EPIC R04 (Team Duy) - the turn lifecycle leaves the widget. R04-T01 domain/agents/conversation_execution_request.py Frozen snapshot of one turn, captured on the UI thread at submit time. The job closure used to read widget/workspace state from inside the worker thread, so a turn could run on a mix of submit-time and later state depending on thread timing. R04-T02 domain/agents/agent_event.py 13 frozen event types replacing untyped emit() dicts, with a two-way bridge so existing widgets keep consuming the legacy shape until EPIC R08. Adds TurnCompletedEvent - the end-of-turn signal the engine never had, which is why a cancelled turn and a failed turn look identical to the UI today. R04-T03 application/conversations/conversation_application_service.py Runs a turn from a request and reports typed events. Never raises across the worker boundary; TurnResult.raise_if_failed() preserves the existing exception-based failure path. begin_turn()/execute_turn() expose the live message list for callers that autosave history mid-run. R04-T04 ui/cowork_tab.py::build_job -> snapshot + service. R04-T05 core/task_executors.py::_run_agent -> same service (was a second, slightly different assembly of the same call). Caught while wiring the bridge: the first event vocabulary had no "notice" event, so Agent Security warnings and auto-compaction notices would have been silently swallowed. Added NoticeEvent plus a test that scans the engine sources for emit() tags and fails when one has no typed counterpart. New: tests/integration/ - real offscreen CoworkTab running a scripted turn end to end (7 tests), including a characterisation of the extra provider call Agent Security spends reviewing each request. Suite: 225 passed, 2.74s. check_imports: PASS. All new files < 400 LOC. 2 pre-existing failures remain in test_config_security.py (EPIC R02/Team Nam). Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
9 lines
410 B
Python
9 lines
410 B
Python
"""Integration tests: real widgets, real services, no network (R10-T01 layout).
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These build actual Qt widgets offscreen (``QT_QPA_PLATFORM=offscreen``) and run
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a turn end to end with a scripted :class:`FakeProvider`. They are slower than
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the unit suite - a QApplication has to exist - and are what proves the seams
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introduced by R03/R04 are actually wired into the screens, not just correct in
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isolation.
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"""
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