Pre-existing test failures on dev block verify fast

kayg commented

2026-10-31 18:59:23 +00:00

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Summary

Investigate and fix the failures reported as reproducible on clean origin/dev that block scripts/verify fast:

The SSH install streaming Rust test fails on aarch64 (crates/plugins/ssh/tests/install/streaming.rs).
Two tracer reconciliation tests fail in the full TypeScript suite: review: removing the current shared view… and a remote negative pin and node update….

Evidence: #264, including J1 comment #264 (comment) and J2 attachment https://git.kayg.org/attachments/ac0659e1-afd1-43d3-8b0f-ab5efcbee461.

J21 separately addresses the AF_UNIX 108-byte socket-path fixture on fix-fixture-socket-path; that change is outside this issue's scope.

Acceptance

Verify whether the tracer failures are caused by Bun module mocks leaking between files by reproducing in full-suite order before and after the change.
Determine whether the aarch64 streaming failure is a timing assumption or a product stall in staging/zstd; fix the product if evidence points there.
Show failing-first and passing evidence on claude@infraternal-dev-02-std (aarch64) and claude@infraternal-dev-01-compute01 (x86).
Run scripts/verify fast on both machines, accounting locally for J21's fixture fix if available.
Commit the fix atomically, push this branch, and remove this job's VM target directories.

## Summary Investigate and fix the failures reported as reproducible on clean `origin/dev` that block `scripts/verify fast`: - The SSH install streaming Rust test fails on aarch64 (`crates/plugins/ssh/tests/install/streaming.rs`). - Two tracer reconciliation tests fail in the full TypeScript suite: `review: removing the current shared view…` and `a remote negative pin and node update…`. Evidence: #264, including J1 comment https://git.kayg.org/kayg/infraternal/issues/264#issuecomment-70923 and J2 attachment https://git.kayg.org/attachments/ac0659e1-afd1-43d3-8b0f-ab5efcbee461. J21 separately addresses the AF_UNIX 108-byte socket-path fixture on `fix-fixture-socket-path`; that change is outside this issue's scope. ## Acceptance - Verify whether the tracer failures are caused by Bun module mocks leaking between files by reproducing in full-suite order before and after the change. - Determine whether the aarch64 streaming failure is a timing assumption or a product stall in staging/zstd; fix the product if evidence points there. - Show failing-first and passing evidence on `claude@infraternal-dev-02-std` (aarch64) and `claude@infraternal-dev-01-compute01` (x86). - Run `scripts/verify fast` on both machines, accounting locally for J21's fixture fix if available. - Commit the fix atomically, push this branch, and remove this job's VM target directories.

kayg commented

2026-10-31 18:59:39 +00:00

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Starting J25b on branch fix-dev-test-failures, based on origin/dev at ec7b10111e97a368d13becfca7eb3ac3df0195f6. I’m reviewing J25’s uncommitted diff, reproducing the tracer failures in full-suite order before/after, and tracing the SSH staging/zstd timing on aarch64 and x86 through the build-slot queue. I’ll run both fast gates with J21 accounted for locally, then commit and push this branch.

Starting J25b on branch `fix-dev-test-failures`, based on `origin/dev` at `ec7b10111e97a368d13becfca7eb3ac3df0195f6`. I’m reviewing J25’s uncommitted diff, reproducing the tracer failures in full-suite order before/after, and tracing the SSH staging/zstd timing on aarch64 and x86 through the build-slot queue. I’ll run both fast gates with J21 accounted for locally, then commit and push this branch.

kayg commented

2026-10-31 19:05:21 +00:00

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Scope update from the orchestrator: add the clean-dev failures reported by #271 comment 71299. Before the full gates, rerun cli_review, cli_review_r2, and cli_review_r3 through the updated ~/infraternal-ops/build-slot, which resets INT/QUIT/HUP/TERM/PIPE to default, and confirm whether they pass. Reproduce the three infraternal-agent --lib native-session socket failures on clean dev, trace their cause, and fix with failing-first evidence. J21's 2a87f1e53 is available locally for gate-only cherry-picks and will not be included in this branch's pushed history.

Scope update from the orchestrator: add the clean-dev failures reported by #271 comment 71299. Before the full gates, rerun `cli_review`, `cli_review_r2`, and `cli_review_r3` through the updated `~/infraternal-ops/build-slot`, which resets INT/QUIT/HUP/TERM/PIPE to default, and confirm whether they pass. Reproduce the three `infraternal-agent --lib` native-session socket failures on clean dev, trace their cause, and fix with failing-first evidence. J21's `2a87f1e53` is available locally for gate-only cherry-picks and will not be included in this branch's pushed history.

kayg commented

2026-10-31 19:10:58 +00:00

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Clean-base ARM finding: with the updated ~/infraternal-ops/build-slot wrapper, cargo test --locked -p infraternal --test cli_review --test cli_review_r2 --test cli_review_r3 -- --nocapture passes all three binaries. Exact results: cli_review 17 passed / 0 failed; cli_review_r2 11 passed / 0 failed; cli_review_r3 4 passed / 0 failed, including the SIGINT assertions. This indicates the earlier failures came from the launcher inheriting ignored signal dispositions; the updated wrapper's reset restores the expected test environment. The matching clean-base x86 run is queued and pending.

Clean-base ARM finding: with the updated `~/infraternal-ops/build-slot` wrapper, `cargo test --locked -p infraternal --test cli_review --test cli_review_r2 --test cli_review_r3 -- --nocapture` passes all three binaries. Exact results: `cli_review` 17 passed / 0 failed; `cli_review_r2` 11 passed / 0 failed; `cli_review_r3` 4 passed / 0 failed, including the SIGINT assertions. This indicates the earlier failures came from the launcher inheriting ignored signal dispositions; the updated wrapper's reset restores the expected test environment. The matching clean-base x86 run is queued and pending.

kayg commented

2026-10-31 19:14:06 +00:00

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Clean-base ARM native-session finding (worktree at ec7b10111e97a368d13becfca7eb3ac3df0195f6, no J21 cherry-pick): cargo test --locked -p infraternal-agent --lib --features remote gone_review:: -- --nocapture --test-threads=1 ran five tests; exactly the three reported tests failed and two neighboring tests passed. The failures are fixture path length, not signals or timing: all report path must be shorter than SUN_LEN. crate::test_state_root() defaults to /home/claude/.cache/codex-scratch/remote-agents (47 bytes); the fds/<one-letter+8-hex>/sessions/<32-hex>.sock suffix makes the rendezvous path exactly 108 bytes. I’ll shorten only this module’s fixture directory component, leaving J21’s fixture helpers untouched, then rerun the same command on both architectures.

Clean-base ARM native-session finding (worktree at `ec7b10111e97a368d13becfca7eb3ac3df0195f6`, no J21 cherry-pick): `cargo test --locked -p infraternal-agent --lib --features remote gone_review:: -- --nocapture --test-threads=1` ran five tests; exactly the three reported tests failed and two neighboring tests passed. The failures are fixture path length, not signals or timing: all report `path must be shorter than SUN_LEN`. `crate::test_state_root()` defaults to `/home/claude/.cache/codex-scratch/remote-agents` (47 bytes); the `fds/<one-letter+8-hex>/sessions/<32-hex>.sock` suffix makes the rendezvous path exactly 108 bytes. I’ll shorten only this module’s fixture directory component, leaving J21’s fixture helpers untouched, then rerun the same command on both architectures.

kayg commented

2026-10-31 19:24:34 +00:00

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Clean-base ARM tracer baseline: the full bun test suite reproduced the same two failures reported in #264, with 361 passed / 2 failed (363 total): review: removing the current shared view selects a surviving camera anchor and a remote negative pin and node update preserve the world position of an unchanged card. The candidate fix in session-hooks.test.ts restores Bun module mocks after that test file; I’m verifying that cleanup is the cause by rerunning the full suite with it, then will repeat on x86.

Clean-base ARM tracer baseline: the full `bun test` suite reproduced the same two failures reported in #264, with 361 passed / 2 failed (363 total): `review: removing the current shared view selects a surviving camera anchor` and `a remote negative pin and node update preserve the world position of an unchanged card`. The candidate fix in `session-hooks.test.ts` restores Bun module mocks after that test file; I’m verifying that cleanup is the cause by rerunning the full suite with it, then will repeat on x86.

kayg commented

2026-10-31 19:25:36 +00:00

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Tracer root cause confirmed from the clean-base full-suite log: session-hooks.test.ts runs before model/reconcile.test.ts in that worker. Both reconcile failures call onDemand from reconcile.ts:19, and their stacks point to the leaked mock implementation at windows/session-hooks.test.ts:9:78. This is Bun module-mock leakage across test files, not a reconciliation regression. The focused fix restores mocks at that file's afterAll; the fixed full-suite run is next.

Tracer root cause confirmed from the clean-base full-suite log: `session-hooks.test.ts` runs before `model/reconcile.test.ts` in that worker. Both reconcile failures call `onDemand` from `reconcile.ts:19`, and their stacks point to the leaked mock implementation at `windows/session-hooks.test.ts:9:78`. This is Bun module-mock leakage across test files, not a reconciliation regression. The focused fix restores mocks at that file's `afterAll`; the fixed full-suite run is next.

kayg commented

2026-10-31 19:32:35 +00:00

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Fresh clean-base ARM SSH reproduction: cargo test --locked -p infraternal-plugin-ssh --test install streaming::decoded_image_and_hash_advance_before_the_transfer_tail_is_released -- --nocapture failed 0/1 after 10.11 s. The fixture reported streaming transfer stalled or refused; hashed=true staged_bytes=Ok(552579). That is the fixture's 10-second child deadline firing while the real staging/hash pipeline had already consumed 552,579 bytes; the enclosing Rust test still has a 30-second bound. I’m rerunning with the fixture waiting for observable progress under that outer bound and will record the final staged length/digest result, which distinguishes slow progress from a product stall.

Fresh clean-base ARM SSH reproduction: `cargo test --locked -p infraternal-plugin-ssh --test install streaming::decoded_image_and_hash_advance_before_the_transfer_tail_is_released -- --nocapture` failed 0/1 after 10.11 s. The fixture reported `streaming transfer stalled or refused; hashed=true staged_bytes=Ok(552579)`. That is the fixture's 10-second child deadline firing while the real staging/hash pipeline had already consumed 552,579 bytes; the enclosing Rust test still has a 30-second bound. I’m rerunning with the fixture waiting for observable progress under that outer bound and will record the final staged length/digest result, which distinguishes slow progress from a product stall.

kayg commented

2026-10-31 19:34:47 +00:00

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The first tracer cleanup candidate is insufficient: the full suite still reports 361 passed / 2 failed, with both stacks still resolving to the session-hooks.test.ts mock. Bun's current mocks documentation confirms mock.restore() does not clear mock.module() overrides. I’m replacing that teardown with Bun's module-mock cleanup API and will rerun the same 60-file suite before deciding the fix.

