Files
orchestrator/tests/test_reconciler_plane.py
claude-bot 595c382ac7 fix(reconciler): terminal-skip + state_uuid dedup on F-1 path
Закрывает F-1-пробел ORCH-068: терминал-исключение и in-memory dedup
(изначально только F-2) распространены на gate-side путь реконсилятора,
устраняя ложное «🔧 reconciler: ET-002 done разблокирована (потерян
webhook)» (особенно после рестарта).

- D1: новый _resolve_issue_status — один сетевой резолв Plane-статуса
  задачи за тик (states, groups, state_uuid) после дешёвых локальных
  гардов; never-raise -> ({}, {}, None) при сбое.
- D2: безусловный терминал-скип ДО Guard 2 (группа Plane completed/
  cancelled, fallback на логические ключи done/cancelled, либо стадия в
  БД орка ∈ {done, cancelled}); skipped_terminal_total++, не подчинён
  reconcile_skip_blocked_enabled.
- D3: _is_blocked_or_needs_input переиспользует резолв D1 (опц. аргументы,
  _UNSET -> самостоятельный резолв для прямых/легаси-вызовов; 1:1).
- D4: вызов _note_unblock на F-1 теперь передаёт state_uuid -> dedup
  работает на обоих путях (deduped_total++ на повторе).

Анти-регресс: легитимный unblock не-терминальной застрявшей задачи
по-прежнему advance + один Telegram. STAGE_TRANSITIONS / QG_CHECKS /
схема БД / сигнатуры advance_*/_note_unblock / форма status() / новые
флаги — без изменений; never-raise сохранён.

Тесты: tests/test_reconciler.py TC-86-01..09/11,
tests/test_reconciler_plane.py TC-86-10. Полный прогон зелёный (1069).

Refs: ORCH-086
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
2026-06-09 02:26:49 +03:00

702 lines
26 KiB
Python

"""ORCH-053: tests for the Plane-side reconciler (F-2) + sha-resolve helpers.
F-2 polls the Plane API per project (``list_issues_by_state``) and REPLAYS a
missed In Progress / Approved / Rejected transition through the EXISTING
``webhooks.plane.handle_status_start`` / ``handle_verdict`` handlers — it never
duplicates pipeline logic. These tests mock those handlers (AsyncMock) and the
Plane API helpers, and verify the dispatch / idempotency / multi-project rules.
TC-15 is the AC-4 anti-dup integration test for ``create_task_atomic`` against a
real isolated sqlite DB under concurrency.
TC-16 exercises ``plane_sync.list_issues_by_state`` directly (pagination + the
never-raise contract).
"""
import os
import tempfile
import threading
from types import SimpleNamespace
import pytest
_test_db = os.path.join(tempfile.gettempdir(), "test_orchestrator_reconciler_plane.db")
os.environ["ORCH_DB_PATH"] = _test_db
os.environ["ORCH_REPOS_DIR"] = tempfile.gettempdir()
os.environ.setdefault("ORCH_GITEA_TOKEN", "test-token")
os.environ.setdefault("ORCH_PLANE_API_TOKEN", "test-token")
from unittest.mock import AsyncMock, MagicMock # noqa: E402
import src.db as _db # noqa: E402
from src.db import init_db, get_db, enqueue_job, create_task_atomic # noqa: E402
from src import reconciler as reconciler_mod # noqa: E402
from src import plane_sync # noqa: E402
from src.reconciler import Reconciler # noqa: E402
_IN_PROGRESS = "uuid-in-progress"
_APPROVED = "uuid-approved"
_REJECTED = "uuid-rejected"
_OLD_TS = "2020-01-01T00:00:00Z" # well past any grace
@pytest.fixture(autouse=True)
def fresh_db(monkeypatch):
monkeypatch.setattr(_db.settings, "db_path", _test_db)
if os.path.exists(_test_db):
os.unlink(_test_db)
init_db()
yield
@pytest.fixture
def single_project(monkeypatch):
"""Restrict F-2 to a single fake project and stub its state resolution."""
