```
Use the feature_create_bulk tool with features=[
{
"category": "functional",
"name": "App loads without errors",
"description": "Application starts and renders homepage",
"steps": [
"Step 1: Navigate to homepage",
"Step 2: Verify no console errors",
"Step 3: Verify main content renders"
]
// No depends_on_indices = FOUNDATION feature (runs first)
},
{
"category": "functional",
"name": "User can create an account",
@@ -38,7 +50,8 @@ Use the feature_create_bulk tool with features=[
"Step 1: Navigate to registration page",
"Step 2: Fill in required fields",
"Step 3: Submit form and verify account created"
]
],
"depends_on_indices": [0] // Depends on app loading
},
{
"category": "functional",
@@ -49,7 +62,7 @@ Use the feature_create_bulk tool with features=[
"Step 2: Enter credentials",
"Step 3: Verify successful login and redirect"
],
"depends_on_indices": [0]
"depends_on_indices": [0, 1] // Depends on app loading AND registration
},
{
"category": "functional",
@@ -60,7 +73,18 @@ Use the feature_create_bulk tool with features=[
"Step 2: Navigate to dashboard",
"Step 3: Verify personalized content displays"
],
"depends_on_indices": [1]
"depends_on_indices": [2] // Depends on login only
},
{
"category": "functional",
"name": "User can update profile",
"description": "User can modify their profile information",
"steps": [
"Step 1: Log in as user",
"Step 2: Navigate to profile settings",
"Step 3: Update and save profile"
],
"depends_on_indices": [2] // ALSO depends on login (WIDE GRAPH - can run parallel with dashboard!)
}
]
```
@@ -69,7 +93,15 @@ Use the feature_create_bulk tool with features=[
- IDs and priorities are assigned automatically based on order
- All features start with `passes: false` by default
- You can create features in batches if there are many (e.g., 50 at a time)
- Use `depends_on_indices` to specify dependencies (see FEATURE DEPENDENCIES section below)
- **CRITICAL:** Use `depends_on_indices` to specify dependencies (see FEATURE DEPENDENCIES section below)
**DEPENDENCY REQUIREMENT:**
You MUST specify dependencies using `depends_on_indices` for features that logically depend on others.
- Features 0-9 should have NO dependencies (foundation/setup features)
- Features 10+ MUST have at least some dependencies where logical
- Create WIDE dependency graphs, not linear chains:
- BAD: A -> B -> C -> D -> E (linear chain, only 1 feature can run at a time)
- GOOD: A -> B, A -> C, A -> D, B -> E, C -> E (wide graph, multiple features can run in parallel)
**Requirements for features:**
@@ -88,10 +120,19 @@ Use the feature_create_bulk tool with features=[
---
## FEATURE DEPENDENCIES
## FEATURE DEPENDENCIES (MANDATORY)
**THIS SECTION IS MANDATORY. You MUST specify dependencies for features.**
Dependencies enable **parallel execution** of independent features. When you specify dependencies correctly, multiple agents can work on unrelated features simultaneously, dramatically speeding up development.
**WARNING:** If you do not specify dependencies, ALL features will be ready immediately, which:
1. Overwhelms the parallel agents trying to work on unrelated features
2. Results in features being implemented in random order
3. Causes logical issues (e.g., "Edit user" attempted before "Create user")
You MUST analyze each feature and specify its dependencies using `depends_on_indices`.
### Why Dependencies Matter
1. **Parallel Execution**: Features without dependencies can run in parallel
@@ -137,35 +178,64 @@ Since feature IDs aren't assigned until after creation, use **array indices** (0
1. **Start with foundation features** (index 0-10): Core setup, basic navigation, authentication
2. **Group related features together**: Keep CRUD operations adjacent
3. **Chain complex flows**: Registration → Login → Dashboard → Settings
3. **Chain complex flows**: Registration -> Login -> Dashboard -> Settings
4. **Keep dependencies shallow**: Prefer 1-2 dependencies over deep chains
5. **Skip dependencies for independent features**: Visual tests often have no dependencies
