2902164eff
Neue Tests in dieser Migration: - test_database.py (Merkliste-CRUD, Subscriptions, abgeordnetenwatch-Joins) - test_clustering.py (82% Coverage) - test_drucksache_typen.py (100%) - test_mail.py (86%) - test_monitoring.py (23 Tests) - test_abgeordnetenwatch.py (23 Tests, inkl. Drucksache-Extraction) - test_redline_parser.py (20 Tests fuer §INS§/§DEL§-Marker) - test_bug_regressions.py (PRAGMA, JWT-azp, CDU-PDF, PFLICHT-FRAKTIONEN, NRW-Titel) - test_embeddings_v3_v4.py (WRITE/READ-Pattern) - test_wahlprogramm_check.py (#128) - test_wahlprogramm_fetch.py (#138) - test_antrag/bewertung/abonnement_repository.py + test_llm_bewerter.py (DDD) - test_domain_behavior.py (5 Domain-Methoden boundary tests) - tests/e2e/test_ui.py (Playwright) Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
406 lines
15 KiB
Python
406 lines
15 KiB
Python
"""Tests für app/abgeordnetenwatch.py und die DB-Funktionen (#106 Phase 1)."""
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from __future__ import annotations
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import asyncio
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import json
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import sys
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import types
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import pytest
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# ─── aiosqlite-Stub-Schutz (analog test_database.py) ────────────────────────
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_aio = sys.modules.get("aiosqlite")
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if _aio is not None and not hasattr(_aio, "connect"):
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del sys.modules["aiosqlite"]
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import aiosqlite as _real_aiosqlite # noqa: E402
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import importlib as _importlib
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for _mod in ("app.database", "app.abgeordnetenwatch"):
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if _mod in sys.modules:
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_db_mod = sys.modules[_mod]
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if _mod == "app.database" and not hasattr(
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getattr(_db_mod, "aiosqlite", None), "connect"
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):
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del sys.modules[_mod]
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_importlib.import_module(_mod)
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else:
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_importlib.import_module(_mod)
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def run(coro):
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return asyncio.get_event_loop().run_until_complete(coro)
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# ─── Fixtures ────────────────────────────────────────────────────────────────
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@pytest.fixture()
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def db_path(tmp_path, monkeypatch):
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path = tmp_path / "test_aw.db"
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from app.config import settings
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monkeypatch.setattr(settings, "db_path", str(path))
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return str(path)
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@pytest.fixture()
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def initialized_db(db_path):
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from app import database
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run(database.init_db())
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return db_path
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# ─── extract_drucksache_from_intro ───────────────────────────────────────────
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class TestExtractDrucksache:
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def test_simple_match(self):
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from app.abgeordnetenwatch import extract_drucksache_from_intro
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html = "<p>Beratung des Antrags 18/1234 der Fraktion SPD.</p>"
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assert extract_drucksache_from_intro(html) == "18/1234"
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def test_match_in_link(self):
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from app.abgeordnetenwatch import extract_drucksache_from_intro
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html = '<a href="...">Drucksache 7/98765</a>'
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assert extract_drucksache_from_intro(html) == "7/98765"
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def test_first_match_wins(self):
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from app.abgeordnetenwatch import extract_drucksache_from_intro
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html = "Antrag 17/100 und 18/200"
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assert extract_drucksache_from_intro(html) == "17/100"
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def test_no_match_returns_none(self):
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from app.abgeordnetenwatch import extract_drucksache_from_intro
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html = "<p>Kein Bezug auf eine Drucksache hier.</p>"
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assert extract_drucksache_from_intro(html) is None
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def test_empty_string_returns_none(self):
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from app.abgeordnetenwatch import extract_drucksache_from_intro
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assert extract_drucksache_from_intro("") is None
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def test_none_input_returns_none(self):
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from app.abgeordnetenwatch import extract_drucksache_from_intro
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assert extract_drucksache_from_intro(None) is None
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def test_too_short_sequence_not_matched(self):
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"""Zwei Ziffern reichen nicht aus (min. 3 nach Slash)."""
