wiregui/tests/test_notifications.py

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feat: initial WireGUI implementation — full VPN management platform Complete Python/NiceGUI rewrite of the Wirezone (Elixir/Phoenix) VPN management platform. All 10 implementation phases delivered. Core stack: - NiceGUI reactive UI with SQLModel ORM on PostgreSQL (asyncpg) - Alembic migrations, Valkey/Redis cache, pydantic-settings config - WireGuard management via subprocess (wg/ip/nft CLIs) - 164 tests passing, 35% code coverage Features: - User/device/rule CRUD with admin and unprivileged roles - Full device config form with per-device WG overrides - WireGuard client config generation with QR codes - REST API (v0) with Bearer token auth for all resources - TOTP MFA with QR registration and challenge flow - OIDC SSO with authlib (provider registry, auto-create users) - Magic link passwordless sign-in via email - SAML SP-initiated SSO with IdP metadata parsing - WebAuthn/FIDO2 security key registration - nftables firewall with per-user chains and masquerade - Background tasks: WG stats polling, VPN session expiry, OIDC token refresh, WAN connectivity checks - Startup reconciliation (DB ↔ WireGuard state sync) - In-memory notification system with header badge - Admin UI: users, devices, rules, settings (3 tabs), diagnostics - Loguru logging with optional timestamped file output Deployment: - Multi-stage Dockerfile (python:3.13-slim) - Docker Compose prod stack (bridge networking, NET_ADMIN, nftables) - Forgejo CI: tests → semantic versioning → Docker registry push - Health endpoint at /api/health
2026-03-30 16:53:46 -05:00
"""Tests for the notification service."""
from wiregui.services import notifications
def setup_function():
"""Clear notifications before each test."""
notifications.clear_all()
def test_add_notification():
n = notifications.add("info", "Test message")
assert n.severity == "info"
assert n.message == "Test message"
assert n.user is None
assert n.id is not None
assert n.timestamp is not None
def test_add_notification_with_user():
n = notifications.add("error", "Something broke", user="admin@example.com")
assert n.user == "admin@example.com"
assert n.severity == "error"
def test_current_returns_newest_first():
notifications.add("info", "First")
notifications.add("warning", "Second")
notifications.add("error", "Third")
current = notifications.current()
assert len(current) == 3
assert current[0].message == "Third"
assert current[1].message == "Second"
assert current[2].message == "First"
def test_count():
assert notifications.count() == 0
notifications.add("info", "One")
notifications.add("info", "Two")
assert notifications.count() == 2
def test_clear_specific():
n1 = notifications.add("info", "Keep this")
n2 = notifications.add("error", "Remove this")
notifications.clear(n2.id)
current = notifications.current()
assert len(current) == 1
assert current[0].id == n1.id
def test_clear_nonexistent_id_is_noop():
notifications.add("info", "Test")
notifications.clear("nonexistent-id")
assert notifications.count() == 1
def test_clear_all():
notifications.add("info", "One")
notifications.add("info", "Two")
notifications.add("info", "Three")
assert notifications.count() == 3
notifications.clear_all()
assert notifications.count() == 0
assert notifications.current() == []
def test_to_dict():
n = notifications.add("warning", "Test dict", user="someone@example.com")
d = n.to_dict()
assert d["severity"] == "warning"
assert d["message"] == "Test dict"
assert d["user"] == "someone@example.com"
assert "id" in d
assert "timestamp" in d
def test_max_notifications():
"""Deque should cap at MAX_NOTIFICATIONS."""
for i in range(notifications.MAX_NOTIFICATIONS + 10):
notifications.add("info", f"Notification {i}")
assert notifications.count() == notifications.MAX_NOTIFICATIONS
# Newest should be the last one added
assert notifications.current()[0].message == f"Notification {notifications.MAX_NOTIFICATIONS + 9}"