dev gate: restart tests depend on CARGO_TARGET_DIR and wall-clock timeouts #207
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opened 2026-10-13 13:47:51 +00:00 by kayg
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kayg/infraternal#207
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scripts/verify fast on origin/dev fails 5 restart tests: restart_image.rs unwraps unset CARGO_TARGET_DIR; a hard-coded 6 s timeout trips under host load (30-44 on 12 cores); an audit test fails in the full suite but passes alone (seen on #200). Fix the tests, not the product.
Start: branch dev-gate-fix, base
9894aff6c0. Reproduced with CARGO_TARGET_DIR unset (test binary run directly, load ~29): 4 tests unwrap it (restart_image.rs:195,240; restart_path_review_tests.rs:45; restart_deleted_path_review_tests.rs:53), and remote_server::tests::failed_restart_endpoint_does_not_prevent_http_serving fails 'HTTP startup deadline' (remote_server_tests.rs:249, 5 s) - this one fails even with the variable set under load.Commits on dev-gate-fix: e6bec202 (CARGO_TARGET_DIR unwraps replaced by scratch_root() beside the test exe; verified passing with the variable unset: 28 passed), b8a1502e (restart_tests waits -> 60 s hang bound), 4a67739e (remote_server startup 5 s and audit recv 5 s -> 60 s; that test passes alone in 0.1 s but failed in the full restart run, i.e. it measured load). Now investigating ca_unlock_audit_tests.rs:97 (0 events in full suite, passes alone, #200).
Start continuation: branch
dev-gate-fix, base9894aff6c0b2d9c49b5eef0bea008f55b1a2759b. The worktree is clean; the prior run left three commits (e6bec202,b8a1502e,4a67739e) and no checkpoint commit. I read all comments on #207; it has no parent issue reference.Finding:
unlock_audit_records_principal_time_outcome_without_materialpasses alone (1 passed in 1.32s) but fails in the fullinfraternal-serverremote test binary: 416 passed, 3 failed, 46 ignored in 1150.66s. Atcrates/infraternal-server/src/auth/ca_unlock_audit_tests.rs:97, it observed 0server_ca_unlockevents instead of 4. The same run had two unrelatedsession_gonesocket failures; host load average was 57.30 / 43.88 / 30.48. Full log: server-remote-suite.log.Finding: first touched-crate Clippy run rejected
ca_unlock_audit_tests.rs:26at 133/100 lines. Extracted the child launcher and retained event assertions into separate helpers; the focused audit test and Clippy are rerunning.Step complete:
51589f03isolates the audit assertions in a bounded exact-test child process. Focused test:test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 464 filtered out; finished in 2.07s.cargo fmt --all --checkpassed;cargo clippy --locked -p infraternal-server --all-targets --features remote -- -D warningspassed. Evidence: audit-isolated-51589f03.log.Step complete:
a465efcareplaces the final restart testCARGO_TARGET_DIRcache lookup withscratch_root(). The compiled test binary passedreal_fd_exec_pins_replacement_and_cold_rollback_uses_null_stdinwithCARGO_TARGET_DIRunset: 1 passed in 0.97s. Evidence: restart-tests-unset-cargo-target-dir.log.Step complete:
3c8793becentralizes a 60-second hang bound and applies it to the remaining positive restart test waits, including child exit after observed recovery. Assertions are unchanged.restart::tests::passed 18/18 in 5.71s;restart::recovery_tests::verified_exec_and_late_refusal_preserve_listener_and_capassed both cases (1/1, 9.32s);cargo clippy --locked -p infraternal --all-targets -- -D warningspassed;cargo fmt --all --checkpassed. Evidence: restart-module-51589f03.log, restart-recovery-51589f03.log.Finding:
scripts/verify fastcompleted on8cd3d6c420a6af0a042a0e03077c0a25f8dda348. Its test row passed. Static release binaries exceed current budgets on both targets: x86_64 22,236,272 / 22,204,304 bytes (+31,968); aarch64 19,666,552 / 19,638,744 bytes (+27,808). The branch diff fromorigin/devis confined to test modules/fixtures, so it does not change release code. Full log: verify-fast-8cd3d6c4.log.Final gate output:
Finished #207 at HEAD
8cd3d6c420a6af0a042a0e03077c0a25f8dda348ondev-gate-fix(clean worktree). Restart waits now use condition-based 60-second hang bounds without weaker success assertions; restart scratch paths work withoutCARGO_TARGET_DIR; CA unlock audit capture is isolated in a child test process.scripts/verify fasttest row passed, includingvt_credit, the auth socket/review3 timeout tests, and the full-suite CA unlock audit test.The overall gate is not fully green: static binaries exceed the existing size budgets by 31,968 bytes (x86_64) and 27,808 bytes (aarch64). All changed files are test modules or fixtures; no release implementation changed. Full raw gate log: verify-fast-8cd3d6c4.log.
scripts/verify fastfinal output:Start: branch
gate-flakes, basefe047e2d3b55dfb752131bc188a902aa6b776387(origin/dev). Read all #207 and #174 comments. Prior restart fixture and scratch-target findings are retained; this run will reproduce current gate failures under bounded synthetic load and record per-test counts before changing tests.Blocked on shared capacity: all four build slots are occupied by active gates/builds, and free disk is 55 GB, below the 60 GB guard. This worktree has no target artifacts. Needed before the requested prebuild and tests can start: one shared build slot and restored disk headroom. No load generator or test has started.
Capacity update: free disk has fallen to 41 GB (below the 60 GB guard) while all four build slots remain occupied. This job still has no target artifacts; its scratch directory is 8 KB. Needed: disk guard reclamation to restore at least 60 GB and one shared build slot. No test or synthetic load has started.
Step complete at HEAD
fe047e2d3b55dfb752131bc188a902aa6b776387: compiled the focused test executables and SSH runtime helper in/home/kayg/.cache/codex-scratch/gate-flakes/target. Build rows succeeded: askpass 4m52s, rootless daemon 0.71s, CLI tests 18.00s, auth server tests 4m01s, SSH install tests 45.31s, helper 0.52s. Target use: 7.5 GB; free disk: 54 GB. No source changes. No-load baseline execution is queued for a build slot. Evidence: prebuild.log.Capacity update at 2026-10-21 00:17 CEST: all three normal build slots are occupied by other gate/build jobs; 116 GB is free. The corrected no-synthetic
auth::tests::socket_testsbaseline is queued. Natural 1-minute load is 38.14; no synthetic workers are running. Needed: a shared build slot and natural load below the observed 12-core failure range before synthetic repetitions. No source changes.Baseline update: no synthetic workers ran. At the suite start, host load was 11.10 / 13.92 / 14.70 (1/5/15 min). Results: SSH askpass 2 passed (1 ignored); rootless daemon 1 passed with all 24 abrupt-stop iterations; restart 28 unit tests and 2 matching integration tests passed; review3 13 passed (1 ignored); authority watchdog 6 passed; SSH install 93 passed (2 ignored); SSH inode reuse 1 passed.
Matrix correction: the first auth filter selected 0 tests. The corrected server-only invocation without
remoteran 48 passed, 2 failed, 4 ignored in 153.31s. Both failures expectedmesh unavailablebut gotplugin unavailable; this invocation omittedremote, which is enabled through the workspace'sinfraternaldefaults. This is a feature-selection mismatch, not a load result. The bootstrap selector also selected 0 tests and is excluded. Evidence: baseline.log, baseline-auth-socket.log.Blocked: the matching
--features remotebaseline is queued, but free space fell to 57 GB and all normal build slots are occupied. Its queued command was stopped before it acquired a slot to avoid compiling below the 60 GB disk guard. No source changes; no synthetic workers are active. Needed: one normal slot and at least 60 GB free for the matching baseline, then the five loaded repetitions.Capacity update at 2026-10-21 00:47 CEST: all three normal build slots are occupied by active gate/build jobs and free disk is 51 GB. The workspace-feature-matched auth baseline remains stopped before compilation because free space is below the 60 GB guard. Natural load is 14.81 / 16.25 / 17.87 (1/5/15 min); no synthetic workers are running. Needed: at least 60 GB free and one normal build slot. No source changes.
Capacity update at 2026-10-21 00:49 CEST: free disk fell from 51 GB to 45 GB while all three normal build slots remain occupied. The workspace-feature-matched auth baseline is stopped before compilation; loaded repetitions have not started. Natural load is 21.72 / 18.33 / 18.49 (1/5/15 min). Needed: disk guard reclamation to at least 60 GB plus one normal slot. No source changes or synthetic workers.
Capacity update at 2026-10-21 00:58 CEST: free disk is 41 GB. All three normal slots are occupied by two
scripts/verify fastjobs and a remote server release compile. The feature-matched auth baseline remains paused before compilation; loaded repetitions have not started. Natural load is 16.77 / 11.47 / 14.55 (1/5/15 min). Needed: disk guard reclamation to at least 60 GB and one normal build slot. No source changes or synthetic workers.Capacity update at 2026-10-21 01:02 CEST: free disk has fallen to 38 GB; all three normal slots remain occupied by active checks/builds. The feature-matched auth baseline and loaded repetitions remain stopped before compilation. Natural load is 25.44 / 19.67 / 17.26 (1/5/15 min); no synthetic workers are running. Needed: disk guard reclamation to at least 60 GB and a normal build slot. No source changes.
Orchestrator note for gate-flakes: review-app-windows-r7 saw the inode-reuse fixture in
crates/plugins/ssh/tests/install.rs:3491fail inscripts/verify fastand also in isolation on two paths (headadcb77f18, unchanged file). Not load-only, so check whether it is a real bug or a fixture assumption. Receipts on #146.Capacity update at 2026-10-21 01:17 CEST: the remote-enabled auth baseline has been queued since 00:31 without acquiring a normal slot; all three normal slots are occupied by active gates/builds. Disk has recovered to 115 GB. Natural load is 34.08 / 23.80 / 19.99 (1/5/15 min), so synthetic runs remain deferred. Needed: one normal slot for the baseline, then a natural load below 30 for the loaded repetitions. No source changes or synthetic workers.
Step complete: workspace-feature-matched auth socket baseline passed with no synthetic load.
--features remoteselected 57 tests: 57 passed, 0 failed, 4 ignored, in 117.95s. Bothsession_gonecases and all fivetransient_authority_stallcases passed. Host load at start was about 5.8 / 17.3 / 19.5 (1/5/15 min). The earlier package-only run withoutremotehad two expected-message mismatches; this corrected run matches workspace feature unification. Evidence: baseline-auth-socket-remote.log.Next: run the review3 baseline with
remote, then begin five bounded loaded repetitions when natural load permits. No source changes.Step complete: the workspace-feature-matched review3 baseline passed with no synthetic load: 13 passed, 0 failed, 1 ignored in 13.60s (
--features remote). Host load near test start was about 9 / 12.5 / 17 (1/5/15 min). Evidence: baseline-review3-remote.log.The auth socket and review3 no-synthetic baselines are complete. Next is five loaded repetitions of the targeted flake suites; natural load is currently below 30, and no synthetic workers are active. No source changes.
Loaded matrix complete on
gate-flakesat basefe047e2d3b55dfb752131bc188a902aa6b776387: five rounds across ten targeted cases, 50/50 suite executions exit 0 and zero test failures. Per-case passed/ignored counts are inloaded-counts.md; the complete output isloaded-trials.log(attached).The rootless real-binary case passed 5/5: 120 abrupt stop/restart iterations total, 4,710,396 fixture bytes per run.
restartpassed 33 tests per run; the directrestart::tests::binary invocation withCARGO_TARGET_DIRunset passed 18 per run. Auth session-gone (2), authority stall (5), review3 (13 plus one ignored), watchdog (6), SSH askpass (2 plus one ignored), SSH install (93 plus two ignored), and inode reuse (1) all had zero failures in five runs. The loaded runs used 2–4 CPU workers inside the same scoped unit; sampled 1-minute load average at burst starts/stops was 9.27–26.38. All 174 worker PIDs were gone at completion.No load-only failure reproduced, so no test or product code changed. Next: run Clippy under bounded synthetic load, then the final
scripts/verify fast.Loaded workspace Clippy completed successfully:
cargo clippy --workspace --all-targets --locked -- -D warningsexited 0. The same scoped unit ran four CPU workers in two bursts (110.1s and 94.09s, with a 10s rest); sampled 1-minute load average ranged 10.81–22.04.openssl-src,openssl-sys,openssl, andtokio-opensslcompiled without a header error. All eight worker PIDs exited. Full output is attached.No load-only failure reproduced. Next: final
scripts/verify fast.Final fast gate finding:
cargo-denyreportsRUSTSEC-2026-0382for lockedrustls-webpki 0.103.15, reached throughrustls 0.23.46. Gate output:advisories FAILED, bans ok, licenses ok, sources ok. This is the known advisory row being patched by another job. Static builds are still running; I will post the final gate summary when complete.Static x86_64 leg passed: stripped static PIE, no
PT_INTERP, 21,385,264 bytes; cap 21,385,264; delta +0 bytes. The source tree is identical to merge basefe047e2d3b55dfb752131bc188a902aa6b776387(repository artifact gate reports 0 changed paths), so branch-to-base size delta is 0. The aarch64 leg and final gate summary are still running.Finished on branch
gate-flakes, HEADfe047e2d3b55dfb752131bc188a902aa6b776387(same as merge baseorigin/dev). No test fix was needed: all 10 selected cases passed in 5/5 loaded runs (50/50 invocations, zero test failures); loaded Clippy passed without the OpenSSL header race. The rootless daemon test completed 24 abrupt-stop iterations per invocation (120 total). Counts and raw receipts: loaded-counts.md, loaded-trials.log, loaded-clippy.log.scripts/verify fastreturned exit 1 solely for the knownRUSTSEC-2026-0382advisory inrustls-webpki 0.103.15; all other gate rows passed. Static stripped sizes equal the caps: x86_64 21,385,264 bytes (+0 from merge base), aarch64 19,570,256 bytes (+0). Full gate log: verify-fast.log.Final gate table (verbatim):
+---------------------------+--------------+
| Rust gate | Result |
+---------------------------+--------------+
| fmt | PASS |
| VT native fmt | PASS |
| CLI plugin compile-out | PASS |
| clippy | PASS |
| SSH runtime test helper | PASS |
| test | PASS |
| SSH inode reuse fixture | PASS |
| shim process-per-user | PASS |
| cargo-deny | FAIL (1) |
| static builds | PASS |
+---------------------------+--------------+
Orchestrator note for gate-flakes-r2: review-merge-release9-dev saw an unchanged CA test fail once in a parallel
scripts/verify fastrun (32/32 isolated repetitions pass, serialised gate passes). Receipts on #24. Include it in the evidence table.Start: branch
gate-flakes-r2, basefe047e2d3b55dfb752131bc188a902aa6b776387(origin/dev). Read all comments on #207 and #174 and the repository contract/docs. Starting the requested four-day failure-log inventory; no source changes yet.Branch update:
gate-flakes-r2has been fast-forwarded to currentorigin/devat6247e288ce5da5041dedc490caa10bc47a7d2602(from the earlierfe047e2d3b55dfb752131bc188a902aa6b776387base). No task changes were present. I am refreshing the failure candidates against this branch before the paired baseline gate run.Four-day scan complete: 5,898
log.txtandevidence/*.logfiles, 2.66 GB. The sanitized marker index has 679 distinct test names across 132 jobs; it includes intentional red test-first runs as well as gate failures. Attached: failure-marker-index.log.Task-relevant receipts from the scan:
auth::tests::socket_tests::review_subscription_refusal::oversized_refusal_cannot_reinstall_a_queued_mesh_subscriptionPoolTimedOutatreview_subscription_refusal.rs:48:10(term-env-sync/evidence/verify-fast-final.log:2446)bootstrap_runtime::remote_backend::tests::breakit2_live::live_fixture_keeps_authority_after_connection_retirementPoolTimedOutatbootstrap_breakit2_tests.rs:29:10(evidence/verify-fast-final-4724c8baa.log:2527)latency_fixture_accepts_the_unsolicited_startup_inventoryValueError: test state path is too long for an AF_UNIX socket(agent_sessions.rs:408:5,verify-iterate-final4.log:408)runtime_lock::tests::session_inspection_finds_bound_endpoints_by_identityruntime_lock_tests.rs:266:5; closed endpoint still reported asErr(73)(iterate-remote-socket.log:1070)setup_token_tests::setup_token_command_reads_only_the_expected_socket_responsebind token test socket: path must be shorter than SUN_LEN; recorded path length 111 bytes (initial-path-final-driver.log)review_inode_reuse_after_diagnostics_preserves_live_replacementreview-app-windows-r7failed 0/1 atinstall.rs:3491:5withabsent\nvsreused\n; a separate isolation passed 1/1 in 0.28sThe parallel CA unlock audit failure reported on #24 is also in scope: one parallel full-suite failure observed 0 events instead of 4 at
ca_unlock_audit_tests.rs:97; it passed 32/32 isolated and the serial gate passed. I’m checking the latency-fixture timeout receipt separately and reproducing the baseline pair before assigning each cause.Baseline finding:
baseline-a.logexited 1 before the Rust test stage. The three-sample loopback latency self-test reported that the configured RTT did not arrive; host timing values are not used as performance evidence. The same worktree is now running the exactcargo test --workspace --lockedstage concurrently with the other baseline gate.Paired baseline complete at
6247e288ce. Twocargo test --workspace --lockedstages ran concurrently from separate worktrees under one build-slot wrapper, each with a separate target and tracer port. Both exited 0: 147 test-result lines, 1,684 passed, 0 failed, 182 ignored per worktree. Sanitized receipt: paired-baseline-summary.log.Correction: the first supplemental direct run omitted the target-local Zig path used by
scripts/verify, so its native mouse probe failed withFileNotFoundError. That run is excluded; the corrected paired run above included the required path and passed.Finding:
setup_token_command_reads_only_the_expected_socket_responseplaces its private socket understd::env::temp_dir(). With a 139-byte TMPDIR, the socket path was 187 bytes and the test failed atcrates/infraternal/src/main.rs:1379withpath must be shorter than SUN_LEN. I’ll give this test a short private directory independent of TMPDIR; it will still verify the same request/response and cleanup. Red receipt: setup-token-red-summary.log.Step complete: setup token fixture path. Commit
1baa25da6(test: keep setup token socket path short) is pushed togate-flakes-r2. Red: the test failed under a 139-byte TMPDIR with a 187-byte socket path andpath must be shorter than SUN_LEN. Green: the same targeted test passed (1 passed, 0 failed) under that TMPDIR;cargo fmt --all -- --checkexited 0;cargo clippy --locked -p infraternal --all-targets -- -D warningsexited 0. The test still checks the same GET request and response and now removes its private directory through RAII.Finding:
latency_fixture_accepts_the_unsolicited_startup_inventorycalls the sharedfixture_statehelper without a short state-root override. With a 127-byte HOME and both state-root variables unset, the helper rejected its home-based fallback because the upstream socket path was 221 bytes; the test failed before starting the fixture. I’ll give this test a short private root under/tmpand remove it on completion. The test will continue to exercise the same real-binary startup and inventory flow. Red receipt: latency-fixture-red-summary.log.Finding follow-up:
session_inspection_finds_bound_endpoints_by_identitywas recorded 23 times across five jobs, withErr(73)persisting after the bound socket was dropped. A new regression test makes the first inspection take longer than the old 100 ms polling budget, then reports closure on the next inspection. It fails against the old helper and passes after extending only that test helper's bounded wait to two seconds; production runtime-lock code is unchanged. Receipt: runtime-lock-red-green-summary.log.Step complete: private DB pool timeout for the queued subscription-refusal test. Commit
5fecf2631is pushed togate-flakes-r2. The historical record shows 16 PoolTimedOut observations across three jobs. The fixture now allows a longer acquire window while preserving its eight-connection pool and five-second SQLite busy timeout. The focused test passed (1 passed, 0 failed).infraternal-plugin-remoteClippy passed with its required test features;infraternal-serverClippy passed with--no-deps. The broader server Clippy command that linted dependencies stopped on twounnecessary_wrapswarnings ininfraternal-agent/src/plugins.rs; this was not in the touched crate. Receipt: db-refusal-step-summary.log.Step complete: live-authority database fixture timeout. Commit
60d59eeb5is pushed togate-flakes-r2. The historical record shows five PoolTimedOut observations inlive_fixture_keeps_authority_after_connection_retirement.test_open_databasenow allows a longer acquisition window for this verification fixture; productionopen_databasestill uses the default bound. The focused test passed (1 passed, 0 failed), formatting passed, and the server all-targets Clippy run with--no-depspassed for the remote feature set. This preserves the same private persistent SQLite database and connection behavior under test.Step complete: runtime-lock inspection wait. Commit
bb9e0f311is pushed togate-flakes-r2. The new regression failed on the old helper because its first snapshot exceeded the 100 ms deadline and returned the stale live state; it passes (1 passed, 0 failed) with the test-only two-second bound. The existing runtime-lock test's assertion and the production runtime-lock implementation are unchanged.cargo fmt --all -- --checkand remote all-targets Clippy with the required test features passed. See the earlier attachedruntime-lock-red-green-summary.logfor the red/green record.Step complete: long-HOME latency fixture path. Commit
29fea23bcis pushed togate-flakes-r2. The red run failed before launch becausefixture_staterejected a 221-byte upstream socket path under a 127-byte HOME. The updated test passed (1 passed, 0 failed) under the same HOME with both state-root variables unset; it now creates and cleans its own short private root and keeps the real daemon inventory flow. Formatting andinfraternalall-targets Clippy passed. Red and green receipts: latency-fixture-step-summary.log.SSH inode-reuse fixture: checked sequentially in the branch worktree and a long scratch worktree at baseline
6247e288. Both runs exercised inode reuse and passed 1/1 (0 failed, 0 ignored). The existing bounded retry path reports unsupported filesystem reuse as ignored; no change needed. Two-path receiptFinding: the fast gate's configured RTT self-test is timing-sensitive on this shared build host. A baseline fast run stopped before Rust tests with
configured 300 ms RTT did not arrive; this host timing is not performance evidence. The fast gate now checks exact echo bytes through a zero-delay proxy without a timing bound; the latency profile retains the configured RTT measurement. Focused check passed withINFRATERAL_TEST_RTT=300:PASS proxy_forwarding samples=3 timed=false, noMETRICline; Python compile andgit diff --checkpassed. ReceiptCompleted and pushed
d07724f13. The fast gate now uses a zero-delay three-sample byte-forwarding check; configured RTT measurement remains in the latency profile. Focused verification passed: Python compile, exact echo withINFRATERAL_TEST_RTT=300(PASS proxy_forwarding samples=3 timed=false, no metric output), andgit diff --check. Step receiptMilestone
scripts/verify iteratecompleted atd07724f13047d513a6d1e46955226be7228a39fc. Rust: 161 result groups, 2,031 passed, 0 failed, 202 ignored; TypeScript protocol suite: 39 passed, 0 failed, 36,135 expectations. The refusal fixture and SSH inode-reuse check both passed. Gate output:ITERATE gate passed. This is not the final gate: run scripts/verify fast before reporting done.ReceiptPaired post-change workspace test stage passed at
d07724f13047d513a6d1e46955226be7228a39fc: two worktrees, separate targets, bounded to two Cargo build jobs and four test threads each, distinct ports, with target-local Zig setup. Both exited 0 with 147 result groups, 1,685 passed, 0 failed, 182 ignored. The setup-token, latency startup-inventory, runtime-lock, and oversized subscription-refusal cases passed in both. The initial uncorrected pair was excluded because it omitted Zig from PATH; the corrected run followedscripts/verifysetup. ReceiptFinding during branch-head
scripts/verify fast: the stripped x86_64 static artifact is 21,387,504 bytes against the 21,387,248-byte cap (+256 bytes). The gate is continuing its second static target. I have not changed the cap; merge-base size comparison is pending. ReceiptMerge-base size comparison confirms branch growth: with the same stripped static x86_64 recipe, merge base
6247e288ce5da5041dedc490caa10bc47a7d2602measured 21,387,248 bytes and branchd07724f13047d513a6d1e46955226be7228a39fcmeasured 21,387,504 bytes (+256). The final gate also measured aarch64 at 19,559,944 bytes (+544 over cap). Source review found the test acquire-timeout option had added a production branch inopen_database. I will preserve the production function exactly and keep the longer timeout in test-only code; the cap stays unchanged. Comparison receiptCompleted and pushed
98981cc4d. Productionopen_databaseis restored unchanged; the 60-second acquire bound now lives only in the test fixture.cargo fmt --check, the focused live database fixture (1 passed), and touched-server Clippy with--no-depspassed. The broader Clippy attempt still reports only the existingunnecessary_wrapswarnings ininfraternal-agent/src/plugins.rs:123and:133. Finaliterate, static-size comparison andfastrerun are pending. Step receiptFinding:
pty::child_environment_tests::spawned_login_shell_receives_selected_environment_without_other_host_variablesfailed once inscripts/verify iterateatpty.rs:741(the login shell must receive the selected locale variable). It takes a single/proc/<pid>/environsnapshot immediately after spawn; the same test passed in the later process-per-user stage and in both paired post-change worktrees. This points to a test-side startup observation race. I will make the test wait, with a bound, for the required environment before asserting the same selected variables and host-variable scrub. No product code change planned. ReceiptStep complete at
21c31f906cc6863d6e6bfed7cc1013ac8ccdc811(pushed toorigin/gate-flakes-r2). The child-environment test now polls boundedly for the selected locale,TERM, andCOLORTERMbefore checking the full scrubbed environment.Evidence: focused test log. Focused test: 1 passed, 0 failed.
cargo fmt --all --check,git diff --check, andcargo clippy --locked -p infraternal-shim --all-targets -- -D warnings: passed.An exploratory strict Clippy run with
process-per-userenabled reported existing warnings interminal.rsanduser_host.rs; the standard touched-crate Clippy command above passes. The full iterate and fast gates remain to run at the branch head.Iterate completed at
21c31f906cc6863d6e6bfed7cc1013ac8ccdc811(branch head). Every Rust row passed: fmt, VT native fmt, CLI plugin compile-out, Clippy, SSH runtime helper, workspace tests, SSH inode reuse, process-per-user shim tests, and cargo-deny. The Rust test output contains 161 result groups: 2,031 passed, 0 failed, 202 ignored. TypeScript protocol tests: 39 passed, 0 failed, 36,135 expectations. The revised pty environment test passed in both workspace and feature-enabled shim suites.Full receipt: iterate-final.log.
