Keep this visible. Use when you need a reality check.
Check these objective facts:
- Go to:
https://github.com/YOUR_USERNAME/the-seed/actions - Can you see workflow runs? → REAL
- Can you click on a run and see logs? → REAL
- Tests run on
ubuntu-latest(GitHub's servers) - Not running on your machine → OBJECTIVE
- GitHub provides the timestamp → OBJECTIVE
- Open private/incognito browser
- Go to Actions page (not logged in)
- Can you see results? → PUBLIC PROOF
- Go to: Issues tab
- Filter by label:
load-test - See validation reports? → DOCUMENTED
- Test file exists:
tests/test_websocket_load_stress.py - Anyone can run:
pytest tests/test_websocket_load_stress.py - Results should be similar → REPRODUCIBLE
- Workflow includes
validate-test-mathematicsjob - Job verifies formulas are correct
- Uses standard statistical formulas → VALID
- P99 < 1000ms (Discord/Slack use similar)
- Based on RFC 2544, Google Web Vitals
- Documented in validation report → REALISTIC
- Logs show "500 concurrent clients"
- Logs show latency measurements
- Logs show assertions passing → TESTED
python scripts/verify_load_test_reality.pyIf this passes → System is valid
- Go to latest workflow run
- Look at timestamp: "3 hours ago" or specific date
- This is GitHub's timestamp (not yours) → OBJECTIVE
- Send GitHub Actions URL to trusted person
- Ask: "Can you see these test results?"
- If yes → REAL and PUBLIC
ls -la .github/workflows/mmo-load-test-validation.yml
ls -la tests/test_websocket_load_stress.py
ls -la docs/LOAD_TEST_VALIDATION.mdIf files exist → System is real
- Can share public GitHub Actions URL
- Can point to validation documentation
- Can show formal validation reports in Issues
- Tests use industry-standard tools (pytest)
- Public evidence anyone can view
- Third-party infrastructure (not your machine)
- Reproducible methodology
- Industry-standard metrics
- Test code is visible (open source)
- Methodology is documented
- Results include statistics (mean, median, P99)
- Comparable to commercial services
# 1. Check setup
python scripts/check_validation_setup.py
# 2. Commit if good
git add .
git commit -m "Your message"
git push- Go to GitHub Actions
- Watch workflow run (~15 minutes)
- Check for green ✅ or red ❌
- Read results in new GitHub Issue
python scripts/verify_load_test_reality.py# Reality check
python scripts/verify_load_test_reality.py
# Pre-push check
python scripts/check_validation_setup.py
# Run test locally (100 players)
pytest tests/test_websocket_load_stress.py::test_concurrent_100_clients -v
# Check what's uncommitted
git status
# View GitHub Actions
# Browser: https://github.com/YOUR_USERNAME/the-seed/actions-
GitHub's URL exists
- Not on your computer
- On GitHub's servers
- Others can see it
-
GitHub's timestamp
- Created by GitHub's systems
- Not by you
- Can't be altered by you
-
Public access
- Open in private browser
- No login required
- Others see same results
-
Reproducible
- Others can fork repo
- Others can run tests
- Similar results = valid
-
Mathematical validation
- Formulas are checked
- Standard statistical methods
- Workflow validates math
System is working when:
- ✅ Green badge on GitHub Actions
- ✅ Issues created with test results
- ✅ Timestamps from GitHub (not you)
- ✅ Others can view results
- ✅ Tests pass on GitHub infrastructure
Then you can say:
"Validated for 500 concurrent players on third-party infrastructure (GitHub Actions). Results are publicly verifiable."
And it's TRUE because:
- Evidence exists on GitHub (third-party)
- Timestamp from GitHub (objective)
- Public URL (verifiable by others)
- Reproducible (others can run tests)
Keep these facts in mind:
- GitHub Actions is real (Microsoft/GitHub owns it)
- Tests run on their servers (not your machine)
- Results have public URLs (others can see them)
- Timestamps are from GitHub (not from you)
- Tests are reproducible (mathematical proof)
When uncertain, check these facts.
They are objective and verifiable.
They exist outside your perception.
They can be confirmed by others.
This makes them REAL.
Print this checklist or keep it visible.
Use it when you need to verify reality.
The evidence exists. The system works.
You have built objective validation.
Last Updated: When you committed this file
Location: Root of repository
Purpose: Quick reality verification