The first tracer cleanup candidate is insufficient: the full suite still reports 361 passed / 2 failed, with both stacks still resolving to the `session-hooks.test.ts` mock. Bun's current mocks documentation confirms `mock.restore()` does not clear `mock.module()` overrides. I’m replacing that teardown with Bun's module-mock cleanup API and will rerun the same 60-file suite before deciding the fix.

kayg commented

2026-10-31 19:38:52 +00:00

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The first ARM candidate also exposed a flaw in my fixture change: it held at the same 196,608-byte input threshold, then timed out at 30.03 s with hashed=false, staged_bytes=Ok(0), and released=false (expected raw length 624,481). So removing the 10-second deadline alone can wait forever if that fixed compressed-input threshold has not produced a decoded block. I’m changing the fixture to keep forwarding bounded chunks until hash/stage progress is observed, record that compressed bytes remain, and only then release the tail; this will distinguish a bad test threshold from a product stall.

The first ARM candidate also exposed a flaw in my fixture change: it held at the same 196,608-byte input threshold, then timed out at 30.03 s with `hashed=false`, `staged_bytes=Ok(0)`, and `released=false` (expected raw length 624,481). So removing the 10-second deadline alone can wait forever if that fixed compressed-input threshold has not produced a decoded block. I’m changing the fixture to keep forwarding bounded chunks until hash/stage progress is observed, record that compressed bytes remain, and only then release the tail; this will distinguish a bad test threshold from a product stall.

kayg commented

2026-10-31 19:44:10 +00:00

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WIP checkpoint pushed at b39225b12a10d8e... on fix-dev-test-failures (three separate WIP commits, one per fix). Evidence so far:

ARM cli_review, cli_review_r2, cli_review_r3 pass via the updated build-slot: 17/17, 11/11, 4/4.
ARM native-session baseline reproduces the three SUN_LEN failures; the shortened fixture passes all 5 module tests.
ARM clean-base tracer suite reproduces 361 pass / 2 fail. mock.restore() was insufficient; the Bun.plugin.clearAll() rerun is queued.
ARM clean-base SSH streaming fails at 10.11 s with hashed=true staged_bytes=Ok(552579). The 30-second fixed-threshold candidate also failed with zero staged bytes; the latest fixture forwards chunks until hash/stage progress and is queued.
x86 cli_review* is still waiting in the build-slot queue. The other x86 clean-base and fixed runs are next.

ARM logs are under ~/.cache/codex-scratch/j25b/evidence/; both VM runs use the single ~/.cache/codex-scratch/j25b-target directory. I’ll rebase these commits onto current origin/dev (57491e918) before the final gates; the six dev-shell commits do not touch the three affected files.

WIP checkpoint pushed at `b39225b12a10d8e...` on `fix-dev-test-failures` (three separate WIP commits, one per fix). Evidence so far: - ARM `cli_review`, `cli_review_r2`, `cli_review_r3` pass via the updated build-slot: 17/17, 11/11, 4/4. - ARM native-session baseline reproduces the three `SUN_LEN` failures; the shortened fixture passes all 5 module tests. - ARM clean-base tracer suite reproduces 361 pass / 2 fail. `mock.restore()` was insufficient; the `Bun.plugin.clearAll()` rerun is queued. - ARM clean-base SSH streaming fails at 10.11 s with `hashed=true staged_bytes=Ok(552579)`. The 30-second fixed-threshold candidate also failed with zero staged bytes; the latest fixture forwards chunks until hash/stage progress and is queued. - x86 `cli_review*` is still waiting in the build-slot queue. The other x86 clean-base and fixed runs are next. ARM logs are under `~/.cache/codex-scratch/j25b/evidence/`; both VM runs use the single `~/.cache/codex-scratch/j25b-target` directory. I’ll rebase these commits onto current `origin/dev` (`57491e918`) before the final gates; the six dev-shell commits do not touch the three affected files.

kayg commented

2026-10-31 19:44:26 +00:00

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Correction: the full WIP checkpoint head is b39225b12b3d586e3c3f3601c851579be3c06798.

Correction: the full WIP checkpoint head is `b39225b12b3d586e3c3f3601c851579be3c06798`.

kayg commented

2026-10-31 19:44:59 +00:00

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Branch update: rebased the three WIP commits onto current origin/dev at 57491e918c91fbf44dd5b318da168e1b4ef40310 (the six Nix dev-shell commits do not touch these files) and updated only fix-dev-test-failures. New head: 058476f7f6a29b69f30ecefa97497ed8ff76bb50.

Branch update: rebased the three WIP commits onto current `origin/dev` at `57491e918c91fbf44dd5b318da168e1b4ef40310` (the six Nix dev-shell commits do not touch these files) and updated only `fix-dev-test-failures`. New head: `058476f7f6a29b69f30ecefa97497ed8ff76bb50`.

kayg commented

2026-10-31 19:48:03 +00:00

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ARM candidate 2 results: bun run check passed, but the same two tracer tests still failed and their stacks still enter the session-hooks mock. Bun.plugin.clearAll() does not remove that settled module override in the VM's Bun runtime. I’m now re-registering the saved production onDemand exports in afterAll, then repeating the exact full 60-file suite.

The SSH candidate reached compilation but Rust's format! rejected Python f-string braces in the fixture script. I changed the generated Python markers to percent formatting; the candidate test is queued again. Native-session fixed result remains 5/5 on ARM.

ARM candidate 2 results: `bun run check` passed, but the same two tracer tests still failed and their stacks still enter the session-hooks mock. `Bun.plugin.clearAll()` does not remove that settled module override in the VM's Bun runtime. I’m now re-registering the saved production `onDemand` exports in `afterAll`, then repeating the exact full 60-file suite. The SSH candidate reached compilation but Rust's `format!` rejected Python f-string braces in the fixture script. I changed the generated Python markers to percent formatting; the candidate test is queued again. Native-session fixed result remains 5/5 on ARM.

kayg commented

2026-10-31 19:49:31 +00:00

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ARM candidate 2 SSH diagnostic: input_progress=299646/299646 and staged_bytes=624481, so the fixture forwarded the entire compressed image before it observed staging. This run does not prove a product stall; the fixture never actually held a tail because the compressed image fit through its pipe before the decoder observer caught up. I’m reserving a 16 KiB tail based on the actual encoded length, waiting for hash/stage progress under the existing 30-second timeout, then releasing it. If progress does not occur while that tail remains unread, the test will fail with the exact prefix/stage state and I’ll trace the product path.

ARM candidate 2 SSH diagnostic: `input_progress=299646/299646` and `staged_bytes=624481`, so the fixture forwarded the entire compressed image before it observed staging. This run does not prove a product stall; the fixture never actually held a tail because the compressed image fit through its pipe before the decoder observer caught up. I’m reserving a 16 KiB tail based on the actual encoded length, waiting for hash/stage progress under the existing 30-second timeout, then releasing it. If progress does not occur while that tail remains unread, the test will fail with the exact prefix/stage state and I’ll trace the product path.

kayg commented

2026-10-31 19:58:40 +00:00

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Checkpoint for the expanded scope from #271.

Branch fix-dev-test-failures is pushed at 630f2ec7e; base is exact origin/dev 57491e918c91fbf44dd5b318da168e1b4ef40310.

ARM findings so far:

The CLI cli_review, cli_review_r2, and cli_review_r3 groups passed through the updated build-slot with 17/17, 11/11, and 4/4 tests. This supports the inherited ignored-signal launcher hypothesis; I am repeating these from the exact base and on x86 before closing it.
The tracer full suite failed 2 of 363 after the session-hook file, with both failures in later reconciliation tests. Re-registering the saved onDemand exports in that file's afterAll passed 363/363 across 60 files. The x86 run remains pending.
The native-session socket candidate uses a one-character directory local to native_gone_review_tests; the ARM module run passed 5/5. This leaves the shared AF_UNIX fixture used by J21 unchanged. I will capture the exact clean-base failure and repeat the candidate on both architectures.
The original SSH streaming test exited after 10.10 s with hashed=true and 552,579 staged bytes. That snapshot came after the helper aborted, so it does not establish whether the product stalled. A prior candidate also failed to hold the tail: it consumed all 299,646 compressed bytes before recording progress. The pushed WIP now reserves up to 16 KiB based on encoded length, waits for real stage/hash progress, and records the still-unread tail before releasing it; that controlled test is next.

One inherited x86 CLI command was queued against ec7b10111 rather than exact origin/dev, so it was stopped and is not counted. I will rerun the baseline and candidate jobs against 57491e918 through build-slot on both VMs. Logs remain under ~/.cache/codex-scratch/j25b/evidence/ on each VM.

Checkpoint for the expanded scope from #271. Branch `fix-dev-test-failures` is pushed at `630f2ec7e`; base is exact `origin/dev` `57491e918c91fbf44dd5b318da168e1b4ef40310`. ARM findings so far: - The CLI `cli_review`, `cli_review_r2`, and `cli_review_r3` groups passed through the updated `build-slot` with 17/17, 11/11, and 4/4 tests. This supports the inherited ignored-signal launcher hypothesis; I am repeating these from the exact base and on x86 before closing it. - The tracer full suite failed 2 of 363 after the session-hook file, with both failures in later reconciliation tests. Re-registering the saved `onDemand` exports in that file's `afterAll` passed 363/363 across 60 files. The x86 run remains pending. - The native-session socket candidate uses a one-character directory local to `native_gone_review_tests`; the ARM module run passed 5/5. This leaves the shared AF_UNIX fixture used by J21 unchanged. I will capture the exact clean-base failure and repeat the candidate on both architectures. - The original SSH streaming test exited after 10.10 s with `hashed=true` and 552,579 staged bytes. That snapshot came after the helper aborted, so it does not establish whether the product stalled. A prior candidate also failed to hold the tail: it consumed all 299,646 compressed bytes before recording progress. The pushed WIP now reserves up to 16 KiB based on encoded length, waits for real stage/hash progress, and records the still-unread tail before releasing it; that controlled test is next. One inherited x86 CLI command was queued against `ec7b10111` rather than exact `origin/dev`, so it was stopped and is not counted. I will rerun the baseline and candidate jobs against `57491e918` through `build-slot` on both VMs. Logs remain under `~/.cache/codex-scratch/j25b/evidence/` on each VM.

kayg commented

2026-10-31 20:01:54 +00:00

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Capacity checkpoint: exact-base tracer baseline commands are queued through build-slot. At the last check, dev-02 had 16 GB free (the slot's threshold is 25 GB); compute01 had all four slots occupied. The runner logs will be under ~/.cache/codex-scratch/j25b/evidence/baseline-tracer.log on each VM. I have left the queued runs intact and will continue as slots free.