proj = SimpleNamespace(
plane_project_id="proj-1", repo="enduro-trails", work_item_prefix="ET",
)
monkeypatch.setattr(reconciler_mod.projects, "PROJECTS", [proj])
monkeypatch.setattr(
reconciler_mod, "get_project_states",
lambda pid: {
"in_progress": _IN_PROGRESS,
# ORCH-066: To Analyse is the F-2 start/resume trigger; absent in this
# project -> aliases in_progress (real get_project_states fallback).
"to_analyse": _IN_PROGRESS,
"approved": _APPROVED,
"rejected": _REJECTED,
},
)
return proj
def _make_task(plane_id, stage="review", repo="enduro-trails",
branch="feature/ET-001-x", wi="ET-001"):
conn = get_db()
cur = conn.execute(
"INSERT INTO tasks (plane_id, work_item_id, repo, branch, stage, plane_issue_id) "
"VALUES (?, ?, ?, ?, ?, ?)",
(plane_id, wi, repo, branch, stage, plane_id),
)
tid = cur.lastrowid
conn.commit()
conn.close()
return tid
def _patch_handlers(monkeypatch):
start = AsyncMock()
verdict = AsyncMock()
monkeypatch.setattr(reconciler_mod, "handle_status_start", start)
monkeypatch.setattr(reconciler_mod, "handle_verdict", verdict)
return start, verdict
def _patch_issues(monkeypatch, issues):
monkeypatch.setattr(
reconciler_mod, "list_issues_by_state", lambda pid, states: list(issues)
)
# ---------------------------------------------------------------------------
# TC-11: In Progress without a task -> handle_status_start once.
# ---------------------------------------------------------------------------
def test_tc11_in_progress_without_task_starts_pipeline(monkeypatch, single_project):
start, verdict = _patch_handlers(monkeypatch)
_patch_issues(monkeypatch, [
{"id": "iss-1", "state": {"id": _IN_PROGRESS}, "updated_at": _OLD_TS,
"name": "Some issue"},
])
Reconciler().reconcile_plane_once()
assert start.call_count == 1
issue_data, project_id = start.call_args.args
assert issue_data["id"] == "iss-1"
assert issue_data["state"]["id"] == _IN_PROGRESS
assert project_id == "proj-1"
verdict.assert_not_called()
# ---------------------------------------------------------------------------
# ORCH-066 TC-20 (AC-19): F-2 polls the DISTINCT To Analyse status and routes it
# to handle_status_start (a lost start/resume webhook is recovered).
# ---------------------------------------------------------------------------
def test_tc20_distinct_to_analyse_polled_and_routed(monkeypatch):
_TO_ANALYSE = "uuid-to-analyse" # distinct from in_progress
monkeypatch.setattr(
reconciler_mod, "get_project_states",
lambda pid: {
"in_progress": _IN_PROGRESS,
"to_analyse": _TO_ANALYSE, # dedicated status created
"approved": _APPROVED,
"rejected": _REJECTED,
},
)
monkeypatch.setattr(
reconciler_mod.projects, "PROJECTS",
[SimpleNamespace(plane_project_id="proj-1", repo="enduro-trails",
work_item_prefix="ET")],
)
start, verdict = _patch_handlers(monkeypatch)
polled = {}
def fake_list(pid, states):
polled["states"] = list(states)
return [{"id": "iss-ta", "state": {"id": _TO_ANALYSE}, "updated_at": _OLD_TS,
"name": "Lost start"}]
monkeypatch.setattr(reconciler_mod, "list_issues_by_state", fake_list)
Reconciler().reconcile_plane_once()
# The To Analyse UUID is in the polled set and routed to start (not verdict).
assert _TO_ANALYSE in polled["states"]
assert start.call_count == 1
assert start.call_args.args[0]["id"] == "iss-ta"
verdict.assert_not_called()