### Example: Todo App Feature Chain
### Minimum Dependency Coverage
**REQUIREMENT:** At least 60% of your features (after index 10) should have at least one dependency.
Target structure for a 150-feature project:
- Features 0-9: Foundation (0 dependencies) - App loads, basic setup
- Features 10-149: At least 84 should have dependencies (60% of 140)
This ensures:
- A good mix of parallelizable features (foundation)
- Logical ordering for dependent features
### Example: Todo App Feature Chain (Wide Graph Pattern)
This example shows the CORRECT wide graph pattern where multiple features share the same dependency,
enabling parallel execution:
```json
[
// Foundation (no dependencies)
// FOUNDATION TIER (indices 0-2, no dependencies)
// These run first and enable everything else
{ "name": "App loads without errors", "category": "functional" },
{ "name": "Navigation bar displays", "category": "style" },
{ "name": "Homepage renders correctly", "category": "functional" },
// Auth chain
// AUTH TIER (indices 3-5, depend on foundation)
// These can all run in parallel once foundation passes
{ "name": "User can register", "depends_on_indices": [0] },
{ "name": "User can login", "depends_on_indices": [2] },
{ "name": "User can logout", "depends_on_indices": [3] },
{ "name": "User can login", "depends_on_indices": [0, 3] },
{ "name": "User can logout", "depends_on_indices": [4] },
// Todo CRUD (depends on auth)
{ "name": "User can create todo", "depends_on_indices": [3] },
{ "name": "User can view todos", "depends_on_indices": [5] },
{ "name": "User can edit todo", "depends_on_indices": [5] },
{ "name": "User can delete todo", "depends_on_indices": [5] },
// CORE CRUD TIER (indices 6-9, depend on auth)
// WIDE GRAPH: All 4 of these depend on login (index 4)
// This means all 4 can start as soon as login passes!
{ "name": "User can create todo", "depends_on_indices": [4] },
{ "name": "User can view todos", "depends_on_indices": [4] },
{ "name": "User can edit todo", "depends_on_indices": [4, 6] },
{ "name": "User can delete todo", "depends_on_indices": [4, 6] },
// Advanced features (multiple dependencies)
{ "name": "User can filter todos", "depends_on_indices": [6] },
{ "name": "User can search todos", "depends_on_indices": [6] }
// ADVANCED TIER (indices 10-11, depend on CRUD)
// Note: filter and search both depend on view (7), not on each other
{ "name": "User can filter todos", "depends_on_indices": [7] },
{ "name": "User can search todos", "depends_on_indices": [7] }
]
```
**Parallelism analysis of this example:**
- Foundation tier: 3 features can run in parallel
- Auth tier: 3 features wait for foundation, then can run (mostly parallel)
- CRUD tier: 4 features can start once login passes (all 4 in parallel!)
- Advanced tier: 2 features can run once view passes (both in parallel)
**Result:** With 3 parallel agents, this 12-feature project completes in ~5-6 cycles instead of 12 sequential cycles.
---
## MANDATORY TEST CATEGORIES
@@ -585,32 +655,16 @@ Set up the basic project structure based on what's specified in `app_spec.txt`.
This typically includes directories for frontend, backend, and any other
components mentioned in the spec.
### OPTIONAL: Start Implementation
If you have time remaining in this session, you may begin implementing
the highest-priority features. Get the next feature with:
```
Use the feature_get_next tool
```
Remember:
- Work on ONE feature at a time
- Test thoroughly before marking as passing
- Commit your progress before session ends
### ENDING THIS SESSION
Before your context fills up:
Once you have completed the four tasks above:
1. Commit all work with descriptive messages
2. Create `claude-progress.txt` with a summary of what you accomplished
3. Verify features were created using the feature_get_stats tool
4. Leave the environment in a clean, working state
1. Commit all work with a descriptive message
2. Verify features were created using the feature_get_stats tool
3. Leave the environment in a clean, working state
4. Exit cleanly
The next agent will continue from here with a fresh context window.
---
**Remember:** You have unlimited time across many sessions. Focus on
quality over speed. Production-ready is the goal.
**IMPORTANT:** Do NOT attempt to implement any features. Your job is setup only.
Feature implementation will be handled by parallel coding agents that spawn after
you complete initialization. Starting implementation here would create a bottleneck
and defeat the purpose of the parallel architecture.

190
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@@ -0,0 +1,190 @@
## YOUR ROLE - TESTING AGENT
You are a **testing agent** responsible for **regression testing** previously-passing features.
Your job is to ensure that features marked as "passing" still work correctly. If you find a regression (a feature that no longer works), you must fix it.