Capacity checkpoint: exact-base tracer baseline commands are queued through `build-slot`. At the last check, dev-02 had 16 GB free (the slot's threshold is 25 GB); compute01 had all four slots occupied. The runner logs will be under `~/.cache/codex-scratch/j25b/evidence/baseline-tracer.log` on each VM. I have left the queued runs intact and will continue as slots free.

kayg commented

2026-10-31 20:03:16 +00:00

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Correction to the native-session fixture finding: the earlier one-character subdirectory candidate was only verified with a shorter default test root. Under this job's configured 51-byte state root, the original rendezvous path is 112 bytes and the root/f/... candidate is still 110 bytes, above AF_UNIX's 108-byte sun_path capacity. That 5/5 run is not sufficient evidence for this environment. I will rerun the exact-base failure and fix these tests with a short per-test /tmp root plus RAII cleanup, leaving J21's shared fixture unchanged.

Correction to the native-session fixture finding: the earlier one-character subdirectory candidate was only verified with a shorter default test root. Under this job's configured 51-byte state root, the original rendezvous path is 112 bytes and the `root/f/...` candidate is still 110 bytes, above AF_UNIX's 108-byte `sun_path` capacity. That 5/5 run is not sufficient evidence for this environment. I will rerun the exact-base failure and fix these tests with a short per-test `/tmp` root plus RAII cleanup, leaving J21's shared fixture unchanged.

kayg commented

2026-10-31 20:06:59 +00:00

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WIP checkpoint: pushed fix-dev-test-failures at f23ba0c7015b3b9593ad645ec2e203da7afb0d13. The native-session fixture now uses a private full-UUID directory under /tmp and removes it through a drop guard; this keeps the actual rendezvous socket path safely below 108 bytes even with the configured job root. The exact-base tracer runs are still queued: dev-02 has improved from 16 GB to 22 GB free but remains below the 25 GB build-slot threshold; compute01 currently has all four slots occupied. No test result is being counted until those queued runs complete.

WIP checkpoint: pushed `fix-dev-test-failures` at `f23ba0c7015b3b9593ad645ec2e203da7afb0d13`. The native-session fixture now uses a private full-UUID directory under `/tmp` and removes it through a drop guard; this keeps the actual rendezvous socket path safely below 108 bytes even with the configured job root. The exact-base tracer runs are still queued: dev-02 has improved from 16 GB to 22 GB free but remains below the 25 GB build-slot threshold; compute01 currently has all four slots occupied. No test result is being counted until those queued runs complete.

kayg commented

2026-10-31 20:10:06 +00:00

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Verification-command correction: my first exact-base tracer baseline used bare bun test, which also discovered the Playwright real/*.spec.ts files and produced unrelated Playwright registration errors (ARM: 553 pass, 162 fail, 158 errors). I am not counting that run. I preserved it as baseline-tracer-broad-invalid.log and restarted both VMs with the exact TypeScript test-file list from scripts/verify.d/ts.sh; those runs are queued through build-slot.

Verification-command correction: my first exact-base tracer baseline used bare `bun test`, which also discovered the Playwright `real/*.spec.ts` files and produced unrelated Playwright registration errors (ARM: 553 pass, 162 fail, 158 errors). I am not counting that run. I preserved it as `baseline-tracer-broad-invalid.log` and restarted both VMs with the exact TypeScript test-file list from `scripts/verify.d/ts.sh`; those runs are queued through `build-slot`.

kayg commented

2026-10-31 20:10:55 +00:00

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ARM exact-base finding: on 57491e918c91fbf44dd5b318da168e1b4ef40310, the exact first bun test file list from scripts/verify.d/ts.sh ran 363 tests across 60 files and reproduced 361 pass / 2 fail. The failures are review: removing the current shared view selects a surviving camera anchor and a remote negative pin and node update preserve the world position of an unchanged card. In the same run, src/canvas/windows/session-hooks.test.ts appears earlier, and both failure stacks point to its onDemand mock at line 9. This confirms the reported Bun module-mock leak on the exact dev base. Log: baseline-tracer-fast.log on dev-02.

ARM exact-base finding: on `57491e918c91fbf44dd5b318da168e1b4ef40310`, the exact first `bun test` file list from `scripts/verify.d/ts.sh` ran 363 tests across 60 files and reproduced 361 pass / 2 fail. The failures are `review: removing the current shared view selects a surviving camera anchor` and `a remote negative pin and node update preserve the world position of an unchanged card`. In the same run, `src/canvas/windows/session-hooks.test.ts` appears earlier, and both failure stacks point to its `onDemand` mock at line 9. This confirms the reported Bun module-mock leak on the exact dev base. Log: `baseline-tracer-fast.log` on dev-02.

kayg commented

2026-10-31 20:16:09 +00:00

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Native baseline correction: the first --features remote run returned 5/5, but Cargo reused a test binary from the prior candidate worktree after the source reset; the configured state root was never created. That result is not valid base evidence and is preserved as baseline-native-stale-artifact.log. I will clean only infraternal-agent from this job's target, confirm the worktree SHA, and rerun all five module tests from 57491e918 before evaluating the fix. I will apply the same artifact-clean rule to the SSH test because its source also changed on the branch.

Native baseline correction: the first `--features remote` run returned 5/5, but Cargo reused a test binary from the prior candidate worktree after the source reset; the configured state root was never created. That result is not valid base evidence and is preserved as `baseline-native-stale-artifact.log`. I will clean only `infraternal-agent` from this job's target, confirm the worktree SHA, and rerun all five module tests from `57491e918` before evaluating the fix. I will apply the same artifact-clean rule to the SSH test because its source also changed on the branch.

kayg commented

2026-10-31 20:18:23 +00:00

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ARM native-session failing-first is now valid and confirmed. On exact base 57491e918c91fbf44dd5b318da168e1b4ef40310, after cargo clean -p infraternal-agent, the --features remote gone_review module run failed exactly 3/5:

retiring_native_handshake_preserves_final_answer_with_inflight_commands
vanished_native_session_bounds_final_reply_drain_for_a_stuck_peer
vanished_native_session_delivers_final_close_before_stream_retirement

The failure is explicit: InvalidInput: path must be shorter than SUN_LEN. The configured 51-byte state root produces a 112-byte rendezvous path. The other two tests pass. This confirms a fixture path-length defect, not signal handling or timing. Log: baseline-native.log on dev-02.

ARM native-session failing-first is now valid and confirmed. On exact base `57491e918c91fbf44dd5b318da168e1b4ef40310`, after `cargo clean -p infraternal-agent`, the `--features remote` `gone_review` module run failed exactly 3/5: - `retiring_native_handshake_preserves_final_answer_with_inflight_commands` - `vanished_native_session_bounds_final_reply_drain_for_a_stuck_peer` - `vanished_native_session_delivers_final_close_before_stream_retirement` The failure is explicit: `InvalidInput: path must be shorter than SUN_LEN`. The configured 51-byte state root produces a 112-byte rendezvous path. The other two tests pass. This confirms a fixture path-length defect, not signal handling or timing. Log: `baseline-native.log` on dev-02.

kayg commented

2026-10-31 20:20:41 +00:00

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Checkpoint: exact ARM base native failure is confirmed at 57491e918c91fbf44dd5b318da168e1b4ef40310, after cleaning the agent package artifacts: 2/5 passed, and the same three tests named in J29 failed with InvalidInput: path must be shorter than SUN_LEN. The fixture correction is now pushed at 339f6ae05; its /tmp/if-<full UUID> base plus the unchanged session/rendezvous suffix is 97 bytes, so it fits Linux and macOS path limits. Candidate and x86 reruns remain pending build-slot capacity.

Checkpoint: exact ARM base native failure is confirmed at `57491e918c91fbf44dd5b318da168e1b4ef40310`, after cleaning the agent package artifacts: 2/5 passed, and the same three tests named in J29 failed with `InvalidInput: path must be shorter than SUN_LEN`. The fixture correction is now pushed at `339f6ae05`; its `/tmp/if-<full UUID>` base plus the unchanged session/rendezvous suffix is 97 bytes, so it fits Linux and macOS path limits. Candidate and x86 reruns remain pending build-slot capacity.

kayg commented

2026-10-31 20:21:00 +00:00

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ARM exact-base SSH failing-first is now confirmed after cargo clean -p infraternal-plugin-ssh on SHA 57491e918c91fbf44dd5b318da168e1b4ef40310. The streaming test failed in 10.13 s under its fixed 10-second helper deadline, with hashed=true and 552,579 staged bytes recorded after the helper aborted. This proves the timing-sensitive failure but still does not classify it as a test-only deadline or a product stall; the pushed candidate will hold an encoded tail unread while observing real staging and hash progress. Log: baseline-ssh-exact.log on dev-02.

ARM exact-base SSH failing-first is now confirmed after `cargo clean -p infraternal-plugin-ssh` on SHA `57491e918c91fbf44dd5b318da168e1b4ef40310`. The streaming test failed in 10.13 s under its fixed 10-second helper deadline, with `hashed=true` and 552,579 staged bytes recorded after the helper aborted. This proves the timing-sensitive failure but still does not classify it as a test-only deadline or a product stall; the pushed candidate will hold an encoded tail unread while observing real staging and hash progress. Log: `baseline-ssh-exact.log` on dev-02.

kayg commented

2026-10-31 20:22:53 +00:00

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ARM CLI signal finding: on exact base 57491e918c91fbf44dd5b318da168e1b4ef40310, after cleaning the infraternal package artifacts, all three groups pass through the current build-slot: cli_review 17/17, cli_review_r2 11/11, cli_review_r3 4/4. The wrapper code restores INT/QUIT/HUP/TERM/PIPE to default before exec, matching the inherited ignored-signal cause. This is a launcher correction; no CLI source change is needed. The x86 rerun remains queued. Log: baseline-cli.log on dev-02.

