- Add configuration docs for database and rate limiting - Remove completed tasks from tracking list - Update testing requirements with new test patterns - Enhance web development docs with frontend guidelines - Expand page loading and ban records e2e test coverage
82 lines
3.5 KiB
Markdown
82 lines
3.5 KiB
Markdown
# Testing Requirements
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## Coverage Threshold
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- **Minimum: 80% line coverage** for all backend code
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- Critical paths (auth, banning, scheduling, API endpoints): **100%**
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## CI Enforcement
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`.github/workflows/ci.yml` runs pytest with `--cov-fail-under=80`. Build fails if coverage drops below threshold.
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## Running Tests Locally
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```bash
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cd backend
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pytest --cov=app --cov-report=term-missing
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```
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## Coverage Reports
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- Terminal: `--cov-report=term-missing`
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- HTML: `--cov-report=html` (output in `htmlcov/`)
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## Coverage Badge
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Add to README once CI runs successfully:
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```md
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[](https://codecov.io/gh/<owner>/BanGUI)
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```
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Requires codecov.io integration with repository.
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## Writing Tests
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- Follow pattern: `test_<unit>_<scenario>_<expected>`
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- Mock external dependencies (fail2ban socket, aiohttp calls)
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- Test happy path AND error/edge cases
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- See `Docs/Backend-Development.md §9` for detailed testing guide
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## E2E Testing
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An end-to-end test suite using **Robot Framework** with the Browser library (Playwright-backed) exercises the full running stack: frontend → backend → fail2ban → database.
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### Running E2E Tests
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```bash
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make e2e
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```
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Requires:
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- `BANGUI_SESSION_SECRET` env var must be set (see [Backend-Development.md](Backend-Development.md) for setup)
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- Stack must be startable via `make up` (Docker/Podman + compose installed)
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- `rfbrowser init` is run automatically by the `e2e` target (Playwright browsers downloaded on first run; re-run after `robotframework-browser` version changes)
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### HTML Report
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After a run, open `e2e/results/report.html` in a browser to view the detailed HTML report with screenshots on failure.
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### Writing New E2E Tests
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Place new `.robot` files in `e2e/tests/`. Use `e2e/resources/common.resource` for shared variables and setup/teardown, and `e2e/resources/auth.resource` for the `Login As Admin` keyword.
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### E2E-3 — Ban Pipeline Timing
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Test **E2E-3** (`e2e/tests/02_ban_records.robot`: *Simulated Failed Logins Appear As Ban Records*) exercises the full ban pipeline:
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```
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simulate_failed_logins.sh → fail2ban log scan → ban recorded in fail2ban DB
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→ backend polls socket (on-demand, no push) → /api/bans/active
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→ history_sync archive (every 300 s) → /api/history
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```
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Key timing facts:
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- **fail2ban** (`manual-Jail`, `backend=polling`) re-reads `auth.log` on its own interval, not event-driven.
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- **maxretry=3** means a ban triggers after the 3rd matching line. `simulate_failed_logins.sh` writes 5 lines to ensure the threshold is crossed.
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- **15 s sleep** in the test gives fail2ban time to detect and record the ban before the first assertion. This is a heuristic — the actual polling interval depends on fail2ban's internal cycle.
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- **history_sync** runs every 300 s (`HISTORY_SYNC_INTERVAL` in `backend/app/tasks/history_sync.py`). The History page reads from the archive DB, so it may lag up to 300 s behind real-time. The E2E test uses `GET /api/bans/active` (direct socket query) for the API assertion to avoid this lag.
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- **Pagination**: the History page paginates results. Use `?page_size=500` to push the test IP onto the first page, or assert via the API.
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If the test fails at Step 2 (no ban detected via API) but `check_ban_status.sh` shows the IP is banned inside the container, the backend-to-fail2ban socket path is broken. If `check_ban_status.sh` also shows no ban, the log volume mapping is wrong (fail2ban is not reading the file `simulate_failed_logins.sh` writes to). |