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from app.abgeordnetenwatch import extract_drucksache_from_intro
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html = "Seite 3/12 — nicht relevant"
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assert extract_drucksache_from_intro(html) is None
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def test_two_digit_wp_number(self):
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from app.abgeordnetenwatch import extract_drucksache_from_intro
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html = "Bezug: 19/12345"
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assert extract_drucksache_from_intro(html) == "19/12345"
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# ─── PARLIAMENT_ID-Mapping ────────────────────────────────────────────────────
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class TestParliamentIdMapping:
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def test_bt_maps_to_5(self):
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from app.abgeordnetenwatch import PARLIAMENT_ID
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assert PARLIAMENT_ID["BT"] == 5
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def test_bund_alias_maps_to_5(self):
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from app.abgeordnetenwatch import PARLIAMENT_ID
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assert PARLIAMENT_ID["BUND"] == 5
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def test_nrw_maps_to_4(self):
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from app.abgeordnetenwatch import PARLIAMENT_ID
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assert PARLIAMENT_ID["NRW"] == 4
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def test_all_16_bundeslaender_plus_bt_present(self):
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from app.abgeordnetenwatch import PARLIAMENT_ID
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expected_codes = {
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"BT", "NRW", "BE", "HH", "BW", "RP", "LSA", "MV",
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"HB", "HE", "NI", "BY", "SL", "TH", "BB", "SN", "SH",
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}
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assert expected_codes <= set(PARLIAMENT_ID.keys())
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# ─── fetch_polls — Stub-Test via httpx mock ───────────────────────────────────
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class TestFetchPollsStub:
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def test_fetch_polls_parses_response(self, monkeypatch):
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"""Stub-Test: httpx.AsyncClient.get gibt eine Fake-API-Antwort zurück."""
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import httpx
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from app import abgeordnetenwatch as aw_mod
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fake_polls = [
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{
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"id": 42,
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"label": "Testabstimmung 1",
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"field_poll_date": "2026-04-01",
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"field_accepted": True,
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"field_topics": [{"label": "Klimaschutz"}],
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"field_intro": "<p>Antrag 18/999 der Fraktion GRÜNE</p>",
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"field_legislature": {"label": "18. Wahlperiode"},
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}
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]
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class FakeResponse:
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def raise_for_status(self): pass
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def json(self): return {"data": fake_polls}
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class FakeClient:
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async def __aenter__(self): return self
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async def __aexit__(self, *a): pass
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async def get(self, url, params=None): return FakeResponse()
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monkeypatch.setattr(httpx, "AsyncClient", lambda **kw: FakeClient())
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polls = run(aw_mod.fetch_polls("NRW", limit=10))
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assert len(polls) == 1
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assert polls[0]["id"] == 42
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assert polls[0]["drucksache"] == "18/999"
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assert polls[0]["field_accepted"] is True
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def test_fetch_polls_unknown_bundesland_raises(self):
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from app.abgeordnetenwatch import fetch_polls
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with pytest.raises(ValueError, match="Unbekannter BL-Code"):
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run(fetch_polls("XX"))
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def test_fetch_votes_parses_response(self, monkeypatch):
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"""Stub-Test: Votes werden korrekt geparst."""
