feat: orchestrer le pipeline M11

Co-authored-by: Codex/gpt-5.6-terra <codex-gpt-5-6-terra@agents.invalid>
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2026-09-08 11:28:02 +02:00
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"""Integration tests for the M11 pipeline orchestration."""
from __future__ import annotations
from datetime import date, datetime
from typing import Any, cast
import pytest
from pydantic import SecretStr
from pronote_sync.config.settings import AppSettings, PronoteSettings, Settings
from pronote_sync.errors import PipelineCriticalError, PipelineWarning
from pronote_sync.models.agenda import Lesson, LessonStatus, SchoolEvent
from pronote_sync.models.diff import AgendaDiff
from pronote_sync.models.homework import Homework
from pronote_sync.models.message import Message
from pronote_sync.models.sync import CalDAVSyncResult, CalDAVSyncStatus
from pronote_sync.pipeline.run import PipelineRunner
from pronote_sync.sources.pronote.fallback import PronoteFetcher
from pronote_sync.sync.diff import AgendaComparator
class StubFetcher:
"""Pronote fetcher returning deterministic data and recording its calls."""
def __init__(self, calls: list[str], lesson: Lesson, homework: Homework) -> None:
"""Store the dependencies required by the stub.
:param calls: Shared call-order recorder.
:param lesson: Lesson returned by the agenda method.
:param homework: Homework returned by the homework method.
"""
self._calls = calls
self._lesson = lesson
self._homework = homework
def fetch_agenda(self) -> tuple[list[Lesson], list[SchoolEvent]]:
"""Return one lesson for the target date.
:return: The lesson and no school event.
:rtype: tuple[list[Lesson], list[SchoolEvent]]
"""
self._calls.append("fetch")
return [self._lesson], []
def fetch_homework(self, target_date: date) -> list[Homework]:
"""Return the configured homework.
:param target_date: Requested due date.
:return: The configured homework.
:rtype: list[Homework]
"""
self._calls.append("fetch_homework")
assert target_date == self._lesson.start.date()
return [self._homework]
def fetch_messages(self) -> list[Message]:
"""Return no Pronote messages.
:return: An empty list.
:rtype: list[Message]
"""
self._calls.append("fetch_messages")
return []
def fetch_informations(self) -> list[Message]:
"""Return no Pronote information messages.
:return: An empty list.
:rtype: list[Message]
"""
self._calls.append("fetch_informations")
return []
class StubChannel:
"""Notification channel recording its send attempts."""
def __init__(self, calls: list[str]) -> None:
"""Store the shared call-order recorder.
:param calls: Shared call-order recorder.
"""
self._calls = calls
self.messages: list[Any] = []
def send(self, message: Any) -> bool:
"""Record an outgoing message.
:param message: Message produced by the runner.
:return: Always ``True``.
:rtype: bool
"""
self.messages.append(message)
self._calls.append("send")
return True
class StubComparator:
"""Agenda comparator recording comparison calls."""
def __init__(self, calls: list[str]) -> None:
"""Store the shared call-order recorder.
:param calls: Shared call-order recorder.
"""
self._calls = calls
def compare(self, lessons: list[Lesson], target_date: date) -> AgendaDiff:
"""Return an empty diff after recording the comparison.
:param lessons: Normalized lessons.
:param target_date: Target digest date.
:return: Empty agenda diff.
:rtype: AgendaDiff
"""
self._calls.append("compare")
return AgendaDiff(target_date=target_date)
@pytest.fixture
def pipeline_inputs() -> tuple[Lesson, Homework]:
"""Return deterministic Pronote data targeting 2026-09-09.
:return: A lesson and homework pair.
:rtype: tuple[Lesson, Homework]
"""
lesson = Lesson(
id="lesson-1",
start=datetime(2026, 9, 9, 8, 0),
end=datetime(2026, 9, 9, 9, 0),
subject="Maths",
group=None,
status=LessonStatus.NORMAL,
content=None,
)
homework = Homework(
id="homework-1",
subject="Maths",
assigned_on=None,
due_on=date(2026, 9, 9),
text="Exercise 1",
)
return lesson, homework
def successful_sync_result() -> CalDAVSyncResult:
"""Construit un résultat CalDAV de succès compatible avec mypy.
:return: Résultat de synchronisation sans changement.
:rtype: CalDAVSyncResult
"""
return CalDAVSyncResult(status=CalDAVSyncStatus.SUCCESS, added=0, updated=0, removed=0)
def _record_ical_fetch(calls: list[str], url: str) -> str:
"""Enregistre un téléchargement iCal simulé.
:param calls: Liste partagée des téléchargements.