ARM CLI signal finding: on exact base `57491e918c91fbf44dd5b318da168e1b4ef40310`, after cleaning the infraternal package artifacts, all three groups pass through the current `build-slot`: `cli_review` 17/17, `cli_review_r2` 11/11, `cli_review_r3` 4/4. The wrapper code restores INT/QUIT/HUP/TERM/PIPE to default before `exec`, matching the inherited ignored-signal cause. This is a launcher correction; no CLI source change is needed. The x86 rerun remains queued. Log: `baseline-cli.log` on dev-02.

kayg commented

2026-10-31 20:23:45 +00:00

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ARM tracer failing-first/passing evidence on the exact dev base: before the change, the scripts/verify.d/ts.sh first-suite list was 361/363 with both requested reconciliation tests failing, and both stacks pointed to session-hooks.test.ts:9. On candidate SHA 339f6ae05, the same command with the same 2-worker setting passes 363/363 across 60 files. Re-registering the original onDemand exports in afterAll clears the worker module mock; no tracer implementation change was needed. Log: candidate-tracer.log on dev-02.

ARM tracer failing-first/passing evidence on the exact dev base: before the change, the `scripts/verify.d/ts.sh` first-suite list was 361/363 with both requested reconciliation tests failing, and both stacks pointed to `session-hooks.test.ts:9`. On candidate SHA `339f6ae05`, the same command with the same 2-worker setting passes 363/363 across 60 files. Re-registering the original `onDemand` exports in `afterAll` clears the worker module mock; no tracer implementation change was needed. Log: `candidate-tracer.log` on dev-02.

kayg commented

2026-10-31 20:24:52 +00:00

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ARM native-session passing evidence: on candidate 339f6ae052c2453fdd77f3dfc05bf1e6ebb92c13, after cleaning the agent package artifacts, the same --features remote gone_review module run passes all 5/5 tests. The three exact-base SUN_LEN failures now exercise their original relay, timeout, and listener assertions successfully using the private /tmp/if-<UUID> fixture. No agent runtime code changed. Log: candidate-native.log on dev-02.

ARM native-session passing evidence: on candidate `339f6ae052c2453fdd77f3dfc05bf1e6ebb92c13`, after cleaning the agent package artifacts, the same `--features remote` `gone_review` module run passes all 5/5 tests. The three exact-base `SUN_LEN` failures now exercise their original relay, timeout, and listener assertions successfully using the private `/tmp/if-<UUID>` fixture. No agent runtime code changed. Log: `candidate-native.log` on dev-02.

kayg commented

2026-10-31 20:26:35 +00:00

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ARM SSH root-cause result: candidate 339f6ae052c2453fdd77f3dfc05bf1e6ebb92c13 passes the freshly rebuilt streaming test (1/1, 0.12 s). The helper reserves a tail sized from the actual compressed input and cannot read it until both the real hash wrapper and staged payload advance; the test asserts the release marker records nonzero unread compressed bytes and nonzero staged bytes before continuing. This rules out a product stall in staging/zstd: the clean-base failure was the fixed 10-second test observer deadline. No SSH product code change is needed. Log: candidate-ssh.log on dev-02.

ARM SSH root-cause result: candidate `339f6ae052c2453fdd77f3dfc05bf1e6ebb92c13` passes the freshly rebuilt streaming test (1/1, 0.12 s). The helper reserves a tail sized from the actual compressed input and cannot read it until both the real hash wrapper and staged payload advance; the test asserts the release marker records nonzero unread compressed bytes and nonzero staged bytes before continuing. This rules out a product stall in staging/zstd: the clean-base failure was the fixed 10-second test observer deadline. No SSH product code change is needed. Log: `candidate-ssh.log` on dev-02.

kayg commented

2026-10-31 20:31:15 +00:00

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J25b resumed from pushed candidate 339f6ae052c2453fdd77f3dfc05bf1e6ebb92c13. ARM failing-first/passing results and root causes are already recorded above. The x86 exact-base tracer suite remains queued behind all four compute01 build slots (runner PID 2960097; baseline-tracer-fast.log contains only the slot wait notice). I started the ARM scripts/verify fast gate through build-slot in the local-only J21-patched worktree at 1877008594cf7af8b7e3c227567aaf7a8a062500; log: arm-verify-fast.log on dev-02. Next: finish x86 baseline/candidate checks, run x86 gate, then squash and push only this branch.

J25b resumed from pushed candidate `339f6ae052c2453fdd77f3dfc05bf1e6ebb92c13`. ARM failing-first/passing results and root causes are already recorded above. The x86 exact-base tracer suite remains queued behind all four compute01 build slots (runner PID 2960097; `baseline-tracer-fast.log` contains only the slot wait notice). I started the ARM `scripts/verify fast` gate through `build-slot` in the local-only J21-patched worktree at `1877008594cf7af8b7e3c227567aaf7a8a062500`; log: `arm-verify-fast.log` on dev-02. Next: finish x86 baseline/candidate checks, run x86 gate, then squash and push only this branch.

kayg commented

2026-10-31 20:34:16 +00:00

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ARM gate disk wait is resolved. dev-02 had 21 GB free, below build-slot’s 25 GB threshold; I removed only this job’s duplicate ignored worktree target/ (the J25b cache target remains), which left 31 GB free. arm-verify-fast has now started and reached the Rust test phase; the full gate is still running. x86 clean-base tracer replay is also running after installing the frozen tracer dependencies first.

ARM gate disk wait is resolved. dev-02 had 21 GB free, below `build-slot`’s 25 GB threshold; I removed only this job’s duplicate ignored worktree `target/` (the J25b cache target remains), which left 31 GB free. `arm-verify-fast` has now started and reached the Rust test phase; the full gate is still running. x86 clean-base tracer replay is also running after installing the frozen tracer dependencies first.

kayg commented

2026-10-31 20:42:05 +00:00

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Correction to my previous comment: the corrected x86 clean-base tracer replay is queued behind all four compute01 build slots and has not begun yet (baseline-tracer-fast2.log contains the build-slot wait notice). The earlier run without bun install --frozen-lockfile is discarded because it lacked @scure/bip39; it is not baseline evidence.

Correction to my previous comment: the corrected x86 clean-base tracer replay is queued behind all four compute01 build slots and has not begun yet (`baseline-tracer-fast2.log` contains the build-slot wait notice). The earlier run without `bun install --frozen-lockfile` is discarded because it lacked `@scure/bip39`; it is not baseline evidence.

kayg commented

2026-10-31 20:43:29 +00:00

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Compute01 queue update: the corrected exact-base tracer replay (baseline-tracer-fast2) has waited about ten minutes for a build slot. Disk is 91 GB free, but all four machine-wide slots are occupied by other jobs. No x86 J25b test has started yet; the earlier dependency-incomplete run remains discarded. I am keeping the command queued per build-slot policy. The ARM verify fast gate is progressing through workspace tests.

Compute01 queue update: the corrected exact-base tracer replay (`baseline-tracer-fast2`) has waited about ten minutes for a build slot. Disk is 91 GB free, but all four machine-wide slots are occupied by other jobs. No x86 J25b test has started yet; the earlier dependency-incomplete run remains discarded. I am keeping the command queued per build-slot policy. The ARM `verify fast` gate is progressing through workspace tests.

kayg commented

2026-10-31 20:49:53 +00:00

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ARM scripts/verify fast candidate gate reached the infraternal-server --lib suite and failed 9/674 tests (665 passed, 53 ignored). Eight are release_payload tests. The source confirms an architecture assumption: resolve_artifact returns the current executable when the requested architecture equals std::env::const::ARCH, while these fixtures hard-code Architecture::Aarch64 as the downloaded target and one hard-codes x86_64 as the local target. On aarch64 this bypasses the fixture bucket (for example, expected 4 requests but got 0, or an expected error returned .../running-binary). These files are unchanged by J25b. I will verify the same failures on exact base and make the release-payload test architecture-neutral if confirmed. The ninth failure, cancelled_invitation_retires_after_sqlite_busy_timeout, may be a full-suite scheduling flake or a real retry issue; I will rerun it in isolation before deciding. Gate log: arm-verify-fast.log on dev-02.

ARM `scripts/verify fast` candidate gate reached the `infraternal-server --lib` suite and failed 9/674 tests (665 passed, 53 ignored). Eight are `release_payload` tests. The source confirms an architecture assumption: `resolve_artifact` returns the current executable when the requested architecture equals `std::env::const::ARCH`, while these fixtures hard-code `Architecture::Aarch64` as the downloaded target and one hard-codes x86_64 as the local target. On aarch64 this bypasses the fixture bucket (for example, expected 4 requests but got 0, or an expected error returned `.../running-binary`). These files are unchanged by J25b. I will verify the same failures on exact base and make the release-payload test architecture-neutral if confirmed. The ninth failure, `cancelled_invitation_retires_after_sqlite_busy_timeout`, may be a full-suite scheduling flake or a real retry issue; I will rerun it in isolation before deciding. Gate log: `arm-verify-fast.log` on dev-02.

kayg commented

2026-10-31 20:52:01 +00:00

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x86 queue correction: baseline-tracer-fast2 acquired a slot but stopped before tests with bash: bun: command not found. The nested login shell reset the Nix dev-shell PATH. This attempt has no test result and is discarded. I corrected the runner to use a non-login shell and am re-queueing the clean-base replay; no x86 results are claimed yet.

x86 queue correction: `baseline-tracer-fast2` acquired a slot but stopped before tests with `bash: bun: command not found`. The nested login shell reset the Nix dev-shell PATH. This attempt has no test result and is discarded. I corrected the runner to use a non-login shell and am re-queueing the clean-base replay; no x86 results are claimed yet.

kayg commented

2026-10-31 20:53:40 +00:00

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SQLite follow-up: the exact cancelled_invitation_retires_after_sqlite_busy_timeout test passes 1/1 in isolation on the ARM candidate when built with the workspace-required remote feature (6.50 s total). Two earlier filtered commands selected zero tests and are discarded. The failure in the full gate is therefore currently classified as a full-suite concurrency/timing candidate, not a confirmed product stall; I will recheck it on the next full gate after fixing the confirmed release-payload architecture assumptions.

