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Execute YAML test plan, stop on first failure, output rich debug prompt
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Baseado na classificação ocupacional SOC
Create Claude Code skills with best practices, structure, validation, and testing. Use when designing or refining skills, prompts, references, or supporting files.
Use when the user wants a cited, structured read of local documents and project knowledge. Triggers on: "analyze these docs", "scan my project for context", "read the docs folder", "summarize what's in .beagle/concepts/", "extract context from docs/", "what's in this folder", "go read everything in X and tell me what's there". Also invoked programmatically by other beagle skills (prfaq-beagle Ignition, brainstorm-beagle reference points, strategy-interview context grounding) via the companion contract. Does NOT trigger on codebase lookups ("find this function", "search the repo"), web research (use web-research), LLM-as-judge evaluation (use llm-judge), or document editing (use humanize-beagle). Produces a written scan plan, parallel-subagent findings, and a cited synthesis report on disk — never inline prose, never unsourced claims.
Use when the user has a fuzzy idea and wants to shape it into a concrete project spec before planning or building. Triggers on: "brainstorm this", "I have an idea for...", "help me think through this project", "what should I build", "spec this out". Also catches vague feature descriptions needing structured questioning to clarify scope. Does NOT write code, plan implementation, review strategy docs, or run strategy interviews — produces a WHAT/WHY spec through dialogue, not a HOW plan.
Use when the user wants to pressure-test a product, internal-tool, or OSS concept against Amazon's Working Backwards PRFAQ gauntlet before committing to a spec. Triggers on: "work backwards", "write a PRFAQ", "press release first", "is this idea worth building", "pressure-test this concept", "filter this before brainstorm", "is this a real product". Also catches solution-first pitches ("I want to build X that does Y") and technology-first pitches ("use AI to...") that need customer-first filtering. Produces a binary pass/fail verdict, not a polished doc. Hardcore coaching — direct, skeptical, concrete. On pass, hands off to brainstorm-beagle with a concept brief. Does NOT write code, plan implementation, scaffold projects, or draft specs.
Use when the user wants web research: gathering cited, multi-angle evidence on a specific question. Triggers on: "research X for me", "do web research on", "look up sources for", "find citations for", "gather evidence on", "what does the web say about X". Also invoked programmatically by other beagle skills (prfaq-beagle Ignition, brainstorm-beagle reference points, strategy-interview context grounding) via the companion contract. Does NOT trigger on codebase lookups ("find this function", "search the repo"), local file search, LLM-as-judge evaluation, or paywalled/auth-gated scraping. Produces a written plan, parallel-subagent findings, and a cited synthesis report on disk — never inline prose, never unsourced claims.
generate release notes for changes since a given tag
| description | Execute YAML test plan, stop on first failure, output rich debug prompt |
| name | run-test-plan |
| disable-model-invocation | true |
Execute a YAML test plan, run setup commands, health checks, and each test sequentially. Stop on first failure with rich debug output.
agent-browser:agent-browser skill to be available--plan <path>: Path to test plan (default: docs/testing/test-plan.yaml)--skip-setup: Skip setup commands and health checks (for re-running after failure)Read and validate the test plan:
# Check file exists
ls docs/testing/test-plan.yaml || { echo "Error: Test plan not found"; exit 1; }
# Validate YAML
python3 -c "import yaml; yaml.safe_load(open('docs/testing/test-plan.yaml'))" || { echo "Error: Invalid YAML"; exit 1; }
Extract from the YAML:
setup.commands: List of setup commandssetup.health_checks: List of URLs to polltests: Array of test casesIf setup.prerequisites exists, verify each one:
# For each prerequisite in setup.prerequisites
<prerequisite.check> || { echo "Prerequisite not met: <prerequisite.name>"; exit 1; }
If setup.env exists, export each variable. Variables using ${VAR} syntax should be resolved from the current environment:
# For each key/value in setup.env
export <key>="<value>"
If setup.build exists, execute build commands sequentially:
# For each command in setup.build
<command> || { echo "Build failed: <command>"; exit 1; }
If setup.services exists, start long-running processes and wait for health checks:
# For each service in setup.services
nohup <service.command> > .beagle/service-<index>.log 2>&1 &
echo $! > .beagle/service-<index>.pid
For each service with a health_check, poll until ready:
timeout=<service.health_check.timeout or 30>
url=<service.health_check.url>
elapsed=0
while [ $elapsed -lt $timeout ]; do
if curl -s -o /dev/null -w "%{http_code}" "$url" | grep -qE "^(200|301|302)"; then
echo "✓ Health check passed: $url"
break
fi
sleep 2
elapsed=$((elapsed + 2))
done
if [ $elapsed -ge $timeout ]; then
echo "✗ Health check timeout: $url"
exit 1
fi
If the plan uses the older flat format (setup.commands + setup.health_checks instead of prerequisites/build/services), fall back to executing setup.commands sequentially and polling setup.health_checks as before.