# ---------------------------------------------------------------------------
# TC-12: Approved with an existing task, no active job -> handle_verdict(True).
# ---------------------------------------------------------------------------
def test_tc12_approved_replays_verdict(monkeypatch, single_project):
start, verdict = _patch_handlers(monkeypatch)
_make_task("iss-2", stage="review")
_patch_issues(monkeypatch, [
{"id": "iss-2", "state": {"id": _APPROVED}, "updated_at": _OLD_TS},
])
Reconciler().reconcile_plane_once()
assert verdict.call_count == 1
assert verdict.call_args.kwargs.get("approved") is True
start.assert_not_called()
# ---------------------------------------------------------------------------
# TC-13: Rejected with an existing task -> handle_verdict(False).
# ---------------------------------------------------------------------------
def test_tc13_rejected_replays_verdict(monkeypatch, single_project):
start, verdict = _patch_handlers(monkeypatch)
_make_task("iss-3", stage="review")
_patch_issues(monkeypatch, [
{"id": "iss-3", "state": {"id": _REJECTED}, "updated_at": _OLD_TS},
])
Reconciler().reconcile_plane_once()
assert verdict.call_count == 1
assert verdict.call_args.kwargs.get("approved") is False
start.assert_not_called()
# ---------------------------------------------------------------------------
# TC-14: idempotency — an active job means a live webhook is in flight -> skip.
# ---------------------------------------------------------------------------
def test_tc14_active_job_skips(monkeypatch, single_project):
start, verdict = _patch_handlers(monkeypatch)
tid = _make_task("iss-4", stage="review")
enqueue_job("reviewer", "enduro-trails", task_id=tid) # active
_patch_issues(monkeypatch, [
{"id": "iss-4", "state": {"id": _APPROVED}, "updated_at": _OLD_TS},
])
Reconciler().reconcile_plane_once()
start.assert_not_called()
verdict.assert_not_called()
# ---------------------------------------------------------------------------
# TC-14b: within-grace issue is left alone (lost, not merely delayed).
# ---------------------------------------------------------------------------
def test_tc14b_within_grace_skipped(monkeypatch, single_project):
from datetime import datetime, timezone
start, verdict = _patch_handlers(monkeypatch)
_make_task("iss-5", stage="review")
fresh_ts = datetime.now(timezone.utc).isoformat()
_patch_issues(monkeypatch, [
{"id": "iss-5", "state": {"id": _APPROVED}, "updated_at": fresh_ts},
])
Reconciler().reconcile_plane_once()
start.assert_not_called()
verdict.assert_not_called()
# ---------------------------------------------------------------------------
# TC-15 (AC-4): atomic anti-dup — concurrent create_task_atomic for one
# plane_id yields exactly ONE row and ONE created=True.
# ---------------------------------------------------------------------------
def test_tc15_create_task_atomic_no_duplicate():
results = []
barrier = threading.Barrier(8)
def worker():
barrier.wait() # maximise the race
row, created = create_task_atomic(
"plane-dup", "ET-099", "enduro-trails",
"feature/ET-099-x", "analysis", "Dup race",
)
results.append((row["id"], created))
threads = [threading.Thread(target=worker) for _ in range(8)]
for t in threads:
t.start()
for t in threads:
t.join()
created_flags = [c for _, c in results]
assert created_flags.count(True) == 1 # exactly one winner
assert created_flags.count(False) == 7 # the rest see the existing row
conn = get_db()
n = conn.execute(
"SELECT COUNT(*) FROM tasks WHERE plane_id = 'plane-dup'"
).fetchone()[0]
conn.close()