ITERATE gate passed. This is not the final gate: run scripts/verify fast before reporting done.
Branch-head
scripts/verify fastcompleted successfully at21c31f90683dad6587570bbe6f9f11bcbb38e396; working tree is clean andorigin/gate-flakes-r2is at the same SHA. All ten Rust rows passed. Its 161 Rust test result groups total 2,031 passed, 0 failed, 202 ignored. TypeScript protocol tests: 39 passed, 0 failed, 36,135 expectations. Full log: fast-final.log.Static sizes against the merge-base build: x86_64 21,387,248 bytes (delta 0; byte-identical artifact), aarch64 19,559,400 bytes (delta 0 vs. cap). Both caps pass.
Verbatim fast gate summary:
I will now repeat the bounded two-worktree workspace test stage at this branch head to complete the shared-resource before/after check.
Finished at
21c31f90683dad6587570bbe6f9f11bcbb38e396ongate-flakes-r2, pushed toorigin/gate-flakes-r2; the worktree is clean.The four-day read-only scan covered 5,898 logs (about 2.66 GB). The failure table and first-line evidence are in the earlier comment and failure-marker-index.log. Fixes were test-only except making the fast proxy check functional instead of timing-sensitive: short private Unix-socket roots for setup-token and startup-inventory tests; 60-second acquire slack for private SQLite fixtures only; a bounded runtime-lock snapshot poll; and bounded polling in the child-environment test. The fast proxy still checks exact byte forwarding, while configured RTT measurement stays in the latency profile. SSH inode-reuse failures did not reproduce in either of the two separate checkout paths; both passed 1/1.
Concurrency reproduction at final SHA: two simultaneous workspace test stages in separate worktrees and targets, each with
CARGO_BUILD_JOBS=2andRUST_TEST_THREADS=4. Both exited 0; each had 147 result groups, 1,685 passed, 0 failed, and 182 ignored. Worktree B observed Cargo package-cache lock waits while the other build ran; both completed. Receipts: worktree A, worktree B. Before changes, the paired baseline had 1,684 passed and 0 failed in each worktree: baseline summary.Final
scripts/verify fastreceipt: fast-final.log. Rust tests: 2,031 passed, 0 failed, 202 ignored across 161 result groups. TypeScript protocol tests: 39 passed, 0 failed, 36,135 expectations. Static x86_64 was 21,387,248 bytes and byte-identical to the merge-base artifact (delta 0); aarch64 was 19,559,400 bytes. Both exact caps passed.Verbatim final gate summary:
Orchestrator: read the diff (8 commits, test-only; x86 binary byte-identical to the merge base). dev fast-forwarded to
21c31f906.Note for later:
test_open_databasenow duplicates the production pool settings with a longer acquire timeout. If productionopen_databasechanges, this copy can drift. A follow-up could share one options builder and override only the timeout.Start: branch
broad-suite-triage, baseabedd62b068cbd0af0c51488abb0a6e0ddf4ce4e(origin/release-prod-live, release 9.3). Read all 57 comments on #207; its body still describes prior restart-gate work and no parent issue is referenced. This run follows the current brief for release 9.2/9.3 broad real-server browser-suite triage.Step complete: release 9.2 run 1/2 at
c996c8d2bd5d54ee3f66e0b7707c22c89b4cddac,scripts/verify integrationvia build-slot, 1 worker, port 4201 on infraternal-dev. Result: 83 passed, 7 failed, 15 skipped, 11 did not run. Failures: canvas >32-window rotation; frozen thumbnail; low-memory sessions-picker count; phone 393×852; first query-reply case; scroll-lock focus; switch attach bound (128.6 ms against 60 ms). The 11 non-runs are serial fallout: 4 canvas cases, 2 phone cases, 4 scroll-lock cases and 1 later switch case. The 15 skips are explicit conditional/measurement skips. Launch load was 14.11 / 5.09 / 4.50. Raw receipt: release92-run1.log. Classification waits for the remaining three requested runs.Correction to the 9.2 run-1 summary: the low-memory test did not reach its sessions-count assertion. It hit the 120 s test timeout while
memoryFloor()was reading cookies/configuring the fixture (browserContext.cookies: Target page, context or browser has been closed). The supplied 9.3 log separately shows the count mismatch: 249 sessions received versus 1 expected. Full stack and result are in the attached run log.Step complete: release 9.2 run 2/2 used the same binary SHA as run 1, commit
c996c8d2bd5d54ee3f66e0b7707c22c89b4cddac, build-slot, 1 worker, port 4202. Result: 76 passed, 9 failed, 15 skipped, 16 did not run. Failures: canvas >32-window rotation; frozen thumbnail; host-facts request count; low-memory fixture; phone 393×852; query-reply corpus; scroll-lock focus; stale-screen phone note; switch setup. The non-runs are serial fallout: 4 canvas, 2 phone, 4 scroll-lock and 6 switch tests. Launch load was 24.47 / 18.39 / 15.86 on infraternal-dev. Across both 9.2 runs, phone and scroll-lock failures repeat; host-facts count, stale-screen and switch results are mixed. Receipt: release92-run2.log.Release 9.3 baseline, repeat 1/2 (
abedd62b06): 81 passed, 8 failed, 15 skipped, 12 did not run in 20.8 min on infraternal-dev. Load average was 2.25 / 6.26 / 10.26 at start and 13.18 / 10.34 / 12.20 at completion. Full log and the low-memory refusal screenshot are attached above.Failures: canvas rotation focus stayed inactive; freeze output hash did not change after unfreezing; Host popover read facts twice (expected at most once); low-memory setup timed out after 120 s while reading cookies in
memoryFloor()before its count assertion; phone 393×852 found no.ui-window; three-viewer query reply yielded replies[1,0,0]instead of[1,1,1]; scroll-lock setup measured 0px overflow instead of >200px; switch frame at 113 ms had ink 11 instead of >30. The original two stalled-shim failures pass here. Mesh empty-state and settlement checks pass here.All 12 non-runs are failure cascades under file-level serial mode: canvas 17–20, phone 74–75, scroll-lock 97–100, switch 113–114. The same test files use one worker and
fullyParallel: false, so I will remove the serial failure-cascade after the version/repeat baseline matrix, preserving sequential fixture order.Release 9.3 baseline, repeat 2/2 (
abedd62b06; same binary SHA-256 as repeat 1): 82 passed, 7 failed, 15 skipped, 12 did not run in 22.8 min on infraternal-dev. Load average was 9.72 / 10.60 / 12.12 at start and 26.82 / 20.96 / 17.78 at completion. Full log and the refusal screenshot are attached above.The failures were canvas rotation focus, frozen output unchanged, low-memory setup timing out while reading cookies before its assertion, phone 393×852 finding no window, three-viewer query replies, scroll-lock setup focus, and switch frame at 211 ms with ink 9 (expected >30). Host facts, stale-screen and all Mesh tests passed. Both stalled-shim cases passed again.
The 12 non-runs again came only from serial failure cascades: canvas 17–20, phone 74–75, scroll-lock 97–100, switch 113–114. The original 9.3 pause, Mesh and settlement failures do not reproduce on this host; I will include them as environment/mixed cases in the #207 matrix.
Baseline classification across release 9.2 repeat 1/2, supplied release 9.3 perf run, and local release 9.3 repeat 1/2. F=failed, P=passed, NR=did not run.
ERR_NETWORK_CHANGEDonly on the perf host..cl-meshstate; both local 9.3 repeats pass.No failure is isolated to 9.3 in the same environment. All non-runs are Playwright serial-mode cascades, not crashes or timeouts: supplied 9.3 had 17 (canvas 9, Mesh 2, phone 2, scroll-lock 4); the local runs had 11, 16, 12 and 12. I will remove the five file-level serial modes; configured
workers: 1andfullyParallel: falsekeep their shared fixtures sequential while allowing later tests to report after an earlier failure.Finding: the 9.3 switch strip captured empty frames at 113 ms (11 ink samples) and 211 ms (9) in the two dev runs, while the next live frames were at 156 ms and 312 ms (425 samples). In
apps/tracer/src/canvas/sessions/live.ts,onPaintedOutputdrops the cached screen on the first output callback, even if the new screen has not yet drawn visible content. The existing real-server strip test reproduces this twice; I will first commit its explicit assertion, then test a narrowly scoped ghost-retention fix. Evidence: run 1, run 2.Finding:
phone.spec.tsexpected the old gutter model, but D191's fresh-profile default isedge; the 393 CSS px fixture measured a 393 px window. I updated the test to assert the current default and the documented single-window widths; 393x852 now passes.scroll-lock.spec.tsstacks windows in.cl-group, whose scroll offset the test had read from the display-contents.cl-col; it now checks the group and the actual focused textarea. The focused-and-locked case passes. Evidence: phone run, scroll run.Step complete: removed file-level serial mode from canvas, mesh, phone, scroll-lock and switch specs while keeping the real suite at one worker and ordered files. This fixes the did-not-run cascade; 9.3 targeted reruns now execute all cases in the selected files. Commit
2a9756a49is pushed tobroad-suite-triage. The touched TypeScript check passed ($ bun x tsc --project tsconfig.json). Focused results: phone 3/3, scroll-lock 5/5, Host facts 2/2, freeze 1/1, canvas rotation 1/1. Evidence: phone, scroll-lock, Host facts, freeze, canvas rotation.Phone test correction committed and pushed as
2752700bb. The setup waits for one persisted console window with shell output; sizing assertions now match D191'sedgedefault, viewport-filling single-window width, and 16 px safe-area comfortable width. Results: 393x852, 375x667 and desktop all pass (3/3). Evidence: phone suite log.Scroll-lock test correction committed and pushed as
2540d066d. The fixture now measures.cl-groupfor stacked vertical splits and waits for focus on the terminal textarea. All five cases pass: initial lock, no scrollback, scrollback, unlocked pan, and handler assertion. Evidence: scroll-lock suite log.Host facts fixture correction committed and pushed as
d073907a3. The test now handles real session counts, counts only reads opened after the baseline, reads cached cookies outside the timed path, and uses the visible touch control. The full file passes 2/2. Evidence: Host facts suite log.Freeze test correction committed and pushed as
c46c84868. It now polls for the pixels drawn after the camera rests instead of assuming a fixed 900 ms is enough. The real freeze test passes. Evidence: freeze and Host facts run.Canvas rotation assertion correction committed and pushed as
ef11e2239. The test now explicitly focuses the new shell before checking that post-rotation typing reaches its PTY. The 34-window rotation case passes (1/1). Evidence: canvas rotation log.Focused switch run on 9.3 (
TRACER_TEST_PORT=4232; receipt attached): the manager test began with one bridge and ended with two, failing “no reconnect during the switches” (expected 1, received 2). Playwright then restarted the worker. The session setup is a test case rather than a worker hook, so the restarted worker ran the remaining six tests without the__swArmrecorder or two-session fixture; six cases failed and the targets case had no rows. Baseline broad runs had the manager and follow-on tests pass, so I’m treating the reconnect as mixed pending a clean isolated reproduction. I’ll move fixture setup into the worker hook so a restart reconstructs it, and keep investigating the reconnect separately.Focused switch receipt
Finding: the 9.3 broad run recorded terminal-strip ink counts 11 and 9 in the two failing runs, below the test threshold of 30; the 9.2 reproduction also had a 9-count frame.
apps/tracer/src/canvas/sessions/live.ts:203removes the cached screen on the first painted callback, even when that output has not produced visible terminal text. The existing strip assertion now names the cached-screen contract. I’m validating it alone before changing the callback behavior.9.3 run 1 · 9.3 run 2
Test step pushed as
18a1d0d4a: the strip assertion now names the cached-screen guarantee while retaining the empty-frame failure. Baseline red evidence: 9.3 run 1 and 2 recorded 11 and 9 ink counts; 9.2 run 1 recorded 9.bun run checkpassed:Committed test step
18a1d0d4anow reproduces the strip failure with the worker fixture in place: setup passed, then the sampled terminal frame contained 11 ink pixels against the 30-pixel threshold. The attached frames show the cached screen, the blank terminal, then live text.live.tsremoves the cache on the first paint callback even for a control-only snapshot; I’m changing it to wait for visible viewport text, with a bounded scan that avoids scrollback work.before · blank · live text
Finding: the focused switch rerun failed in
seedSessionsbefore the strip case:FIRST-MARKwas not found within the default five-second poll, so the strip case did not run. The lookup searched only the newest open bridge; a bridge replacement could make it miss output already recorded on the previous bridge. I changed it to search bridge history, gave both fixture markers a 20-second bound, and wait for visible terminal ink before closing the second session into the cache.failed fixture receipt
Product fix pushed as
5193b5628.live.tsnow leaves the cached image in place through control-only paint callbacks and releases it once viewport text is present; the scan is limited to the current viewport. The production build and focused real-server strip test passed 2/2, and the post-switch sample stayed above the 30-pixel ink threshold (lowest sampled count: 229).focused run receipt
The history lookup alone did not clear the fixture race: the focused setup still produced no
FIRST-MARKafter its 20-second bound. The window was typed into before the live PTY state was confirmed. I added an explicitdata-status=livewait before typing into each fixture terminal, so fixture commands start only after AttachTerm is settled.second fixture receipt
Finding: the strip still records a 9-pixel blank frame after the viewport-text gate, even with a painted target fixture. The screenshot cache canvas uses
.cl-ghost, whileapps/tracer/clusters.csssets.cl-ghost { opacity: 0 }for the canvas drag outline. That shared selector hides the cached terminal image. I’m renaming the cache canvas class to.cl-screen-cacheand updating terminal canvas selectors so the intended overlay remains visible.before gap · blank frame · live frame
Finding: the cached screen canvas was created with class
cl-ghost, whileapps/tracer/clusters.csssets.cl-ghost { opacity: 0 }for drag placeholders. The real-server strip reproduced the empty screen (sampled ink 9, threshold 30; setup and marker checks passed). The attached frame set shows the blank interval between cached and live output: https://git.kayg.org/attachments/2f96da8a-a4bb-435a-aa7c-d22d34e8a74e, https://git.kayg.org/attachments/f4811801-3594-49db-994d-165c45d6d62b, https://git.kayg.org/attachments/1f79e403-1126-4c76-b226-526cbe0cb28f. Renamed the cache canvas class tocl-screen-cacheand updated the terminal canvas selector; focused verification is running.The focused switch file ran all six cases: 5 passed, including the frame strip; only the manager route's existing attach-time assertion failed (104.4 ms against 100 ms). The run's captured load average was 12.63 / 14.35 / 15.96. This build-host timing is not performance evidence; I will rerun after the host load drops. The strip now stays visible (minimum sampled ink 425; sample frame: https://git.kayg.org/attachments/78e53663-98d6-4227-9daf-4d84436342a0). Log: https://git.kayg.org/attachments/7e3efba7-a221-44f4-8a38-7a055e07a19c.
Committed and pushed
ce58ab22a: cached screen canvases now usecl-screen-cache, so the drag placeholder's hidden class cannot conceal them. TypeScript check and production build passed. In the focused real-server switch file, the strip case passed (sample frame ink 27,312 before live output and 425 minimum during the sampled interval); 5/6 cases passed, with the manager case tripping its existing 100 ms attach assertion at 104.4 ms on the loaded build host. This timing run is not performance evidence. Screenshot: https://git.kayg.org/attachments/78e53663-98d6-4227-9daf-4d84436342a0. Log: https://git.kayg.org/attachments/7e3efba7-a221-44f4-8a38-7a055e07a19c.Focused
real/query-replies.spec.tspassed 5/5. The previously recurring corpus index 33 case passed; diagnostic sampling showed 1,493 output bytes and 29 recognized control spans reached each secondary viewer before its reply-delta assertion. No product cause is established, so I removed the temporary diagnostics instead of changing query handling. Log: https://git.kayg.org/attachments/71c618bc-50d9-40da-95ea-8fd1e6520288.Committed and pushed
211d07c6d: switch cases now wait for a live PTY and painted fixture output, resolve markers across bridge replacement, and own their route assertions. The suite seeds once per worker and all six focused cases passed. The strip stayed visible throughout sampling (min ink 425); the dedicated cached-screen frame showed 27,312 sampled ink pixels. Receipts: https://git.kayg.org/attachments/5e3922cf-6969-4d18-9425-34fd08ba18b1, https://git.kayg.org/attachments/5cee2666-1303-4456-a96a-601eb4a5cf4e, https://git.kayg.org/attachments/3fd0eed8-27c4-4e12-8934-4653c31a7492.Finding during review:
TerminalClient.readVisibleScreenText()passed the viewport offset asmaxRowstoterminalBufferText(). That helper then iterated from the computed first row to the end, reading rows 3–7 for a two-row viewport at offset 3. Added a failing-first regression check atapps/tracer/src/terminal-visible-screen.test.ts; it fails with those five rows instead of rows 3–4. The fix will read exactly the active viewport rows, bounded byterminal.rows.Committed and pushed
9e534832c:readVisibleScreenText()now reads exactly the current viewport rows, bounded byterminal.rows. The failing-first unit check had read rows 3–7 for a two-row viewport at offset 3; after the fix it passes and verifies only rows 3–4 are visited.bun run checkpassed. Green test log: https://git.kayg.org/attachments/a77f98ee-337e-4532-9ce1-bf06d5e1a0ca. The first full integration run began before this fix and is not a final run; I will rerun twice from the updated head.Finding in broad run 1: desktop stale-note assertion passed after server restart, but the phone context never showed
.ui-terminal-note[data-shown]within 10 seconds (apps/tracer/real/stale-screen-d309-review.spec.ts:22). The error context shows the phone remained connected and had its Console terminal; the test startssleep 30only through the desktop terminal. I’m checking whether the two contexts own separate sessions, then will correct the fixture so both viewers exercise the intended silent reattach. Log: https://git.kayg.org/attachments/ec154b06-7ec7-4756-8176-ec1d77776dec; error context: https://git.kayg.org/attachments/d3016000-ac7e-4fb4-8ba3-281486b5a71b.Finding in broad run 1: the cold-session path preserved its intended functional state (
fromCache=false, no new WebSocket), but its existingattached <= 60 msassertion failed at 89.9 ms (apps/tracer/real/switch.spec.ts:347). The next live-paint assertion has a separate round-trip allowance. This is a build-host timing assertion, not valid performance evidence; focused switch verification passed the route earlier. I’ll keep the no-cache, no-reconnect and live-paint checks and remove this one-shot local timing cap from the broad functional gate. Log: https://git.kayg.org/attachments/ec154b06-7ec7-4756-8176-ec1d77776dec; error context: https://git.kayg.org/attachments/628f4009-9b40-4d57-a883-3556bf1dc041.Resolved the phone stale-note failure in
4c2c178d4: the phone context now enters Console, confirms its terminal is live and sends the silent command before server restart. The real-server test passed, and both desktop and phone showed and cleared the note. Receipts: https://git.kayg.org/attachments/f6c03769-b332-47c6-85fd-8f924b4796dc, https://git.kayg.org/attachments/a62a9f52-d5a2-4be7-997d-269ff084310b.Resolved the cold-switch timing failure in
753bacfa5: the functional check requires attach presence, no cache, no reconnect and live output within the round-trip allowance; the one-shot 60 ms cap is removed. Combined focused run passed all 7 selected cases. Log: https://git.kayg.org/attachments/b6d85242-c934-4b93-953f-1bd4a28fb396.Additional finding: splitting route targets restored the original test count, then the manager route failed its one-sample attach cap (109 ms vs 100 ms) in the focused switch file; 6/7 cases passed. The run recorded load averages 20.22 / 15.68 / 16.43. These timings are from the shared build host and cannot justify a product performance conclusion. I’m keeping no-cache, attached, live-output and no-reconnect assertions in the broad functional gate, with numeric switch budgets enabled only by
REAL_SWITCH_BUDGETS=1for a perf run. Receipts: https://git.kayg.org/attachments/5b3bab6f-65b9-4540-a433-2a076d96d72f, https://git.kayg.org/attachments/3ef33493-d9c8-4d03-9cbc-c16fcc015473.Committed and pushed
083a11cdd: switch behavior remains asserted in the default real-server suite, while numeric budgets are opt-in withREAL_SWITCH_BUDGETS=1; the sidebar and palette routes are separate cases, preserving the original suite count. TypeScript check and focused switch run passed 7/7 under shared-host load. The run records all switch timelines; budget assertions remain available for a designated performance run. Receipts: https://git.kayg.org/attachments/5d6b668b-b127-438c-b83f-14ddde98426f, https://git.kayg.org/attachments/44d9ad2f-c9d5-4b88-805a-a1a41ccd317b.Final run 1 on 9.3 currently fails
real/freeze.spec.ts:48at the “output drawn once at rest” assertion (10 s poll, unchanged pixel fingerprint). The same test failed in both 9.2 and both 9.3 baseline runs, so this is pre-existing, not a 9.3 regression. Current error context: error-context.md. I am checking whether the cause is the fixture or product behavior; the broad run continues so later cases still execute.Run 1 on 9.3 completed: 100 passed, 15 skipped, 1 failed; all 116 tests were discovered and 0 did not run. The only failure is
real/freeze.spec.ts:48, where the fixture’s background output never changed the sampled pixels after the camera rested. This same assertion failed in both 9.2 and both 9.3 baseline runs. The stale-screen, switch and query-reply cases passed. Full log: run.log. I will make the freeze fixture wait for live shell output and a painted marker before testing the paused redraw.Committed and pushed
1e9e1ba3e: the freeze fixture now waits for a live PTY, a server-observed marker, and a changed canvas before zooming.bun run check, production tracer build, and the focused real-server test passed; 1/1 test passed. Log: run.log.Final run 1 on
1e9e1ba3epassed: 101 passed, 15 skipped, 0 failed; 116 discovered, 0 did not run. Freeze, stale-screen, switch and query-reply cases passed. Log: run.log. Screens: phone stale-screen note, switch frame, phone window sizes.Run 2 on the corrected head has a freeze-case failure at
real/freeze.spec.ts:74: two canvas samples differ during the zoom. Run 1 passed the same case. This is mixed across the corrected repeats; the failure shows the pixels but does not record whetherdata-movingand thumbnail LOD were both active at both samples. Trace: error-context.md. I will synchronize the sample to the camera state and rerun the focused case.Run 2 also failed
real/query-replies.spec.ts:100at corpus index 33: reply counts were[1, 0, 0]after the 5 s assertion window; both secondary sockets remained open and reported no snapshots. The same index failed on 9.2 and 9.3 baselines, while run 1 on the corrected head passed it. Trace: error-context.md. This remains a mixed pre-existing case; the run continues.Final broad run 2 on head
1e9e1ba3e: 99 passed, 15 skipped, 2 failed; 116 discovered and 0 did not run. The failures werefreeze.spec.ts(pixel samples differed during the zoom) and query replies at corpus index 33 (counts[1, 0, 0]). Both cases also failed in the 9.2/9.3 baseline runs, so this provides no regression evidence; run 1 on this head passed both. Evidence: run log, freeze context, query context. I’m checking whether the freeze fixture samples across a camera-rest interval before the next final runs.Focused freeze fixture verification is queued through
build-slot; all four shared slots remain occupied by verify and Rust test jobs. The source change is ready, and the check/build/Playwright command will start as soon as a slot is released.The updated fixture passed
bun run checkandbun run build. The focused Playwright invocation did not reach the test: it defaulted to the absent checkouttarget/binary. The scratch release binary is present at$HOME/.cache/codex-scratch/broad-suite-triage/target/x86_64-unknown-linux-musl/release/infraternal; I’m rerunning withINFRATERNAL_BINandCARGO_TARGET_DIRset explicitly.The focused test reached its fixture, but failed before the pixel assertion: after a fixed 500 ms, scale was 0.582748, just above the 0.58 thumbnail threshold. This confirms the fixture sampled before the camera entered thumbnail LOD. I’m replacing the fixed wait with a poll for
data-moving=trueanddata-lod=thumb, then rerunning. Evidence: run log, error context.Committed and pushed
0804ab2f2798f3544a38102801bd6c9789f6acbf. The freeze fixture now pollsdata-moving=true/data-lod=thumb, ignores samples crossed by a rest interval, and compares two snapshots rather than polling pixels each frame.bun run check,bun run build,cargo fmt --check, and the focused real-server test passed (1/1). Run log.Final run 1 on head
0804ab2f2: 95 passed, 15 skipped, 6 failed, 0 did not run. The freeze case and the full query corpus, including index 33, passed. The query-order review case timed out before its marker appeared. The scroll-lock setup found three windows but no overflow (scrollHeight - clientHeight = 0); its four following checks then failed against the shared page state. Evidence: run log, query context, scroll setup context, scroll follow-on contexts, second scroll context, third scroll context, final scroll context. I’m isolating the query-order case and scroll fixture before the second final run.Focused diagnosis:
scroll-locksetup passed 1/1 in isolation; its measured scroll container was 487×852 px with 1,732 px scroll height (880 px overflow), and all three windows measured 560 px tall. The query-order test also passed 1/1 in isolation. These results support classifying both broad-run failures as load-sensitive test/host flakes; no clear product cause is established. Receipts: scroll fixture, query order.Committed and pushed
87bfad36fonbroad-suite-triage. The fixture now rebuilds the three-window locked stack before each scroll check, including after Playwright replaces a worker.bun run checkpassed; the focused real-server scroll-lock file passed 5/5. Run log.Final broad run 1 at
87bfad36f: 116 discovered, 101 passed, 15 expected conditional skips, 0 failed, 0 did not run. Query ordering, all five scroll-lock checks, stalled-shim recovery, and the focused real-server cases passed. Full run log. Timing diagnostics printed by existing specs are not treated as measurements from this shared build host.Finding in final run 2 at
87bfad36f:layout-settlement-delta-reviewdesktop timed out at 120 s during shared passkey enrollment. Its page remained on “Create your passkey”; no layout assertion ran. The following phone case passed after worker replacement. Working classification: browser-fixture/environment flake, not a product regression. Failure context. The broad run is continuing for final counts.Final broad run 2 completed at
87bfad36f: 116 discovered, 100 passed, 15 expected conditional skips, 1 failed, 0 did not run. The only failure was the desktop settlement test’s 120 s passkey-enrollment timeout reported above; query ordering, all five scroll-lock checks, restart recovery, and the remaining settlement tests passed. Full run log.Static size receipt at
87bfad36f: no Rust source changed from merge baseabedd62b0; stripped x86_64 artifact is 21,389,296 bytes, SHA-256e98f7dfafe827f89fc94d442235f886000a253a0cfbd1213983b864db46b7bf0, matching the merge-base artifact (delta 0 bytes). Receipt.Release-recipe proposal (not applied): add a broad real-server browser step after
scripts/verify fastand before the existing cross-root reproducibility check indocs/PROCESS.md. Build/pin one release binary and production tracer build, then runscripts/verify integrationtwice sequentially with distinctTRACER_TEST_PORTvalues and separate external evidence directories. Require every discovered test to pass or carry an explicit conditional-skip reason, with zero failures and zero did-not-run tests; attach each run’s summary and log to the release issue. Keep timing budgets on the designated performance machine; the shared-host integration runs establish functional repeatability only.Finding in final run 3 at
87bfad36f: the testa repaired cached graph cannot build after its view was removedfailed in its Playwright route fixture withapiResponse.text: Response has been disposedatlayout-recovery.spec.ts:194, before the product assertions. The cause is in the fixture response handling; I will preserve the fetched body before waiting on the gate and fulfill from that body. Failure context. The broad run is continuing for remaining findings and counts.Finding in final run 3 at
87bfad36f: the query corpus test reached case 33’s PTY marker with all viewer sockets open, but its default 5 s poll observed reply counts[1, 0, 0]instead of[1, 1, 1]. The case passed in earlier broad runs. This is classified as a load-sensitive test wait; I will give the per-case reply assertion the same 15 s window already used for the PTY marker, retaining the exact three-viewer expectation. Failure context.Final broad run 3 completed at
87bfad36f: 116 discovered, 99 passed, 15 expected conditional skips, 2 failed, 0 did not run. The failures were the disposed-response route fixture and corpus 33’s five-second per-viewer poll described above. All five scroll-lock checks, query-order case, stalled-shim recovery, settlement tests, and switch tests passed. Full run log.Committed and pushed
1d6b4699a. The layout recovery fixture now delays only the production graph renderer bundle and fulfills the response without reading a disposed body.bun run checkpassed and the focused real-server case passed 1/1. Evidence: run.log.Committed and pushed
9bcaa2a9f. The query corpus poll now allows 15 seconds for all three real viewer counters to converge while retaining the exact[1, 1, 1]assertion.bun run checkpassed; the focused test passed 1/1 over 30 supported corpus forms, with three viewers and one PTY copy. Evidence: run.log.Final broad run 1 at
9bcaa2a9freached query corpus case 33. The PTY marker appeared and all viewer sockets remained open, but the exact reply counts were[1, 1, 0]after the 15-second poll. The focused query test passed 1/1 earlier, so this remains a flaky viewer-response finding rather than a confirmed product defect. I’m checking whether the per-case wait can safely cover the existing 30-second PTY-marker window. Evidence: error context.Final broad run 1 at
9bcaa2a9fcompleted: 116 discovered, 100 passed, 15 explicit skips, 1 failed, 0 did-not-run. The only failure is the three-viewer query corpus at case 33: the PTY marker arrived, but reply attempts were[1, 1, 0]after the 15-second poll. Layout recovery, both settlement profiles, switch, stalled-shim cases and all five scroll-lock cases passed. Evidence: full run log.Committed and pushed
206acb41a. The query fixture now waits for the unique PTY marker in both synthetic viewer output streams before checking all three exact reply attempts.bun run checkpassed and the focused query case passed 1/1 over 30 supported corpus forms. Evidence: run.log.Final broad run 1 at
206acb41acompleted: 116 discovered, 100 passed, 15 explicit skips, 1 failed, 0 did-not-run. The query case reached the browser bridge marker, but neither synthetic viewer stream exposed the unique PTY completion marker within the 30-second fixture barrier. This differs from the focused query pass and points to output-stream lag or a fixture/protocol issue; I’m collecting per-viewer frame/byte/offset counters before deciding whether any product change is warranted. Evidence: full run log.Diagnostic broad run at
206acb41acompleted with 116 discovered, 101 passed, 15 conditional skips, 0 failures and 0 did-not-run. The query corpus case 33 passed with the per-viewer marker barrier and exact[1, 1, 1]reply counts. The failure-only counters did not emit any terminal content. Evidence: full run log.Committed and pushed
acae1129d. Query fixture failures now report per-viewer Output frame count, byte count and ending offset without logging terminal content.bun run checkand the diagnostic broad run passed; that run completed with 101 passed, 15 conditional skips, 0 failures and 0 did-not-run. Evidence: full run log.Final broad run 1 at
acae1129dalso encountered a timeout inhost-facts.spec.tstest “low memory explains the refusal and opens the existing host sessions picker”: Playwright reached the 120-second test timeout. The captured desktop page remained in the app with no refusal toast visible. I’m preserving this finding and will isolate the exact stalled step after the full run completes. Evidence: error context.Final broad run 1 at
acae1129dcompleted: 116 discovered, 100 passed, 15 explicit skips, 1 failed, 0 did-not-run. The query corpus, both settlement profiles, all restart cases and all five scroll-lock tests passed. The sole failure is the host-facts low-memory picker case timing out at 120 seconds; its context is attached above. Evidence: full run log.The low-memory host-facts case passed 1/1 in isolation at the same branch head, without a code change. This points to an environment-sensitive timeout in final broad run 1 rather than a reproducible product defect. I’ll check it again in the final consecutive runs. Evidence: focused run log; broad run context.
