kin: auto-commit after pipeline

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Gros Frumos 2026-03-18 22:30:25 +02:00
parent 8fc683d185
commit 1dc9e8a800

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"""Regression tests for KIN-ARCH-023 — Analyst injection into actual executed pipeline.
Two concerns:
1. At revise_count >= 2, analyst MUST be the first step in pending_steps saved to DB
(not just in the response body). The subprocess picks steps from pending_steps,
so a test that only checks the response body misses the real execution path.
2. The condition simplification at api.py ~1056 is semantically correct:
`steps and (not steps or steps[0].get('role') != 'analyst')`
is equivalent to:
`steps and steps[0].get('role') != 'analyst'`
because when `steps` is truthy, `not steps` is always False.
"""
import pytest
from unittest.mock import patch
from core.db import init_db
from core import models
# ---------------------------------------------------------------------------
# Fixtures
# ---------------------------------------------------------------------------
@pytest.fixture
def api_client(tmp_path):
"""FastAPI TestClient with isolated DB (same pattern as test_kin_128_regression.py)."""
import web.api as api_module
api_module.DB_PATH = tmp_path / "test.db"
from web.api import app
from fastapi.testclient import TestClient
client = TestClient(app)
client.post("/api/projects", json={"id": "p1", "name": "P1", "path": "/p1"})
client.post("/api/tasks", json={"project_id": "p1", "title": "Fix bug"})
return client
@pytest.fixture
def api_client_with_conn(tmp_path):
"""Returns (TestClient, db_path) so tests can query DB directly."""
import web.api as api_module
db_path = tmp_path / "test.db"
api_module.DB_PATH = db_path
from web.api import app
from fastapi.testclient import TestClient
client = TestClient(app)
client.post("/api/projects", json={"id": "p1", "name": "P1", "path": "/p1"})
client.post("/api/tasks", json={"project_id": "p1", "title": "Fix bug"})
return client, db_path
# ---------------------------------------------------------------------------
# 1. Analyst actually persisted to pending_steps in DB (subprocess-visible path)
# ---------------------------------------------------------------------------
class TestAnalystInjectedIntoPendingSteps:
"""The subprocess reads steps from pending_steps in DB, not from the HTTP response.
These tests verify the DB state, not just the response body.
"""
def test_second_revise_saves_analyst_first_in_pending_steps(self, api_client_with_conn):
"""revise_count=2: pending_steps[0].role == 'analyst' in DB after revise call."""
client, db_path = api_client_with_conn
steps = [{"role": "backend_dev", "model": "sonnet"}]
with patch("web.api._launch_pipeline_subprocess"):
client.post("/api/tasks/P1-001/revise", json={"comment": "r1", "steps": steps})
client.post("/api/tasks/P1-001/revise", json={"comment": "r2", "steps": steps})
conn = init_db(str(db_path))
task = models.get_task(conn, "P1-001")
conn.close()
pending = task.get("pending_steps") or []
assert pending, "pending_steps не должен быть пустым после 2-й ревизии"
assert pending[0].get("role") == "analyst", (
f"KIN-ARCH-023: analyst должен быть первым в pending_steps (subprocess читает именно их), "
f"получили: {pending[0].get('role')}"
)
def test_first_revise_does_not_add_analyst_to_pending_steps(self, api_client_with_conn):
"""revise_count=1: analyst НЕ добавляется в pending_steps."""
client, db_path = api_client_with_conn
steps = [{"role": "backend_dev", "model": "sonnet"}]
with patch("web.api._launch_pipeline_subprocess"):
client.post("/api/tasks/P1-001/revise", json={"comment": "r1", "steps": steps})
conn = init_db(str(db_path))
task = models.get_task(conn, "P1-001")
conn.close()
pending = task.get("pending_steps") or []
assert not pending or pending[0].get("role") != "analyst", (
"analyst не должен быть первым шагом в pending_steps при revise_count=1"
)
def test_third_revise_saves_analyst_first_in_pending_steps(self, api_client_with_conn):
"""revise_count=3: analyst также является первым в pending_steps."""
client, db_path = api_client_with_conn
steps = [{"role": "frontend_dev", "model": "sonnet"}]
with patch("web.api._launch_pipeline_subprocess"):
for comment in ("r1", "r2", "r3"):
client.post("/api/tasks/P1-001/revise", json={"comment": comment, "steps": steps})
conn = init_db(str(db_path))
task = models.get_task(conn, "P1-001")
conn.close()
pending = task.get("pending_steps") or []
assert pending, "pending_steps не должен быть пустым после 3-й ревизии"
assert pending[0].get("role") == "analyst", (
f"revise_count=3: первым в pending_steps должен быть analyst, получили: {pending[0].get('role')}"
)
def test_pending_steps_length_increases_by_one_after_analyst_injection(self, api_client_with_conn):
"""После инжекции analyst длина pending_steps на 1 больше исходного списка шагов."""
