test(e2e): backfill coverage for per-turn TurnOverrides and thread-goal APIs - #5972
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Included review availability: Your plan provides up to 10 included reviews per hour; 4 remain after this review. 📝 WalkthroughWalkthroughAdds end-to-end tests for ChangesTurn Overrides End-to-End Coverage
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In `@tests/agent_turn_overrides_e2e.rs`:
- Around line 416-418: Update the test around the first turn and its subsequent
control and suppressed turns to assign an explicit thread ID via with_thread_id.
Use one distinct ID for the prior conversation and another for the later
conversation, ensuring the thread switch occurs before the control and
suppressed turns while preserving the existing assertions.
- Around line 616-622: Update the clear_for_current_thread test to seed a
separate active goal before invoking goal_runtime::clear_for_current_thread,
then execute a subsequent turn and assert that the active goal’s objective is
absent from the generated prompt or result. Keep the existing completed-goal
coverage intact while ensuring the test specifically verifies removal of an
active goal.
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tests/agent_turn_overrides_e2e.rs
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…APIs openhuman#5844 shipped four per-turn suppressions and two terminal goal APIs with no test in any e2e lane. Inside the unit lane the coverage was thinner than it looked: suppress_active_goal appears only as a field set to true in the memory-agent test's struct literal, with nothing asserting the goal block is absent, and suppress_transcript_autoload appears once, as false -- it was never exercised at all. Adds tests/agent_turn_overrides_e2e.rs, a dedicated core-lane target rather than an addition to raw_coverage_all, which is changed-modules-scoped and so would not run on a source-only PR. Four tests, each driving a real Agent::turn against a scripted model and asserting on what reaches the provider: - suppress_active_goal keeps the [thread goal] block out of the prompt - suppress_transcript_autoload does not replay another conversation's transcript into a deliberately cleared history - the overrides are consumed by exactly one turn and then reset - complete_for_current_thread stops the goal reaching later turns, and clear_for_current_thread removes the row Every test carries its own control asserting the un-overridden turn DOES carry the thing, because a suppression test with no control passes happily when the feature it suppresses never ran. The control and measured agents deliberately use separate workspaces. agent_with builds with auto_save(true) under one agent_definition_name, so two agents sharing a workspace means the second auto-loads the first's transcript -- which still contains the [thread goal] block. Sharing one workspace makes two of these tests fail at their product assertions while their controls pass, which reads exactly like a product bug and is not one. Revert-checked: with the suppressions forced off and complete_for_current_thread neutralised, all four fail naming their own assertions (:370, :456, :510, :610); restored, all four pass.
…arget in CI Review follow-ups. Autoload: the three agents all ran outside any thread scope, so the test proved suppression between two agents rather than across the thread change tinyhumansai#1725 is actually about. The prior conversation now runs under one thread id and the control and suppressed turns under another. The scopes deliberately do not steer the lookup — autoload is latest_for_agent(agent_definition_name) and never reads the ambient thread id, which is the defect itself — but the control now states the stronger fact that the transcript is replayed even under a different thread id, and a future change making autoload thread-scoped will fail it loudly rather than passing while quietly changing what the test means. Goal clear: clear_for_current_thread was only exercised against an already-completed goal, which a completed goal is excluded from later prompts anyway, so a clear that silently no-opped on an ACTIVE goal would have passed. A second, still-active goal is now seeded, cleared, and asserted absent from a later turn as well as from the store. Verified it does remove an active goal — this strengthens the assertion rather than pinning a gap. CI scoping: domain_integration_targets() mapped only src/openhuman/memory/**, so a regression in core_turn.rs or the goal runtime could merge through CI Lite without ever executing this target. Maps the two directories the suite actually guards — agent/harness/session/** and threads/goals/** — rather than all of agent/**, which would drag the target onto most PRs in the tree for no signal.
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… Sentry hub The CI-scoping change in this PR made the coverage lane fall back to the full suite, which surfaced a latent failure on main: reporting_a_genuine_wallet_failure_still_emits_error panicked: a real wallet failure must still page. Captured output: <nothing> mod paging calls sentry::init, which binds a client to the process-global Hub, and sentry-tracing is compiled in under crash-reporting. With a client bound, a tracing::error! raised on another thread can be consumed by the Sentry layer instead of reaching the fmt subscriber that capture_reporting installs — so the capture returns empty and the assertion fails for a reason unrelated to the behaviour under test. mod paging already had a lock, but it was private to that module: it serialized its own two tests against each other and against nothing else, while the two capture tests took no lock at all. This hoists it to one file-wide lock that capture_reporting takes too. Only reachable with crash-reporting on (the gate paging sits behind), which is absent from default features and present in product-features.txt — so main's scoped fast lane never ran it and stayed green. It reproduced under --features crash-reporting, and passes with this change.
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Pushed What happened. Changing Root cause. Why main is green and this went unseen. The That is the same pattern this PR's scoping change is about, one level up: a test that exists, is correct, and does not run on the lane that would catch it. Fixing it here rather than filing it, because this PR is what makes it run. |
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Summary
core-lane target
tests/agent_turn_overrides_e2e.rswith four tests for per-turnTurnOverridesand the terminal thread-goal APIs.present — because a suppression test with no control passes happily when the feature it
suppresses never ran at all.
covered with something that would only look like a test. Details below.
Problem
The audit found #5844 with zero hits across all three e2e lanes — it did not even
reach the domain gate's string match. Inside the unit lane the coverage was thinner than
the line count suggested: of the four flags,
suppress_active_goalappears only as afield set to
trueinside the memory-agent test's struct literal(
session/turn_tests_part_02_tests.rs:114) with nothing asserting the goal block isabsent, and
suppress_transcript_autoloadappears exactly once, asfalse(:115) — itwas never exercised.
suppress_transcript_autoloadguards the defect #5844's own body calls "the one worthreading twice":
turn()auto-resumes an empty-history session from the agent's mostrecent on-disk transcript, resolved by agent name and not thread-scoped, so a host that
has re-bound its history to a different chat silently answers grounded in the previous
conversation.