### STEP 1: GET YOUR BEARINGS (MANDATORY)
Start by orienting yourself:
```bash
# 1. See your working directory
pwd
# 2. List files to understand project structure
ls -la
# 3. Read progress notes from previous sessions (last 200 lines)
tail -200 claude-progress.txt
# 4. Check recent git history
git log --oneline -10
```
Then use MCP tools to check feature status:
```
# 5. Get progress statistics
Use the feature_get_stats tool
```
### STEP 2: START SERVERS (IF NOT RUNNING)
If `init.sh` exists, run it:
```bash
chmod +x init.sh
./init.sh
```
Otherwise, start servers manually.
### STEP 3: GET A FEATURE TO TEST
Request ONE passing feature for regression testing:
```
Use the feature_get_for_regression tool with limit=1
```
This returns a random feature that is currently marked as passing. Your job is to verify it still works.
### STEP 4: VERIFY THE FEATURE
**CRITICAL:** You MUST verify the feature through the actual UI using browser automation.
For the feature returned:
1. Read and understand the feature's verification steps
2. Navigate to the relevant part of the application
3. Execute each verification step using browser automation
4. Take screenshots to document the verification
5. Check for console errors
Use browser automation tools:
**Navigation & Screenshots:**
- browser_navigate - Navigate to a URL
- browser_take_screenshot - Capture screenshot (use for visual verification)
- browser_snapshot - Get accessibility tree snapshot
**Element Interaction:**
- browser_click - Click elements
- browser_type - Type text into editable elements
- browser_fill_form - Fill multiple form fields
- browser_select_option - Select dropdown options
- browser_press_key - Press keyboard keys
**Debugging:**
- browser_console_messages - Get browser console output (check for errors)
- browser_network_requests - Monitor API calls
### STEP 5: HANDLE RESULTS
#### If the feature PASSES:
The feature still works correctly. Simply confirm this and end your session:
```
# Log the successful verification
echo "[Testing] Feature #{id} verified - still passing" >> claude-progress.txt
```
**DO NOT** call feature_mark_passing again - it's already passing.
#### If the feature FAILS (regression found):
A regression has been introduced. You MUST fix it:
1. **Mark the feature as failing:**
```
Use the feature_mark_failing tool with feature_id={id}
```
2. **Investigate the root cause:**
- Check console errors
- Review network requests
- Examine recent git commits that might have caused the regression
3. **Fix the regression:**
- Make the necessary code changes
- Test your fix using browser automation
- Ensure the feature works correctly again
4. **Verify the fix:**
- Run through all verification steps again
- Take screenshots confirming the fix
5. **Mark as passing after fix:**
```
Use the feature_mark_passing tool with feature_id={id}
```
6. **Commit the fix:**
```bash
git add .
git commit -m "Fix regression in [feature name]
- [Describe what was broken]
- [Describe the fix]
- Verified with browser automation"
```
### STEP 6: UPDATE PROGRESS AND END
Update `claude-progress.txt`:
```bash
echo "[Testing] Session complete - verified/fixed feature #{id}" >> claude-progress.txt
```
---
## AVAILABLE MCP TOOLS
### Feature Management
- `feature_get_stats` - Get progress overview (passing/in_progress/total counts)
- `feature_get_for_regression` - Get a random passing feature to test
- `feature_mark_failing` - Mark a feature as failing (when you find a regression)
- `feature_mark_passing` - Mark a feature as passing (after fixing a regression)
### Browser Automation (Playwright)
All interaction tools have **built-in auto-wait** - no manual timeouts needed.
- `browser_navigate` - Navigate to URL
- `browser_take_screenshot` - Capture screenshot
- `browser_snapshot` - Get accessibility tree
- `browser_click` - Click elements
- `browser_type` - Type text
- `browser_fill_form` - Fill form fields
- `browser_select_option` - Select dropdown
- `browser_press_key` - Keyboard input
- `browser_console_messages` - Check for JS errors
- `browser_network_requests` - Monitor API calls
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## IMPORTANT REMINDERS
**Your Goal:** Verify that passing features still work, and fix any regressions found.
**This Session's Goal:** Test ONE feature thoroughly.
**Quality Bar:**
- Zero console errors
- All verification steps pass
- Visual appearance correct
- API calls succeed
**If you find a regression:**
1. Mark the feature as failing immediately
2. Fix the issue
3. Verify the fix with browser automation
4. Mark as passing only after thorough verification
5. Commit the fix
**You have one iteration.** Focus on testing ONE feature thoroughly.
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Begin by running Step 1 (Get Your Bearings).