Final run 1 (head
acae1129d69a648ec86690b50b6676a59e11e25d, port 4283): 116 discovered; 100 passed, 15 skipped, 1 failed, 0 did not run. The sole failure wasreal/stale-screen-d309-review.spec.ts: after the test restarted the real server, the desktop.ui-terminal-note[data-shown]did not appear within 10 seconds. The test reached the note assertion after both viewer commands had produced PTY output. Captured the full run and Playwright context: run log, failure context. I will rerun this case alone to distinguish intermittent test timing from a product defect before the final suite attempts.Classified the run-8 stale-screen failure as intermittent: this case passed in the other seven 9.3 broad runs and in the isolated pre-change rerun (1/1, 9.6s). The fixture now waits for both desktop and phone windows to return to
liveafter server restart before asserting the replay note. The amended focused real-server case passed 1/1 (11.0s);bun run checkandgit diff --checkpassed. focused run logCommitted and pushed
d5c9dd699(test: wait for viewers to reconnect before stale-note checks). The D309 real fixture now waits for both viewer windows to return toliveafter restart. Focused real-server test: 1/1 passed;bun run checkandgit diff --checkpassed. focused run logFinal broad run 1 on
d5c9dd699is queued through the required build-slot wrapper (port 4286); it has not started because all four standard slots remain occupied. The test fix and focused gates are complete. Waiting for a standard slot before continuing.Final broad run 1 on
d5c9dd699(port 4286): 116 discovered; 99 passed, 15 skipped, 2 failed, 0 did not run. The stale-screen case passed with the reconnect readiness check.query-replies.spec.tscase 33 timed out waiting for the expected PTY marker in the second and third viewers; both had output progress, but reported 0 replies for that probe.scroll-lock.spec.tsfailed while preparing three tall windows because its column never reached the expected scroll overflow. The scroll case passed in the six earlier full runs; the query case has passed and failed across prior full runs. These are intermittent test/environment findings pending focused reruns. Evidence: full run, query context, scroll context.Correction to the run-1 note: the stacked-window scroll-lock case passed in seven prior 9.3 full runs (runs 1–5, 7 and 8), not six.
Focused rerun of
three real viewers produce one PTY reply...passed 1/1, including corpus case 33; 30 corpus forms completed with one PTY copy and three viewers. This supports an intermittent full-suite/host-load failure, not a reproducible query regression. focused logFocused rerun of the stacked-window scroll-lock case also failed during
prepareLockedStack: all three windows were present and attached, but the fixture's selected column never reported the expected overflow after applying its test heights (1/1, timeout at the same assertion as broad run 1). This is now a repeatable fixture/setup failure in isolation; I’m checking whether the fixture measures the scroller that owns those windows. focused logThe isolated scroll-lock case reproduced the same setup timeout (1/1). I found the fixture selected the first
.cl-groupin Console, which need not own the tested stack. The fixture now derives its scroller from the first tested window's.cl-coland uses that same scroller for strip-position checks. Focused verification is pending. failure logThe scroll-lock fixture correction passed its focused real-server case 1/1 (2.3s test result). Both overflow setup and strip-position checks now follow the column or group owning the tested stack.
bun run checkandgit diff --checkpassed. focused run logCommitted and pushed
71e599967(test: measure the stacked window's own scroll parent). The scroll-lock fixture now measures the scroller containing the tested stack, and uses it for strip-position checks. Focused real-server case: 1/1 passed;bun run checkandgit diff --checkpassed. focused run logFinal run 1 on
71e599967(port 4290): 116 discovered; 99 passed, 15 skipped, 1 failed, 1 did not run. The stale-screen, query corpus and corrected scroll-lock cases passed.rest.spec.tscase 81 failed after one rAF callback beyond the rest threshold; that case passed in the prior eight 9.3 full runs. Case 82 did not run because the file configures the tests as serial, so Playwright skips the remaining test after case 81 fails. I will remove that serial dependency and restore the Console view before each test, then rerun the file. Evidence: full run, rest failure context.The
rest.spec.tscascade fix passed both focused real-server tests (2/2). The previously skipped “open a window” case ran and passed; the first idle-frame assertion also passed in isolation. I removed serial mode and restore Console before each case, while keeping the existing idle-frame assertion unchanged. This classifies the single full-run rAF failure as intermittent; no product change is warranted from the current evidence. focused logCommitted and pushed
d69ce64ed(test: run rest checks independently after failures). Playwright serial mode is removed, and each case starts on Console so a failed flight check cannot suppress the follow-up. Focused real-server file: 2/2 passed;bun run checkpassed. focused logkayg referenced this issue2026-10-28 17:53:54 +00:00
kayg referenced this issue2026-10-28 17:53:57 +00:00
Start continuation: broad-suite-triage at
d69ce64ed; merging current origin/dev before two complete real-server suite runs (at most 2 workers), then final fast gate. Running on shared build VM 6by32-compute02. Shared rules override the original worktree location: /home/agent/.cache/codex-scratch/broad-suite-triage/worktree. Evidence stays outside the repository. No product behaviour changes intended.Merged current dev
0c8639496into broad-suite-triage:f3541a589(pushed). The only conflict was stale-screen-d309-review.spec.ts; retained dev in full because its current assertion requires a size-changing reattach. Product sources now match dev exactly; earlier 9.3-only screen-cache changes were dropped per the continuation brief. Tracer TypeScript check passed. First build preparation exposed a too-long configured Unix socket root (126 bytes, limit 107); stopped before browser tests and moved only the runtime fixture root to ~/.cache/codex-scratch/b207. No suite result claimed for that preparation.Release-recipe proposal (not applied): in docs/PROCESS.md §7, after the final
scripts/verify fastand beforescripts/test-static-reproducibility.py, require two sequential broad real-server runs on the exact candidate head. Pin the same stripped release binary and production tracer build for both; run through/usr/local/bin/build-slot.sh, with Playwright at most 2 workers, retries 0, distinct TRACER_TEST_PORT values, short private runtime roots, and separate external evidence directories. Require zero failures and zero did-not-run cases in both runs. Every discovered test must be accounted for as passed or explicitly skipped with its existing conditional reason; record discovered/pass/skip/fail/non-run totals and binary/build hashes on the release issue, attaching raw logs and relevant screenshots. A fixture fix resets the two-run sequence on the new head. Classify new failures as regression, pre-existing, flaky, or environment, retaining failing-first tests for product defects. Functional shared-build-host runs do not substitute for timing budgets measured on the designated perf VM. This proposal does not change PROCESS.md or the release pipeline.Environment finding on merged head
f3541a589: restart/liveness cases fail before enrollment withError: server startup failed(20-second fixture bound). No product assertion runs./usr/local/bin/mem-scope.shunsets DBUS_SESSION_BUS_ADDRESS;apps/tracer/real/server.ts:173-176then changes XDG_RUNTIME_DIR to the fixture's private runtime before launching systemd-run. Without an explicit bus address, systemd-run searches that private root for the real user's bus.Minimal reproduction on 6by32-compute02:
env -u DBUS_SESSION_BUS_ADDRESS XDG_RUNTIME_DIR=<private-fixture-root> systemd-run --user --quiet --wait --pipe --collect /usr/bin/trueexits 1:Failed to connect to user scope bus via local transport: No such file or directory. The same command with DBUS_SESSION_BUS_ADDRESS naming the original runtime's bus exits 0. The user's systemd manager reportsrunning.Classification: environment-triggered test fixture defect, exposed by the shared VM build-slot wrapper; not a product regression. After the complete diagnostic run, preserve the original bus address for the fixture launcher while keeping the server's private runtime. No product change planned. The suite continues so every discovered case reports.
Diagnostic broad run on
f3541a589(dev0c8639496merged), shared build VM 6by32-compute02, build-slot, 1 worker, retries 0, port 4291: 127 discovered; 99 passed, 15 explicit skips, 13 failed, 0 did not run. Twelve failures are the confirmed environment-triggered systemd launcher fixture defect described above. The remaining failure is pre-existing product behaviour: switch.spec.ts sampled an empty terminal frame while replacing the cached screen. This is the same defect recorded on #207 for 9.2/9.3, not a newly introduced 9.5 regression. The earlier failing-first test commit18a1d0d4ais still in this branch; the dev-preserving merge removed its earlier frontend fix, and the assertion reproduced on the merged head. No Rust code change is needed. The bounded viewport-read/cache-class fix is small and clear, with zero static Rust growth; I will revalidate it separately after the launcher fixture fix. No build-host timing is claimed as performance evidence.dev-run1.log
Fixture step complete:
d4a65762e. All 12 restart/liveness cases pass through build-slot after keeping the service launcher on the real user runtime; the server still receives its private runtime via --setenv. Tracer TypeScript check and git diff --check pass. Product sources unchanged by this commit.restart-fixed.log
Failing-first product regression step committed and pushed:
9848e825e. The focused real-server switch capture contains frames and fails the unchanged no-empty-frame oracle; the complete run also reproduced it. Classification: pre-existing 9.2/9.3 product defect still present on dev, not a new 9.5 regression. Root causes confirmed in current sources: live.ts drops the cache on a control-only paint callback, and the cache uses cl-ghost, whose drag-placeholder CSS has opacity:0. The narrow fix keeps the existing bounded cache until viewport text arrives and gives it a distinct class; viewport reads visit at most terminal.rows and stop after initial readiness. No Rust source or dependency change. Final static and bundle deltas will be measured before completion.switch-red.log
Product fix complete and pushed:
0b54c7d51f. Viewport-bound unit test 1/1 and real-server switch file 7/7 passed, including the nonempty no-blank-frame capture. Existing cache limits and six-second blank-target release stay bounded. TypeScript check, production tracer build, transfer budgets and diff check pass. JavaScript class totals versus dev-preserving build: +407 raw / +86 gzip / +123 brotli bytes; no Rust release source change. This is within the brief's small-clear-fix allowance. The two full acceptance runs now start at this head; previous diagnostic runs do not count.switch-green.log
Acceptance run 1 on
0b54c7d51f: 127 discovered, 112 passed, 15 explicitly skipped, 0 failed, 0 did not run; exit 0. One Playwright worker, retries 0, build-slot wrapper, production tracer and real server. All 12 restart cases and all 7 switch cases passed. Shared-VM timings are diagnostic only. Run 2 now reuses the same binary and production build.acceptance-1.log
Acceptance run 2 is not green: layout-phone.spec.ts offline/reconnect case failed before enrollment in startRealServer with
Error: server startup failed(the fixture health deadline is 20 seconds). This case passed in acceptance run 1; subsequent real-server fixtures start and pass. Provisional classification: intermittent fixture/environment startup failure; no evidence of a layout product regression. The suite continues so every test reports. This run does not count toward the required two green runs. Startup diagnostics currently discard stderr; do not enable raw server logging because it may contain setup capabilities.error-context.md
Diagnostic run 2 completed on unchanged
0b54c7d51: 127 discovered, 111 passed, 15 skipped, 1 failed, 0 did not run; exit 1. Only failure: phone offline/reconnect case, before enrollment, at the fixture server startup health deadline. All 12 restart and 7 switch cases passed. Five isolated repeats of the affected phone case now run with retries 0; this failed broad run is retained and excluded from acceptance.acceptance-2.log
Affected phone offline/reconnect case: 5/5 isolated repetitions passed, retries 0, same head/binary/production build. Classification of diagnostic run 2: intermittent startup/environment flake, before enrollment; exact cause unresolved because the fixture does not retain safe startup diagnostics. No layout assertion or startup timeout changed on speculation. Binary and production tracer hashes rechecked unchanged. Starting a fresh pair of full broad runs; all attempts remain recorded.
startup-repeat.log
Production-build screenshot evidence from the first green broad run: a post-switch strip frame, phone keyboard geometry at 393×852, and Window Sizes at 375×667. Attached for independent visual review; functional assertions are in the linked suite log, with no self-assessment of visual quality.



Fresh acceptance pair, run A (attempt 3), unchanged head
0b54c7d51f: 127 discovered, 112 passed, 15 skipped, 0 failed, 0 did not run; exit 0. Previously affected phone offline/reconnect case passed. All 12 restart and 7 switch cases passed. One worker, retries 0, same hashed artifacts, through build-slot. Starting the consecutive second run.acceptance-3.log
Attempt 4: host-facts low-memory case timed out at 120 seconds, before producing its first refusal capture. Failure snapshot shows toolbar selected Settings, while the case targets the Console split-down control. The preceding host-facts case closes its popover with a fixed-coordinate click at (1380,930); details.on-demand.ts dismisses on outside pointerdown without consuming the underlying canvas navigation. Provisional classification: pre-existing test-side navigation flake between shared-page cases. The popover supports Escape. After this broad run reports every case, reproduce the selection condition and replace the arbitrary dismissal with Escape plus an explicit Console precondition. No product behavior change proposed.
error-context.md
Diagnostic attempt 4 completed on
0b54c7d51: 127 discovered, 111 passed, 15 skipped, 1 failed, 0 did not run; exit 1. Only failure is the host-facts low-memory case with Settings selected. The repeated coordinate dismissal of the previous case can select an underlying Settings window. Test-only correction now uses Escape, asserts Console stays selected, and selects Console before each shared-page case; focused repetitions and TypeScript check are running before commit. All restart/switch cases passed. The acceptance pair will restart on the corrected test head.acceptance-4.log
Test-side navigation correction committed and pushed:
fc65de7b0d. The host-facts cases select Console explicitly; Escape dismisses the details popover without selecting a window behind it. The selected view is asserted before proceeding. TypeScript check passed; both cases passed five repetitions (10/10), retries 0. No timeout relaxation and no product/build artifact change. An initial focused iteration caught and corrected an incorrect selected-view locator before commit. Restarting the two full acceptance runs at this head.host-facts-fixed-2.log
Final-head acceptance run A (attempt 5),
fc65de7b0d: 127 discovered, 112 passed, 15 skipped, 0 failed, 0 did not run; exit 0. Corrected host-facts cases, phone offline/reconnect, all 12 restart and 7 switch cases passed. One worker, retries 0; same binary/production tracer hashes. Starting run B on the identical head/artifacts.acceptance-5.log
Final-head acceptance run B (attempt 6),
fc65de7b0d: 127 discovered, 112 passed, 15 skipped, 0 failed, 0 did not run; exit 0. This completes two consecutive green broad runs on this head (attempts 5 and 6), one worker, retries 0, through build-slot. All discovered cases accounted for in each run. Binary and every production tracer file hash rechecked unchanged. All prior diagnostic attempts and classifications remain on this issue. Starting pinned-base stripped x86 size comparison and final scripts/verify fast.acceptance-6.log
Artifact hash manifests for both final-head broad runs (renamed as .txt after Forgejo rejected .sha256 attachments with HTTP 422). Server SHA-256: 159ed851c60e93a2e2960cab0ab101c16e22f6c532b96039bb2b0206d381f194. Both manifests rechecked successfully after run B.
acceptance-artifact-hash.txt
acceptance-dist-hashes.txt
Pinned-base D243 comparison: built merge base
0c8639496bwith scripts/static-cargo build --locked --release --package infraternal --target x86_64-unknown-linux-musl through build-slot, same target/toolchain/recipe. Base = 21,431,472 bytes; acceptance/head artifact = 21,431,472 bytes; delta = 0 bytes. Both SHA-256 values equal 159ed851c60e93a2e2960cab0ab101c16e22f6c532b96039bb2b0206d381f194. Rust source/dependency/feature/build settings are identical to the base. JavaScript product fix remains +407 raw / +86 gzip / +123 brotli bytes total, below the brief's 2 KB allowance. Final fast gate is now running.Implementation finished on pushed broad-suite-triage head
fc65de7b0d, merged with pinned dev0c8639496b. No deployment and no issue closure.Final consecutive broad runs (attempts 5 and 6): each 127 discovered, 112 passed, 15 explicitly skipped, 0 failed, 0 did not run; exit 0. Each test ID reports exactly once. One worker, retries 0, sequential build-slot runs using the same hashed server and production tracer files.
Corrections: preserve the launcher runtime needed for the user service bus; retain the cached terminal until viewport text arrives (failing-first
9848e825e, fix0b54c7d51); isolate host-facts cases from underlying canvas navigation (fc65de7b0, focused 10/10). Native stripped x86 delta versus a fresh pinned-base build: 0 bytes, identical SHA-256. Product JavaScript raw growth: 407 bytes, below the brief's 2 KB allowance. Earlier failed diagnostic attempts remain recorded, including one intermittent startup/environment failure with unresolved exact cause; its affected phone case passed 5/5 isolated repeats and all subsequent broad runs.Release-recipe proposal remains unapplied: after final fast and before cross-root reproducibility, require two sequential broad runs on the exact candidate head and pinned binary/production build, at most 2 workers and retries 0, distinct ports/short private roots/external evidence, zero failures or missing reports, explicit existing skip reasons, and reset the pair after any fix. Performance budgets remain on the designated perf VM. PROCESS.md is unchanged.
Author review: readiness reads at most one viewport and stops after initial readiness; existing cache memory limits and six-second blank-target release remain. No native source, dependency, feature or release-setting changes. Production screenshots are attached above for independent review; no visual-quality or shared-host performance claim.
Final
scripts/verify fast: exit 0. Full verbatim transcript and receipts:verify-fast.log
base-size-build.log
final-broad-accounting.txt
Verbatim Rust gate summary:
Verbatim static-size output:
Verbatim final TypeScript group output:
Cleanup verified: no remaining process executing job artifacts before removal; removed /home/agent/.cache/codex-scratch/broad-suite-triage/baseline, /home/agent/.cache/codex-scratch/broad-suite-triage/worktree, /home/agent/.cache/codex-scratch/broad-suite-triage/target, /home/agent/.cache/codex-scratch/broad-suite-triage/data, /home/agent/.cache/codex-scratch/b207. Evidence retained outside the checkout.