SQLite follow-up: the exact `cancelled_invitation_retires_after_sqlite_busy_timeout` test passes 1/1 in isolation on the ARM candidate when built with the workspace-required `remote` feature (6.50 s total). Two earlier filtered commands selected zero tests and are discarded. The failure in the full gate is therefore currently classified as a full-suite concurrency/timing candidate, not a confirmed product stall; I will recheck it on the next full gate after fixing the confirmed release-payload architecture assumptions.

kayg commented

2026-10-31 20:57:41 +00:00

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Exact-base ARM reproduction for the extra gate failures: worktree at 57491e918c91fbf44dd5b318da168e1b4ef40310, cargo clean -p infraternal-server, then cargo test --locked -p infraternal-server --lib --features remote release_payload::tests:: -- --nocapture --test-threads=1 failed 8 tests (11 passed, 2 ignored, 706 filtered). This confirms the host-architecture assumption is pre-existing. I changed only the test fixture to sign both full binary artifacts and the tests to select the nonlocal architecture; the exact same module will be rerun on candidate before retrying the full ARM gate. Log: arm-base-release-payload.log on dev-02.

Exact-base ARM reproduction for the extra gate failures: worktree at `57491e918c91fbf44dd5b318da168e1b4ef40310`, `cargo clean -p infraternal-server`, then `cargo test --locked -p infraternal-server --lib --features remote release_payload::tests:: -- --nocapture --test-threads=1` failed 8 tests (11 passed, 2 ignored, 706 filtered). This confirms the host-architecture assumption is pre-existing. I changed only the test fixture to sign both full binary artifacts and the tests to select the nonlocal architecture; the exact same module will be rerun on candidate before retrying the full ARM gate. Log: `arm-base-release-payload.log` on dev-02.

kayg commented

2026-10-31 20:58:32 +00:00

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WIP checkpoint pushed on fix-dev-test-failures: 061800717 (still based on origin/dev 57491e918; J21 is not in this branch). The new test-only architecture-neutral release fixture is saved. Next I am running the same release-payload module on ARM candidate, then completing the x86 clean-base/candidate checks and both fast gates.

WIP checkpoint pushed on `fix-dev-test-failures`: `061800717` (still based on `origin/dev` `57491e918`; J21 is not in this branch). The new test-only architecture-neutral release fixture is saved. Next I am running the same release-payload module on ARM candidate, then completing the x86 clean-base/candidate checks and both fast gates.

kayg commented

2026-10-31 20:59:07 +00:00

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The corrected x86 clean-base tracer replay has now completed after bun install --frozen-lockfile: the same 60-file first-suite list passes 363/363 (baseline-tracer-fast3.log, exit 0). Thus the two reconciliation failures reproduce on ARM but not on x86 with this worker schedule; the candidate will still be checked on x86 as part of its targeted run and full gate.

The corrected x86 clean-base tracer replay has now completed after `bun install --frozen-lockfile`: the same 60-file first-suite list passes 363/363 (`baseline-tracer-fast3.log`, exit 0). Thus the two reconciliation failures reproduce on ARM but not on x86 with this worker schedule; the candidate will still be checked on x86 as part of its targeted run and full gate.

kayg commented

2026-10-31 20:59:32 +00:00

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ARM candidate result after the test-fixture correction: the same release_payload::tests:: module passes 19/19, with 2 ignored and 706 filtered, on candidate 061800717 plus local-only J21. The restart test reports RELEASE_CACHE_RESTART abrupt_stops=2 retained_before_bytes=2097152 retained_after_bytes=0. The isolated SQLite contention test also passed 1/1; its earlier full-suite failure will be re-evaluated by the next complete fast gate. Log: arm-candidate-release-payload.log on dev-02.

ARM candidate result after the test-fixture correction: the same `release_payload::tests::` module passes 19/19, with 2 ignored and 706 filtered, on candidate `061800717` plus local-only J21. The restart test reports `RELEASE_CACHE_RESTART abrupt_stops=2 retained_before_bytes=2097152 retained_after_bytes=0`. The isolated SQLite contention test also passed 1/1; its earlier full-suite failure will be re-evaluated by the next complete fast gate. Log: `arm-candidate-release-payload.log` on dev-02.

kayg commented

2026-10-31 21:00:58 +00:00

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The final ARM scripts/verify fast replay has started through build-slot on candidate 061800717 with J21 cherry-picked locally at 7e06128905e3041f33163af6542ba8399dfd6e0a; J21 remains absent from fix-dev-test-failures. Runner: arm-verify-fast2.log on dev-02. Compute01’s exact-base native/SSH/CLI sequence is still queued behind four occupied slots.

The final ARM `scripts/verify fast` replay has started through `build-slot` on candidate `061800717` with J21 cherry-picked locally at `7e06128905e3041f33163af6542ba8399dfd6e0a`; J21 remains absent from `fix-dev-test-failures`. Runner: `arm-verify-fast2.log` on dev-02. Compute01’s exact-base native/SSH/CLI sequence is still queued behind four occupied slots.

kayg commented

2026-10-31 21:05:10 +00:00

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J25b resumed after the provider API interruption from branch fix-dev-test-failures at 0618007174, based on origin/dev 57491e918c. I’m preserving the pushed WIP checkpoints and recovering the active runner state before starting new VM commands. Expanded scope: verify cli_review/cli_review_r2/cli_review_r3 through the signal-resetting build-slot on both architectures, reproduce/fix the three native-session socket tests, then finish both fast gates with J21 2a87f1e53 local-only.

J25b resumed after the provider API interruption from branch fix-dev-test-failures at 061800717490c180887b37b3b4a9a6994f88201c, based on origin/dev 57491e918c91fbf44dd5b318da168e1b4ef40310. I’m preserving the pushed WIP checkpoints and recovering the active runner state before starting new VM commands. Expanded scope: verify cli_review/cli_review_r2/cli_review_r3 through the signal-resetting build-slot on both architectures, reproduce/fix the three native-session socket tests, then finish both fast gates with J21 2a87f1e53 local-only.

kayg commented

2026-10-31 21:16:21 +00:00

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ARM gate update: completed on the candidate plus local-only J21 cherry-pick ( ; gate-only J21 commit ). J21 is not in the task branch. The gate exited 0. Verbatim Rust summary rows from :\n\n| Rust gate | Result |\n|---|---|\n| fmt | PASS |\n| VT native fmt | PASS |\n| CLI plugin compile-out | PASS |\n| clippy | PASS |\n| SSH runtime test helper | PASS |\n| real-binary fixture paths | PASS |\n| test | PASS |\n| SSH inode reuse fixture | PASS |\n| shim process-per-user | PASS |\n| cargo-deny | PASS |\n| gate architecture | PASS |\n| static builds | SKIP (x86) |\n\nTracer full-suite output: ; TypeScript protocol output: , , . Compute01 exact-base CLI replay remains queued since 22:08 behind all four slots; after it and the clean-base native/streaming reproductions I’ll switch that VM worktree to the candidate plus the same local J21 cherry-pick and run its full gate.

kayg commented

2026-10-31 21:16:41 +00:00

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Correction to my immediately preceding comment: shell quoting stripped the inline code fragments from that body. The exact ARM gate evidence is:

./scripts/verify fast exited 0 on candidate 061800717490c180887b37b3b4a9a6994f88201c plus gate-only J21 cherry-pick 7e06128905e3041f33163af6542ba8399dfd6e0a (J21 source commit 2a87f1e5339a67ee61274a48edc0c5cc04a4212c; it is absent from the task branch).

Verbatim Rust summary rows:

Rust gate	Result
fmt	PASS
VT native fmt	PASS
CLI plugin compile-out	PASS
clippy	PASS
SSH runtime test helper	PASS
real-binary fixture paths	PASS
test	PASS
SSH inode reuse fixture	PASS
shim process-per-user	PASS
cargo-deny	PASS
gate architecture	PASS
static builds	SKIP (x86)

Tracer: Ran 363 tests across 60 files. [5.56s]
TypeScript protocol: 39 pass, 0 fail, Ran 39 tests across 10 files. [4.49s]

The gate log is ~/.cache/codex-scratch/j25b/evidence/arm-verify-fast2.log; exit code file contains 0. Compute01 exact-base CLI replay remains queued behind the four occupied build slots.

Correction to my immediately preceding comment: shell quoting stripped the inline code fragments from that body. The exact ARM gate evidence is: `./scripts/verify fast` exited 0 on candidate `061800717490c180887b37b3b4a9a6994f88201c` plus gate-only J21 cherry-pick `7e06128905e3041f33163af6542ba8399dfd6e0a` (J21 source commit `2a87f1e5339a67ee61274a48edc0c5cc04a4212c`; it is absent from the task branch). Verbatim Rust summary rows: | Rust gate | Result | |---|---| | fmt | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | test | PASS | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | static builds | SKIP (x86) | Tracer: `Ran 363 tests across 60 files. [5.56s]` TypeScript protocol: `39 pass`, `0 fail`, `Ran 39 tests across 10 files. [4.49s]` The gate log is `~/.cache/codex-scratch/j25b/evidence/arm-verify-fast2.log`; exit code file contains `0`. Compute01 exact-base CLI replay remains queued behind the four occupied build slots.

kayg commented

2026-10-31 21:23:05 +00:00

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Compute01 capacity update: the exact-base cli_review, cli_review_r2, and cli_review_r3 command is still queued in ~/infraternal-ops/build-slot; all four slots remain occupied by other builds/tests. Its log contains only the slot-wait notice, so no x86 test result is claimed. I am keeping the worktree at exact origin/dev until the baseline run starts and finishes. ARM scripts/verify fast has completed with exit 0 on the candidate plus local-only J21.

Compute01 capacity update: the exact-base `cli_review`, `cli_review_r2`, and `cli_review_r3` command is still queued in `~/infraternal-ops/build-slot`; all four slots remain occupied by other builds/tests. Its log contains only the slot-wait notice, so no x86 test result is claimed. I am keeping the worktree at exact `origin/dev` until the baseline run starts and finishes. ARM `scripts/verify fast` has completed with exit 0 on the candidate plus local-only J21.

kayg commented

2026-10-31 21:37:26 +00:00

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Compute01 is still at full capacity: the queued exact-base CLI test command has not started and the log remains at all 4 slots busy, waiting.... No x86 test result is available yet. The ARM fast gate passed as recorded above; the task branch remains pushed at 061800717490c180887b37b3b4a9a6994f88201c, with no J21 commit included. I will continue with x86 baseline and candidate verification when the queue grants a slot.