assert n == 1 # only one task row ever created
# All callers see the same row id (the single task).
assert len({rid for rid, _ in results}) == 1
# ---------------------------------------------------------------------------
# TC-16: list_issues_by_state — never-raise on API error, filter+paginate on OK.
# ---------------------------------------------------------------------------
def test_tc16_list_issues_never_raises_on_error(monkeypatch):
def boom(*a, **k):
raise RuntimeError("plane down")
monkeypatch.setattr(plane_sync.httpx, "get", boom)
out = plane_sync.list_issues_by_state("proj-1", [_APPROVED])
assert out == []
def test_tc16_list_issues_paginates_and_filters(monkeypatch):
page1 = {
"results": [
{"id": "a", "state": {"id": _APPROVED}},
{"id": "b", "state": {"id": "other"}},
],
"next_page_results": True,
"next_cursor": "cur2",
}
page2 = {
"results": [
{"id": "c", "state": _APPROVED}, # bare-uuid state shape
{"id": "d", "state": {"id": _REJECTED}},
],
"next_page_results": False,
"next_cursor": None,
}
pages = iter([page1, page2])
def fake_get(url, headers=None, params=None, timeout=None):
resp = MagicMock()
resp.json.return_value = next(pages)
resp.raise_for_status.return_value = None
return resp
monkeypatch.setattr(plane_sync.httpx, "get", fake_get)
out = plane_sync.list_issues_by_state("proj-1", [_APPROVED, _REJECTED])
ids = {i["id"] for i in out}
assert ids == {"a", "c", "d"} # 'b' filtered out (state 'other')
# ---------------------------------------------------------------------------
# TC-17: F-2 polls EVERY registry project and resolves states per-project.
# ---------------------------------------------------------------------------
def test_tc17_polls_all_projects_resolves_states_per_project(monkeypatch):
_patch_handlers(monkeypatch)
from src import projects as projects_mod
projects_mod.reload_projects()
expected_ids = {p.plane_project_id for p in projects_mod.PROJECTS}
assert len(expected_ids) >= 2 # enduro + orchestrator in the default registry
states_calls = []
issues_calls = []
def fake_states(pid):
states_calls.append(pid)
return {
"in_progress": _IN_PROGRESS, "to_analyse": _IN_PROGRESS,
"approved": _APPROVED, "rejected": _REJECTED,
}
def fake_issues(pid, states):
issues_calls.append((pid, tuple(states)))
return []
monkeypatch.setattr(reconciler_mod, "get_project_states", fake_states)
monkeypatch.setattr(reconciler_mod, "list_issues_by_state", fake_issues)
Reconciler().reconcile_plane_once()
assert set(states_calls) == expected_ids
assert {pid for pid, _ in issues_calls} == expected_ids
# state uuids are resolved per-project (not hardcoded): each call carries them.
for _pid, states in issues_calls:
assert set(states) == {_IN_PROGRESS, _APPROVED, _REJECTED}
# ===========================================================================
# ORCH-068: livelock-fix — terminal exclusion (D1) + confirmed-change unblock
# (D2) + dedup (TR-3). The old code spammed `_note_unblock` every ~120s for a
# fully synchronized Done task (incident: ET-002, 191+ Telegram messages/night).
# ===========================================================================
_DONE = "uuid-done"
_CANCELLED = "uuid-cancelled"
def _patch_states_with_terminals(monkeypatch, *, alias_done_to_approved=False):
"""Patch F-2 state resolution to include terminals + their groups.
``alias_done_to_approved`` models the regression trigger (ORCH-066): the
project "collapses" Done onto the approved UUID, so a genuinely-Done issue
would enter the ``approved`` branch by UUID. Only the state GROUP
(``completed``) disentangles it — the heart of D1.
"""
done_uuid = _APPROVED if alias_done_to_approved else _DONE
states = {
"in_progress": _IN_PROGRESS,
# ORCH-066 integ: real get_project_states() always exposes to_analyse,
# aliased to in_progress on projects without the dedicated status.
"to_analyse": _IN_PROGRESS,
"approved": _APPROVED,
"rejected": _REJECTED,
"done": done_uuid,
"cancelled": _CANCELLED,
}
groups = {
_IN_PROGRESS: "started",
_APPROVED: "started",
_REJECTED: "started",
done_uuid: "completed", # genuinely-done issue -> completed group
_CANCELLED: "cancelled",
}
monkeypatch.setattr(reconciler_mod, "get_project_states", lambda pid: states)
monkeypatch.setattr(
reconciler_mod, "get_project_state_groups", lambda pid: groups
)
return states, groups
def _spy_telegram(monkeypatch):
sent = []
monkeypatch.setattr(reconciler_mod, "send_telegram", lambda msg: sent.append(msg))
return sent
def _job_count():
conn = get_db()
n = conn.execute("SELECT COUNT(*) FROM jobs").fetchone()[0]
conn.close()