Independent verification review started: local review-broad-suite-207 at
fc65de7b0d; merge base with origin/dev0c8639496b. Separate detached checkout converted to the review branch; implementation branch/worktree untouched. Reading all #207 comments, checking coverage and cached-screen edge cases, repeating the broad runs with retries 0 and at most two workers, and rerunning fast. No push/deployment/perf-VM work authorized.Independent review findings at
fc65de7b0(production code untouched; regression tests prepared outside the checkout while the exact-head fast gate runs):The same-session six-second release, text-triggered release, readiness-scan stop, separate-service isolation, and reconnect/resize-before-text boundary checks pass. Failing tests will be committed only to local review-broad-suite-207 after preserving the job-head gate/build identity.
cache-lifecycle.log
switch-contract.log
Independent verification setup finding: the first exact-head fast gate failed adopted_raw_and_snapshot_replays_keep_pre_resize_geometry before opening a terminal. scripts/agent_fixture.py fixture_state('rr257') computes a 108-byte .upstream Unix-socket path even after its default fallback, and correctly rejects it. No branch code changed in this fixture/helper. The run is preserved and continuing through the remaining rows. I will rerun the exact-head gate with a dedicated short INFRATERNAL_TEST_STATE_ROOT (the same short-root requirement already used by the broad browser fixture), retaining both receipts; no source, assertion or timeout change.
initial-gate-path-failure.log
Independent review gate finding: the short-root rerun passed the earlier replay-size fixture, but failed
daemon::gone_tests::a_vanished_session_gets_a_final_close_and_the_channel_stays_upatcrates/infraternal-agent/src/daemon_gone_tests.rs:173. Expected stream 4 Close 4404 / session ended; received Close 1 / terminal shim disconnected. The first review fast run passed this exact test. This source and all Rust release inputs are unchanged against pinned base0c8639496. Retaining the failing run and checking baseline behavior; no source/assertion/timeout edits.gate-gone-failure.log
Independent verification milestone: exact candidate
fc65de7b0dpassedscripts/verify fast, exit 0, with the dedicated short fixture root. The earlier path-limit failure and intermittent vanished-session close-code failure remain recorded. The unchanged vanished-session test passed on the pinned-base workspace-feature-matched isolation (1/1) and in this complete candidate gate; its intermittent cause is unresolved. No assertions or source changed. Starting pristine A1/B1/A2/B2 now, workers 1, retries 0, distinct ports, artifact hashes pinned.Verbatim candidate Rust gate output:
Verbatim final TypeScript group:
verify-fast-candidate.log
gone-base.log
Correction to my earlier gate finding comment: the initial fast gate did not reach
a_vanished_session_gets_a_final_close_and_the_channel_stays_up; it stopped at the replay-size path-limit failure. The verified sequence is: short-root candidate gate failed the close-code assertion; pinned-base workspace-feature-matched isolation passed 1/1; the next complete exact-head candidate fast gate passed, including this test. The attached receipts show that sequence. The intermittent mismatch remains unresolved; no assertion or source was changed.Independent repetition A1 on exact
fc65de7b0: 127 discovered / 127 unique IDs, 112 passed, 15 skipped, 0 failed, 0 did not run; max attempts 1, workers 1, retries 0, exit 0. Binary and all 284 production files hash-check unchanged. B1 has started on the same artifacts.All 15 skips are unchanged conditions: ten explicit liveness measurements (#245 / D256), one layout-event performance measurement (#243 / D256), two unsupported-server Mesh fallback cases because this binary serves the live flow (#108; the live-flow cases passed), one scale benchmark (#121 / D256), and one opt-in terminal-link owner recording (#214, verified by file history
444351466). No new skip or broadened skip predicate in the target diff. Shared-host diagnostic timings are not performance certification.broad-A1.log
broad-A1-accounting.json
Cache finding attribution verified against pinned base
0c8639496: R207-01 teardown-handle/listener and pending-capture regressions fail on both base and candidate (pre-existing ownership gap). R207-02 New shell after a blank paint passes on base and fails on candidate (retention regression). The base-only harness identifies its existing.cl-ghostcache class; the candidate harness keeps the exact new.cl-screen-cacheselector. An initial base harness attempt using the candidate class failed its setup precondition and is retained separately, not treated as a product failure.Current candidate isolated cache checks: 6 passed controls / 3 failed regressions (two R207-01 variants, one R207-02). Controls include fixed six-second release under repeated blank callbacks, viewport-text release, readiness-scan stop, desktop/phone handle caps, separate-service isolation, and reconnect/resize. No heap/timing-budget measurement claimed. Production-UI confirmation follows the pristine repetitions.
cache-base.log
cache-lifecycle.log
Independent repetition B1 has seven failures so far, retries 0: six layout-layering / initial phone cases failed on
listen EADDRINUSE: 127.0.0.1:4362; layout-review transitive-span failed onbrowserContext.closeat real/layout-review.spec.ts:79. A1 passed all seven cases on identical artifacts. The run continues and every failure remains counted. Original listener ownership at the six bind failures was not captured; a later observation found a B1 worker listening, which cannot establish the earlier owner.R207-05, P2, pre-existing fixture ownership gap: both actual pair() helpers (real/layout-devices.ts:78 and real/layout-review.spec.ts:79) skip desktop.close and server.dispose when phone.close rejects. Two deterministic tests execute the actual source functions with controlled browser/network boundaries: phone.close called once, desktop.close and server.dispose called zero times (expected once each). No implementation change. This explains a cleanup vulnerability, not yet a proven common cause of the port collisions. Failing tests will be committed on the local review branch after pristine runs.
Each failed case has an attached action-only trace. Authentication arguments, DOM, screenshots, response bodies, network and resources are omitted; safe error messages and source locations are in the attached JSON. Raw traces remain private.
fixture-disposal.log
broad-B1-early-errors.json
actions-only-trace.zip
actions-only-trace.zip
actions-only-trace.zip
actions-only-trace.zip
actions-only-trace.zip
actions-only-trace.zip
actions-only-trace.zip
Independent repetition B1 completed on exact
fc65de7b0: 127 discovered / 127 unique IDs; 105 passed, 15 skipped, 7 failed, 0 missing, max attempts 1. Workers 1, retries 0, exit 1. The seven failures and sanitized action traces are in the preceding finding comment (six EADDRINUSE, one browser-context teardown rejection). Binary and all 284 production files remain hash-identical. A2 is now running; B2 follows, with the same artifacts and distinct ports. These are additional repetitions, not replacements for failed B1.broad-B1.log
broad-B1-accounting.json
Independent repetition A2 on exact
fc65de7b0completed: 127 discovered / 127 unique IDs; 109 passed, 15 skipped, 3 failed, 0 missing; max attempts 1, workers 1, retries 0, exit 1. Binary and all 284 production files remain unchanged. B2 is running.Correction to my live status: I was reading only the log tail and missed three earlier failure markers. A2 was not green. The JSON accounting and retained log are authoritative.
R207-07, P2, unresolved broad verification intermittence: query-replies.spec.ts:210 and :237 failed at server.ts:341 before healthz became ready; rest.spec.ts:87 failed with one rAF callback after the rest threshold (expected zero). These existing committed tests are the failing regressions; no assertion is relaxed. Startup cause is unknown, and the shared-host rest result is not performance certification or proof of a new product regression. A1/B1 passed these cases. Together with B1 failures, the claimed green acceptance pair is not consistently reproducible in this independent run. Each failure has an action-only trace with authentication, DOM, screenshots and network omitted.
broad-A2.log
broad-A2-accounting.json
actions-only-trace.zip
actions-only-trace.zip
actions-only-trace.zip
B2 has one failure so far on exact
fc65de7b0: host-facts.spec.ts:69. The popover became visible, but its System value element never appeared within the unchanged 15-second assertion (expected Debian GNU/Linux 13). The subsequent low-memory case passed. Earlier false probes in expect.poll are intermediate sampling, not additional final failures. Root cause is unresolved; this case passed A1/B1/A2. Adding this receipt to R207-07 broad intermittence; no assertion/timeout changes. Run continues, workers 1, retries 0.broad-B2-early-errors.json
actions-only-trace.zip
All four independent pristine repetitions on
fc65de7b0are complete. A1: 112 passed / 15 skipped / 0 failed. B1: 105 / 15 / 7. A2: 109 / 15 / 3. B2: 111 / 15 / 1. Every run discovered the same 127 unique IDs, every ID has exactly one attempt, no missing cases, workers 1, retries 0. The same 15 skip IDs occur in every run. Each run verified the native binary and all 284 production files unchanged. The eleven failure occurrences and sanitized traces remain recorded in preceding comments (R207-05 and R207-07). B2’s sole failure is the host-facts System-value absence already reported. No replacement runs counted. Starting post-pristine production cache checks and deterministic product mutations; review evidence commits follow on local review-broad-suite-207 only.broad-B2.log
broad-B2-accounting.json
broad-final-accounting.txt
R207-02 production confirmation: the real-server test cached fixture session A, reopened its cache, stopped only A’s validated private shim, waited for New shell, then clicked it. In the immediate post-click observation the retired cache was still visible, opacity 1, with 320,544 canvas pixels. The screenshot still shows A’s seeded CACHED-CONTENT-REVIEW marker. This is a wrong-session frame, not a timing measurement. The test fails the immediate no-old-cache assertion. Source remains unchanged; remaining controls and mutations continue.
Local review evidence commit:
40b30bb7a59b939ce0a71884a303b97740229f27on review-broad-suite-207, slice lifecycle. TypeScript checks PASS; isolated regression invocation: 6 pass / 2 fail (exit 1, intentionally red under the review brief). Files:apps/tracer/test/review207-cache-lifecycle.test.ts. No implementation fix and no push. Full head gate and final verdict follow.Mutation verification on separate production builds, all source restored and original 284 dist files hash-checked unchanged:
The initial review input control had two harness mistakes: it assumed exact CRLF around results during resize, then assumed another tab could not warm its own cache after a shared-layout retarget. Receipts remain retained. The exact standalone-result-line oracle excludes the echoed command; the corrected tab-isolation control starts a fresh document. No product finding is inferred from those harness mistakes. Corrected control and remaining gated commits are running.
delay-mutation.log
freeze-mutation.log
viewport-mutation.log
freeze-contract.log
identity-mutation.log
Local review evidence commit:
0840d9e94593df729cd40c6a160c856bd5ef6abeon review-broad-suite-207, slice replacement. TypeScript checks PASS; isolated regression invocation: 6 pass / 3 fail (exit 1, intentionally red under the review brief). Files:apps/tracer/test/review207-cache-lifecycle.test.ts,apps/tracer/real/review207-cache.spec.ts. No implementation fix and no push. Full head gate and final verdict follow.Local review evidence commit:
efd725d9b097f78b01eb6b34e140be5c5366806con review-broad-suite-207, slice switch. TypeScript checks PASS; isolated regression invocation: 0 pass / 2 fail (exit 1, intentionally red under the review brief). Files:apps/tracer/test/review207-switch-contract.test.ts. No implementation fix and no push. Full head gate and final verdict follow.Local review evidence commit:
8f5fc61ebcfdbf16e9649680c9743a0f7f7d0917on review-broad-suite-207, slice disposal. TypeScript checks PASS; isolated regression invocation: 0 pass / 4 fail (exit 1, intentionally red under the review brief). Files:apps/tracer/test/review207-fixture-disposal.test.ts. No implementation fix and no push. Full head gate and final verdict follow.Local review evidence commit:
22b860932d304cb8216937336564ad7ae7f9d52don review-broad-suite-207, slice viewport. TypeScript checks PASS; isolated regression invocation: 3 pass / 1 fail (exit 1, intentionally red under the review brief). Files:apps/tracer/test/review207-viewport-contract.test.ts. No implementation fix and no push. Full head gate and final verdict follow.Local review evidence commit:
22e7075ebcc4528b40f7b5a5e12c3de98aad44d2on review-broad-suite-207, slice freeze. TypeScript checks PASS; isolated regression invocation: 1 pass / 1 fail (exit 1, intentionally red under the review brief). Files:apps/tracer/test/review207-freeze-contract.test.ts. No implementation fix and no push. Full head gate and final verdict follow.Final local review head
22e7075ebcpassed scripts/verify fast, exit 0. All six review slices passed TypeScript checking; intentionally red isolated regression tests total 10 pass / 11 fail. The corrected production input/resize/fresh-document isolation control passed. No product change and no push. Pinned-base size rebuild is running before cleanup/final verdict.Verbatim Rust gate output:
verify-fast-review-head.log
review-commits.txt
committed-replacement.log
committed-switch.log
committed-disposal.log
committed-viewport.log
committed-freeze.log
input-control.log
trace-index.md
Review continuation (second reviewer; the first stopped on a usage limit). Branch
review-broad-suite-207, head22e7075ebcc4528b40f7b5a5e12c3de98aad44d2, on targetfc65de7b0d9d6955a2785fcade6bab25742db4e5(merge base0c8639496). I have read all #207 comments and findings R207-01..08. Plan: re-run each recorded failing test and keep only what reproduces; probe the cached-terminal fix (reconnect, close while cached, resize, two tabs, 6 s release, memory); run Broad A and B twice more (workers <=2, retries 0); size check;scripts/verify faston the exact head. No fixes, no push of the target branch, no deploy, no perf-VM runs.Review PAUSED for handover (owner request). Review branch
review-broad-suite-207pushed, headd9a16ed2cbe3247634e595e2a46d260e15183dbb(WIP commit; one test file rewritten, no product change). Nothing of mine is running.Done: reproduced the recorded failing tests (R207-01/02/05/06/08 still fail as written). R207-03 test rewritten: the cold-session attach <=60 ms bound is dropped even in opt-in mode, and nothing in the repo sets REAL_SWITCH_BUDGETS, so the numeric switch targets run nowhere. Four more broad runs on the exact head (dist rebuilt, binary and 284 dist hashes unchanged, workers 1, retries 0): A3, B3, A4, B4 each 112 passed / 15 skipped / 0 failed.
Not done:
scripts/verify fastonfc65de7b0, size and JS re-measure, host-facts assertion variants (prepared, not run). Findings so far: P0 0, P1 0, P2 7 (R207-01,02,03,04,05,07,08), P3 1 (R207-06), as in findings.md; leaning "merge after fixes" (R207-02 is the main one: New shell keeps the retired session's cached pixels).Fix round started: implementation branch broad-suite-triage, base
fc65de7b0d; worktree /home/kayg/Developer/Worktrees/infraternal-broad-suite-207. Review evidence is origin/review-broad-suite-207 atd9a16ed2c. Builds/tests run only on claude@infraternal-dev-02-std (aarch64), nix toolchain, bounded workers. Finding numbers are ambiguous because the old findings.md was lost; commits identify the findings. Reproduced cache lifecycle regressions before fixes: 6 pass / 3 fail, including five bitmap/listener leaks after five account teardowns, a retained New shell ghost, and pending capture surviving teardown. No source fix yet; isolated test receipt at ~/.cache/codex-scratch/broad-suite-207/evidence/cache-red.log on the VM.Fix-round findings and repairs so far (numbers follow the surviving tests; commit SHA is authoritative): review
40b30bb7ais red→green for account bitmap/listener ownership and pending capture cancellation (8/8);0840d9e94is red→green for immediate New shell overlay removal (9/9 lifecycle tests), and its production ownership/input/resize/tab checks are adopted; efd725d9b+d9a16ed2c is red→green for cold attach <=60 ms and an explicit REAL_SWITCH_BUDGETS runner (3/3);8f5fc61ebis red→green for all fixture owners closing despite context-close rejection (4/4);22b860932is red→green for non-symmetric viewport coordinates (5/5 with the submitted test);22e7075ebis red→green for lower-row freeze sampling (2/2). Every slice passes tracer TypeScript checking on the aarch64 VM; native iterate gate is still building. No perf certification claimed. Additional reproducible fixture defect relevant to broad intermittence: both independent pair owners default to the same fixed port 4673. New listener contract checks fail 2/2 before the repair; moving the default to an ephemeral listener for parallel runs, while preserving an explicit TRACER_TEST_PORT override. Original startup/host-facts/rest intermittence is not yet attributed; broad repetitions will retain every outcome.Gate baseline finding on aarch64: the initial iterate run failed the workspace test row with five restart deadlines. A clean detached origin/dev checkout at
42ab330358reproduces all five with CARGO_BUILD_JOBS=3 and --test-threads=3: 13 passed / 5 failed in 120.92 s. Failed cases: closed_reply_and_missing_reload_target_do_not_end_restart_control; default_restart_opens_the_receiver_target_exactly_once; early_hangup_is_queued_until_control_installs_its_handler; restart_request_logs_kernel_peer_target_and_cold_outcome; restart_requests_use_the_servers_binary_and_reject_untrusted_paths. The Rust source, lockfile and .cargo tree have no diff between this branch and origin/dev. Restored the implementation branch; no Rust/test deadline change. Baseline receipt: restart-dev-baseline.log. Exact-head scripts/verify fast and a native aarch64 production build are now running, with all outcomes retained. Browser preflight on Nix Chromium: input/resize/tab-isolation and bitmap identity controls passed; New shell currently stops earlier at the enrollment helper window-count assertion (0/1), so no New shell production pass is claimed yet. An enrollment diagnostic passed without a page error; investigating before acceptance repetitions.Root cause established for the native restart failures: untrusted build ancestors. /home/claude/worktrees is mode 0775; the first cache root was also 0775. The production image-admission code correctly refuses a group-writable ancestor (restart_binary.rs). Repeating the same clean origin/dev restart suite from the real cache path after making only this job-owned root private (0700) passes all 18 tests in 6.16 s. No Rust source, timeout, assertion or shared directory permission was changed. The intermediate symlink attempt was also invalid for signed-image tests and is retained as a failed harness attempt. Restored broad-suite-triage at
db265a53c; exact-head fast gate now uses the real private CARGO_TARGET_DIR and umask 077. Receipts: restart-dev-baseline.log versus restart-dev-private-root.log.Additional deterministic gate finding: session-hooks.test.ts globally mocks ../../on-demand and leaves its failing loader active for reconcile.test.ts in the combined canvas process. Running those two unchanged files together reproduces 3 pass / 2 fail; both reconciliation failures are Error: chunk from that other fixture. Their source matches origin/dev. Updating the gate to keep all canvas tests selected while running the module-mocking session-hooks fixture separately, as already done for connection and lifecycle mocks. Complete TS gate is rerunning. Production checks on the private native preflight image now pass: New shell immediate retired-cache list is [] with screenshot; the full-canvas freeze case passes. Earlier enrollment failures remain recorded. Native aarch64 static build completes; its 19,601,832-byte image is 4,064 bytes below the existing exact cap, so the ratchet check is red rather than silently allowing slack. No cap changed. Native key diagnostic is being rerun with its correct physical binary path. The x86 crypto KAT built on ARM cannot execute there (Exec format error); common-brief x86-only rows will be executed on compute01 using the copied artifacts, without a build there.
Fix-round gate follow-up at
db265a53c: restored the committed TypeScript gate after rejecting experimental test-selection changes. On a separate archive of unmodified origin/dev (42ab330358),bun test ./src/canvas/windows/session-hooks.test.ts ./src/canvas/model/reconcile.test.tsreproduces the same loader mock leak: 3 pass / 2 fail, exit 1 (Error: chunkfrom session-hooks.test.ts:9 reaches reconcile). No baseline fixture changes or weaker assertions are being folded into #207. Receipt: unchanged-dev-mock-leak.log.Full production browser pair now running on dev-02-std, workers 2 / retries 0. Gate execution and x86-only artifact checks honor the newly required build-slot wrapper.
Production-build screenshot from fix-round broad run A on dev-02-std (head
db265a53c, native ARM static image). Phone layout capture attached for independent review. No visual-quality verdict is claimed.Full fix-round run A at
db265a53ccompleted on dev-02-std, production ARM static binary / Nix Chromium / workers 2 / retries 0: 130 discovered / 130 unique; 114 passed / 15 skipped / 1 failed; flaky 0; max attempts 1; exit 1; 10.2m.Failure:
real/restart.spec.ts:5:37, CA-locked overnight restart:Error: server restart failedatreal/server.ts:381(20-second health deadline). This run is failed and does not count toward acceptance. All three adopted real cache tests passed, includingNEW_SHELL_OLD_CACHE []; freeze, query replies and idle rest passed. Run B follows on unchanged artifacts. No deadline or assertion is relaxed. R207-07 broad intermittence therefore remains demonstrated in this fix round pending diagnosis.Additional atomic fix pushed:
d5c44cd06, restart fixtures now request an ephemeral remote listener by default, preserving explicit TRACER_TEST_PORT for measurement drivers. The source-executed regression was7 pass / 1 failbefore (5299instead of0) and8 pass / 0 failafter; tracer compiler passes. Parallel restart spec files previously shared 5299. Run A's failed unit exited 1, but discarded stderr means its specific cause is not established.Run B at
db265a53c: 130 unique / 111 passed / 15 skipped / 4 failed / max attempts 1 / workers 2 / retries 0 / exit 1, 11.4m. Failures: phone layering revision did not advance; rest had 1 late rAF; three-session daemon test timed out before canvas enrollment completed; cache input/resize control never reached initial live state. A/B binary and all dist hashes match before/after. All attempts remain failed and retained.The fast gate reported
No space left on device (os error 28)as the shared VM filled, including workspace compilation and clippy. Stopped the remaining own gate process and removed own partial debug artifacts. This is not a gate pass; disk exhaustion also confounds part of B. Space subsequently recovered. Fresh C/D pair is queued atd5c44cd06against an immutable private copy of the production binary. Separate rest diagnostics preserve the zero-rAF assertion.Copied x86 artifacts executed on compute01: AES-128-GCM NIST encrypt/decrypt PASS; key-memory initialization/locking/dump exclusion PASS; production trust PASS; static stripped ELF/no PT_INTERP PASS; exact size gate FAIL: 21,437,872 vs 21,431,472, +6,400 bytes. ARM artifact measured 19,601,832 vs 19,605,896, -4,064 bytes, so its exact ratchet also fails. Native source/build recipe unchanged from origin/dev; no cap edited and no performance certification claimed.
Fix-round head now
284384981, pushed on broad-suite-triage.2ac2429a6fixes the reproduced idle-rest cause: the view-list pill morph removes its panel on first undershoot while the spring continues requesting frames. Production rAF diagnostics mapped the intermittent late callback to this morph. Cancel/land the spring when the panel is removed. Deterministic real-morph test: one pending callback before, zero after; spring tests and tracer compiler pass. No cutoff/assertion weakened.284384981corrects my preceding listener change: native remote startup rejects port zero. The fixture now uses the same kernel reservation helper as its HTTP backend and passes a nonzero selected port, retaining explicit measurement overrides. Acquisition test 7 pass/1 fail before, 8/8 after.rest.spec.tsplusrestart.spec.tspreflight: 4 passed (37.5s), workers 2, retries 0. Returning to Console: last rAF about 160 ms after visible motion; zero writes/callbacks after +600 ms.Run C is retained as 102 passed / 15 skipped / 13 failed, 130 unique, retries 0/workers 2: twelve remote fixture startup failures expose my invalid-zero-port change; the rest failure used the prior frontend build. Its planned second run was cancelled before starting, so C is not an acceptance pair. D/E are queued against the corrected committed head and an immutable production artifact snapshot. Full final gate is queued after that snapshot exists.
Verification blocker at
284384981: dev-02-std's shared 246 GB filesystem repeatedly fills under other active jobs even while this job's native gate is queued. Free space observed 40 GB -> 18 GB -> 1.2 GB -> 130 MB. The previousscripts/verify fastattempt loggedNo space left on device (os error 28)in compilation/clippy and was stopped. Cancelled its still-queued final retry to avoid another build during exhaustion; removed only this job's partial debug build, obsolete preflight artifacts, release intermediates and compiler-tool caches (several GB reclaimed). No other job's files/processes touched.D/E production browser pair continues with immutable copies. D passed the fixed rest oracle, remote restart cases and cache input/resize control, but the three-viewer query-reply case failed; the full run/report is still in progress. D is failed and cannot qualify as half an acceptance pair. No assertion, timeout or retry setting changed. R207-07 is therefore not yet fully resolved. A final green gate/two-pass release claim remains blocked; no merge/deploy/issue closure.
Fix-round handback for re-review: verification blocked; not ready to merge.
Branch broad-suite-triage, base
fc65de7b0, pushed head284384981e. Eleven atomic commits; working tree clean. No merge, deployment or issue closure.The lost review numbering is ambiguous, so this maps the surviving review commits to fixes:
40b30bb7a: cache bitmap/listener ownership after teardowna4acb9344: dispose cache, invalidate pending captures, prevent warming after disposal0840d9e94: retired pixels after New shell; issue bitmap-identity mutation evidencef1f62eee9: remove retired ghost synchronously; adopt three real-server cache/identity controlsefd725d9b+ correctedd9a16ed2c: lost switch timing contract9356d7d45: restore opt-in cold attach <=60 ms; explicit REAL_SWITCH_BUDGETS runner for 0/300 ms RTT8f5fc61eb: rejected context.close skips later owners0610aa3b3: nested finally cleanup, including partial acquisition22b860932: symmetric viewport fixturecbeda5e49: non-symmetric row/offset controls22e7075eb: freeze sampler misses lower rows1394f5783: fingerprint all canvas pixels3631dd797removes shared layout port; d5c44cd06/284384981 reserve independent valid remote ports;2ac2429a6cancels the detached view-list spring. Still unresolved overall: final D has a query-reply failure.Each logical fix has retained failing-first evidence. Isolated final-head review contracts pass 27/27 (9 cache, 8 disposal/listeners, 3 switch, 4 viewport, 2 freeze, 1 rest).
db265a53cand2ac2429a6keep these contracts in separate processes in the shared gate. Tracer compiler passes. Production build and transfer budgets pass:The rest diagnostic attributed the intermittent late frame to the view-list pill morph continuing its spring after panel removal. The deterministic real-morph regression retained one frame before and zero after. Production rest plus locked/unlocked restart preflight: 4 passed (37.5s), workers 2/retries 0; last return-to-Console rAF about 160 ms after visible motion, zero after +600 ms. No timing deadline, assertion or retry was weakened. The dedicated numeric switch runner was not executed on the locked perf host; no performance certification claimed.
All broad attempts used dev-02-std/aarch64, Nix Chromium, workers 2, retries 0:
db265a53cdb265a53cd5c44cd06284384981; prior frontend rest also failed284384981284384981D's exact remaining error was at real/query-replies.spec.ts:169: corpus 34/request
1b5d303b63616e63656c6c65641b5b366e, browser/second/third reply increments [0,1,1], expected [1,1,1], after 15 seconds. All added cache controls, freeze, rest, switch and restart checks passed in D. This is an unresolved finding; it is not attributed to storage without proof. E is failed and cannot count toward acceptance. No consecutive green full-suite pair was achieved. D/E used a private production binary and immutable production frontend snapshot; before/after SHA256 manifests for the binary and all 284 dist files are identical. The Nix adapter only selects the provided executable and absolute test directory; committed assertions/skips remain intact.scripts/verify fastdid not pass. The last executed attempt failed while the shared VM filled; representative output verbatim:That attempt preceded the final UI/fixture commits. The final-head native retry was cancelled while still queued after shared free space again fell from 40 GB to 130 MB. The queued final TypeScript group subsequently failed before executing with:
There is also a separately proven baseline Bun module-mock leak: an unmodified origin/dev archive at
42ab330358,bun test ./src/canvas/windows/session-hooks.test.ts ./src/canvas/model/reconcile.test.ts, yields 3 pass / 2 fail (Error: chunk). Experimental gate-selection changes were reverted; no baseline fixture assertions were weakened.Copied x86-only artifacts executed on compute01: crypto NIST KAT PASS, key-memory initialization/locking/dump exclusion PASS, production trust/static ELF/no PT_INTERP PASS. Exact size rows fail and no cap was edited:
Native Rust/Cargo/build recipe sources are unchanged from the above origin/dev baseline; these size differences are not attributed to this frontend job. Earlier permission-root and symlink diagnostic failures remain retained. The separate baseline restart control passes 18/18 from a real private executable root; the corrected ARM key-memory diagnostic passes.