client, db_path = api_client_with_conn
original_steps = [
{"role": "backend_dev", "model": "sonnet"},
{"role": "reviewer", "model": "sonnet"},
]
with patch("web.api._launch_pipeline_subprocess"):
client.post("/api/tasks/P1-001/revise", json={"comment": "r1", "steps": original_steps})
client.post("/api/tasks/P1-001/revise", json={"comment": "r2", "steps": original_steps})
conn = init_db(str(db_path))
task = models.get_task(conn, "P1-001")
conn.close()
pending = task.get("pending_steps") or []
assert len(pending) == len(original_steps) + 1, (
f"Ожидали {len(original_steps) + 1} шагов (с analyst), получили {len(pending)}"
)
def test_analyst_not_duplicated_in_pending_steps_if_already_first(self, api_client_with_conn):
"""Если analyst уже первый шаг — pending_steps не содержит дублей analyst."""
client, db_path = api_client_with_conn
steps = [{"role": "analyst", "model": "sonnet"}, {"role": "backend_dev", "model": "sonnet"}]
with patch("web.api._launch_pipeline_subprocess"):
client.post("/api/tasks/P1-001/revise", json={"comment": "r1", "steps": steps})
client.post("/api/tasks/P1-001/revise", json={"comment": "r2", "steps": steps})
conn = init_db(str(db_path))
task = models.get_task(conn, "P1-001")
conn.close()
pending = task.get("pending_steps") or []
analyst_count = sum(1 for s in pending if s.get("role") == "analyst")
assert analyst_count == 1, (
f"analyst не должен дублироваться в pending_steps, нашли {analyst_count} вхождений"
)
# ---------------------------------------------------------------------------
# 2. Condition simplification semantics (api.py ~1056)
# ---------------------------------------------------------------------------
def _original_condition(steps):
"""Original (verbose) condition from before the simplification."""
return steps and (not steps or steps[0].get("role") != "analyst")
def _simplified_condition(steps):
"""Simplified condition after KIN-ARCH-023 fix."""
return steps and steps[0].get("role") != "analyst"
class TestConditionSimplificationEquivalence:
"""Verify that the simplified condition produces identical results to the original
across all meaningful input variants. This guards against future refactors
accidentally diverging the two forms.
"""
def test_empty_list_both_return_falsy(self):
"""steps=[] → оба варианта возвращают falsy (инжекция не происходит)."""
assert not _original_condition([])
assert not _simplified_condition([])
def test_none_both_return_falsy(self):
"""steps=None → оба варианта возвращают falsy."""
assert not _original_condition(None)
assert not _simplified_condition(None)
def test_analyst_first_both_return_falsy(self):
"""Если analyst уже первый — оба варианта возвращают falsy (инжекция пропускается)."""
steps = [{"role": "analyst"}, {"role": "backend_dev"}]
assert not _original_condition(steps)
assert not _simplified_condition(steps)
def test_non_analyst_first_both_return_truthy(self):
"""Если первый шаг не analyst — оба варианта truthy (инжекция происходит)."""
steps = [{"role": "backend_dev"}, {"role": "reviewer"}]
assert _original_condition(steps)
assert _simplified_condition(steps)
def test_single_step_non_analyst_both_truthy(self):
"""Одиночный шаг не-analyst → оба truthy."""
steps = [{"role": "debugger"}]
assert _original_condition(steps)
assert _simplified_condition(steps)
def test_step_without_role_key_both_truthy(self):
"""Шаг без ключа 'role' → steps[0].get('role') возвращает None ≠ 'analyst' → truthy."""
steps = [{"model": "sonnet"}]
assert _original_condition(steps)
assert _simplified_condition(steps)
@pytest.mark.parametrize("steps", [
[],
None,
[{"role": "analyst"}],
[{"role": "backend_dev"}],
[{"role": "reviewer"}, {"role": "backend_dev"}],
[{"role": "analyst"}, {"role": "backend_dev"}],
[{"model": "sonnet"}],
])
def test_parametrized_equivalence(self, steps):
"""Для всех входных данных упрощённое условие идентично исходному."""
original = bool(_original_condition(steps))
simplified = bool(_simplified_condition(steps))
assert original == simplified, (
f"Условия расходятся для steps={steps}: "
f"original={original}, simplified={simplified}"
)