return n
# ---------------------------------------------------------------------------
# TC-01 (AC-1, AC-7): synchronized Done task -> total silence, 0 jobs.
# ---------------------------------------------------------------------------
def test_tc01_synced_done_is_silent(monkeypatch, single_project):
start, verdict = _patch_handlers(monkeypatch)
_patch_states_with_terminals(monkeypatch)
sent = _spy_telegram(monkeypatch)
_make_task("iss-done", stage="done", wi="ET-002")
_patch_issues(monkeypatch, [
{"id": "iss-done", "state": {"id": _DONE}, "updated_at": _OLD_TS},
])
recon = Reconciler()
recon.reconcile_plane_once()
start.assert_not_called()
verdict.assert_not_called()
assert sent == []
assert recon.unblocked_total == 0
assert recon.skipped_terminal_total == 1
assert _job_count() == 0
# ---------------------------------------------------------------------------
# TC-02 (AC-2): Done UUID aliased onto approved -> still excluded by GROUP.
# ---------------------------------------------------------------------------
def test_tc02_terminal_aliased_to_approved_excluded(monkeypatch, single_project):
start, verdict = _patch_handlers(monkeypatch)
_patch_states_with_terminals(monkeypatch, alias_done_to_approved=True)
sent = _spy_telegram(monkeypatch)
# Task is Done; its Plane state UUID equals the approved UUID (aliasing).
_make_task("iss-alias", stage="done", wi="ET-002")
_patch_issues(monkeypatch, [
{"id": "iss-alias", "state": {"id": _APPROVED}, "updated_at": _OLD_TS},
])
recon = Reconciler()
recon.reconcile_plane_once()
# Without the group check this would enter the approved branch and notify.
start.assert_not_called()
verdict.assert_not_called()
assert sent == []
assert recon.unblocked_total == 0
assert recon.skipped_terminal_total == 1
# ---------------------------------------------------------------------------
# TC-03 (AC-2): Cancelled terminal is also excluded.
# ---------------------------------------------------------------------------
def test_tc03_cancelled_excluded(monkeypatch, single_project):
start, verdict = _patch_handlers(monkeypatch)
_patch_states_with_terminals(monkeypatch)
sent = _spy_telegram(monkeypatch)
_make_task("iss-cancel", stage="done", wi="ET-003")
_patch_issues(monkeypatch, [
{"id": "iss-cancel", "state": {"id": _CANCELLED}, "updated_at": _OLD_TS},
])
recon = Reconciler()
recon.reconcile_plane_once()
start.assert_not_called()
verdict.assert_not_called()
assert sent == []
assert recon.unblocked_total == 0
assert recon.skipped_terminal_total == 1
# ---------------------------------------------------------------------------
# TC-04 (AC-3): no-op dispatch (stage unchanged) -> no notification.
# ---------------------------------------------------------------------------
def test_tc04_noop_dispatch_no_unblock(monkeypatch, single_project):
# handle_verdict is a no-op AsyncMock -> the task stage never moves.
start, verdict = _patch_handlers(monkeypatch)
sent = _spy_telegram(monkeypatch)
_make_task("iss-noop", stage="review")
_patch_issues(monkeypatch, [
{"id": "iss-noop", "state": {"id": _APPROVED}, "updated_at": _OLD_TS},
])
recon = Reconciler()
recon.reconcile_plane_once()
# The handler was replayed (idempotent), but nothing changed -> silence.
assert verdict.call_count == 1
assert sent == []