:param url: URL iCal reçue par la source.
:return: Contenu iCal minimal simulé.
:rtype: str
"""
calls.append(url)
return "BEGIN:VCALENDAR"
def test_runner_executes_steps_in_contractual_order(
pipeline_inputs: tuple[Lesson, Homework],
) -> None:
"""The runner executes fetch, blog, comparison, CalDAV, synthesis, then XMPP."""
lesson, homework = pipeline_inputs
calls: list[str] = []
def synchronize(data: Any, settings: Settings) -> CalDAVSyncResult:
"""Record the CalDAV step.
:param data: Normalized Pronote data.
:param settings: Effective settings.
:return: Successful result.
:rtype: CalDAVSyncResult
"""
del data, settings
calls.append("caldav_sync")
return successful_sync_result()
class RaisingSynthesisProvider:
"""Synthesis provider used solely to record the optional stage."""
def generate(self, input_data: Any) -> None:
"""Record synthesis and return no result.
:param input_data: Synthesis input.
:return: No synthesis.
:rtype: None
"""
del input_data
calls.append("synthesis")
return None
runner = PipelineRunner(
settings=Settings(),
pronote_fetcher=StubFetcher(calls, lesson, homework),
caldav_synchronizer=synchronize,
agenda_comparator=cast("AgendaComparator", StubComparator(calls)),
synthesis_provider=RaisingSynthesisProvider(),
channel=StubChannel(calls),
now_provider=lambda: datetime(2026, 9, 8, 7, 0),
)
data, errors = runner.run()
assert data is not None
assert errors == []
assert calls == [
"fetch",
"fetch_homework",
"fetch_messages",
"fetch_informations",
"compare",
"caldav_sync",
"synthesis",
"send",
]
def test_runner_continues_to_xmpp_when_synthesis_fails(
pipeline_inputs: tuple[Lesson, Homework],
) -> None:
"""A non-critical synthesis exception produces a warning and still sends XMPP."""
lesson, homework = pipeline_inputs
calls: list[str] = []
class FailingSynthesisProvider:
"""Synthesis provider raising a non-critical error."""
def generate(self, input_data: Any) -> None:
"""Raise a deterministic optional-stage failure.
:param input_data: Synthesis input.
:raises RuntimeError: Always.
"""
del input_data
raise RuntimeError("synthetic AI failure")
runner = PipelineRunner(
settings=Settings(),
pronote_fetcher=StubFetcher(calls, lesson, homework),
caldav_synchronizer=lambda data, settings: successful_sync_result(),
synthesis_provider=FailingSynthesisProvider(),
channel=StubChannel(calls),
now_provider=lambda: datetime(2026, 9, 8, 7, 0),
)
data, errors = runner.run()
assert data is not None
assert calls[-1] == "send"
assert len(errors) == 1
assert isinstance(errors[0], PipelineWarning)
assert errors[0].step == "synthesis"
def test_runner_dry_run_skips_caldav_and_xmpp_writes(
pipeline_inputs: tuple[Lesson, Homework],
) -> None:
"""Dry-run bypasses both mutable destination boundaries."""
lesson, homework = pipeline_inputs
calls: list[str] = []
def dry_run_caldav(data: Any, settings: Settings) -> CalDAVSyncResult:
"""Verify that the CalDAV boundary receives dry-run settings.
:param data: Normalized Pronote data.
:param settings: Effective settings.
:return: A skipped result.
:rtype: CalDAVSyncResult
"""
del data
calls.append("caldav_sync")
assert settings.app.dry_run is True
return CalDAVSyncResult(status=CalDAVSyncStatus.SKIPPED, added=0, updated=0, removed=0)
runner = PipelineRunner(
settings=Settings(app=AppSettings(dry_run=True)),
pronote_fetcher=StubFetcher(calls, lesson, homework),
caldav_synchronizer=dry_run_caldav,
channel=StubChannel(calls),
now_provider=lambda: datetime(2026, 9, 8, 7, 0),
)
data, errors = runner.run()
assert data is not None
assert errors == []
assert "caldav_sync" in calls
assert "send" not in calls
def test_runner_without_theoretical_agenda_produces_an_empty_diff(
pipeline_inputs: tuple[Lesson, Homework],
) -> None:
"""A disabled theoretical agenda reaches XMPP with no agenda changes."""