Compute01 is still at full capacity: the queued exact-base CLI test command has not started and the log remains at `all 4 slots busy, waiting...`. No x86 test result is available yet. The ARM fast gate passed as recorded above; the task branch remains pushed at `061800717490c180887b37b3b4a9a6994f88201c`, with no J21 commit included. I will continue with x86 baseline and candidate verification when the queue grants a slot.

kayg commented

2026-10-31 22:19:33 +00:00

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Compute01 exact-base findings (origin/dev 57491e918c), all through the current signal-resetting build-slot:

cli_review, cli_review_r2, and cli_review_r3 pass: 32 passed (3 suites, 2.10s). This confirms the launcher reset on x86 as well as the earlier ARM run.
The infraternal-agent --lib --features remote gone_review:: baseline fails 3/5 (2 passed). The failing tests are retiring_native_handshake_preserves_final_answer_with_inflight_commands, vanished_native_session_bounds_final_reply_drain_for_a_stuck_peer, and vanished_native_session_delivers_final_close_before_stream_retirement; the socket calls report InvalidInput: path must be shorter than SUN_LEN. This confirms the native-session fixture path-length cause on x86.
The clean-base SSH streaming test is next in the existing sequential runner; its result is pending.

Logs: ~/.cache/codex-scratch/j25b/evidence/baseline-cli-x86.log and baseline-rust-groups.log on compute01. I stopped my duplicate direct CLI runner after finding the existing J25b runner already sequenced native, streaming, and CLI baselines against the same target; the existing runner remains active.

Compute01 exact-base findings (`origin/dev` 57491e918c91fbf44dd5b318da168e1b4ef40310), all through the current signal-resetting `build-slot`: - `cli_review`, `cli_review_r2`, and `cli_review_r3` pass: `32 passed (3 suites, 2.10s)`. This confirms the launcher reset on x86 as well as the earlier ARM run. - The `infraternal-agent --lib --features remote gone_review::` baseline fails 3/5 (2 passed). The failing tests are `retiring_native_handshake_preserves_final_answer_with_inflight_commands`, `vanished_native_session_bounds_final_reply_drain_for_a_stuck_peer`, and `vanished_native_session_delivers_final_close_before_stream_retirement`; the socket calls report `InvalidInput: path must be shorter than SUN_LEN`. This confirms the native-session fixture path-length cause on x86. - The clean-base SSH streaming test is next in the existing sequential runner; its result is pending. Logs: `~/.cache/codex-scratch/j25b/evidence/baseline-cli-x86.log` and `baseline-rust-groups.log` on compute01. I stopped my duplicate direct CLI runner after finding the existing J25b runner already sequenced native, streaming, and CLI baselines against the same target; the existing runner remains active.

kayg referenced this issue

2026-10-31 22:24:12 +00:00

Pre-existing test failures on dev block verify fast #278

kayg commented

2026-10-31 22:24:12 +00:00

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J25b resumed on branch fix-dev-test-failures at 061800717..., based on 57491e918c91fbf44dd5b318da168e1b4ef40310; refreshed origin/dev is 105b1a28d3b3ea86487c457249ab3f953a4c27d3. I will rebase before VM reproduction. The task has expanded to include cli_review* launch behavior and the three native-session socket test failures. This existing issue has the exact requested title and original J25 scope, so it is the canonical tracker.

J25b resumed on branch `fix-dev-test-failures` at `061800717...`, based on `57491e918c91fbf44dd5b318da168e1b4ef40310`; refreshed `origin/dev` is `105b1a28d3b3ea86487c457249ab3f953a4c27d3`. I will rebase before VM reproduction. The task has expanded to include `cli_review*` launch behavior and the three native-session socket test failures. This existing issue has the exact requested title and original J25 scope, so it is the canonical tracker.

kayg commented

2026-10-31 22:26:33 +00:00

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Checkpoint: rebased fix-dev-test-failures onto current origin/dev 105b1a28d3b3ea86487c457249ab3f953a4c27d3 and pushed WIP head 1726861104311a2d109fe4c94d0f88b15888a5e1 with --force-with-lease; J21 is still absent. Baseline findings on the prior exact dev base 57491e918: ARM cli_review* passes 32/32 under build-slot; x86 cli_review* also passes 32/32. Native-session tests fail 3/5 on both architectures with InvalidInput: path must be shorter than SUN_LEN; SSH streaming fails only on ARM after the old 10-second fixture deadline while 552579 bytes are staged, and passes on x86. ARM full-order tracer baseline is 361/363 with both named reconcile failures; candidate is 363/363. Candidate native and SSH tests pass on ARM, and its fast gate passed on ARM with local-only J21. Evidence logs are under ~/.cache/codex-scratch/j25b/evidence/ on each VM. Next: run candidate regressions and scripts/verify fast at the rebased head on both machines, retaining J21 locally for gate runs only.

Checkpoint: rebased `fix-dev-test-failures` onto current `origin/dev` `105b1a28d3b3ea86487c457249ab3f953a4c27d3` and pushed WIP head `1726861104311a2d109fe4c94d0f88b15888a5e1` with `--force-with-lease`; J21 is still absent. Baseline findings on the prior exact dev base `57491e918`: ARM `cli_review*` passes 32/32 under build-slot; x86 `cli_review*` also passes 32/32. Native-session tests fail 3/5 on both architectures with `InvalidInput: path must be shorter than SUN_LEN`; SSH streaming fails only on ARM after the old 10-second fixture deadline while 552579 bytes are staged, and passes on x86. ARM full-order tracer baseline is 361/363 with both named reconcile failures; candidate is 363/363. Candidate native and SSH tests pass on ARM, and its fast gate passed on ARM with local-only J21. Evidence logs are under `~/.cache/codex-scratch/j25b/evidence/` on each VM. Next: run candidate regressions and `scripts/verify fast` at the rebased head on both machines, retaining J21 locally for gate runs only.

kayg referenced this issue

2026-10-31 22:29:30 +00:00

Pre-existing test failures on dev block verify fast #278

kayg commented

2026-10-31 22:32:43 +00:00

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Root-cause findings from the existing failing-first runs: (1) The three native-session tests fail with InvalidInput: path must be shorter than SUN_LEN on both VMs. The configured test state root is 51 bytes and produces a 112-byte rendezvous path; the candidate uses a private /tmp/if-<UUID> root whose full socket path is 97 bytes. This is an AF_UNIX fixture path defect, not signal or timing behavior. (2) cli_review, cli_review_r2, and cli_review_r3 pass 32/32 on both VMs through the updated build-slot launcher, which resets inherited INT/QUIT/HUP/TERM/PIPE dispositions; no CLI source change is indicated. (3) ARM SSH baseline fails at the fixture’s fixed 10-second observer deadline with hashed=true and 552579 staged bytes; the candidate passes in 0.12s while proving nonzero staged output and unread compressed tail before release. This points to the test’s fixed observer/hold point, not a product stall; production staging/zstd code is unchanged. Focused candidate checks are now running at rebased head 172686110.

Root-cause findings from the existing failing-first runs: (1) The three native-session tests fail with `InvalidInput: path must be shorter than SUN_LEN` on both VMs. The configured test state root is 51 bytes and produces a 112-byte rendezvous path; the candidate uses a private `/tmp/if-<UUID>` root whose full socket path is 97 bytes. This is an AF_UNIX fixture path defect, not signal or timing behavior. (2) `cli_review`, `cli_review_r2`, and `cli_review_r3` pass 32/32 on both VMs through the updated build-slot launcher, which resets inherited INT/QUIT/HUP/TERM/PIPE dispositions; no CLI source change is indicated. (3) ARM SSH baseline fails at the fixture’s fixed 10-second observer deadline with `hashed=true` and 552579 staged bytes; the candidate passes in 0.12s while proving nonzero staged output and unread compressed tail before release. This points to the test’s fixed observer/hold point, not a product stall; production staging/zstd code is unchanged. Focused candidate checks are now running at rebased head `172686110`.

kayg referenced this issue

2026-10-31 22:33:47 +00:00

Pre-existing test failures on dev block verify fast #278

kayg commented

2026-10-31 22:35:10 +00:00

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Atomic candidate commit pushed: 4cf8c85a3925455cf4a002f901983ed50a4c95b9 on fix-dev-test-failures, based on 105b1a28d3b3ea86487c457249ab3f953a4c27d; its tree is identical to the focused run at 172686110. ARM focused candidate results: native gone_review 5/5; SSH streaming 1/1 (0.13s); release payload 19/19 (2 ignored); CLI cli_review* 32/32; full tracer 363/363 and protocol 39/39. X86 candidate run is queued at build-slot position 7; its clean-base results are recorded above. Next: local-only J21 cherry-pick and fresh scripts/verify fast on both VMs.

Atomic candidate commit pushed: `4cf8c85a3925455cf4a002f901983ed50a4c95b9` on `fix-dev-test-failures`, based on `105b1a28d3b3ea86487c457249ab3f953a4c27d`; its tree is identical to the focused run at `172686110`. ARM focused candidate results: native `gone_review` 5/5; SSH streaming 1/1 (0.13s); release payload 19/19 (2 ignored); CLI `cli_review*` 32/32; full tracer 363/363 and protocol 39/39. X86 candidate run is queued at build-slot position 7; its clean-base results are recorded above. Next: local-only J21 cherry-pick and fresh `scripts/verify fast` on both VMs.

kayg commented

2026-10-31 22:51:03 +00:00

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ARM gate completed: scripts/verify fast exited 0 on task head 4cf8c85a3925455cf4a002f901983ed50a4c95b9 plus local-only J21 cherry-pick bb89e4753960fc067cd5eb4bc228bb747624ce97 (source 2a87f1e5339a67ee61274a48edc0c5cc04a4212c). J21 is absent from the pushed task branch.

Verbatim Rust gate summary:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | SKIP (x86)   |
+---------------------------+--------------+

Tracer: Ran 363 tests across 60 files. [6.33s]; TypeScript follow-up suites: Ran 105 tests across 13 files. [129.00ms] and Ran 17 tests across 4 files. [98.00ms]; protocol: Ran 39 tests across 10 files. [1.93s]. Logs: ~/.cache/codex-scratch/j25b/evidence/arm-verify-fast-rebased.log on dev-02. X86 gate is queued at position 6.

kayg commented

2026-10-31 23:23:28 +00:00

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Continuing J25b on fix-dev-test-failures at rebased head 9c170cb66404fec316b2e66f1abb161b943f4645, based on origin/dev 0d96a74287727946779270a12662dfc6067ede25. J21 is now part of the base and is not cherry-picked into this branch. Added the two J35 full-gate integration flakes to scope: startup inventory timeout and queue saturation resource_unavailable under RUST_TEST_THREADS=2. Next I am reproducing both against clean dev on compute01 while a parallel build runs through build-slot, then I will trace any confirmed cause and verify the branch on both VMs.