assert recon.unblocked_total == 0
# ---------------------------------------------------------------------------
# TC-05 (AC-4): two consecutive ticks on a synced task -> 0 repeat unblocks;
# plus a direct check of the in-memory dedup guard.
# ---------------------------------------------------------------------------
def test_tc05_dedup_no_repeat_notification(monkeypatch, single_project):
start, verdict = _patch_handlers(monkeypatch)
_patch_states_with_terminals(monkeypatch)
sent = _spy_telegram(monkeypatch)
_make_task("iss-dedup", stage="done", wi="ET-004")
_patch_issues(monkeypatch, [
{"id": "iss-dedup", "state": {"id": _DONE}, "updated_at": _OLD_TS},
])
recon = Reconciler()
recon.reconcile_plane_once()
recon.reconcile_plane_once()
assert sent == []
assert recon.unblocked_total == 0
# Direct dedup-guard exercise: the same issue+state notifies at most once.
recon._note_unblock("ET-004", "review", "state-x")
recon._note_unblock("ET-004", "review", "state-x")
assert recon.unblocked_total == 1
assert recon.deduped_total == 1
# ---------------------------------------------------------------------------
# TC-06 (AC-5): legit lost Approved webhook -> replayed, advanced, ONE unblock.
# ---------------------------------------------------------------------------
def test_tc06_legit_approved_unblock_once(monkeypatch, single_project):
_patch_states_with_terminals(monkeypatch) # non-terminal approved -> actionable
sent = _spy_telegram(monkeypatch)
_make_task("iss-appr", stage="review", wi="ET-005")
async def fake_verdict(issue_data, project_id, approved=True):
# Simulate the real handler advancing the stage (review -> testing).
conn = get_db()
conn.execute(
"UPDATE tasks SET stage='testing' WHERE plane_id=?",
(issue_data["id"],),
)
conn.commit()
conn.close()
monkeypatch.setattr(reconciler_mod, "handle_verdict", fake_verdict)
monkeypatch.setattr(reconciler_mod, "handle_status_start", AsyncMock())
_patch_issues(monkeypatch, [
{"id": "iss-appr", "state": {"id": _APPROVED}, "updated_at": _OLD_TS},
])
recon = Reconciler()
recon.reconcile_plane_once()
assert recon.unblocked_total == 1
assert len(sent) == 1
assert "ET-005" in sent[0]
# ---------------------------------------------------------------------------
# TC-07 (AC-6): lost In Progress start (task appears) and lost Rejected
# rollback (stage moves) each fire exactly one unblock.
# ---------------------------------------------------------------------------
def test_tc07_in_progress_start_and_rejected_each_one_unblock(
monkeypatch, single_project
):
_patch_states_with_terminals(monkeypatch)
sent = _spy_telegram(monkeypatch)
async def fake_start(issue_data, project_id):
# Simulate the real start handler creating the task.
_make_task(issue_data["id"], stage="analysis", wi="ET-006")
async def fake_verdict(issue_data, project_id, approved=True):
conn = get_db()
conn.execute(
"UPDATE tasks SET stage='development' WHERE plane_id=?",
(issue_data["id"],),
)
conn.commit()
conn.close()
monkeypatch.setattr(reconciler_mod, "handle_status_start", fake_start)
monkeypatch.setattr(reconciler_mod, "handle_verdict", fake_verdict)
# Rejected task already exists at review; In Progress one has no task yet.
_make_task("iss-rej", stage="review", wi="ET-007")
_patch_issues(monkeypatch, [
{"id": "iss-start", "state": {"id": _IN_PROGRESS}, "updated_at": _OLD_TS},
{"id": "iss-rej", "state": {"id": _REJECTED}, "updated_at": _OLD_TS},
])
recon = Reconciler()
recon.reconcile_plane_once()