lesson, homework = pipeline_inputs
calls: list[str] = []
channel = StubChannel(calls)
runner = PipelineRunner(
settings=Settings(app=AppSettings(theoretical_agenda_path=None)),
pronote_fetcher=StubFetcher(calls, lesson, homework),
caldav_synchronizer=lambda data, settings: successful_sync_result(),
channel=channel,
now_provider=lambda: datetime(2026, 9, 8, 7, 0),
)
data, errors = runner.run()
assert data is not None
assert errors == []
assert len(channel.messages) == 1
assert channel.messages[0].changes == ()
def test_runner_reports_critical_error_when_no_pronote_source_is_available() -> None:
"""No configured Pronote source returns an explicit critical pipeline error."""
settings = Settings(pronote=PronoteSettings())
runner = PipelineRunner(
settings=settings,
pronote_fetcher=PronoteFetcher(settings, object()), # type: ignore[arg-type]
)
data, errors = runner.run()
assert data is None
assert len(errors) == 1
assert isinstance(errors[0], PipelineCriticalError)
assert errors[0].step is None
assert "ni la source iCal ni pronotepy" in errors[0].message
def test_from_settings_without_theoretical_agenda_does_not_instantiate_comparator(
monkeypatch: pytest.MonkeyPatch,
) -> None:
"""Missing theoretical configuration keeps comparison disabled without constructing it."""
import pronote_sync.pipeline.run as run_module
def forbidden_comparator(provider: object) -> None:
"""Fail if comparison is constructed without configuration.
:param provider: The provider unexpectedly supplied.
:raises AssertionError: Always.
"""
del provider
raise AssertionError("AgendaComparator must not be instantiated")
monkeypatch.setattr(run_module, "AgendaComparator", forbidden_comparator)
runner = PipelineRunner.from_settings(Settings(app=AppSettings(theoretical_agenda_path=None)))
assert runner._agenda_comparator is None
def test_from_settings_with_theoretical_agenda_instantiates_comparator(
monkeypatch: pytest.MonkeyPatch,
) -> None:
"""Configured theoretical agenda constructs the comparator with its provider."""
import pronote_sync.pipeline.run as run_module
provider = object()
constructed_with: list[object] = []
class RecordingComparator:
"""Comparator constructor recording the supplied provider."""
def __init__(self, received_provider: object) -> None:
"""Record the provider used by the composition root.
:param received_provider: The constructed theoretical provider.
"""
constructed_with.append(received_provider)
monkeypatch.setattr(run_module, "get_theoretical_provider", lambda *args: provider)
monkeypatch.setattr(run_module, "AgendaComparator", RecordingComparator)
runner = PipelineRunner.from_settings(
Settings(app=AppSettings(theoretical_agenda_path="/agenda.json"))
)
assert constructed_with == [provider]
assert isinstance(runner._agenda_comparator, RecordingComparator)
def test_runner_reuses_ical_download_and_parse_within_one_run(
monkeypatch: pytest.MonkeyPatch,
pipeline_inputs: tuple[Lesson, Homework],
) -> None:
"""An iCal agenda/homework selection downloads and parses once per runner run."""
import pronote_sync.sources.pronote.fallback as fallback_module
lesson, _ = pipeline_inputs
settings = Settings(
pronote=PronoteSettings(
ical_url=SecretStr("https://pronote.example.test/calendar.ics"),
agenda_source="ical",
homework_source="ical",
)
)
fetch_calls: list[str] = []
monkeypatch.setattr(
fallback_module,
"fetch_ical",
lambda url: _record_ical_fetch(fetch_calls, url),
)
monkeypatch.setattr(fallback_module, "parse_ical", lambda raw: ([lesson], [], []))
class NoMessageClient:
"""Minimal pronotepy client for non-critical M11 fetches."""
def get_messages(self) -> list[Message]:
"""Return no messages.
:return: An empty list.
:rtype: list[Message]
"""
return []
def get_informations(self) -> list[Message]:
"""Return no information messages.
:return: An empty list.
:rtype: list[Message]
"""
return []
def get_lessons(self, start: date, end: date) -> list[Lesson]:
"""Ne retourne aucun cours de repli.
:param start: Début de la fenêtre.
:param end: Fin de la fenêtre.
:return: Liste vide.
:rtype: list[Lesson]
"""
del start, end
return []
def get_homeworks(self, start: date, end: date) -> list[Homework]:
"""Ne retourne aucun devoir de repli.
:param start: Début de la fenêtre.
:param end: Fin de la fenêtre.
:return: Liste vide.
:rtype: list[Homework]
"""
del start, end
return []
runner = PipelineRunner(
settings=settings,
pronote_fetcher=PronoteFetcher(settings, NoMessageClient()),
now_provider=lambda: datetime(2026, 9, 8, 7, 0),
)
data, errors = runner.run()
assert data is not None
assert errors == []
assert fetch_calls == ["https://pronote.example.test/calendar.ics"]