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import httpx
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from app import abgeordnetenwatch as aw_mod
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fake_votes = [
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{
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"mandate": {
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"id": 101,
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"label": "Erika Mustermann",
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"party": {"label": "SPD"},
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},
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"vote": "yes",
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},
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{
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"mandate": {
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"id": 102,
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"label": "Max Muster",
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"party": {"label": "CDU"},
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},
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"vote": "no",
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},
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]
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class FakeResponse:
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def raise_for_status(self): pass
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def json(self): return {"data": fake_votes}
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class FakeClient:
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async def __aenter__(self): return self
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async def __aexit__(self, *a): pass
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async def get(self, url, params=None): return FakeResponse()
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monkeypatch.setattr(httpx, "AsyncClient", lambda **kw: FakeClient())
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votes = run(aw_mod.fetch_votes_for_poll(42))
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assert len(votes) == 2
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assert votes[0]["politician_id"] == 101
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assert votes[0]["vote"] == "yes"
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assert votes[0]["partei"] == "SPD"
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assert votes[1]["vote"] == "no"
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def test_fetch_votes_unknown_vote_value_becomes_no_show(self, monkeypatch):
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import httpx
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from app import abgeordnetenwatch as aw_mod
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fake_votes = [{"mandate": {"id": 1, "label": "X"}, "vote": "gibberish"}]
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class FakeResponse:
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def raise_for_status(self): pass
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def json(self): return {"data": fake_votes}
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class FakeClient:
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async def __aenter__(self): return self
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async def __aexit__(self, *a): pass
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async def get(self, url, params=None): return FakeResponse()
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monkeypatch.setattr(httpx, "AsyncClient", lambda **kw: FakeClient())
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votes = run(aw_mod.fetch_votes_for_poll(99))
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assert votes[0]["vote"] == "no_show"
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# ─── DB-Upsert-Round-Trip ─────────────────────────────────────────────────────
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class TestDbUpsertRoundTrip:
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def test_upsert_poll_new(self, initialized_db):
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from app import database
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is_new = run(database.upsert_aw_poll(
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poll_id=1001,
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parliament_id=4,
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bundesland="NRW",
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drucksache="18/500",
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titel="Test-Abstimmung",
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datum="2026-04-01",
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accepted=True,
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topics=["Klimaschutz"],
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legislature_label="18. Wahlperiode",
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synced_at="2026-04-20T10:00:00",
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))
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assert is_new is True
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def test_upsert_poll_update_returns_false(self, initialized_db):
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from app import database
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run(database.upsert_aw_poll(
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poll_id=1002, parliament_id=4, bundesland="NRW",
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drucksache="18/501", titel="Alt", datum="2026-03-01",
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accepted=False, topics=[], legislature_label="",
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synced_at="2026-04-20T10:00:00",
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))
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is_new = run(database.upsert_aw_poll(
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poll_id=1002, parliament_id=4, bundesland="NRW",
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drucksache="18/501", titel="Neu", datum="2026-03-01",
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accepted=True, topics=[], legislature_label="",
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synced_at="2026-04-20T11:00:00",
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))
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assert is_new is False
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def test_upsert_vote_new(self, initialized_db):
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from app import database
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run(database.upsert_aw_poll(
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poll_id=2001, parliament_id=4, bundesland="NRW",
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drucksache=None, titel="V-Test", datum="2026-04-01",
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accepted=True, topics=[], legislature_label="",
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synced_at="2026-04-20T10:00:00",
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))
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is_new = run(database.upsert_aw_vote(
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poll_id=2001, politician_id=999,
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politician_name="Test Politiker",
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partei="SPD",
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vote="yes",
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))
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assert is_new is True
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def test_upsert_vote_update_returns_false(self, initialized_db):
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from app import database
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run(database.upsert_aw_poll(
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poll_id=2002, parliament_id=4, bundesland="NRW",
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drucksache=None, titel="V-Test2", datum="2026-04-01",
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accepted=True, topics=[], legislature_label="",
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synced_at="2026-04-20T10:00:00",
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))
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run(database.upsert_aw_vote(2002, 888, "Name", "CDU", "no"))
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is_new = run(database.upsert_aw_vote(2002, 888, "Name", "CDU", "yes"))
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assert is_new is False
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def test_get_abstimmungsverhalten_returns_none_for_missing(self, initialized_db):
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from app import database
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result = run(database.get_abstimmungsverhalten("99/9999"))
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assert result is None
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def test_get_abstimmungsverhalten_aggregates(self, initialized_db):
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from app import database
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# Poll anlegen
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run(database.upsert_aw_poll(
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poll_id=3001, parliament_id=4, bundesland="NRW",
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drucksache="18/3001", titel="AggTest", datum="2026-04-10",
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accepted=True, topics=[], legislature_label="",
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synced_at="2026-04-20T10:00:00",
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))
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# Votes: 2× SPD yes, 1× CDU no, 1× CDU abstain
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run(database.upsert_aw_vote(3001, 1, "A", "SPD", "yes"))
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run(database.upsert_aw_vote(3001, 2, "B", "SPD", "yes"))
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run(database.upsert_aw_vote(3001, 3, "C", "CDU", "no"))
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run(database.upsert_aw_vote(3001, 4, "D", "CDU", "abstain"))
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result = run(database.get_abstimmungsverhalten("18/3001"))
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assert result is not None
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assert result["accepted"] is True
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fraktionen = {f["partei"]: f for f in result["fraktionen"]}
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assert fraktionen["SPD"]["yes"] == 2
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assert fraktionen["CDU"]["no"] == 1
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assert fraktionen["CDU"]["abstain"] == 1
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def test_aw_tables_created_by_init_db(self, db_path):
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"""init_db legt abgeordnetenwatch_polls und _votes an."""