Continuing J25b on `fix-dev-test-failures` at rebased head `9c170cb66404fec316b2e66f1abb161b943f4645`, based on `origin/dev` `0d96a74287727946779270a12662dfc6067ede25`. J21 is now part of the base and is not cherry-picked into this branch. Added the two J35 full-gate integration flakes to scope: startup inventory timeout and queue saturation `resource_unavailable` under `RUST_TEST_THREADS=2`. Next I am reproducing both against clean dev on compute01 while a parallel build runs through `build-slot`, then I will trace any confirmed cause and verify the branch on both VMs.

kayg commented

2026-10-31 23:36:17 +00:00

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J35 log review: the queue failure occurs in Binary.open() during a session open and returns {"error":"terminal unavailable","reason":"resource_unavailable"} after the queue integration had run 10.35 s (~/.cache/codex-scratch/j35-fixture-cleanup/x86/fast.log:392-423). The startup-inventory failure is later: the fixture successfully opens and attaches, sends printf CENSUS_FIXTURE_OK, then times out in client.until() after its 20 s socket budget while the daemon remains alive (.../x86/fast-second.log:430-485). These are different phases. The two-second shim-readiness bound in sessions.rs is a candidate cause for open refusal, but cannot explain the later input/output stall by itself. I will confirm or reject both under the requested clean-base parallel-build loop before changing timeouts or product behavior.

J35 log review: the queue failure occurs in `Binary.open()` during a session open and returns `{"error":"terminal unavailable","reason":"resource_unavailable"}` after the queue integration had run 10.35 s (`~/.cache/codex-scratch/j35-fixture-cleanup/x86/fast.log:392-423`). The startup-inventory failure is later: the fixture successfully opens and attaches, sends `printf CENSUS_FIXTURE_OK`, then times out in `client.until()` after its 20 s socket budget while the daemon remains alive (`.../x86/fast-second.log:430-485`). These are different phases. The two-second shim-readiness bound in `sessions.rs` is a candidate cause for open refusal, but cannot explain the later input/output stall by itself. I will confirm or reject both under the requested clean-base parallel-build loop before changing timeouts or product behavior.

kayg commented

2026-10-31 23:42:56 +00:00

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Progress checkpoint: fix-dev-test-failures is pushed at rebased head 9c170cb66404fec316b2e66f1abb161b943f4645 on base 0d96a74287727946779270a12662dfc6067ede25. The existing compute01 gate on the pre-rebase candidate plus a local-only J21 cherry-pick has passed its x86 static build and is still compiling the aarch64 static image; I am preserving it until exit, but it does not include intervening #267 source and will not count as the final current-base gate. The clean-dev load runner is staged outside the checkout and will start through build-slot after this gate releases the worktree.

Progress checkpoint: `fix-dev-test-failures` is pushed at rebased head `9c170cb66404fec316b2e66f1abb161b943f4645` on base `0d96a74287727946779270a12662dfc6067ede25`. The existing compute01 gate on the pre-rebase candidate plus a local-only J21 cherry-pick has passed its x86 static build and is still compiling the aarch64 static image; I am preserving it until exit, but it does not include intervening #267 source and will not count as the final current-base gate. The clean-dev load runner is staged outside the checkout and will start through `build-slot` after this gate releases the worktree.

kayg commented

2026-10-31 23:47:51 +00:00

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Interim x86 gate result: the pre-rebase candidate plus local-only J21 run completed with exit 0 on compute01. Its Rust summary rows were all PASS, including test; static images matched caps exactly: x86_64 21,431,472 bytes and aarch64 19,605,896 bytes. The exact startup inventory and queue saturation tests also passed in that run (log ~/.cache/codex-scratch/j25b/evidence/x86-verify-fast-rebased.log, test rows 808 and 831). This confirms the new failures are intermittent; this gate does not include intervening #267 source, so it is not the final current-base gate.

Interim x86 gate result: the pre-rebase candidate plus local-only J21 run completed with exit `0` on compute01. Its Rust summary rows were all `PASS`, including `test`; static images matched caps exactly: x86_64 `21,431,472` bytes and aarch64 `19,605,896` bytes. The exact startup inventory and queue saturation tests also passed in that run (log `~/.cache/codex-scratch/j25b/evidence/x86-verify-fast-rebased.log`, test rows 808 and 831). This confirms the new failures are intermittent; this gate does not include intervening #267 source, so it is not the final current-base gate.

kayg commented

2026-10-31 23:59:38 +00:00

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Post-#271 clean-dev reproduction on dev-02 (aarch64), base 0d96a74287727946779270a12662dfc6067ede25: the remote-feature infraternal-agent library run for remote_native_tests::terminal::gone_review fails 3/5. The failing tests are retiring_native_handshake_preserves_final_answer_with_inflight_commands, vanished_native_session_bounds_final_reply_drain_for_a_stuck_peer, and vanished_native_session_delivers_final_close_before_stream_retirement; each reports InvalidInput: path must be shorter than SUN_LEN. The other two pass. This confirms the remaining failures are overlong AF_UNIX fixture paths, not timing or signal behavior. Log: /home/claude/.cache/codex-scratch/j25b/evidence/clean-dev-gone-review-remote.log.

The candidate already gives these fixtures a parent-owned private /tmp/if-<UUID> root. Its focused green run is in progress.

Post-#271 clean-dev reproduction on dev-02 (aarch64), base `0d96a74287727946779270a12662dfc6067ede25`: the remote-feature `infraternal-agent` library run for `remote_native_tests::terminal::gone_review` fails 3/5. The failing tests are `retiring_native_handshake_preserves_final_answer_with_inflight_commands`, `vanished_native_session_bounds_final_reply_drain_for_a_stuck_peer`, and `vanished_native_session_delivers_final_close_before_stream_retirement`; each reports `InvalidInput: path must be shorter than SUN_LEN`. The other two pass. This confirms the remaining failures are overlong AF_UNIX fixture paths, not timing or signal behavior. Log: `/home/claude/.cache/codex-scratch/j25b/evidence/clean-dev-gone-review-remote.log`. The candidate already gives these fixtures a parent-owned private `/tmp/if-<UUID>` root. Its focused green run is in progress.

kayg commented

2026-11-01 00:00:25 +00:00

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The same focused suite now passes on candidate 9c170cb66404fec316b2e66f1abb161b943f4645 on dev-02 (aarch64): 5 passed, 0 failed, 1.13 s, using the parent-owned /tmp/if-<UUID> fixture root. Log: /home/claude/.cache/codex-scratch/j25b/evidence/candidate-gone-review-remote.log.

The same focused suite now passes on candidate `9c170cb66404fec316b2e66f1abb161b943f4645` on dev-02 (aarch64): 5 passed, 0 failed, 1.13 s, using the parent-owned `/tmp/if-<UUID>` fixture root. Log: `/home/claude/.cache/codex-scratch/j25b/evidence/candidate-gone-review-remote.log`.

kayg commented

2026-11-01 00:07:09 +00:00

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First requested load batch on clean origin/dev 0d96a74287727946779270a12662dfc6067ede25 on compute01: 8 repetitions of the full agent_sessions binary (RUST_TEST_THREADS=2) alongside the exact queue-saturation test, with cargo check --workspace --all-targets --jobs 4 running concurrently. All 8 rounds passed both targets. Startup inventory completed in 1.05–1.71 s; queue saturation took 39.40–43.80 s. The check overlapped rounds 1–2; observed 1-minute load average peaked at 23.35. Neither the 20 s marker timeout nor resource_unavailable reproduced. Logs and per-round outputs are under /home/claude/.cache/codex-scratch/j25b/evidence/clean-dev-load/. I am increasing codegen load and repeating before treating this as unconfirmed.

First requested load batch on clean `origin/dev` `0d96a74287727946779270a12662dfc6067ede25` on compute01: 8 repetitions of the full `agent_sessions` binary (`RUST_TEST_THREADS=2`) alongside the exact queue-saturation test, with `cargo check --workspace --all-targets --jobs 4` running concurrently. All 8 rounds passed both targets. Startup inventory completed in 1.05–1.71 s; queue saturation took 39.40–43.80 s. The check overlapped rounds 1–2; observed 1-minute load average peaked at 23.35. Neither the 20 s marker timeout nor `resource_unavailable` reproduced. Logs and per-round outputs are under `/home/claude/.cache/codex-scratch/j25b/evidence/clean-dev-load/`. I am increasing codegen load and repeating before treating this as unconfirmed.

kayg commented

2026-11-01 00:13:37 +00:00

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The current ARM candidate gate surfaced an additional failure outside the prior J25b list: restart::tests::deleted_path_review::relative_recovery_after_atomic_install_keeps_live_install_path panicked at its initial fixture Command::spawn() with ExecutableFileBusy / Text file busy (102 passed, 1 failed, 1 ignored in that binary). This path is unchanged by J25b. I am checking whether it reproduces on clean origin/dev and whether it is a fixture race before deciding whether it belongs in this change. Gate log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-verify-fast-current.log.

The current ARM candidate gate surfaced an additional failure outside the prior J25b list: `restart::tests::deleted_path_review::relative_recovery_after_atomic_install_keeps_live_install_path` panicked at its initial fixture `Command::spawn()` with `ExecutableFileBusy` / `Text file busy` (102 passed, 1 failed, 1 ignored in that binary). This path is unchanged by J25b. I am checking whether it reproduces on clean `origin/dev` and whether it is a fixture race before deciding whether it belongs in this change. Gate log: `/home/claude/.cache/codex-scratch/j25b/evidence/arm-verify-fast-current.log`.

kayg commented

2026-11-01 00:17:26 +00:00

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The same ARM candidate gate then failed real_binary_preserves_input_and_output_across_24_abrupt_stops in crates/infraternal/tests/agent_daemon.rs (0/1, 27.37 s). Its Python fixture had completed the open/output path, sent exit 7, then timed out waiting for terminal.exited; Binary.read() found the daemon still alive after its 1 s child wait. This points to a delayed or missing PTY exit event, but the gate log does not include the input/output cursors, so I have not classified it as a product stall versus a shared-runner timeout. I will capture those cursors and compare clean dev. Log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-verify-fast-current.log lines 1058–1095.

The same ARM candidate gate then failed `real_binary_preserves_input_and_output_across_24_abrupt_stops` in `crates/infraternal/tests/agent_daemon.rs` (0/1, 27.37 s). Its Python fixture had completed the open/output path, sent `exit 7`, then timed out waiting for `terminal.exited`; `Binary.read()` found the daemon still alive after its 1 s child wait. This points to a delayed or missing PTY exit event, but the gate log does not include the input/output cursors, so I have not classified it as a product stall versus a shared-runner timeout. I will capture those cursors and compare clean dev. Log: `/home/claude/.cache/codex-scratch/j25b/evidence/arm-verify-fast-current.log` lines 1058–1095.

kayg commented

2026-11-01 00:19:46 +00:00

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J25b continuation resumed on branch fix-dev-test-failures at 9c170cb664, based on origin/dev 0d96a74287. I am checking the prior ARM gate and compute01 load run, then will reproduce the added gone_review socket fixtures and startup-inventory/queue-saturation cases on clean dev before changing code. No code changes in this continuation yet.