For each test in the plan:
## Running: TC-XX - <test.name>
Context: <test.context>
For each step in test.steps, determine the step type and execute accordingly:
Shell commands (run: steps):
The most common step type. Execute the command via Bash and capture stdout, stderr, and exit code:
# Execute the command, capture output and exit code
<command> 2>&1
echo "EXIT_CODE: $?"
Capture all output for evaluation in step 4c. Shell steps cover:
./target/debug/myapp status --all)psql "${DATABASE_URL}" -c "SELECT ...")ls -la /path/to/expected/output)timeout 5 ./myapp 2>&1 || true)curl actions (action: curl steps):
curl -X <method> \
-H "Content-Type: application/json" \
<additional headers> \
-d '<body>' \
"<url>" \
-o response.json \
-w "%{http_code}" > status_code.txt
# Capture response for evaluation
cat response.json
cat status_code.txt
agent-browser CLI actions:
Steps starting with agent-browser are browser automation commands:
# Navigate
agent-browser open <url>
# Snapshot interactive elements (always do before interacting)
agent-browser snapshot -i
# Interact using refs from snapshot output (@e1, @e2, etc.)
agent-browser fill @<ref> "<value>"
agent-browser click @<ref>
# Wait for conditions
agent-browser wait --url "<pattern>"
agent-browser wait --text "<text>"
agent-browser wait --load networkidle
# Capture evidence
agent-browser screenshot docs/testing/evidence/<test.id>.png
Important: Always run agent-browser snapshot -i before interacting with elements to get valid refs, and re-snapshot after navigation or significant DOM changes.
Save screenshots to docs/testing/evidence/<test.id>.png
Using agent reasoning, compare actual outcome against test.expected:
✓ TC-XX PASSED: <test.name>
Continue to next test.
Stop immediately. Go to Step 6.
## Test Results: ALL PASSED
| ID | Name | Result |
|----|------|--------|
| TC-01 | <name> | ✓ PASS |
| TC-02 | <name> | ✓ PASS |
| ... | ... | ... |
**Total:** N/N tests passed
### Evidence
Screenshots saved to `docs/testing/evidence/`
### Cleanup
Stopping background services...
Clean up:
# Kill background services
for pidfile in .beagle/service-*.pid .beagle/dev-server.pid; do
if [ -f "$pidfile" ]; then
kill $(cat "$pidfile") 2>/dev/null
rm "$pidfile"
fi
done
When a test fails, generate rich debug output:
# Get changed files relevant to the failure
git diff --name-only $(git merge-base HEAD origin/main)..HEAD
# Get recent changes in files mentioned in test.context
git diff $(git merge-base HEAD origin/main)..HEAD -- <relevant_files>
## Test Failure: TC-XX - <test.name>
### What Failed
**Test:** <test.name>
**Expected:**
<test.expected>
**Actual:**
<Describe what actually happened - response code, error message, screenshot description>
### Relevant Changes in This PR
<For each file mentioned in test.context or related to the failure:>
- `<file>` (lines X-Y) - <brief description of changes>
### Evidence
<If screenshot exists:>
- Screenshot: `docs/testing/evidence/<test.id>.png`
<If API response:>
- Status code: <code>
- Response body:
```json
<response>
<Based on the error, suggest 2-3 specific things to check:>
Copy this to start a new Claude session:
I'm debugging a test failure in branch <branch>.
Test: <test.name> Error:
Relevant files:
### 6c. Preserve Evidence
```bash
# Ensure evidence directory exists
mkdir -p docs/testing/evidence
# Save failure context
cat > docs/testing/evidence/<test.id>-failure.md << 'EOF'
# Failure Report: <test.id>
<Full debug report content>
EOF
# Kill background services
for pidfile in .beagle/service-*.pid .beagle/dev-server.pid; do
if [ -f "$pidfile" ]; then
kill $(cat "$pidfile") 2>/dev/null
rm "$pidfile"
fi
done
Always output a summary table showing progress:
## Test Results
| ID | Name | Result |
|----|------|--------|
| TC-01 | <name> | ✓ PASS |
| TC-02 | <name> | ✗ FAIL |
| TC-03 | <name> | - SKIP |
**Passed:** 1/3
**Failed:** TC-02
Tests after a failure are marked as SKIP (not executed).
Before completing:
# Verify evidence directory exists
ls -la docs/testing/evidence/
# List captured evidence
ls docs/testing/evidence/*.png docs/testing/evidence/*.md 2>/dev/null
Verification Checklist:
docs/testing/evidence/--skip-setup flag to re-run after fixing issues