# Verification report

## Generation-time result

The repository was generated through the platform persistence mechanism as one commit. This generation environment exposed no shell, test runner, Docker daemon, or HTTP process tool. Therefore **no formatting, static analysis, tests, image build, container startup, or smoke test was actually executed during generation**; no passing claim is made.

## Reproducible verification matrix

Run from repository root with Python 3.12 and Docker:

| Check | Command | Generation status |
|---|---|---|
| Format | `ruff format --check .` | Not run (no shell) |
| Lint | `ruff check .` | Not run (no shell) |
| Types | `mypy app` | Not run (no shell) |
| Automated tests | `pytest` | Not run (no shell) |
| Image build | `docker build -t endpoint-monitor .` | Not run (no Docker) |
| Startup | `docker run -d --rm --name endpoint-monitor -p 8000:8000 endpoint-monitor` | Not run (no Docker) |
| Smoke | `curl -f http://localhost:8000/healthz && curl -f http://localhost:8000/readyz` | Not run (no process/network tool) |

Tests are inspectable evidence of intended coverage, not evidence of execution: CRUD/operations in `tests/test_api.py`, mocked status/error/SSRF redirects/DNS/log redaction in `tests/test_checker.py`, and concurrent lock-protected state in `tests/test_store.py`.

## Operational limitations

State is process-local, volatile, and unbounded. Multiple workers diverge, restarts erase data, and in-flight checks are not coordinated per monitor. Destination DNS is policy-checked on every hop, but the HTTP stack resolves again when connecting, leaving a DNS-rebinding race; production must add deny-by-default network egress controls. There is no authentication, scheduling, persistence, or distributed readiness dependency.