Attached safe evidence includes final contracts, red/green lifecycle/listener controls, broad accounting and D/E logs, artifact manifests, transfer measurements, baseline mock leak, gate storage excerpts, and production screenshots for independent review. No recovery words, auth snapshots or raw traces uploaded.
Remaining work before release qualification: resolve/reproduce D's missing browser query reply, obtain two complete consecutive green browser runs, complete the final-head fast gate on a stable-capacity host under the required architecture policy, and reconcile baseline mock/size gate failures. Only this job's caches were reclaimed; its surviving server/shim descendants were stopped by verified PID. No own background builds, servers or browsers remain.
Evidence attachments:
Resuming #207 at broad-suite-triage /
284384981eafter the orchestrator restored disk capacity and added the 25 GB build-slot floor. First: repeat run D's exact three-viewer corpus test on the unchanged production artifacts and investigate any missing browser reply. Then final-head fast gate and two full browser runs, retries 0, through build-slot. Known J21/J25 baseline failures will be identified explicitly. Own target directory will be deleted at handback.Resume triage evidence at
284384981: unchanged real/query-replies.spec.ts three-viewer corpus case passed 3/3 focused repetitions (2.1m), workers 2, retries 0, on exactly the prior production binary/dist. Every repetition completed all 30 renderer-answered corpus forms including 34/35/36 and verified three renderer attempts / one PTY copy. No product or assertion change. This rejects a deterministic case-34 parser failure, but does not establish the cause of run D's transient missing browser reply; I am not attributing it to disk without proof. Full F/G acceptance pair and scripts/verify fast are now running through build-slot with restored capacity (~77 GB free).Continuation at
284384981eafter the disk repair:R207-07 fix remains green in broad run F (114 passed, 15 skipped, 1 failed; 9.5m; workers=2, retries=0). The failure is again the three-viewer query property, now corpus 32 (
1b5b7f366e), browser attempt delta 0 versus both protocol viewers 1. Run D failed at corpus 34. F had ~74GB free, so disk exhaustion is not a sufficient explanation. Three unchanged focused repetitions passed before F. Instrumented diagnostic-only artifacts are queued to locate the missing reply; production artifacts and assertions remain unchanged.The resumed fast gate failed: CLI SIGINT fixture stayed running, and the static phase tries to execute an x86 crypto KAT on ARM (Exec format error). Explicit TS phase: 362 pass / 2 fail, the two J25 reconcile cases. Checking the SIGINT launch environment before calling that a source regression. Not claiming only known baseline failures or a release gate pass.
Query triage update at unchanged head
284384981(production artifacts unchanged): original focused property 3/3 pass; instrumented diagnostic-only dist 4/6 pass; close-metadata focused run 4/4 pass. Workers=2, retries=0 throughout. In both instrumented failures (corpus33), bridge0 closed (server 1005) after27 marked replies, bridge1 replayed once with0 new marked replies. The metadata ring shows old-bridge writes/replies ending before the failed query. All eight diagnostic passes retained the initial bridge through corpus36 and31 replies. Therefore this is intermittent and associated with a real disconnect/replay, not evidence of a deterministic case34 parser omission. Replay intentionally suppresses historical query replies. The underlying disconnect cause remains unproved; no assertion relaxed or retry added.Fast-gate launch correction: restoring SIGINT before exec makes the CLI SIGINT test pass. This rerun instead hit
ring_wrap_snapshot_repaints_real_vim: five-second socket read timed out (WouldBlock, shim.rs:276). Static phase still tries to execute an x86 KAT on ARM. Explicit TS phase still362 pass/2 known J25 reconcile failures. Thus failures are NOT limited to the listed J21/J25 baseline. One final serial-native fast gate and broad H/I pair are queued through build-slot. Earlier receipts retained. Own target will be deleted after the last native gate; browser artifacts live separately.Fix-round handoff:
broad-suite-triage@284384981e10ebbe90149f4c11635ed64576bdfb(pushed; no merge/deploy/issue closure).R207-07 is fixed by
2ac2429a6: the view-list close watcher removed its panel on the spring's first undershoot while the spring still scheduled frames.finishClosenow lands/stops that spring before removal. The real-morph deterministic regression was red with one pending frame and green with zero; assertions and visible motion were preserved. All 27 isolated review contracts passed at this head. Earlier fixes and red→green receipts are in the preceding handoff, including review-SHA mappings where finding numbering was ambiguous.Run-D query triage: intermittent failure associated with a real browser disconnect/replay; the disconnect's root cause is unproved. After disk repair, run F reproduced the missing browser attempt at corpus 32 with ~74GB free (D had failed at 34). Three unchanged focused repetitions passed. A diagnostic-only dist/test copy then gave 4/6 passes: both failures at 33 had the old browser bridge close (
server 1005, 27 replies) and a replacement bridge replay (0 new replies). Old-bridge response metadata ended before the failed query. A further 4/4 repetitions passed, each retaining its initial bridge through 36 with 31 replies. These observations support a reconnect/replay explanation for the reproduced symptom, not a proven deterministic parser omission in case34. Replay deliberately suppresses historical replies. They do not establish the exact cause of D's uninstrumented disconnect. No query assertions, deadlines, corpus members, or retries were relaxed. Diagnostic code was external; acceptance uses unchanged production artifacts.Acceptance results are appended below. Full reports retain every attempt; run G was not started after F failed. Earlier A–E receipts, including disk-truncated E, remain in the preceding handoff. Browser execution: aarch64 dev-02-std, Nix Chromium, Playwright1.61.1 with external executable-path adapter (Nix browser revision differs from the bundled revision), build-slot, nice 10, 2 workers, retries 0. Existing 15 skips unchanged. Numeric switch budgets remain opt-in via
scripts/verify-switch-budgets.sh; this is not a locked-perf-host timing certification.Final
scripts/verify fast(native tests serial; Rust build jobs 3; exact head; build-slot), exit 1, verbatim table:Additional failures are present, so this is not a claim that only J21/J25 fail:
ring_wrap_snapshot_repaints_real_vimfails twice, including serial execution:shim.rs:276:34,WouldBlockwhile reading the frame prefix after its five-second socket timeout. Not proved on unmodified dev; retained as an unresolved gate failure. An earlierctrl_c...timeout was caused by the detached launch inheriting ignored SIGINT; restoring the default made it pass.Exec format error. The exact SHA256-identical KAT passes on compute01:AES-128-GCM NIST vector encrypt/decrypt passed. There, production trust, static ELF/no PT_INTERP and key locking/dump exclusion also pass. The x86 size check remains red: 21,437,872 versus 21,431,472 cap, +6,400 bytes. No caps changed; prior ARM size receipt was 19,601,832 versus 19,605,896 (ratchet mismatch).The two TS failures are exactly the known J25 reconcile cases; the unchanged-dev module-mock reproduction is in the preceding receipts. The latest native run stopped at the Vim test before proving the remaining workspace tests; no claim that absent J21/J25 failures passed.
Own target directory
/home/claude/.cache/codex-scratch/broad-suite-207/targetwas deleted after the final native gate. Frozen browser artifacts, logs and evidence remain outside it. Selected screenshots are post-sign-in production captures, provided for independent review rather than author visual approval.Consecutive acceptance pair on final production artifacts, with no intervening edits/rebuilds:
Each report accounts for 130 unique tests, 115 passed, 15 skipped, 0 failed, 0 flaky, one attempt/test; config confirms 2 workers and retries 0. Before/after artifact manifests are identical. Resumed run F remains recorded as 114 passed/15 skipped/1 failed (9.5m), not hidden by the later pair. Target absence and zero leftover job processes were checked after completion. Selected receipts/screenshots are attached below.
Browser acceptance is satisfied; the complete fast gate is not green for the failures above. Ready for re-review of the fixes with those explicit blockers and the unresolved disconnect cause; not a release/merge certification.
Rebased
broad-suite-triageonto currentorigin/dev57491e918c; force-with-lease push confirmed ata5a2ccd77f. Kept dev's newer stale-screen/D309 fixture behavior when replaying superseded old commits. No Rust source delta versus dev. Current dev already includes the Vim absolute-path fixture fix (e8577fc60) and ARM static-row skip.Queued through build-slot: x86 dev/head size comparison plus final fast gate on compute01, and old-dev/current-dev/rebased-head real Vim checks on ARM, all using
nix developfrom this worktree. Targets will be deleted on driver exit. Separate browser disconnect investigation filed as #277: #277. Prior H/I browser-pair evidence is explicitly from the pre-rebase head.Vim socket timeout root cause proved on aarch64 through build-slot and worktree
nix develop:769f388a8447bea6a6cc18ea4d88bfef2b3b7543(parent of the Vim fix):0 passed; 1 failed, 5.44s, same socket-readWouldBlock.57491e918c91fbf44dd5b318da168e1b4ef40310:1 passed; 0 failed, 3.13s.a5a2ccd77f581bdf0130a1c3b0d6886dbb475eee:1 passed; 0 failed, 3.08s.The Nix runner resolves Vim at
/nix/store/l8wsk448zrh1dp26zbhaij7pwfcpn3ln-vim-9.2.1164/bin/vim. Under the shim's actual sanitized PATH (/usr/local/bin:/usr/bin:/bin, pty.rs:202), Vim is absent. The old fixture invoked barevim, then waited for editor output that could not arrive. Dev commite8577fc60resolves and quotes the absolute editor path first; production PATH sanitation stays intact. No new source fix was needed. ARM target deleted after these checks.Compute01 dev/head static comparison and final fast gate are still queued behind four occupied build slots. Browser disconnect cause is tracked separately in #277 with the previous receipts.
Progress: rebase/push and #277 filing are complete; Vim cause is proved red on old dev, green on current dev and rebased head. ARM cleanup is complete. The compute01 size comparison + final fast driver has waited about18 minutes for build-slot; no x86 build result is available yet. Driver PID2400047, worktree
~/worktrees/broad-suite-207, logs~/.cache/codex-scratch/broad-suite-207/rebase/. Pinned refs remain dev57491e918 and heada5a2ccd77. Continuing to wait; not reporting a gate pass.Crash-safety progress checkpoint: branch
broad-suite-triageremains pushed/clean ata5a2ccd77f581bdf0130a1c3b0d6886dbb475eee; no uncommitted source work. Rebase, Vim old-dev/current-dev/head proof and follow-up #277 are complete. Compute01 size comparison + fast gate have waited about 30 minutes for build-slot. All four slot FDs have live job holders; newer gates have acquired slots while this waiter remains queued (the helper polls, not FIFO). Own waiter PID 2400047 and resumable driver/logs:~/.cache/codex-scratch/broad-suite-207/rebase/. No x86 build has started. ARM target deleted; compute target cleanup is in the driver EXIT trap. Continuing within the required slot limit.Shared-host status: dev-02-std is back to16GB free (below build-slot's25GB threshold). My ARM target is absent; Vim proof finished earlier. An optional rebased frontend-only check was stopped while still in the disk waiter, before any test/build ran. No ARM heavy work from this job remains. Compute01 remains queued for the required dev/head static comparison and fast gate (PID2400047; same pinned refs/log paths); its disk was56GB free at last check. No source changes or gate result to report yet.
Waiter checkpoint: after more than 42 minutes in the non-FIFO polling loop, stopped only verified waiter PID2400047 (still
bash .../build-slot, no target/build state existed) and requeued it once. Replacement PID2961989; active wait log is now~/.cache/codex-scratch/broad-suite-207/rebase/driver-requeued.log. Original wait log remainsdriver.log. Same driver, pinned refs and slot limit; no duplicate heavy job or source change. Compute disk recovered to86GB free after other-job cleanup. Required comparison/gate still pending.Crash-safety checkpoint: no new source changes.
broad-suite-triageis pushed ata5a2ccd77f581bdf0130a1c3b0d6886dbb475eeeon dev57491e918. Vim cause and old-dev/current-dev/head proof are complete (logs/summary in~/.cache/codex-scratch/broad-suite-207/rebase/); #277 holds the browser disconnect follow-up. Both ARM targets/checks are stopped and its target is absent.Compute01 still has no slot for the required x86 comparison and final fast gate. Active waiter PID 2961989, log
driver-requeued.log, drivercompute-driver.shin that same evidence directory. Original PID 2400047 waited over 42 minutes and was stopped only after verifying it had not started a build. Replacement remains one waiter under the same four-slot limit. Driver runs worktreenix develop, dev/head x86 builds (forcing a fresh head package link), full fast gate, explicit TS/review contracts/production bundle checks, and deletes its single target in EXIT cleanup. It also rechecks free disk after the long slot wait. Required build results remain pending; not a gate-pass claim.Compute01 acquired a slot, but my first manual baseline build omitted
scripts/auth-toolchainbeforescripts/static-cargo. The missing target-local Zig executable made OpenSSL/SQLite fail; this was a driver setup error, not evidence of a dev/head product regression. No binary or size measurement was produced. The attempt is preserved asbaseline-x86-build-first.log/exits-first.txt; EXIT cleanup deleted that target.Corrected driver now runs the repository's checksum-pinned toolchain setup and PATH recipe first, matching
scripts/verify, and restores the rebased head on EXIT. Replacement waiter PID 3586555, active log~/.cache/codex-scratch/broad-suite-207/rebase/driver-corrected.log. Same dev/head refs, worktree, build-slot and single-target rule. Size comparison and final fast gate remain pending. No repository source change.Corrected compute01 driver acquired build-slot 1/4 and completed pinned Zig setup. The unmodified dev57491e918 x86 release build is now compiling; no size result yet. Same single target, nice10, Cargo jobs4, worktree
nix develop. Active PID3586555,driver-corrected.logandbaseline-x86-build.logunder~/.cache/codex-scratch/broad-suite-207/rebase/. Driver will force the head package to relink, record both sizes/hashes, then run the full fast gate and isolated frontend checks before EXIT target cleanup. Branch remains pushed/clean ata5a2ccd77; no new source changes.J13 #207 rebase checkpoint:
broad-suite-triagewas rebased onto requested57491e918c91fbf44dd5b318da168e1b4ef40310and pushed with an explicit lease toa5a2ccd77f581bdf0130a1c3b0d6886dbb475eee.Fresh compute01 comparison through build-slot + worktree
nix develop, identical pinned toolchain and static-cargo command, independently relinked top-level package:The previous 21,437,872-byte x86 artifact was cross-built on aarch64 before the rebase. Its +6,400-byte overage does not reproduce on compute01 for either dev or head; it is not branch-added native product code. No caps changed. All native build inputs also have an empty baseline/head diff.
Final compute01
scripts/verify fastis running in the same held slot; final output and additional TS/frontend/review-contract checks will follow. Vim old-dev/current-dev/head proof is complete, and unresolved browser disconnect/replay evidence is tracked separately in #277. Earlier baseline attempt failed because my manual driver omitted auth-toolchain setup; the corrected successful comparison above includes it. Evidence directory:~/.cache/codex-scratch/broad-suite-207/rebaseon compute01 and control. Target cleanup is in the driver EXIT trap.J13 crash-safety checkpoint: pushed head remains
a5a2ccd77f581bdf0130a1c3b0d6886dbb475eeeon requested dev57491e918. Static comparison is finished: dev/head both 21,431,472 B, identical SHA-256 andcmpexit 0, branch delta +0 B.Compute01 final
scripts/verify fastremains active inside build-slot with the worktree Nix shell. fmt, VT native fmt, CLI compile-out, clippy, SSH runtime helper and fixture-path rows have completed; workspace tests are now in server socket/auth cases and no failure has appeared in the log so far. Later Rust/static rows and explicit TypeScript/review contracts/frontend checks remain pending. Evidence:~/.cache/codex-scratch/broad-suite-207/rebase/verify-fast.logand drivercompute-driver.sh; sole target~/.cache/codex-scratch/broad-suite-207/targetis removed by EXIT trap. ARM Vim proof is complete and its target deleted; #277 records the unresolved disconnect cause. No new source changes. This is a progress checkpoint, not a passing gate claim.J13 #207 rebase/final gate result — ready for re-review at
a5a2ccd77f581bdf0130a1c3b0d6886dbb475eee(broad-suite-triage). Rebased onto the requested dev57491e918c91fbf44dd5b318da168e1b4ef40310and pushed with an explicit lease from284384981e10ebbe90149f4c11635ed64576bdfb. Control and both VM worktrees are clean at the rebased head; remote branch verified.Static size attribution: fresh independently relinked builds on
claude@infraternal-dev-01-compute01, through build-slot,nice -n10, own worktreenix develop, one target, jobs=4:Native build inputs (
Cargo.toml,Cargo.lock,rust-toolchain.toml,.cargo,crates, static-cargo/auth-toolchain) also have an empty baseline/head diff. The former +6,400 B result came from the prior old-base/aarch64 cross-build artifact; it does not reproduce on compute01 for either current dev or rebased head. These measurements exclude branch-added native bytes; they do not separately isolate old-base versus cross-build-environment contributions to the historical artifact. No product-size workaround or cap change was needed. My first manual baseline driver omitted auth-toolchain setup and failed before producing a binary; its failed log is retained separately. The corrected baseline and head both exited 0.aarch64 Vim timeout: proved pre-existing on unmodified old dev
769f388a8447bea6a6cc18ea4d88bfef2b3b7543:ring_wrap_snapshot_repaints_real_vimfails with socket-readWouldBlock(0 passed/1 failed, 5.44s). Current unmodified dev57491e918passes (1/0, 3.13s); rebased head passes (1/0, 3.08s), under the same build-slot/Nix environment. Root cause: barevimwas absent from the shim's sanitized/usr/local/bin:/usr/bin:/binPATH; Nix supplies Vim at an absolute store path. Dev fixe8577fc60resolves/canonicalizes/quotes that executable before entering the login shell. The rebase includes this fix. Production PATH sanitation is preserved.Browser disconnect cause: separate follow-up #277 now holds the D/F failures, close/replay metadata, focused repetitions, receipts, and reproduction. The disconnect/replay association is evidenced; its cause is unresolved. Assertions and retries were not relaxed. Prior consecutive broad H/I results remain 115 passed/15 skipped each, workers=2, retries=0, 9.3m/9.2m, at pre-rebase
284384981; these are not fresh browser certification of the rebased head. Their existing report/screenshots and receipt bundle are linked in #277 and comment 71376.Fresh final gate:
scripts/verify faston compute01, build-slot + worktreenix develop: exit 0. Verbatim Rust table and static size output:The gate proceeded through the complete TypeScript path too. Final protocol output, verbatim:
No #271/J25b failure reproduced in this run. Independent additional results (driver exit receipt, verbatim):
All six review contract files passed: 9+8+3+4+2+1 = 27 tests, zero failures. Production build and transfer checks also passed. Critical JS transfer: gzip 306,132/307,200 B; Brotli 255,112/256,000 B. Process-per-user shim row: 199 passed, 19 ignored, zero failures.
Cleanup verified: driver exited; no J13 processes remain on either Linux VM; sole J13 Rust target removed on both compute01 and aarch64. Logs and receipts retained at
~/.cache/codex-scratch/broad-suite-207/rebaseon control and the VMs. No merge/deploy/issue closure performed. The receipt attachment below includes complete final gate output, size/hash evidence, driver and failed-first logs, and the Vim proof.Evidence: j13-207-rebase-final-receipts.zip (142,623 B; SHA-256
01c4845ca3cda1e224419b11b7b6ceedc902f5c484443e2b8becd51c5a615476).J39 round-2 review started: own review worktree/branch
review-207-round2ata5a2ccd77f581bdf0130a1c3b0d6886dbb475eee, base57491e918c91fbf44dd5b318da168e1b4ef40310. Reviewing R207-01..08 and product/test delta; fresh production Chromium broad suite twice sequentially on dev-02-std through build-slot, 2 workers, retries 0. Will check merge cleanliness with current dev; no fixes will be pushed.J39 round-2 checkpoint: target remains pristine
a5a2ccd77, separate control/ARM worktrees. Source delta and R207-01..08 retained tests reviewed; no new product correctness finding so far.git merge-tree --write-tree a5a2ccd77 105b1a28dexits 0, merge tree6f84ea84059bd35f87eb34e674298bc0f4e761a9. Actual switch-runner smoke check (command stub, no timing measurement) proves REAL_SWITCH_BUDGETS=1 reaches both 0/150 ms one-way invocations, workers=1/retries=0.Fresh ARM driver is active through build-slot, nice10, Cargo jobs3, browser workers2/retries0. First fast attempt is retained as stopped: newly created own root inherited 0775 (one trust-fixture failure), and its roughly28GiB debug target left under10GiB free. Stopped only verified own descendants and removed only own target. Corrected run uses own root0700 and CARGO_PROFILE_DEV_DEBUG=0/CARGO_PROFILE_TEST_DEBUG=0 to reduce test-artifact disk use; production release profile is unchanged. Fresh production binary/build then two full sequential broad runs follow. Evidence: dev-02-std
~/.cache/codex-scratch/j39-r2/. A possible custom-TRACER_DIST graph-fixture regression will be checked separately after the required pair. No source fixes, push, merge or deployment.J39 round-2 progress at unchanged
a5a2ccd77f581bdf0130a1c3b0d6886dbb475eee: product/test-integrity review complete; fresh sequential broad C/D pair is running on dev-02-std through build-slot, workers=2/retries=0, frozen fresh production artifacts. C has passed the formerly intermittent rest/query-reply checks so far; no final acceptance claim yet. The corrected fast gate is running separately through build-slot. A custom-dist regression and the R207-08 no-freeze mutation are queued after both complete.Correction to my earlier launch-failure attribution: the native deliberate-public-mode test failed under my launcher’s
umask 077, which masks its explicit 0755 fixture directory to 0700. Parent-directory permissions were not the cause. The corrected gate usesumask 022inside the private job root; an unchanged-baseline 077/022 control will verify attribution. Initial browser A/B startup failures (external config missing ESM metadata) occurred before discovery and are retained; C/D are the two actual full suite runs. No repository code or assertions were changed for these launcher corrections.Read-only merge-tree against current dev
105b1a28d3b3ea86487c457249ab3f953a4c27d3is clean (tree6f84ea84059bd35f87eb34e674298bc0f4e761a9). Branch is tested as-is; merged-result qualification is not claimed. Evidence:~/.cache/codex-scratch/j39-r2/evidence/on dev-02-std. No fixes pushed, merge, deploy, or issue closure.J39 round-2 finding R2-207-01, P2: required rebased-head browser pair is not green (continuation of R207-07 verification intermittence). Broad C on unchanged
a5a2ccd77completed with 110 passed / 15 intentional skips / 1 failed / 4 did not run, 10.1m, workers=2, retries=0. JSON accounts for all 130 unique IDs, at most one attempt.Failure:
real/mesh-unreachable.spec.ts:73,production-shaped inventory remains readable before and after a cold CA unlock;unlock()at line 61 exhausts the unchanged 5000ms poll. Expected{locked:false, initialized:true}, received{locked:true, initialized:false}. Its four later serial cases (:107/:128/:142/:159) did not run; these are not counted as intentional skips. Root cause and baseline attribution are not established. This file has no branch diff, but that alone does not prove the failure is pre-existing.Broad D is running immediately afterward on the same production artifacts. No assertion, timeout, retry, test selection, or source was changed; no replacement full runs will erase C. Regardless of D, PROCESS’s consecutive-green-pair criterion is unmet, so the review verdict will be fix first. Logs: dev-02-std
~/.cache/codex-scratch/j39-r2/evidence/broad-C.{log,json}; safe receipts will be attached with the final report.J39 additional gate evidence: corrected
scripts/verify faston exacta5a2ccd77, dev-02-std, build-slot, umask022, exited 1. Its only failing Rust row is workspacetest(101):infraternal-plugin-ssh --test install,streaming::decoded_image_and_hash_advance_before_the_transfer_tail_is_released, atcrates/plugins/ssh/tests/install/streaming.rs:119:streaming transfer stalled or refused; hashed=true staged_bytes=Ok(552579); install target 92 passed/1 failed/2 ignored. All other Rust rows pass; static builds explicitly SKIP (x86), as required on this arm64 VM. Gate stopped before TypeScript.Native source/build inputs are unchanged versus pinned dev, but I am not claiming pre-existing failure from that fact: one unchanged-baseline control is queued. The exact TypeScript gate function will run independently, and its result will not be relabeled as a passing full fast gate. Full final table/log will accompany the review. This is additional failing verification evidence for fix-first, not a proven product regression introduced by #207.
J39 final broad pair result, unchanged
a5a2ccd77: C exit1: 110 passed / 15 intentional skips / 1 failed / 4 serial cases did not run (10.1m). D exit1: 114 passed / 15 intentional skips / 1 failed / 0 missing (9.2m). Both discover 130 unique IDs; workers=2, retries=0, max one attempt. Same frozen native and production frontend artifacts before/after (manifest diff exit0).D failure:
real/rest.spec.ts:87, flight to Settings: unchanged zero-style-writes assertion at :83 expected 0, received 4, late elements{"DIV.cl-content#":2,"DIV.cl-region#":2}. These are writes beyond the existing 600ms rest threshold. D’s cold CA-unlock case passed, C’s failed. This rest failure is distinct from the earlier detached-pill rAF finding; stopping that spring does not establish that all R207-07 intermittence is resolved. Root cause/baseline attribution for these new broad failures remains unproved. No timing threshold was changed and no perf-host certification is claimed.R2-207-01 P2 / R207-07 remains open; fix first. The exact-head consecutive-green release criterion is unmet. Both failures remain in the review receipts; no replacement broad runs. Running the remaining independent TypeScript gate, custom-dist reproduction, freeze mutation and baseline controls now, then cleanup/final review.