assert recon.unblocked_total == 2
assert len(sent) == 2
# ---------------------------------------------------------------------------
# TC-08 (AC-8): never-raise — a failing dependency isolates to its unit of work.
# ---------------------------------------------------------------------------
def test_tc08_never_raise_isolation(monkeypatch, single_project):
_patch_states_with_terminals(monkeypatch)
monkeypatch.setattr(reconciler_mod, "send_telegram", lambda msg: None)
# _dispatch blows up for one issue -> isolated; the tick must not crash.
def boom_dispatch(*a, **k):
raise RuntimeError("handler exploded")
monkeypatch.setattr(Reconciler, "_dispatch", staticmethod(boom_dispatch))
_make_task("iss-boom", stage="review", wi="ET-008")
_patch_issues(monkeypatch, [
{"id": "iss-boom", "state": {"id": _APPROVED}, "updated_at": _OLD_TS},
])
recon = Reconciler()
recon.reconcile_plane_once() # must NOT raise
assert recon.unblocked_total == 0
# list_issues_by_state raising -> per-project isolation, still no crash.
def boom_list(pid, states):
raise RuntimeError("plane down")
monkeypatch.setattr(reconciler_mod, "list_issues_by_state", boom_list)
recon.reconcile_plane_once() # must NOT raise
# ---------------------------------------------------------------------------
# TC-09 (AC-9): kill-switches mute F-2.
# ---------------------------------------------------------------------------
def test_tc09_kill_switches(monkeypatch, single_project):
start, verdict = _patch_handlers(monkeypatch)
_patch_states_with_terminals(monkeypatch)
called = {"list": 0}
def counting_list(pid, states):
called["list"] += 1
return [{"id": "iss-x", "state": {"id": _APPROVED}, "updated_at": _OLD_TS}]
monkeypatch.setattr(reconciler_mod, "list_issues_by_state", counting_list)
monkeypatch.setattr(reconciler_mod.settings, "reconcile_enabled", False)
Reconciler().reconcile_plane_once()
assert called["list"] == 0 # global switch off -> F-2 never runs
monkeypatch.setattr(reconciler_mod.settings, "reconcile_enabled", True)
monkeypatch.setattr(reconciler_mod.settings, "reconcile_plane_enabled", False)
Reconciler().reconcile_plane_once()
assert called["list"] == 0 # F-2 switch off -> still no poll
# ---------------------------------------------------------------------------
# TC-10 (AC-1, AC-2): end-to-end on BOTH registry projects (enduro AND
# orchestrator): a Done task on each -> 0 notifications / 0 jobs, regardless
# of per-project status aliasing. The headline regression test.
# ---------------------------------------------------------------------------
def test_tc10_done_silent_on_all_projects(monkeypatch):
from src import projects as projects_mod
projects_mod.reload_projects()
assert len({p.plane_project_id for p in projects_mod.PROJECTS}) >= 2
start, verdict = _patch_handlers(monkeypatch)
sent = _spy_telegram(monkeypatch)
states = {
"in_progress": _IN_PROGRESS,
"to_analyse": _IN_PROGRESS, # ORCH-066 integ: always present
"approved": _APPROVED,
"rejected": _REJECTED,
"done": _DONE,
"cancelled": _CANCELLED,
}
groups = {_DONE: "completed", _CANCELLED: "cancelled"}
monkeypatch.setattr(reconciler_mod, "get_project_states", lambda pid: states)
monkeypatch.setattr(
reconciler_mod, "get_project_state_groups", lambda pid: groups
)
# Each project returns a Done issue (unique id per project).
monkeypatch.setattr(
reconciler_mod, "list_issues_by_state",
lambda pid, st: [
{"id": f"done-{pid}", "state": {"id": _DONE}, "updated_at": _OLD_TS}
],
)
recon = Reconciler()
recon.reconcile_plane_once()
start.assert_not_called()
verdict.assert_not_called()
assert sent == []
assert recon.unblocked_total == 0
assert recon.skipped_terminal_total >= 2 # one per project
assert _job_count() == 0
# ---------------------------------------------------------------------------
# TC-86-10 (AC-6): the status()/GET-queue observability shape is unchanged by
# ORCH-086 — the ORCH-068 counters (skipped_terminal_total / deduped_total /
# unblocked_total) are still present, so the F-2 regression contract holds.
# ---------------------------------------------------------------------------
def test_tc86_10_status_shape_unchanged():
snap = Reconciler().status()
for key in (
"enabled", "plane_enabled", "interval", "last_run_ts",
"unblocked_total", "last_unblocked",
"skipped_terminal_total", "deduped_total",
):
assert key in snap, f"status() missing observability key: {key}"