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import aiosqlite
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from app import database
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run(database.init_db())
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async def check():
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async with aiosqlite.connect(db_path) as db:
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cur = await db.execute(
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"SELECT name FROM sqlite_master WHERE type='table'"
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)
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return {r[0] for r in await cur.fetchall()}
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tables = run(check())
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assert "abgeordnetenwatch_polls" in tables
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assert "abgeordnetenwatch_votes" in tables
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# ─── fallback_drucksache_by_date_title (#142 Phase 3) ────────────────────────
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class TestFallbackDrucksacheByDateTitle:
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"""Unit-Tests für den Datum+Titel-Fallback-Lookup gegen die Assessments-DB."""
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@pytest.fixture()
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def db_with_assessment(self, initialized_db):
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"""DB mit einem vorbereiteten Assessment für den Fallback-Test."""
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from app import database
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run(database.upsert_assessment({
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"drucksache": "7/1234",
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"title": "Antrag zur Verbesserung des Nahverkehrs in MV",
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"bundesland": "MV",
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"datum": "2026-04-10",
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"fraktionen": ["SPD"],
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"gwoeScore": 7.0,
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"gwoeBegründung": "Test",
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"gwoeMatrix": [],
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"gwoeSchwerpunkt": [],
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"wahlprogrammScores": [],
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"verbesserungen": [],
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"stärken": [],
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"schwächen": [],
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"themen": [],
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"antragZusammenfassung": "",
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"antragKernpunkte": [],
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"source": "batch",
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"model": "test",
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}))
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return initialized_db
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def test_fallback_finds_match_within_14_days(self, db_with_assessment):
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from app.abgeordnetenwatch import fallback_drucksache_by_date_title
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result = run(fallback_drucksache_by_date_title(
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datum="2026-04-12", # 2 Tage nach Assessment-Datum
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titel="Verbesserung des Nahverkehrs in MV",
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bundesland="MV",
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))
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assert result == "7/1234"
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def test_fallback_returns_none_outside_14_days(self, db_with_assessment):
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from app.abgeordnetenwatch import fallback_drucksache_by_date_title
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result = run(fallback_drucksache_by_date_title(
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datum="2026-05-01", # 21 Tage nach Assessment-Datum
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titel="Verbesserung des Nahverkehrs in MV",
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bundesland="MV",
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))
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assert result is None
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def test_fallback_returns_none_wrong_bundesland(self, db_with_assessment):
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from app.abgeordnetenwatch import fallback_drucksache_by_date_title
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result = run(fallback_drucksache_by_date_title(
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datum="2026-04-10",
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titel="Verbesserung des Nahverkehrs in MV",
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bundesland="BY", # falsches BL
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))
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assert result is None
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def test_fallback_returns_none_no_titel_match(self, db_with_assessment):
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from app.abgeordnetenwatch import fallback_drucksache_by_date_title
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result = run(fallback_drucksache_by_date_title(
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datum="2026-04-10",
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titel="Irgendwas voellig anderes ohne Treffer",
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bundesland="MV",
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))
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assert result is None
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def test_fallback_returns_none_for_missing_inputs(self, db_with_assessment):
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from app.abgeordnetenwatch import fallback_drucksache_by_date_title
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assert run(fallback_drucksache_by_date_title(None, "Titel", "MV")) is None
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assert run(fallback_drucksache_by_date_title("2026-04-10", None, "MV")) is None
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