J39 round-2 R2-207-02, P2: graph recovery regression ignores custom production output. New
real/layout-recovery.spec.ts:195and :197 readnew URL("../dist/", import.meta.url)instead of the selectedTRACER_DIST. The real server and build both support that override. With valid frozen production artifacts selected byTRACER_DISTand defaultapps/tracer/disttemporarily absent, the unchanged graph-recovery case fails ENOENT scandir apps/tracer/dist/ at :195. It passed in both broad runs with the default-dist alias present. Thus a clean custom-output qualification fails; a stale default directory can also select a bundle name from a different build and miss the intended request. Please resolve the selected production directory consistently with the server. No repository fix made. Focused log/json retained ascustom-dist.*.R207-08 positive mutation control: replacing only the production Binding.setFrozen call with
setFrozen(false)and rebuilding a separate output makes unchanged freeze.spec.ts fail its inactive canvas pixel equality at :110. This is the intended rejection, not a harness-startup failure. Unmodified freeze passed in both broad runs. Original source restored and checked (source-restored 0); frozen broad artifacts untouched. R207-08’s sampled-pixel blind spot is fixed by the full-canvas fingerprint.J39 independent review, round 2/3: FIX FIRST.
Reviewed
broad-suite-triageata5a2ccd77f581bdf0130a1c3b0d6886dbb475eee, all 37 commits / 29 changed files against pinned dev57491e918c91fbf44dd5b318da168e1b4ef40310, the full #207 history, round-1 reviewd9a16ed2c, and J13 reports 71141/71376/71873. Control review branch:review-207-round2, unchanged at target head. No fix commits or pushes.Findings: P0 0, P1 0, P2 2, P3 0.
apps/tracer/real/layout-recovery.spec.ts:195,197hardcodes defaultdistwhile the server/build honorTRACER_DIST. With valid custom production output and no default-dist alias, the unchanged graph recovery test fails ENOENT at :195. A stale default output can select a different build’s bundle name. Resolve the selected directory consistently with the fixture. Reproduction.Round-1 findings and product review
openNew()synchronously drops the retired UUID’s picture before starting its replacement. Adopted production regression passed C and D.No additional product correctness regression identified in live/cache/terminal/pill changes. Changes are localized; no foundational dependency, native code, release profile, cap, retry, query-count, or idle assertion relaxation. Original round-1 contract files remain unchanged except added disposal coverage.
scripts/verify.d/ts.shexplicitly runs the six review fixtures in separate processes; all 27 contracts pass (9+8+3+4+2+1). The Playwright config change is explanatory only. New graph bundle selection is the harness regression above.Fresh production Chromium pair, branch as-is
Both runs executed sequentially on
claude@infraternal-dev-02-stdthrough build-slot,nice -n10, worktree Nix shell, workers=2 / retries=0. Browser adapter selects only the Nix Chromium executable; committed tests/assertions are unchanged. Each discovers 130 unique IDs, at most one attempt, zero flaky results. The same 15 intentional skip IDs occur in both; C’s four blocked serial cases are reported separately.C:
mesh-unreachable.spec.ts:73, unlock helper :61, unchanged 5000ms poll expected{locked:false, initialized:true}but saw{locked:true, initialized:false}. Serial cases :107/:128/:142/:159 did not run. D passes that unlock case but failsrest.spec.ts:87, assertion :83: 4 style writes after rest, expected zero, flight to Settings; elementsDIV.cl-content#twice andDIV.cl-region#twice. Neither failure is discarded or replaced by another broad run. PROCESS’s consecutive-green-pair release criterion is not met.Fresh native release binary and all 284 production files are hash-identical before/after the pair and after focused checks (manifest diff0). Native SHA-256:
11f9a8671c637eacfff04b7129c8701bdd1fa8892255882249df920cbf98d71e. Broad timings are diagnostic on a shared build VM; switch perf budgets require the separate perf-host runner.Gate and baseline attribution
scripts/verify faston exact reviewed head, arm64 VM, build-slot, umask022: exit 1. Verbatim final Rust output:Workspace test failure:
infraternal-plugin-ssh --test install,streaming::decoded_image_and_hash_advance_before_the_transfer_tail_is_released, streaming.rs:119:streaming transfer stalled or refused; hashed=true staged_bytes=Ok(552579); 92 passed / 1 failed / 2 ignored. Reproduced on unchanged pinned dev57491e918under the same toolchain: focused baseline exits101 with the same failure. Native inputs have an empty base/head diff. Static rows explicitly skip on arm64; J13’s independently measured x86 final gate and byte-identical 21,431,472 B image remain in 71873, not claimed as my own rerun.Fast stops before TypeScript. Running the exact TypeScript function independently exits1: 362 pass / 2 fail, both reconcile.test.ts cases throw the
on-demandmock’schunkerror from session-hooks.test.ts. Unchanged pinned-dev TypeScript gate reproduces both failures: 361 pass / 2 fail (the branch adds one viewport test). Thus neither gate failure is presented as an introduced product regression or as green. Independently, all 27 review contracts pass; production build + transfer gate exit0: critical JS gzip 306,138/307,200 B, Brotli 254,754/256,000 B.Launch corrections retained transparently: initial fast launcher used umask077; its deliberate public-mode directory test fails on unchanged baseline with077 and passes with022. This corrects my earlier parent-permissions attribution. Initial browser A/B failed before discovery because external config metadata omitted ESM mode; they are retained startup failures, not suite passes. C/D are the requested actual full pair. An earlier oversized debug-target launch was stopped and its output retained. No source/assertion correction was used to conceal these failures.
Integration and cleanup
Read-only
git merge-tree --write-tree HEAD 105b1a28d3b3ea86487c457249ab3f953a4c27d3: exit0, clean, tree6f84ea84059bd35f87eb34e674298bc0f4e761a9. Current dev’s CSS change is not included in the tested branch; no merged-result browser certification is claimed.Both worktrees restored clean at
a5a2ccd77; owned temporary default-dist symlink removed; sole Rust target deleted; all job wrappers finished and no job-path server/browser process remains. No push, merge, deploy, or issue closure. Raw reports/logs retained outside checkout at~/.cache/codex-scratch/j39-r2/evidence/on dev-02-std and control. Attached production screenshots are evidence for owner review, not a visual-quality approval.Verdict: fix first. The reviewed fixes largely address R207-01..08, but exact-head broad qualification remains red and the new custom-output regression needs repair. Preserve these failures, investigate, and use the remaining delta-review round after fixes and a fresh green pair.
Evidence: j39-207-round2-receipts.zip, phone.png, desktop.png.
Receipt ZIP: 210,190 B; SHA-256
c7a573e9bc06e6f1b29660a979ee17ed477e74e0acb02ec5427e2a58eb348958. Authentication snapshots, recovery keys, and raw traces are excluded.Start: J41 round-3 fix branch
broad-suite-triage-r3, head4290b68356c39add90f3f68e32204bea71f8cb34, rebased cleanly ontoorigin/devbase4ac9a0429b445971c07e9edab48c0c6e4fb1718d. Worktree:/home/kayg/Developer/Worktrees/infraternal-broad-suite-207-r3. The reviewedbroad-suite-triagebranch ata5a2ccd77f581bdf0130a1c3b0d6886dbb475eeeremains untouched in its existing worktree.Next: reproduce the custom
TRACER_DISTfailure and the C/D browser failures with workers 2 and retries 0, then fix each confirmed test race or product cause without retries/skips. I’ll also capture whether the #277 disconnect/replay case recurs and link its evidence here if it does.Finding R2-207-02 / P2 reproduced RED on the rebased head
4290b68356c39add90f3f68e32204bea71f8cb34on dev-02-std. Built the production tracer into/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/tracer-dist, selected it viaTRACER_DIST, and confirmed the worktree’s defaultapps/tracer/distwas absent. The real-server fixture started using the selected output, then the unchanged focused graph-recovery test failed atlayout-recovery.spec.ts:195withENOENT scandir '/home/claude/worktrees/j41-broad-suite-207-r3/apps/tracer/dist/'. One test, one worker, retries 0; Playwright 1.61.1 with the Nix Chromium executable. Raw report:/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/custom-dist-red2.log.R2-207-02 fixed in
9710c7493(test: resolve graph recovery from selected dist (#207)). The failing-first reproduction above proved the test scanned defaultapps/tracer/distwhile the real-server fixture served the customTRACER_DIST. The fixture now exposes one selected-directory resolver and both server copy and graph-bundle inspection use it.Verification on
claude@infraternal-dev-02-std: the same production build remained only in the custom output directory, the default dist remained absent, and the focused graph-recovery test changed RED→GREEN: 1 passed, 0 failed, 0 skipped, 0 flaky, workers 1, retries 0, Chromium, 5.2s. Raw pass report:/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/custom-dist-green.log.J41 P2-1 investigation update at
broad-suite-triage-r3@9710c7493: the historical CA unlock and rest failures did not reproduce in the focused two-file diagnostic. Production Chromium, workers=2, retries=0: 7 passed, 0 failed; unlock completed in 542ms, and each measured rest action recorded zero style writes and zero rAF callbacks after +600ms. I inspected the failure paths but have not attributed either historical failure, so I have not changed the 5-second CA bound or weakened the rest assertion.Fresh full production run 1 is in progress on dev-02-std through build-slot, with the same production binary and tracer distribution for all runs. Its CA unlock has passed in 503ms. Logs/reports:
/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/broad-1/run.log; the full run will be retained before starting the next run.P2-1 finding: the C-run CA unlock failure was a browser-test race.
unlock()clicked the button and polled/remote/ca/statuswith Playwright's default 5-second bound without waiting for the asynchronous/remote/ca/bootstrap/finishresponse. A diagnostic 6.5-second delay on that finish route reproduced the exact historical{locked:true, initialized:false}timeout. The helper now waits for the finish response, asserts HTTP 200 and{locked:false}, then confirms CA status. The same delayed probe passed through both the initial unlock and post-restart unlock; the normal focused test passed 1/1 with retries 0. Receipts:/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/ca-diag-delayed-finish.log,ca-diag-delayed-finish-green.log, andca-final-focused.log.J41 capacity update: the isolated REST event-delay probe is queued in build-slot on dev-02-std, waiting since 00:14:18 UTC because the VM has 15 GB free and the slot requires at least 25 GB. The J41 target on that VM is 1.9 GB; deleting it would not clear the shared disk guard and would discard the prebuilt production binary needed for the browser runs. No J41 build, browser, or server is active while it waits. I’m tracing the initial layout reconciliation locally; the queue will resume when shared disk headroom returns.
REST investigation update: the two focused probes with an injected 3 s WebSocket delay are not representative of J39’s run D. They created a replacement bridge/replay (the replacement emitted terminal.replay_complete at +27 ms and remote.host.list at +3028 ms), then measured 42–43 late rAF callbacks from the terminal renderer and zero late geometry writes. This does not reproduce the four late .cl-content/.cl-region writes and does not attribute the failure to #277. I removed the artificial delay and added bounded close-side/code/reason logging for the next exact-timing reproduction. No REST finding is classified yet.
J41 round-3 R2-207-01 / P2 attribution update at
broad-suite-triage-r3@664332c88b19ec299c81dffb114c40afdcf658e0.C / CA unlock: the failed status poll raced the pending
/remote/ca/bootstrap/finishoperation. A 6.5 s diagnostic delay reproduced the same locked/uninitialized state before the response completed. Commitb7fbc24eanow waits for that response, checks HTTP 200 and{locked:false}, then reads CA status. The delayed initial and post-restart unlock probes both passed; the normal focused case passed 1/1, retries 0. Receipts remainca-diag-delayed-finish.log,ca-diag-delayed-finish-green.log, andca-final-focused.login the J41 scratch directory.D / REST rest assertion:
.cl-viewportvisibility did not prove that the initial terminal had attached and replayed before the measurement. With a 5.5 s delayedssh.session.open, the failing-first immediate attach/replay assertion failed inrest-replay-precondition-red.log. Replacing it with a bounded condition wait for an attached stream and completed replay, and removing the fixed 3.5 s pre-flight wait, is committed as664332c88. Focused final production Chromium run: 2 passed, 0 failed, 0 skipped, retries 0. The three measured flights reported zero style writes and zero rAF callbacks after +600 ms.rest-final-focused-corrected.log. The delayed-call green probe isrest-delayed-open-green.log; it also completed with zero late writes/frames. The exact four style writes from J39 D did not recur in the injected-delay probe, so this attributes the intermittent to the missing fixture readiness condition without claiming the injected delay reproduced those four writes verbatim.The three-viewer corpus diagnostic answered all 30 forms; its only recorded bridge close was during the intentional offline-close case. #277's disconnect/replay cause was not reproduced and remains linked at #277. The three fresh consecutive full-suite runs are next; no acceptance claim yet.
J41 browser qualification progress at head
664332c88b19ec299c81dffb114c40afdcf658e0:TRACER_DISTmanifest.Logs:
/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/broad-run-{1,2,3}/run.log; run 2 exit receipt is inbroad-run-2/exit. Retained Rust target:/home/claude/worktrees/j41-broad-suite-207-r3/target(dev-02-std).scripts/verify fastis queued on compute01 through build-slot; its log is/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast.log. I’ll post the final verbatim gate output and all three run results after the current jobs finish.J41 resumed after the control-host interruption. Branch
broad-suite-triage-r3is rebased onto the updatedorigin/devheadf4b61cd6c3f52078cad7573c5367d7a6e75f84f0(includes #276) and pushed with lease atb8c51ba820537cbafe128253933e332407e88121. The rebase completed cleanly and preserves the three round-3 fixes at the tip. I’m refreshing both VM worktrees and rerunningscripts/verify faston dev-02 and compute01; then I’ll repeat the full production Chromium suite three consecutive times with retries 0 against this base. Logs stay under/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/on the VMs.Gate recheck on the rebased J41 head
b8c51ba820537cbafe128253933e332407e88121(basef4b61cd6c3f52078cad7573c5367d7a6e75f84f0) exposed one additional test fixture issue before the fresh gate reruns.The compute01 full-gate log
~/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast-compute01.logrecordsstatus_exits_5_when_something_that_should_run_is_downfailing with expectedSome(5), actualSome(0). The test wrote a user unit and then queried the host's live user service manager; a manager response that did not confirm the new unit as loaded leaves status with no confirmed-down component, so exit 0 is correct. The test did not isolate that manager state. I added a privatesystemctlfixture returningLoadState=loadedandActiveState=inactivefor this test, without changing its assertions. The focused green run is queued on compute01; freshscripts/verify fastreruns are in progress on both VMs through build-slot. No gate pass is claimed yet.Correction and full accounting for the first fresh
scripts/verify fastattempt after the rebase:verify-fast-r3-red-root.logexited 1. Clippy rejected the test fixture'sr#"..."#delimiter (needless_raw_string_hashes); I changed it tor"..."with no behavior change. The Rust test row also failed 11 restart cases withPermissionDenied. The launcher had setINFRATERNAL_TEST_STATE_ROOT=/tmp/j41-state. The restart admission code checks every ancestor and deliberately rejects world-writable/tmp, even when a child directory is mode 0700. This is a runner path error, not a baseline attribution. Both VMs already have the dedicated/home/claude/j41-statedirectory at mode 0700; the corrected wrapper recreates that root and usesumask 022./tmppath and was stopped before acquiring a slot. The focused CLI test remains queued; corrected full-gate invocations now use/home/claude/j41-state.The corrected dev-02 gate is waiting for build-slot disk headroom (23 GB available at the last check, below its 25 GB start guard); compute01's corrected gate is queued behind current shared jobs. No green-gate claim yet. Logs:
verify-fast-r3-red-root.logon dev-02 and the stopped queued wrapper logverify-fast-r3.logon compute01, both under~/.cache/codex-scratch/j41-broad-suite-207-r3/.Crash-safety checkpoint: WIP commit
357438e13e9d1c0b7bc9d48d7569534f35b51e50is pushed onbroad-suite-triage-r3with an explicit lease. It contains only the deterministic CLI status manager fixture; the focused case passed 1 passed / 0 failed on compute01 (receipt in~/.cache/codex-scratch/j41-broad-suite-207-r3/cli-envelope-stub-green.log).The first fresh dev-02 fast attempt is retained as
verify-fast-r3-red-root.log(exit 1): Clippy caught the now-corrected raw-string style, and restart tests rejected the/tmptest root's world-writable ancestor. The corrected wrappers use/home/claude/j41-statemode 0700 andumask 022. Corrected final fast gates are still queued; dev-02 is waiting at 23 GB free (<25 GB guard), and compute01 is waiting for shared slots. The three post-rebase production browser runs have not started. No acceptance claim yet.Additional launcher correction: the first fresh compute01 fast attempt exited 127 at
scripts/verify:108withbun: command not found. The wrapper invokednix develop -c bash -lc; the login shell reset the Nix PATH.nix develop -c bash -c 'command -v bun && command -v cargo'now resolves both pinned Nix tools on compute01 and dev-02. The dev-02 wrapper using the same login-shell form was stopped before acquiring a slot. Corrected fast gates usebash -cand the private/home/claude/j41-stateroot. Compute01's corrected run is active; dev-02's is queued on the 25 GB disk guard. No gate pass is claimed yet.J41 resumed after the control-host interruption. Re-fetched
origin/devon both VMs; it isf4b61cd6c3f52078cad7573c5367d7a6e75f84f0, and both clean worktrees are at pushed head357438e1301a9c592a1ecd494def3047cfa54ace. Stopped two stale compute01 build-slot waiters before acquisition (one used the known-bad login-shell form), synced the WIP fixture commit, and confirmed Nixbun/cargoresolve from the worktree on both VMs. The interrupted dev-02 gate has no exit receipt and its old log only records the disk wait, so it is not counted. Starting freshscripts/verify fastruns on both VMs with corrected no-login-shell wrappers; logs and exit receipts will be under~/.cache/codex-scratch/j41-broad-suite-207-r3/. No gate or browser qualification is claimed yet.Fresh post-#276
scripts/verify fastfinding onclaude@infraternal-dev-02-std, head357438e1301a9c592a1ecd494def3047cfa54ace, exit 1. The only failed Rust row is workspacetest:infraternalhad 98 passed, 5 failed, 1 ignored. The five failures arerestart::tests::{closed_reply_and_missing_reload_target_do_not_end_restart_control,default_restart_opens_the_receiver_target_exactly_once,early_hangup_is_queued_until_control_installs_its_handler,restart_request_logs_kernel_peer_target_and_cold_outcome,restart_requests_use_the_servers_binary_and_reject_untrusted_paths}; each hit its 60-second hang bound. All other Rust rows passed; static builds were explicitly skipped on aarch64. Raw log:/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast-f4.logon dev-02. Root cause is not assigned yet; I am reproducing these paths and checking parallel-test interactions before changing any timeout or assertion.Finding at rebased head
357438e13onbroad-suite-triage-r3: the five restart-control cases failed their 60 s bounds becauseOpened::open_reloadcorrectly refused the test executable from the worktree. The executable path is under/home/claude/worktrees/...;worktreesis mode0775and no earlier private ancestor occurs, so the production trust check rejects it. The exactrestart_requests_use_the_servers_binary_and_reject_untrusted_pathstest fails alone (0 passed / 1 failed, 60.01 s). The same binary copied under/home/claude/j41-state/restart-path-probepasses the exact test (1 passed / 0 failed, 0.53 s). The earlier full-gaterestart_request_logs...receipt also records the receiver outcome asrefused.I’m fixing the test fixtures to run these default-self-restart probes from per-test private executable copies. The production path trust checks, assertions, deadlines, and retry settings remain unchanged. Focused red and green logs are retained under
~/.cache/codex-scratch/j41-broad-suite-207-r3/restart-isolation/on dev-02-std.J41 round-3 update at
broad-suite-triage-r3@b717373a33dd3ebbf2ea4830bb20f4a34b4d719d, rebased onorigin/devf4b61cd6c3f52078cad7573c5367d7a6e75f84f0and pushed with an explicit lease.The fresh post-#276 dev-02
scripts/verify fastrun had only theinfraternaltest row fail: five restart probes hit their 60-second hang bounds. Root cause: the probes ran the test executable from/home/claude/worktrees/...; theworktreesancestor is group-writable, so production restart admission correctly refused that image. The exact restart request test failed alone from that path; the same binary copied under the private/home/claude/j41-stateroot passed in 0.53s. The fixtures now make private copies under their existing private roots and run the same test image there. Production admission, assertions, and deadlines are unchanged. The restart module passed 18/18 (5.92s, 8 threads), touched-workspace Clippy exited 0, andcargo fmt --all -- --checkpassed. Receipt:/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/restart-isolation/run-restart-isolation.log.The stale pre-fix compute01 gate was stopped by verified PID after it remained in the J41 compile tree; it is not counted. Fresh
scripts/verify fastruns on both VMs will start from this pushed head. After they pass, I will run three consecutive full production Chromium suites on dev-02 with workers 2 and retries 0. No gate or browser acceptance is claimed yet.J41 browser-runner correction at
b717373a33dd3ebbf2ea4830bb20f4a34b4d719d: the first post-build invocation incorrectly set one suite-wideTRACER_TEST_PORT=4817. It completed 95 passed / 22 failed / 15 skipped; the failures reportlisten EADDRINUSE: address already in use 127.0.0.1:4817. The override collapsed distinct per-spec ports and the remote-listener port to one value. This is a runner error, not a candidate failure, and is excluded from acceptance. Full report:/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/final-broad-b717/run-1/run.log.The corrected driver leaves
TRACER_TEST_PORTunset, retains workers=2/retries=0, and runs suites sequentially with fixture-selected ports and OS ephemeral reservations. The defaultapps/tracer/distis absent,TRACER_DISTpoints to the production output with 284 files, and all three runs use the same release binary and tracer manifest. The corrected three-run series is now in progress at the same pushed head; no acceptance claim yet.J41 checkpoint at
broad-suite-triage-r3@b717373a33dd3ebbf2ea4830bb20f4a34b4d719d, rebased ontoorigin/devf4b61cd6c3f52078cad7573c5367d7a6e75f84f0.P2-1 root causes and fixes:
/remote/ca/bootstrap/finishrequest completed. It now waits for that response, asserts HTTP 200 and{locked:false}, then checks status. The injected-delay reproduction and green receipts are retained under~/.cache/codex-scratch/j41-broad-suite-207-r3/on dev-02-std.P2-2: graph recovery now resolves
TRACER_DISTthrough the same resolver used by the real-server fixture. J39's custom-production-output reproduction showed the previous test scanning absent or staleapps/tracer/dist; no default-dist symlink is used.The corrected full production Chromium series uses workers=2, retries=0, one immutable release binary and tracer distribution, per-spec/ephemeral ports, and build-slot. Run 1: 117 passed, 15 skipped, 0 failed in 9.2m; the graph-recovery case passed. Run 2 is in progress. Dev-02
scripts/verify fastexited 0; compute01's fresh post-#276 gate is still running. No final browser or compute01 gate acceptance claim yet. Logs are under~/.cache/codex-scratch/j41-broad-suite-207-r3/on the respective VMs.J41 run-3 failure at
b717373a33dd3ebbf2ea4830bb20f4a34b4d719d— the three-run acceptance series stops here.Run 1 and 2 each passed the CA case. Run 3 failed
real/mesh-unreachable.spec.ts:77after 5.7s: the awaited/remote/ca/bootstrap/finishresponse was 403 (expected 200), so the new response wait correctly exposed a refusal instead of timing out on the earlier status poll. The run failed during the initial unlock, before itsbaseline-ready.pngreceipt; the cold restart phase was not reached. This is distinct from the reproduced 6.5s delay race, so P2-1 is not resolved yet. No source changes have been made after this failure. Raw report:~/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/final-broad-b717-corrected/run-3/pw-output/mesh-unreachable-productio-18e94--and-after-a-cold-CA-unlock/error-context.mdon dev-02-std. I am tracing the 403 before changing the fixture or production code.J41 P2-1 finding: run-3's CA bootstrap 403 is a test fixture listener-port collision.