Solution
tests/agent_turn_overrides_e2e.rs— a new always-run core-lane target (notraw_coverage_all, which is changed-modules-scoped and so would not run on a source-onlyPR). Four tests, each driving a real
Agent::turnagainst a scripted model and assertingon what reaches the provider:
suppress_active_goal_keeps_the_thread_goal_out_of_the_prompt[thread goal]appears with itsuppress_transcript_autoload_does_not_replay_a_prior_threads_transcriptturn_overrides_apply_to_exactly_one_turn_and_then_resetthread_goal_complete_and_clear_stop_the_goal_reaching_later_turnscomplete_for_current_threadstops the goal reaching later turns;clear_for_current_threadremoves the rowRevert-check
Every test was run green, then run again with #5844's behaviour reverted, and each one
failed naming its own assertion — no control fired, no compile error, no unrelated
panic. Restored afterwards;
git diff -- src/is empty against the base.The revert was applied at the consumption points rather than as a literal
git revert(deleting the
TurnOverridesstruct would not compile). It is a behavioural revert —both suppressions and the terminal goal API are neutralised — which is what proves the
tests catch the behaviour regressing. Both hunks were applied together, so one rebuild
covers all four:
session/turn/core_turn.rs: discard whatever the caller set and forceTurnOverrides::default(), so every suppression is off.threads/goals/runtime.rs:complete_for_current_threadreturnsunconditionally, restoring the pre-feat(agent): per-turn TurnOverrides — suppress goal, tools, memory and transcript autoload for one turn #5844 world where a finished task's goal stays
Active.suppress_active_goal_keeps_the_thread_goal_out_of_the_prompt:370— "suppress_active_goal must keep the thread goal's objective out of the prompt"suppress_transcript_autoload_does_not_replay_a_prior_threads_transcript:456— "suppress_transcript_autoload must not replay another conversation's transcript"turn_overrides_apply_to_exactly_one_turn_and_then_reset:510— "turn 1 set suppress_tools, so it must carry an empty tool schema"thread_goal_complete_and_clear_stop_the_goal_reaching_later_turns:610— "a goal completed via complete_for_current_thread must stop being injected into later turns"test result: ok. 4 passed→test result: FAILED. 0 passed; 4 failed→ restored → passes.One thing worth knowing about these tests
The control and measured agents deliberately use separate workspaces.
agent_withbuilds with
auto_save(true)under oneagent_definition_name, so two agents sharing aworkspace means the second auto-loads the first's transcript — which still contains the
[thread goal]block. Sharing one workspace made two of these tests fail at theirproduct assertions while their controls passed, which reads exactly like a product bug and
is not one. The isolation is load-bearing; please do not collapse it back to one
workspace.
What this PR does NOT cover, and why
Reported as gaps rather than papered over. Both are recorded with evidence in the
worker findings file.
#5857 (composio classified-error byte-zero contract) — CANNOT-COVER.
normalize_errorand thecontains→starts_withtightening only fire on an errorreturned by
modules::connectors::call, which needs a loaded connector cdylib. No testtarget declares
required-features = [… "modules" …](grep '^\[\[test\]\]' -A4 Cargo.toml→ four entries, none), and the repo says so itself in the comment #5818 addedto
composio_raw_coverage_e2e.rs: "the module cdylib is never loaded in a test binarythat runs no boot sequence." Every existing
[composio:error:assertion in that lanefires on a local validation error (
composio_raw_coverage_e2e.rs:1285,composio_ops_raw_coverage_e2e.rs:229,:402) wherecontainsandstarts_withgivethe same answer — so none of them would fail on a revert. Covering this needs a stub
connector module the harness can load, which is a harness deliverable, not a test.
#5884 iOS re-pairing — CANNOT-COVER in the browser lane.
AppRoutes.tsx:43renders<AppRoutesIOS />only whengetIsMobile(), anddetectIOS()requiresisMobileUA && isTauri()(app/src/lib/platform.ts:37-42).isTauri()is false in theweb lane by construction, so emulating an iPhone user agent still yields the desktop route
tree and
#/pairnever mounts. The only override,setTestPlatform(), is module-scopedand reachable from vitest but not from a page in a browser.
Two findings a reviewer should see
The Playwright lane does not run on any PR to
main.ci-lite.ymlis the main-PR laneand contains no Playwright (
grep -c playwright→0);ci-full.ymlcarries it buttriggers only on
release;e2e-playwright.ymlisworkflow_dispatchonly.route-redirect-history.spec.ts:114asserts a bug that was already fixed. It pins/skills?tab=messagingdropping the query, butd434f1e0f(2026-09-01 13:41) replacedthat
<Navigate>with<ForwardSearch>, which copiessearchandhashonto the target.The spec was committed at 15:15 — 94 minutes later. It passes only if the fix regresses.
Left untouched here: it is another worker's spec and outside this slice.
Submission Checklist
diff-coverto measure.## Related— N/A: no feature IDs affected.Closes #NNN— N/A: coverage backfill for already-merged PRs; there is no open issue to close.Impact
incremental cost is the target itself rather than a new build of the crate.
Related
reported above as blocked, not delivered.
here, because I could not run it (see below) and an unrun test is worse than an
admitted gap. It is parked at
~/tinyhuman/bugs/W11-route-auth-guards.spec.ts.unverifiedfor whoever can run that lane.
mainis currently red on theRust Qualitylayout gate — pre-existing, not from thisPR.
Summary by CodeRabbit