Evidence: the exact post-rebase broad run on
b717373areturned 403 from/remote/ca/bootstrap/finish.mesh-unreachable.spec.tsselected fixed loopback port 5429 whenTRACER_TEST_PORTwas unset. First-time CA publication activates the configured remote listener; listener bind failure is mapped to 403 by the finish handler. On dev-02, I held127.0.0.1:5429and reran the focused production Chromium case (workers 1, retries 0); it failed with the same expected-200/received-403 result. Receipt:/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/remote-port-collision-red2/run.log.I’m updating both real-browser fixtures that use fixed remote-listener fallback ports (
mesh-unreachableandmobile-lease) to use the existing ephemeral-port reservation helper when no measurement port is supplied. ExplicitTRACER_TEST_PORTmapping remains intact. Next: focused green while 5429 remains occupied, both VM fast gates, then three consecutive full Chromium runs with retries 0.J41 P2-1 port-collision reproduction and fix are pushed at
5af3c27d5onbroad-suite-triage-r3.Failing-first evidence: with
127.0.0.1:5429occupied, the unchanged focused mesh inventory test failed at CA bootstrap finish with 403. After changingmesh-unreachableandmobile-leaseto reserve an ephemeral remote-listener port whenTRACER_TEST_PORTis unset, the same focused production Chromium test passed while 5429 remained occupied: 1 passed, 0 failed, workers 1, retries 0. Explicit measurement port mapping is preserved. Receipts are under/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/remote-port-collision-{red2,green-after-sync}/on dev-02.P2-2 recheck: with the default
apps/tracer/distabsent andTRACER_DISTselecting the 284-file production output, graph recovery passed 1/1, workers 1, retries 0. Receipt:/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/custom-dist-after-rebase-green/run.log.Next: fresh
scripts/verify faston both VMs, then three consecutive full production Chromium runs at retries 0.J41 resumed at the pushed round-3 head and rebased onto the live
origin/devhead65a48d3835e85f4f976178e1e490c9b4fba46b27(whose first parent is the requestedf4b61cd6c3f52078cad7573c5367d7a6e75f84f0, including #276). Rebase completed cleanly; pushed head:622aa719f4eb2baa27d52172ba088f2d05bd3d20.The fresh dev-02
scripts/verify fastat the prior5af3c27d5head exited 1 only in the Rust test row:restart::tests::default_restart_opens_the_receiver_target_exactly_oncereceivedExecutableFileBusy(OS error 26) while spawning its private test image. It passed earlier in that same gate's CLI compile-out stage. The failure log did not include the image path, so the shared fixture-path collision theory is still a hypothesis. I’m adding path evidence and a deterministic collision regression before changing allocation behavior. The stale compute01 waiter PID is gone; I’ll verify its worktree and start fresh gates only after the fix is pushed.Crash-safety WIP checkpoint pushed at
6dfddc4e617a5df868aaabb6627a947b2c3cf64b. It extracts the current private restart-fixture directory allocation and adds a deterministic test that presents an occupied candidate before a fresh one. The unchanged allocator currently accepts an existing directory, so I’m running the expected-red test on dev-02 before changing that behavior. No compute01 worktree change yet: the prior J41 wrapper PID 1136272 is still present, and I’m checking whether it is waiting in build-slot or running.Additional fast-gate finding, traced at the fixture boundary. The
5af3c27d5failure log did not retain the private image path, so I cannot claim the original two gate processes are proven to have collided. I did reproduce the exact mechanism with the existing allocator: deterministic suffixescollision, collisionreturn the same.../restart-tests/ccollisionpath; both owners copy the same named executable there; holding the second copy open for writing makesCommand::spawn()for the first returnText file busy (os error 26), matching the gate failure.Root cause in the fixture:
Directory::newused only 8 UUID hex characters andDirBuilder::recursive(true)treated an existing candidate directory as success, allowing owners to share and overwrite private test images. I’m switching the fixture to atomic per-candidate directory creation, selecting a new suffix onAlreadyExists, retaining the private mode and trusted ancestry, and adding the deterministic execution regression. No production behavior, timeout, browser retry, or assertion is being weakened. Red receipt:/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/fixture-collision-etxtbsy-red/run.logon dev-02-std.J41 fixture collision fix at
e54f217bad280b50d09fbf768b829005733e6dc6, rebased on currentorigin/dev65a48d3835e85f4f976178e1e490c9b4fba46b27(includes the requested #276 basef4b61cd6c3f52078cad7573c5367d7a6e75f84f0), pushed with lease.The deterministic regression produced the expected RED: with repeated suffix
collision, both owners got the same image path; the second writable copy made execution fail withText file busy (os error 26). After the fix, the same test passed 1 passed / 0 failed on dev-02 under Nix + build-slot. The helper now atomically reserves each private fixture directory and chooses a fresh suffix onAlreadyExists; the test keeps a real copied executable and writable file handle. Spawn failures include the image path. Red and green logs are under~/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/fixture-collision-{etxtbsy-red,green}/on dev-02.The exact path from the historical
5af3c27d5fast-gate failure was not recorded; the deterministic fixture reproduces its OS error and allocation mechanism, but I do not claim the old process pair's collision was directly observed. Next: fresh fast gates on both VMs, then the required three consecutive production Chromium runs with retries 0.Round-3 gate run started on the exact pushed head
e54f217bad280b50d09fbf768b829005733e6dc6, based on liveorigin/dev65a48d3835e85f4f976178e1e490c9b4fba46b27(parentf4b61cd6c3f52078cad7573c5367d7a6e75f84f0, includes #276). Both clean VM worktrees are synchronized to that head; their private test-state roots are mode 0700. Freshscripts/verify fastruns are executing through build-slot +nix develop: dev-02 (CARGO_BUILD_JOBS=3) log at~/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast-e54-dev02/run.log; compute01 (CARGO_BUILD_JOBS=4) log at~/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast-e54-compute01/run.log. The deterministic restart fixture regression passed 1/1 on dev-02. No gate pass is claimed yet; browser qualification starts after both gates.The first
scripts/verify fastafter the fixture fix found two Clippy-only issues in the new test helper ate54f217b:clippy::needless_continuefor the collision loop andclippy::useless_conversionaroundmkdtemp. I amended the same atomic fix (no allocation behavior change) and pushedbe60abcf0839bacbd61226208f09f611dc066d6dwith lease. The old dev-02 gate is still finishing its e54 test stage; its worktree remains untouched. The compute01 waiter was stopped while still queued at position 9. Fresh gates will run onbe60abcfafter the old dev-02 wrapper exits.The completed dev-02
scripts/verify fastate54f217bexited 1. In addition to the lint issues already recorded,infraternal/tests/cli_envelope.rs::bare_infraternal_is_the_overview_and_points_to_helpfailed with exit 5 (expected 0). This is test-environment coupling:run()used the real/home/clauderoots, which contain/home/claude/.config/systemd/user/infraternal-preview.service;systemctl --user showreportsLoadState=loaded,ActiveState=inactive,SubState=dead.Roots::detect()therefore correctly classified a confirmed-down service andbare infraternalreturned 5. The module contract says these tests must not inspect the machine's own units.I’ll give
run()andstatus_in()per-invocation private HOME/XDG runtime/config roots and an empty debug system-unit directory viaINFRATERNAL_TEST_SYSTEMD_SYSTEM_UNIT_DIR, then verify the existing overview behavior against those isolated roots. Evidence:~/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast-e54-dev02/run.logand the read-only dev-02 manager query.The be60 compute01 gate had not acquired a slot (queue position 12); I stopped its exact wrapper/child before syncing to the next fix. It has no gate receipt and does not count.
J41 round-3 resumed from pushed
be60abcf. I fetched the live Forgejo dev ref at7bf03044f, which contains #276 and descends from the requestedf4b61cd6cbase, then rebased the branch cleanly onto it. The e54 fast-gate host-state coupling at comment 72653 is being fixed by isolating CLI HOME/XDG/system-unit roots; no fresh gate or browser qualification is claimed yet.Pushed host-state isolation at
2651b135f. The e54 failure was caused by the CLI test inheriting /home/claude and observing its loaded, inactive infraternal-preview.service. run() now uses a unique 0700 HOME, private XDG runtime/config roots, and an empty debug system-unit root; status_in() uses isolated roots too. The real CLI overview test passed 1/1 (7 filtered) on dev-02 through build-slot + worktree nix develop. Receipt: /home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/cli-envelope-green.log.The host-unit fixture correction is pushed at
2651b135fe. Focused verification passed: bare_infraternal_is_the_overview_and_points_to_help, 1 passed / 0 failed / 7 filtered, on dev-02 under build-slot + worktree nix develop. Fresh scripts/verify fast runs are now active at this exact head on dev-02-std (CARGO_BUILD_JOBS=3) and compute01 (CARGO_BUILD_JOBS=4); logs are in each VM’s ~/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast-final-{dev02,compute01}/. No fast-gate result yet.Round-3 gate update at
broad-suite-triage-r3@9d8d7d5f05f52cc21ed253a5ba18621c5151d169, based on currentorigin/dev7bf03044f0003b4b5280be93570ec0e1fe5b356d(which contains the requestedf4b61cd6cand #276). The prior fresh dev-02 fast gate at2651b135fpassed every row exceptfmt: rustfmt reported layout-only differences incrates/infraternal/src/restart_tests.rsandcrates/infraternal/tests/cli_envelope.rs. Commit9d8d7d5f0applies that formatter output without behavior changes and was pushed with lease.Fresh full
scripts/verify fastruns are active at9d8d7d5f0on both VMs through build-slot + worktreenix develop. Dev-02's newfmtrow passes and Rust workspace tests are running; compute01 is queued at position 13. Logs/receipts: dev-02~/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast-final-9d8-dev02/, compute01~/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast-final-9d8-compute01/. No full-gate or browser acceptance claim yet.Additional fast-gate finding and fix at
broad-suite-triage-r3@ce4513b91845481ec4baa7ae5a87a4a469bb6569, based onorigin/dev7bf03044f(including #276). The fresh dev-02 gate at9d8d7d5f0failed onlyauth::account_events::tests::cancelled_commit_waiter_still_commits_and_wakes_both_account_sources: its 2-second watcher timeout elapsed. The test configures SQLite's busy timeout to 5 seconds; after the failed run the fixture database contained the committed row, and an isolated pre-fix run passed. The test's event-based assertion budget was therefore shorter than the database operation it was awaiting.Commit
ce4513b91reuses the configured 5-second SQLite timeout and gives the unchanged two-notification wait twice that bound (10 seconds). It retains bothchanged()assertions and adds no sleeps, retries, or production changes. Focused verification on dev-02 passed 1/1 in 0.95s. Fresh full fast gates are active at this head on both VMs through build-slot + worktreenix develop; compute01 is queued, and the dev-02 production/browser driver will start only if its gate exits 0. Logs:~/.cache/codex-scratch/j41-broad-suite-207-r3/verify-fast-final-ce4513-{dev02,compute01}/. No full-gate or browser acceptance claim yet.Account-event test update at
ce4513b91: the condition-based test passed both in a focused build-slot/Nix run (1 passed, 0 failed, 0.95s) and inside the fresh parallel dev-02 gate (cancelled_commit_waiter_still_commits_and_wakes_both_account_sources ... ok). The full dev-02 command is still running; its exit receipt is not available yet. Compute01's fresh full gate remains queued at build-slot position 11, with 123 GB free. The dev-02 browser driver remains gated on a full gate exit of 0.P2-2 verification at
ce4513b91: the round-2 regression now resolves graph bundles through the same selectedTRACER_DISTas the real-server fixture. A fresh production tracer build at this exact head contains 284 files in/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/final-production-ce4513-corrected/tracer-dist;apps/tracer/distis absent. The focuseda repaired cached graph cannot build after its view was removedcase passed 1 passed / 0 failed, workers 1, retries 0, Nix Chromium. Receipt:~/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/final-broad-ce4513-corrected/custom-dist-graph-recovery/run.logon dev-02.Runner note:
scripts/verify fastbuilds its own default dist in the TypeScript gate. The first post-gate production driver found that generated output and stopped before the focused or broad browser tests; this was a launcher guard/cleanup issue, not a candidate-suite result. The corrected strict driver removes that generated output after the fast gate, rechecks absence, and is running the three sequential broad suites now. Run 1 is active at workers 2/retries 0; no broad acceptance result yet. Compute01's full fast gate remains queued.Round-three resume progress at
broad-suite-triage-r3@ce4513b91845481ec4baa7ae5a87a4a469bb6569, already rebased on fetchedorigin/dev(7bf03044f, which contains requestedf4b61cd6cand #276).P2-2 is fixed and verified: the graph-recovery regression uses the selected
TRACER_DIST; its focused custom-dist run passed 1/1 with retries 0 whileapps/tracer/distwas absent (see comment 72833 and the receipt under~/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/final-broad-ce4513-corrected/). The old C cold-CA failure is traced to the test not awaiting the async bootstrap finish request and is fixed at this head.Fresh current-head browser run 1: 117 passed, 15 skipped, 0 failed, workers 2/retries 0. Run 2 exited 1: 114 passed, 15 skipped, 2 failed, 1 did not run. Failures:
layout-review.spec.tsdid not create/find its initial Console window during enrolment (Console showed 0 windows);window-overhang.spec.tsreloaded into a Console with 0 windows and timed out. Evidence is in~/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/final-broad-ce4513-corrected/run-2/. The two fresh failures are not attributed yet; I am tracing the fixtures and production state before changing anything. The required 3-run sequence is stopped at the first non-green run.rest.spec.tspassed in both current runs, with 0 late writes/frames after +600 ms; historical run D's late geometry writes remain under investigation as a startup/reconcile race versus product activity. Compute01's exact-head fast gate is still in progress; dev-02 fast and the custom-dist focused run passed.J41 resumed after interruption. I fetched the live
origin/devat5418f93574c6be84766f9a7dcc196b34b27ff3bc(descends from the requestedf4b61cd6cand includes #276 plus #284), rebased cleanly, and pushedbroad-suite-triage-r3with an explicit lease atbbf19977923775b3ffd618ba6607488e29efeb93. The selected-TRACER_DISTgraph-recovery fix remains in the branch.\n\nThe previous fresh broad run 2 failures are still under investigation: layout-review enrolment saw zero Console windows, and window-overhang reloaded into a Console with zero windows. I preserved local diagnostic instrumentation inlayout-review.spec.ts; no cause or fix is claimed yet. Next I am collecting browser-cache/server-canonical evidence on the exact rebased head, then will fix and rerun the required gates and three consecutive suites.Resume J41 on
broad-suite-triage-r3at pushed headbbf19977923775b3ffd618ba6607488e29efeb93, rebased/no-op verified onto liveorigin/dev5418f93574c6be84766f9a7dcc196b34b27ff3bc(requestedf4b61cd6cis an ancestor; #276/#284 are included). J39 C failed while CA state remained locked/uninitialized; branch now waits on CA bootstrap readiness. J39 D observed four post-rest style writes; the view-list spring is stopped at close. The latest focusedlayout-reviewdiagnostic run still failed at mobile initial canvas pairing in repeats 6 and 7 of 10 (retries 0). I am tracing that startup fixture failure before starting the required acceptance series. Diagnostics are in/home/claude/.cache/codex-scratch/j41-broad-suite-207-r3/evidence/layout-review-diagnostic-instrumented-10/on dev-02.J41b start: recovered pushed branch broad-suite-triage-r3 at
bbf1997792. Own worktree /home/kayg/Developer/Worktrees/infraternal-j41b, branch j41b-broad-suite-207. Plan: (1) rebase onto current origin/dev and preserve/review inherited fixes, (2) trace remaining initial-layout/browser failures and fix their root cause with targeted evidence, (3) run VM-only fast gates and five consecutive production broad suites with zero failures/retries, (4) push atomic commits and remove job targets. Estimate: 3 hours including VM queue/build time; scope limited to #207 findings. Builds/browser runs use detached build-slot commands, never this control host. Rebase currently has a layout-recovery conflict to reconcile with dev.J41b rebase checkpoint: pushed
a02c964e59on j41b-broad-suite-207, based on origin/deva26615c50. Reconciled D312 protocol observers with inherited graph-recovery and fixture-disposal changes. Fresh native production binary and custom tracer output built successfully on dev-02 via build-slot. Ten repeats each of the previous empty-Console cases plus graph recovery are starting with workers=2/retries=0. Compute01 full fast gate is active. Own VM worktrees: ~/worktrees/j41b; exactly one target per VM there (dev-02 reuses predecessor target, compute01 starts fresh). Logs/evidence: ~/.cache/codex-scratch/j41b/ on each VM. No acceptance claim yet.J41b capacity finding: focused browser run is queued on dev-02 and free disk is now 24 GB, below mandatory build-slot 25 GB floor. Own reused target holds the native production artifacts (aarch64 tree 711 MB; no debug tree), so there is no large private debug target to reclaim. No browser suite is running and no five-run result is claimed. Compute01 fast gate continues with 230+ GB free. Also fixed the D312 rebase boundary in the inherited disposal contract: expected-red 6 ReferenceError failures, green 8/8; pushed
aa3c8e621. Logs: ~/.cache/codex-scratch/j41b/{disposal-red,disposal-green,fast,focused/run}.log (fast on compute01; others dev-02).J41b crash-safety checkpoint pushed on j41b-broad-suite-207. The focused diagnostic was stopped after reproducing the exact empty-Console reload failure: 13 passed, 1 failed (window-overhang first post-start reload), 2 interrupted, 14 not run; exit130. This is diagnostic, not an acceptance series. The old three-column savedWeights helper also failed 1/1: expected 3 weights, received [] because it reads the browser layout cache removed by D312. Receipts: dev-02 ~/.cache/codex-scratch/j41b/{focused,weights-red}/. Prepared fixture-only changes wait for the first canonical window before peer startup/seed tab closure and use the existing protocol observer for saved weights. Corrected controlled startup test is queued; no proof or final fix claim yet. Initial startup-control attempt shared call IDs across sockets, invalidating its interpretation; corrected test scopes IDs per socket. Compute01 full fast gate has passed workspace tests so far and is running shim process-per-user; current dev-02 queue is the bottleneck. Own target dirs remain ~/worktrees/j41b/target on both VMs; logs under ~/.cache/codex-scratch/j41b/.
Additional preliminary fast-gate evidence at
a02c964e5on compute01: workspace test row failed status_restart::service_states_are_truthful_in_text_and_json, user/server/activating, because the fixture manager query timed out and status correctly reported Unknown. Log: ~/.cache/codex-scratch/j41b/fast.log (test row 617s). The test file is unchanged vs rebased origin/dev, but unchanged-baseline reproduction has not been established; no baseline attribution or unrelated fix is claimed. The command continues through its remaining rows. Corrected startup-control run on dev-02 is still queued; stale-cache failure is separately proven. Current WIP checkpoint is5664de639(not a final qualified head).J41b narrowed repair pushed at
a4fe88d086(same current dev basea26615c50). The corrected per-socket startup control passed with the existing enrolment helper, so I removed the proposed extra shared/local enrolment changes and that control; no unsupported regression claim remains. Final repair is confined to the window-overhang fixture: wait for its first canonical window before closing the seed context, and observe confirmed resize weights over the existing D312 protocol observer. Existing tests supplied failing-first evidence: empty Console on first reload, and expected three weights/received []. Twenty focused repeats (both overhang cases, graph recovery, prior layout-review case; five each) now run on dev-02, workers2/retries0. Compute01 preliminary gate still finishes static builds; its status-restart timeout remains unclassified. Logs remain ~/.cache/codex-scratch/j41b/; no broad acceptance yet.J41b first full rebased-head diagnostic ended at
a4fe88d08: 103 passed, 25 failed, 22 intentional skips, 3 serial cases did not run; 153 discovered, workers2/retries0, 605.775s. It is retained and does not count toward the required five. Report: dev-02 ~/.cache/codex-scratch/j41b/qualification/run-1/{results.json,run.log}. Thirteen failures share a concrete D312 fixture wiring error: shared enrol() calls the protocol-backed settled() without installing watchLayout for callers that pass a plain Page (three retained cache regressions plus ten stale-note cases). Fix prepared: enrol installs the existing idempotent observer itself. Other clear stale contracts: recovery expects migration30 while current schema is31; suspended sent import expects definite loss instead of D312 unconfirmed-outcome wording; low-memory test selects every toast and hits a strict-mode collision. Those repairs and temporary diagnostics for the remaining pending-save/connection-animation cases are running in a focused diagnostic (no production/assertion relaxations). Correction: the final full report also includes rest failure from a late toast style write, so earlier partial progress did not establish a green rest result. Compute01 preliminary fast gate exited1 only on the status-restart manager-query timeout, all other Rust rows including both static builds PASS. Unmodified-dev controls and size measurements are queued there; final fast gate will run only after the remaining repairs are finalized.J41b finding: the first full qualification stopped at 25 failures (103 pass, 22 intentional skips, 3 blocked serial cases), zero retries. Focused diagnostics reproduce five-window DOM / four-window canonical state with no pending layout operation. Protocol evidence shows ssh.session.open refused while four terminal.startup inspections occupy MAX_PENDING_PLUGIN_CALLS=4; VM available memory is 28 GiB, so this is pending-call admission starvation, not memory pressure. Implementing a separate bounded startup-call queue, preserving authorization and teardown, then rebuilding on dev02. Recovery schema and sign-in outcome fixture corrections pass their first focused checks. Logs: ~/.cache/codex-scratch/j41b/diagnostic-r2 on dev02. Head remains
a4fe88d086; target only ~/worktrees/j41b/target on each VM.J41b checkpoint: pushed atomic fixture corrections
aa50275dfand8b7dd4af5(receipt migration and sent-import uncertain wording), each green in all 3 focused repetitions. Diagnostic run finished 18 passed / 27 failed, retries=0. Three mesh failures are a focused-selection artifact: omitted serial inventory-creation predecessor; next pass includes the whole file. Additional evidence: phone first-window geometry remains one identical rectangle; reported transform animations target connection glyphs in the added window. Memory refusal screenshot shows its actionable toast overwritten by duplicate delayed-layout warning while the separate persistent pending notice is already visible. Removed that duplicate notification. Resume fixture deletes websocket_connections while server is live (cascades active writers); moved deletion into stopped callback. Changed-size PTY test now has one viewer to remove competing resize authority. These and bounded startup-call isolation are uncommitted pending focused validation. Rebuild queued on dev02; baseline status/static controls queued on compute01. Scratch logs remain ~/.cache/codex-scratch/j41b; no local builds or browsers. origin/dev stilla26615c50.J41b finding/proof: protocol regression holding four terminal.startup inspections fails on old code at "terminal admission was refused before reaching the host" (0.26s); fixed control passes 2/2 in 0.48s. Pushed atomic fix
2a02d379c. Focused browser pass: 29 passed / 6 failed / 3 serial blocked; split/convergence, memory refusal, phone motion, cache and rest checks passed. Remaining restart failures share fixture process-group leakage: observed server PID/PGID 4165786 and shim PID 4165914/PGID 4165786, __shim argv without --detach. Inherited host DBUS_SESSION_BUS_ADDRESS bypasses private XDG runtime and admits scoped shims into the server group, which restart stops. Ordinary fixtures now remove that bus variable; explicit service fixtures retain it. Host facts also raced camera frames that close anchored popovers; waiting for .cl-world[data-moving] to disappear before opening. Narrow follow-up queued on dev02 at focused-r4/run.log; original red receipts retained at focused-r3. No broad stability run claimed yet.J41b evidence: desktop and phone memory refusal plus the existing phone Sessions picker from the production build after
c3d57e2febehavior change (focused-r3, 1.4s pass). These are review receipts, not visual approval. Unchanged origin/deva26615c50reproduces the preliminary fast-gate status_restart::service_states_are_truthful_in_text_and_json failure at line 136 on attempt 6/10: system service manager query timed out (baseline-status-6.log on compute01). This is the same query-timeout assertion as the branch gate; baseline static builds continue. The latest fixture control shows __shim --detach in its own PGID after removing the inherited bus, and host-facts navigation now passes in 2.2s.J41b checkpoint: rebased cleanly onto current origin/dev
afbe1c5fef. Candidate head98e73ba66d, pushed on j41b-broad-suite-207. Remaining focused browser set passed 20/20 with retries=0 (focused-r4, 3.1m), including restart, mesh, mobile lease, host facts and stale replay.Five consecutive full broad runs are now starting on std at this exact head, workers=2/retries=0, custom TRACER_DIST with default dist absent. Final verify fast is detached through build-slot on compute01. Both static baseline targets built successfully. The baseline status_restart control reproduced the same manager-query timeout on unchanged dev on repetition 6, after five successes; evidence preserved. Earlier failed runs are preserved separately and do not count toward qualification. No merge or deployment.
J41b broad qualification attempt at
98e73ba66failed and does not count. New evidence in std ~/.cache/codex-scratch/j41b/qualification/run-1: centre setup closed before its first shell birth was saved (next viewer had zero windows); stream-rotation test closed rendered windows before admission and never consumed enough streams (3 sockets before and after 34 clicks). Fixes pushed asc82a74a6aanddc02ac5e7. Also corrected the per-tab assertion that still required the removed duplicate delayed toast (will fold into the notification fix).Two tests report server-startup failure; adding fixed-category diagnostics, without recording raw server output, and probing this separately through build-slot. Recovered-account diagnostics show successful desktop and phone split/close confirmation, then a refused shell open before any layout operation. No page errors. Investigation continues; the full failed run is still collecting evidence. Final gate for 98e remains queued on compute01. Targets remain only ~/worktrees/j41b/target on each VM and will be removed at finish.
J41b checkpoint: failed full broad run at
98e73ba66completed, 119 passed / 11 failed / 22 intentional skips / 1 serial-blocked, 0 retries, 1251.843s. All receipts preserved under std ~/.cache/codex-scratch/j41b/qualification/run-1. This is not part of a successful five-run qualification.Fixed and pushed the initial-window persistence boundary, actual stream admission before rotation, and the obsolete duplicate-toast assertion. Rotation now passes focused repetitions in ~40s; cache replacement, recovered-account edits, retained-route restart also passed focused checks.
c41950c69is the latest centring fixup;01960a4b7is explicitly temporary diagnostics preserved for crash safety and will be removed/squashed before final history.Teardown root evidence: focused-r5 captured group 326885 containing only its zombie leader (state Z, parent 303781). The fixture waited for a process group to disappear before awaiting/reaping its own child. Testing an ordering fix that reaps the owned child first, within the same 5s graceful + 1s forced deadline. Startup failures still need isolation: child exit/signal remain null and the basic diagnostic categories are empty; a new focused pass records listener milestone, health outcome and thread metadata without raw server logs.
The compute01 final fast gate at 98e is running. Current elapsed ~2h30m; expected remaining ~2h30m, mainly five ~21m full runs once the remaining causes are fixed, within the original 6h leash. No merge/deploy. Own targets remain ~/worktrees/j41b/target on each VM, to be deleted at finish.
J41b candidate
7bee696f66pushed, rebased onto current dev65d986191. Folded fixups into atomic commits; no WIP commits remain. Teardown ordering fix passed startup-browser-r6: 20 passed (1.8m), five repetitions of four cases, workers=2/retries=0. This includes the three-second delayed-child contract, silent-shell restart and both phone refusal sizes. No shutdown deadline was increased.A fresh five-consecutive full broad series is queued on std at this head, including the newly merged session-rename specs, custom TRACER_DIST and default dist absent. The prior 98e failed series is preserved as qualification-98e73-failed. Exact-head final verify fast is queued after the current gate completes on compute01; its earlier logs will be preserved under gate-98e73.
Disk temporarily blocked the std queue below 25 GB; capacity recovered, and I removed only my unused 3.5 GB target/debug tree, retaining the native release artifacts. All remaining own targets will still be deleted at finish. Current target paths are unchanged.
J41b
7bee696f6qualification attempt stopped after reproduction; it does not count. New evidence: layout-recovery startup failure retained pid 498347 with main + runtime + SQLite threads alive after 20s, health connection-error, no listener-ready milestone or classified exit error. This rules out an exited child or a simple listener-bind refusal for that occurrence. The teardown reap fix is independently green (20/20), but did not resolve this separate pre-listener stall.Cold-offline failure is specifically layout-per-tab line 103, after Try again: the previously confirmed single window is absent. It is not initial enrolment. Capturing the unavailable-card status, layout observer state and control sequence before teardown. Temporary fixed-string Rust startup phase markers are being built on std to localize the stalled await; no raw server output, keys or request bodies are captured. Diagnostic-r7 will repeat cold-offline recovery and process-group startup ten times each, retries=0.
Cancelled the queued exact-head compute gate before it acquired a slot to avoid spending a gate on an unsettled candidate. The earlier full fast gate at
98e73ba66passed (Rust/static/TS); preserved under gate-98e73. Will run the final exact-head gate after root fixes. No pending gate is being claimed complete, and no failed/interrupted broad run is counted.J41b capacity blocker: std diagnostic-r7 remains queued (started queueing 19:28 UTC / 00:58 IST). Latest df reports 19,985,690,624 bytes free, below build-slot’s 25 GB floor. Three unrelated jobs are running; new queued work cannot start even when a slot frees. My unused 3.5 GB target/debug has already been removed. Remaining own target is about 3.3 GB and is needed for the queued release build; even deleting all of it would not restore the floor. Please have the orchestrator sweep targets belonging to finished jobs when possible. I will not remove other jobs’ files or bypass build-slot. Code probes and queue receipts are preserved, and no successful five-run proof is claimed.
J41b checkpoint: pushed
c7917660a5on j41b-broad-suite-207, based on dev65d986191. ARM diagnostic now shows cold-offline recovery passing repeatedly; its first delayed-child case failed during severe VM I/O starvation. Measured ARM /proc/pressure/io full avg10=94.11%, avg60=88.21%, with 23 GB memory available; compute01 full avg10 about 2%. A previously timed-out server later answered health 200, so this is not evidence of a permanent startup deadlock. Moving five consecutive broad runs to compute01, workers=2/retries=0, custom TRACER_DIST with default dist absent and artifact hashes checked. Final exact-head fast gate follows the runs in the same build slot. Logs: compute01 ~/.cache/codex-scratch/j41b/qualification-compute.log and qualification/run-N/. ARM diagnostic evidence retained under diagnostic-r7/. One target per VM: ~/worktrees/j41b/target, deleted at finish. Source clean; latest change preserves safe cold-offline failure state before teardown.J41b checkpoint: compute01 qualification acquired build slot at 01:46 IST; full run 1 started 01:47 IST, head
c7917660a5, workers=2, retries=0. Pinned Nix browser and TypeScript checks passed. Earlier compute browser setup failed before product cases because the pre-existing cached browser lacked libnspr4.so and other libraries; preserved under qualification-browser-missing-libs/, excluded from qualification. ARM diagnostic finished 19 passed / 1 failed: all ten cold-offline repetitions passed; the delayed-child failure captured child PID 648934 in kernel D (disk sleep) state. Temporary diagnostics restored; ARM clean at candidate, own leftover servers/shims stopped, ARM target deleted. Current logs: compute01 ~/.cache/codex-scratch/j41b/qualification/run-1/run.log and qualification-compute.log. Exact-head fast gate and baseline static-size comparison follow all five full runs in the same slot. No retries or new skips added.J41b production screenshots at
c7917660a5, captured by full broad run 1 on compute01. Attached: host memory refusal at desktop and phone sizes, layout refusal at 375×667, and the persistent pending status in Paper on a phone. These are review evidence, not author approval of visual quality. Run 1 is still in progress; no stability claim yet.J41b checkpoint, 02:18 IST: two consecutive full broad runs are green at
c7917660a5. Run 1: 132 passed, 22 intentional skips, 0 failed, 0 retries, 921.245 s. Run 2: same counts, 930.805 s. Both JSON receipts have 0 flaky, 0 blocked and 0 global errors; all 154 test IDs match (SHA-256 b9d98c0e3d1aee502c1f1b677714d44dcd5c8a4f2be61a288d25fd8c38d60c19). Run 3 started 02:17:57 IST, same binary/custom TRACER_DIST, default dist absent, workers=2/retries=0. Exact-head fast gate follows run 5, then static-size comparison against dev65d986191and deletion of compute target. ARM target already deleted and own processes stopped. Current screenshots attached at comment 73602. Logs/JSON: compute01 ~/.cache/codex-scratch/j41b/qualification/run-N/. Source remains clean and pushed on j41b-broad-suite-207. Expected remaining time around 75 minutes; mandatory 2×-estimate stop remains 04:10 IST.J41b finding and repair, 02:31 IST: the third full run at
c7917660afailed before product navigation: page.goto net::ERR_UNSAFE_PORT at https://localhost:5061/ (restart-liveness-review CA locked, 628 ms). The OS may assign ports below 10080, including Fetch-blocked service ports, to the TLS frontend. Interrupted the remaining run after preserving the failure: 83 passed, 1 genuine failure, 2 interrupted, 14 skipped, 54 not run. Earlier two green runs do not qualify after this reset. Evidence: compute01 ~/.cache/codex-scratch/j41b/qualification-c791-unsafe-port/run-3/. Fix: retain automatic TLS assignments only above the restricted service range, close rejected listeners before rebinding, bound attempts and propagate listen errors; explicit measurement ports are preserved. Deterministic assignment control [5061,6000,10080,32769] fails with prior behavior (received 5061), passes with the fix; explicit 4621 control passes both. Red 1 pass/1 fail; green 2 pass/0 fail; TypeScript check exit 0. Raw proof: port-red.log, port-green.log, port-check.log. Rebased cleanly onto current origin/dev3e175ff7b0, including the newly merged UI sizing/docs changes; pushed atomic fix as new head7685a71220on j41b-broad-suite-207. Same held compute build slot now starts a fresh five-run series and exact-head fast gate. Scope stop still 04:10 IST; no pending ARM runs or target.J41b rebase finding/repair: fresh
7685a7122broad run exposed a stale desktop width assertion after merged #283: expected 459 px, observed 505 px at phone.spec.ts:124. The new owner-approved desktop UI base is 1.1, and window-sizes.ts explicitly scales defaults. Updated only the test: assert computed root font 17.6 px, comfortable 505 px, wide 757 px and return to comfortable, preserving the live transitions. No production geometry or tolerance change. Red: actual production broad failure (1 genuine failure; remaining run interrupted, receipts preserved under qualification-7685-ui-base/). Green: focused production desktop case 1 passed / 0 retries /16.4 s; TypeScript check exit 0. Pushed atomic repair, head245e68ff81on j41b-broad-suite-207, base remains current dev snapshot3e175ff7b. Restarting the five full runs from zero in the same held slot. Exact-head fast gate follows. Static sizes/deltas use the gate’s recorded D243 baselines; dropping the additional duplicate baseline rebuild to keep the task within its scope leash. Mandatory stop remains 04:10 IST. Logs compute01 ~/.cache/codex-scratch/j41b/phone-proof/ and qualification/run-N/; ARM remains cleaned.J41b finding: first
245e68ff8full run failed at a shared-page canvas boundary. The preceding open/type case passed, then closing-a-window immediately dereferenced live()[0] while no route was live (6 ms TypeError); the following reload asserted against an unconfirmed layout and drew zero windows. Evidence saved under compute01 ~/.cache/codex-scratch/j41b/qualification-245e-canvas-boundary/: 2 genuine failures, 2 interrupted, 8 passed, 10 skipped, 132 not run. Repair in progress: reuse the existing layout observer/settled helper before initial setup is handed to tests and at open/close/reload boundaries; wait for the current route’s two attachments before capturing its session, and use the same newest bridge as stream lookup. No fixed delay or wider timeout. Running the five affected canvas cases ten times (50 cases), workers=2/retries=0, before pushing and restarting full qualification. Exact-head fast gate still pending. Scope stop remains 04:10 IST; if the five-run proof or gate cannot finish by then, I will stop own runs, clean targets and report incomplete rather than claim success.J41b checkpoint: pushed
0f679dea82, atomic canvas fixture repair on j41b-broad-suite-207 (dev base3e175ff7b). The first readiness-only control finished 48 pass / 2 fail: it reproduced the earlier palette-open input race, then a dependent close case ran after its worker restarted with one window. The repair now uses the existing layout observer/settlement at shared-state boundaries and waits for the target window to be live, physically clicks its terminal, verifies textarea focus, then types. Current focused recheck is queued through build-slot, 50 cases /2 workers /0 retries. After it passes, the exact-head fast gate runs BEFORE the next five-run series, preserving the same custom-dist/artifact checks. Queue log: compute01 ~/.cache/codex-scratch/j41b/qualification-compute.log. Previous focused failure preserved in canvas-proof-r1-failed/. Local worktree clean; ARM target absent. Verification is now forecast past the 04:10 IST scope stop; requested explicit extension to 05:00 IST from the orchestrator, not yet approved. Without a reply, I will stop at the existing limit, terminate own runs and delete the remaining target, reporting the actual incomplete proof.J41b proof update: repaired canvas sequence passed all 50 focused cases, workers=2/retries=0, in 1.0 minute (ten repetitions of bootstrap, first shell, two-window routing, close-preserves-session and reload-preserves-session). This is the final
0f679dea82source; TypeScript checking passed. Full focused log compute01 ~/.cache/codex-scratch/j41b/canvas-proof/run.log. Exact-head scripts/verify fast started 02:56:45 IST in the same held build slot; log gate-final-fast.log, receipt gate-final-fast.exit. On success, five consecutive full broad runs start with workers=2/retries=0, custom TRACER_DIST, default dist absent and before/after artifact hashes. No earlier green runs count toward that fresh series. Extension request to 05:00 IST is still pending; without approval, the 04:10 IST stop applies.J41b exact-head gate passed, 03:17 IST. Head
0f679dea82; scripts/verify fast exit 0 on compute01. Full verbatim output attached. Rust summary verbatim:Static D243 rows verbatim:
Fresh full broad run 1 started 03:17:39 IST, workers=2/retries=0, custom TRACER_DIST and default dist absent. Five-run proof still outstanding. The 04:10 IST stop remains in force absent explicit extension. All evidence under compute01 ~/.cache/codex-scratch/j41b/qualification/run-N/. Only target is compute01 /home/claude/worktrees/j41b/target; ARM remains clean.
J41b finding and repair, 03:24 IST: exact-head 0f679 full run 1 hit the shared-host 4x CPU frame minimum: 14 zoom frames versus >20 required; p50 166.6 ms, p95 450 ms. Both gestures rendered; the preceding 1x profile captured 39 zoom /92 pan frames, host load 27.8/14.6/12.5. Repaired canvas sequence passed. Interrupted the failed series and preserved receipts at compute01 ~/.cache/codex-scratch/j41b/qualification-0f679-frame-budget/ (1 genuine failure, 2 interrupted,14 passed,10 skipped,127 not run). This is a performance-throughput assertion in the functional lane, contrary to the shared-host measurement rule. Pushed atomic
ba9e523e1: retain both cases and all metrics, assert nonempty zoom AND pan frames, preserve the unchanged numeric minimum under explicit REAL_FRAME_BUDGETS=1 for performance runs, consistent with REAL_SWITCH_BUDGETS. No new skips/retries or lower budget. Focused 20-case/2-worker/0-retry production recheck queued through build-slot, then exact-head fast gate and a fresh five-run series. Prior gate0f679 exit0 remains evidence only for that head; raw log attached in comment73737. Current source clean/pushed. Both VMs checked before queue: compute4/4 busy with191GB free; ARM3/3 busy with18GB free below25GB floor. The 04:10 IST stop still applies absent extension; five-run proof now cannot finish before that stop.J41b gate receipt, 03:39 IST: scripts/verify fast PASSED, exit0, exact head
ba9e523e1eon j41b-broad-suite-207. Full verbatim log attached. Selected output verbatim:Focused gesture proof passed20/20,0failures/0retries,2.6m. Fresh full broad run1 started03:38:54 IST,workers2/retries0; no previous head’s green runs count. All154 cases remain, no new skips. Custom TRACER_DIST is selected, default apps/tracer/dist absent; binary/dist hashes checked by the series. Logs/JSON/evidence: compute01 ~/.cache/codex-scratch/j41b/qualification/run-N/. The required five-run proof is still incomplete and cannot fit before the existing04:10 IST stop; explicit extension request remains unanswered. Absent approval I will stop own processes and delete compute target by that limit. ARM source updated to the same head, target absent. Rebase base3e175ff7b04fd2a085bb409a0e758a3a2ca2346f; static deltas above use the gate’s retained D243 baselines, not a new dev rebuild.
J41b current production screenshots at
ba9e523e1, full broad run1: actionable low-memory refusal plus persistent unsaved-layout status on desktop and phone. Screenshots attached for independent visual review; these are real production assets served through the selected custom TRACER_DIST, not mockups. The corresponding browser cases passed. Broad qualification is still running with0retries; no visual quality approval is claimed.J41b unresolved finding,03:58 IST: current
ba9e523e1full broad run1 failed split-camera.spec.ts:58, expected59 windows,received58 after5000ms. All53 growth splits reached54 windows with0geometry failures; a later picked-column split stalled, and the captured Console reported offline. The earlier graph-recovery custom-dist case, repaired canvas sequence,4xgesture,phone sizes and restart regressions passed. Interrupted after preserving receipts:113passed,1genuine failure,2interrupted,15skipped,23notrun,16.8m. Evidence compute01 ~/.cache/codex-scratch/j41b/qualification/run-1/{run.log,results.json,output/split-camera-*/error-context.md}. No green full run at this head and no five-run stability claim. Focused original split case repeated3times/2workers/0retries is running through build-slot with temporary safe connection-count diagnostics, no product/threshold changes; script restores source afterward. Fast gate remains passed at committedba9e523e1, full log attached in73775. Scope stop04:10 IST still applies; no extension received. I will preserve actual diagnostic results, restore the clean source, stop all own processes and delete targets before final handoff if the unresolved root cause cannot be safely fixed and reverified within the leash.J41b final handoff,04:07 IST: INCOMPLETE, do not merge on a stability claim. Branch j41b-broad-suite-207; pushed head
ba9e523e1e, clean local/compute01/ARM worktrees. Rebased onto dev snapshot3e175ff7b04fd2a085bb409a0e758a3a2ca2346f; dev has advanced since. TRACER_DIST graph recovery is fixed and passed with custom production output and default dist absent. Other supported repairs and red/green receipts are recorded above. Final exact-head scripts/verify fast exit0; full verbatim output attached in73775 (https://git.kayg.org/attachments/0649fd6d-09f6-417a-a48e-d0bbaad9620b). Selected gate output verbatim:Five-run results at final head:
Unresolved: split-camera.spec.ts:58 expects59 windows,gets58 after5s during later picked-column splits. Original focused reproduction3/3failed with exactly59vs58; recorded connections remained open,28/28/2attachments. The fixture swallows off-screen forced-click errors; selecting the intended window through existing keyboard navigation and verifying focus is the next hypothesis, not a proven fix. Proposed diagnostic recipe is preserved at compute01 ~/.cache/codex-scratch/j41b/split-focus-proof.sh. Its browser run never started because all slots remained busy; cancelled the queued job. Temporary connection diagnostics restored; no unverified patch committed. Failure JSON/log/3-case reproduction attached to73796; current production screenshots attached to73778. No complete-series after-hash comparison was reached.
Scope leash: initial3h estimate, mandatory2x stop04:10IST. Extension to05:00IST requested but no approval received. Stopped before limit and leave this issue open. Needed next: prove/fix split selection, exact-head fast gate after any commit, then reset and complete all five broad runs.
Cleanup receipt: compute01 final-cleanup.exit=0 at04:06:29IST; remaining own processes:{}; compute target absent. ARM target absent and no own runs started there in this continuation. Both VM source trees and local worktree clean at head. Logs and small evidence retained under ~/.cache/codex-scratch/j41b; no pending own builds, browser runs or servers.
J41b resumed with explicit orchestrator approval for a2-hour extension,04:08:20–06:08:20IST. Same branch/head
ba9e523e1; base3e175ff7b. Focus: classify deterministic58→59 split failure as product loss versus stale fixture/merged semantics, preserve the count unless a cited legitimate merge changes it. Plan: rebuild deleted binary immediately on compute01 while tracing split/focus and recent merges; compare original3/3red with targeted diagnostics/fix; commit only a supported root repair; run exact-head fast gate and five consecutive full broad runs,0failures/0retries. Use3workers (brief allows2–3) to fit the approved window, keep all154tests/no added skips and custom TRACER_DIST with default dist absent. Estimate110minutes including rebuild,gate and5runs; hard stop06:08:20IST regardless. Slots checked bothVMs: compute1free/158GBfree,ARM1free/31GBfree; compute selected because the deleted target requires substantial rebuild space and existing x86 artifacts/browser environment are there. One target: compute01 /home/claude/worktrees/j41b/target. Rebuild is detached through build-slot, log extension-build.log. The focused keyboard-selection hypothesis remains unproven, no product/count change yet. Final long qualification will be blocked on in this turn, with cleanup before handoff.J41b deterministic cause proved and fixed,04:24IST. Pushed atomic9916ce0c530facec106035aab9da3272008c80e9. This is a stale pointer-selection fixture, not a product window drop/merge and not a legitimate count change. Fresh ARM production diagnostics: all3 original runs fail59vs58; every forced off-screen click reports selected=false, inputLocked=false, no JS page errors. At the final pick no active window remains; all WebSockets remain open. The shortcut handler requires an active terminal, so no59th split action is emitted. The fixture had been clicking gaps/other positions instead of the requested first/middle/last window, hiding that mistake.
Repair: walk the existing clamped keyboard navigation in the appropriate direction, assert the intended stable window identity and focused terminal, then perform unchanged split/count/geometry checks. Paired original3/3red; corrected3/3green at3workers/0retries,41.6s total, all60windows and unchanged geometry. The first forward-only navigation control correctly failed because navigation clamps rather than wraps; corrected bidirectional traversal is the committed repair. No count/tolerance/skip change. Recent #283 merge0067e1255 changes dimensions only, not the split count contract; no claim that a merge legitimized58. Product split code unchanged. Raw evidence ARM ~/.cache/codex-scratch/j41b/split-classify-original/ and split-classify-navigation/.
Five-run qualification has started on ARM with3workers/0retries, all154cases, custom TRACER_DIST/defaultdist absent and artifact hashes. Production binary rebuilt on ARM fromba9e, then target removed to restore disk; exact diffba9e→9916 is only split-camera.spec.ts, so native production inputs are identical. Fresh TS check/production frontend build runs at9916. Current paths extension-qualification/run-N and extension-broad.log. Compute rebuild/gate will run at9916 in parallel; extension-build.log,extension-fast.log,extension-fast.exit/head. Both slot statuses checked: ARM free slots/50GB; compute full with own rebuild in slot3. Approved hard stop06:08:20IST. Blocking on the series and gate in this turn; no pending-run handoff.
J41b qualification reset,04:29IST: the first ARM broad run at9916 exposed environment stalls, so it does not count. Preserved ARM extension-qualification/run-1/:40passed,2genuine failures,3interrupted,12skipped,97notrun,0retries,2.9m. Canvas rotation waited20s for a connecting terminal; desktop-layering server failed health startup with its sqlx-sqlite worker in kernel D state. Around failure ARM full I/O pressure measured21–27% (earlier peak36.9%/5min), memory28GB available. This matches the previously recorded ARM I/O stalls; no product/time-budget change is being made. Own ARM servers are being stopped by verified PID/authenticated fixture cleanup.
Moving the full five-run series to compute01, where the rebuild is near final link, under build-slot. Fresh series extension-qualification/run-N/, extension-broad.log; same9916 head,3workers/0retries, customdist/defaultdist absent. Exact-head fast gate queued separately at9916, extension-fast.log/head/exit. Gate frontend output uses its own TRACER_DIST so it cannot mutate the frozen broad-series assets or recreate the absent defaultdist. Both VM slot statuses checked before moving: compute4busy including own rebuild,ARM3busy; compute has159GBfree versusARM45GB but measured I/O stalls. No further source edits since the proven split fixture repair. Existing06:08:20IST hard stop remains.
J41b scheduling checkpoint,04:45IST: compute native rebuild completed and exact9916 gate began compiling, but the broad launcher remained first in queue for12+minutes. To fit the five sequential runs within the approved06:08:20IST limit, stopped only the verified9-process tree of my own compile-stage gate, preserved its partial log/exit under gate-extension-preempted/, and requeued the full gate with the same cache. No test failure prompted this scheduling change and no source edit. Broad immediately acquired the freed slot4 at04:45:19IST; extension-broad.log, extension-qualification/run-N/. Exact-head full gate is queued again; extension-fast.log/exit/head. ARM is fully cleaned: no own processes, target absent, temporary binary removed, source clean at9916. Split fixture classification remains3original failures versus3corrected passes, unchanged expected increments/all60windows; no product count change. This turn remains blocked on actual series/gate completion. Cleanup reserved before06:08:20IST.
J41b new qualification blockers,04:50IST. Stopped compute9916 run1:63passed,3genuine failures,3interrupted,14skipped,71notrun,0retries,4.1m. Earlier canvas rotation/layering cases passed here, supporting the ARM I/O diagnosis. New failures: (1) layout-sync.spec.ts:187 captures product JS error "Failed to execute insertBefore on Node: The node before which the new node is to be inserted is not a child of this node" during fresh-phone/concurrent layout exercise. (2–3) layout-touch-proof.spec.ts ink/paper both fail EADDRINUSE127.0.0.1:4458. Evidence compute01 extension-qualification/run-1/{results.json,run.log,output/}. These are separate from the proven split-camera selection bug fixed at9916; count contract unchanged, paired3red/3green preserved.
The orchestrator approved2h focused on split-camera then5runs. BRIEF-COMMON scope leash requires approval before extra work. Requested explicit approval to fix these two separate blockers (estimated20–30min diagnosis/fix plus50–65min new5runs; existing06:08IST stop still applies) versus finish gate and hand off. Approval pending; no new source edit. Exact9916 fast gate continues independently in build-slot, extension-fast.log/head/exit. No broad run remains active; no success claim. Source is clean/pushed9916. ARM remains cleaned.
J41b extension checkpoint, 05:14 IST: head
9916ce0c530facec106035aab9da3272008c80e9unchanged. Split-camera root cause/fix and paired 3/3 red/green evidence are in comment 73827. Compute broad attempt stopped with 63 passes, 3 failures, 3 interrupted tests, 0 retries (layout-sync insertBefore; layout-touch-proof fixed-port collision), evidence in comment 73869. Additional blocker fixes remain paused pending the scope approval requested there. Exact-headscripts/verify fastis still running on compute01 through build-slot, currently cross-compiling the second static target; log/home/claude/.cache/codex-scratch/j41b/extension-fast.log, receiptextension-fast.exit. Sole remaining target is/home/claude/worktrees/j41b/target; it will be deleted after gate/cleanup. No broad run is active. Hard stop remains 06:08 IST.J41b extension handoff, 05:25 IST. Branch
j41b-broad-suite-207, pushed head9916ce0c530facec106035aab9da3272008c80e9. Base dev snapshot3e175ff7b04fd2a085bb409a0e758a3a2ca2346f; no later rebase was performed during this focused extension.Split-camera cause: the fixture forced clicks into transformed window geometry without checking selection. The final click left no active terminal, so the shortcut emitted no split operation. No window was dropped/merged, and the one-window-per-split count contract remains unchanged. Fixed selection using existing clamped keyboard navigation, asserted the intended stable window ID and textarea focus. Count/geometry assertions are preserved. Original 3/3 failed at 59 versus 58; corrected 3/3 passed, reaching all 60 windows, with 0 retries (comment 73827). No reduced expectation or speculative attribution to a merge.
Broad qualification at this head:
Run 1 declared 154 test identities; 14 reported skipped and 71 not run. Failures: layout-sync
insertBeforeparent mismatch exception; ink/paper layout-touch-proofEADDRINUSEon fixed 4458. Full JSON: https://git.kayg.org/attachments/e2ed82a6-8f61-40d5-a95f-c6d08bd03b75 . The earlier ARM attempt stopped under measured I/O pressure with 40 passes, 2 failures, 3 interrupted, 12 skipped, 97 not run, 0 retries (comment 73837). Neither attempt is a qualifying green run.Scope expansion was requested in comment 73869 and via the user-input tool; no approval arrived. Per BRIEF-COMMON.md scope leash, “If you believe extra work is required, STOP and ask the orchestrator first.” Additional blocker fixes remain unedited.
Exact-head
scripts/verify fastfinished exit 1. The test row failed ininfraternal-plugin-ssh --test config_isolation,configured_identity_paths_are_not_inherited_by_the_command_child: “The SSH helper could not start.” This is unclassified; it was not proved against unmodified dev. All other Rust summary rows passed, including static builds. Static sizes: x86 21647824 bytes (+204000 vs retained baseline), ARM 19795288 (+166048). These are retained-baseline deltas, not a fresh dev comparison.Verbatim final gate summary:
Full gate output attached verbatim. No broad/gate/cleanup run is pending. Cleanup exit 0; exact owned-process sweep reports
{}; targets absent on compute01 and dev-02. Worktrees clean at the reported head. Evidence remains in/home/claude/.cache/codex-scratch/j41b/on both VMs and/home/kayg/.cache/codex-scratch/j41b/final-evidence/locally. The five-run stability requirement is NOT complete.J88i start: loopback HTTPS test database teardown race
Tracking this test flake under #207. New branch
j88i-runtime-db-teardown, based onforgejo-j16/dev01ee7103a4ea3221cdff4fcfd59195fcc1f77032. The reported trigger is compute01 gatemacos-sessions-j146at4b0df9f1a; the failing test isruntime::tests::loopback_https_port_initializes_auth_with_the_server_database, panicking while removing its temporary database directory withDirectoryNotEmpty.Plan (estimate: 1–2 hours): inspect the test and its background server/database tasks; add a deterministic failing regression test for teardown while the writer is still active; join or shut down that writer before removing the tempdir; run the focused test and relevant gate on a VM through build-slot; commit the fix atomically. I will not retry or ignore the directory-removal error.