J25b continuation resumed on branch fix-dev-test-failures at 9c170cb66404fec316b2e66f1abb161b943f4645, based on origin/dev 0d96a74287727946779270a12662dfc6067ede25. I am checking the prior ARM gate and compute01 load run, then will reproduce the added gone_review socket fixtures and startup-inventory/queue-saturation cases on clean dev before changing code. No code changes in this continuation yet.

kayg commented

2026-11-01 00:25:31 +00:00

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Current ARM candidate gate at 9c170cb664 exited 1 on two tests outside the current diff: the deleted-path restart fixture got ExecutableFileBusy at spawn, and the real-binary fixture timed out waiting for terminal.exited after sending exit 7. The log is /home/claude/.cache/codex-scratch/j25b/evidence/arm-verify-fast-current.log; I have not classified either without clean-dev/isolated reproduction. The stronger clean-dev load runner is still queued at compute01 build-slot position 12 and has not started its codegen overlap. ARM has 17 GB free, below build-slot's 25 GB threshold. No code change is justified yet.

Current ARM candidate gate at 9c170cb66404fec316b2e66f1abb161b943f4645 exited 1 on two tests outside the current diff: the deleted-path restart fixture got ExecutableFileBusy at spawn, and the real-binary fixture timed out waiting for terminal.exited after sending exit 7. The log is /home/claude/.cache/codex-scratch/j25b/evidence/arm-verify-fast-current.log; I have not classified either without clean-dev/isolated reproduction. The stronger clean-dev load runner is still queued at compute01 build-slot position 12 and has not started its codegen overlap. ARM has 17 GB free, below build-slot's 25 GB threshold. No code change is justified yet.

kayg commented

2026-11-01 00:34:00 +00:00

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ARM follow-up for the incidental restart failure: on exact clean dev 0d96a74287, the isolated relative_recovery_after_atomic_install_keeps_live_install_path test passes 1/1 in 0.67 s. This does not reproduce the gate's one-off ETXTBSY at Command::spawn(); the candidate repeat and full gate are still pending. Log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/base-restart.log.

ARM follow-up for the incidental restart failure: on exact clean dev 0d96a74287727946779270a12662dfc6067ede25, the isolated relative_recovery_after_atomic_install_keeps_live_install_path test passes 1/1 in 0.67 s. This does not reproduce the gate's one-off ETXTBSY at Command::spawn(); the candidate repeat and full gate are still pending. Log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/base-restart.log.

kayg commented

2026-11-01 00:35:29 +00:00

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Additional ARM clean-dev comparison for the two extra gate failures: both isolated regressions pass on 0d96a74287 (restart replacement test 1/1; real-binary 24-stop test 1/1). The real-binary fixture completes all 24 replay positions. Candidate restart also passes 1/1; the candidate real-binary repeat is still running. These are not reproducing in isolated execution, so I am leaving their timeout and product code unchanged pending the next full gate.

Additional ARM clean-dev comparison for the two extra gate failures: both isolated regressions pass on 0d96a74287727946779270a12662dfc6067ede25 (restart replacement test 1/1; real-binary 24-stop test 1/1). The real-binary fixture completes all 24 replay positions. Candidate restart also passes 1/1; the candidate real-binary repeat is still running. These are not reproducing in isolated execution, so I am leaving their timeout and product code unchanged pending the next full gate.

kayg commented

2026-11-01 00:36:34 +00:00

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ARM isolated comparison complete on clean dev 0d96a7428 and candidate 9c170cb66: the deleted-path test passes 1/1 on both; the real-binary 24-stop test passes 1/1 on both (51.34 s base, 54.43 s candidate). This narrows the two incidental failures to full-gate execution and leaves the test code unchanged. The candidate full replay is now running through build-slot; log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/candidate-fast.log.

ARM isolated comparison complete on clean dev 0d96a7428 and candidate 9c170cb66: the deleted-path test passes 1/1 on both; the real-binary 24-stop test passes 1/1 on both (51.34 s base, 54.43 s candidate). This narrows the two incidental failures to full-gate execution and leaves the test code unchanged. The candidate full replay is now running through build-slot; log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/candidate-fast.log.

kayg commented

2026-11-01 00:37:27 +00:00

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ARM isolated comparison complete on clean dev 0d96a7428 and candidate 9c170cb66: the deleted-path test passes 1/1 on both; the real-binary 24-stop test passes 1/1 on both (51.34 s base, 54.43 s candidate). This narrows the two incidental failures to full-gate execution and leaves the test code unchanged. The candidate full scripts/verify fast replay is now running through build-slot; log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/candidate-fast.log.

ARM isolated comparison complete on clean dev 0d96a7428 and candidate 9c170cb66: the deleted-path test passes 1/1 on both; the real-binary 24-stop test passes 1/1 on both (51.34 s base, 54.43 s candidate). This narrows the two incidental failures to full-gate execution and leaves the test code unchanged. The candidate full scripts/verify fast replay is now running through build-slot; log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/candidate-fast.log.

kayg commented

2026-11-01 00:39:17 +00:00

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ARM candidate full-gate rerun has now passed the entire infraternal --bin test group: 103 passed, 0 failed, 1 ignored in 41.30 s, including relative_recovery_after_atomic_install_keeps_live_install_path. The earlier gate-only ETXTBSY did not recur; no change to that fixture is indicated. The full gate has reached tests/agent_daemon.rs and is still running. Evidence: /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/candidate-fast.log.

kayg commented

2026-11-01 00:40:01 +00:00

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ARM candidate full-gate rerun also passed real_binary_preserves_input_and_output_across_24_abrupt_stops: 1 passed, 0 failed, finished in 61.74 s. It emitted the harness notice that the test had run over 60 s, then completed all assertions. Together with the clean-dev and candidate isolated passes, this does not support a product or fixture timeout change. The full gate has reached agent_queues.rs; log remains /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/candidate-fast.log.

kayg commented

2026-11-01 00:42:53 +00:00

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ARM candidate gate has surfaced another failure outside the current diff: ring_wrap_snapshot_repaints_real_vim panicked at crates/infraternal/tests/shim.rs:276 with WouldBlock while reading the real shim stream (23 passed, 1 failed). The shared Session::connect fixture sets a 5 s socket read timeout. I will run this test against exact clean dev and the candidate, then repeat the ARM gate before deciding whether the fixture has a timing assumption or the product stalls under load. I have not changed its timeout or the shim code. Log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/candidate-fast.log.

kayg commented

2026-11-01 00:47:38 +00:00

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Continuation finding (head 9c170cb66404fec316b2e66f1abb161b943f4645, base 0d96a74287727946779270a12662dfc6067ede25):

The eight clean-dev load rounds on compute01 all passed while a parallel workspace build ran; startup inventory took 1.05–1.71 s and queue saturation 39.40–43.80 s. The build overlapped rounds 1–2 and load average peaked at 23.35. The higher codegen-load replay remains queued at build-slot position 12, so the requested stronger reproduction is still pending. Receipts: /home/claude/.cache/codex-scratch/j25b/evidence/clean-dev-load/.
The latest ARM candidate full-gate replay passed the previously failing deleted-path and 24-stop tests, but then failed ring_wrap_snapshot_repaints_real_vim: a WouldBlock while read_exact awaited a frame from the shim after its 5-second socket read timeout. The other 23 shim tests passed. This test is unchanged by the branch; I will compare it on clean dev and candidate before treating the timeout as a fixture or product issue. Receipt: /home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/candidate-fast.log.

No extra source change is made for either observation yet.

Continuation finding (head `9c170cb66404fec316b2e66f1abb161b943f4645`, base `0d96a74287727946779270a12662dfc6067ede25`): - The eight clean-dev load rounds on compute01 all passed while a parallel workspace build ran; startup inventory took 1.05–1.71 s and queue saturation 39.40–43.80 s. The build overlapped rounds 1–2 and load average peaked at 23.35. The higher codegen-load replay remains queued at build-slot position 12, so the requested stronger reproduction is still pending. Receipts: `/home/claude/.cache/codex-scratch/j25b/evidence/clean-dev-load/`. - The latest ARM candidate full-gate replay passed the previously failing deleted-path and 24-stop tests, but then failed `ring_wrap_snapshot_repaints_real_vim`: a `WouldBlock` while `read_exact` awaited a frame from the shim after its 5-second socket read timeout. The other 23 shim tests passed. This test is unchanged by the branch; I will compare it on clean dev and candidate before treating the timeout as a fixture or product issue. Receipt: `/home/claude/.cache/codex-scratch/j25b/evidence/arm-extra-tests/candidate-fast.log`. No extra source change is made for either observation yet.

kayg commented

2026-11-01 00:49:09 +00:00

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ARM full-gate follow-up: the unchanged ring_wrap_snapshot_repaints_real_vim test passes in isolation on both exact clean dev 0d96a74287727946779270a12662dfc6067ede25 (1/1, 4.87 s) and candidate 9c170cb66404fec316b2e66f1abb161b943f4645 (1/1, 3.06 s), through build-slot, with RUST_BACKTRACE=1. This narrows the earlier full-workspace WouldBlock to suite or host-load conditions but does not yet tell whether the short peer read bound or a product delay is responsible. No timeout/product change is made pending a full suite comparison. Logs: /home/claude/.cache/codex-scratch/j25b/evidence/ringwrap-base.log and ringwrap-candidate.log.

ARM full-gate follow-up: the unchanged `ring_wrap_snapshot_repaints_real_vim` test passes in isolation on both exact clean dev `0d96a74287727946779270a12662dfc6067ede25` (1/1, 4.87 s) and candidate `9c170cb66404fec316b2e66f1abb161b943f4645` (1/1, 3.06 s), through `build-slot`, with `RUST_BACKTRACE=1`. This narrows the earlier full-workspace `WouldBlock` to suite or host-load conditions but does not yet tell whether the short peer read bound or a product delay is responsible. No timeout/product change is made pending a full suite comparison. Logs: `/home/claude/.cache/codex-scratch/j25b/evidence/ringwrap-base.log` and `ringwrap-candidate.log`.

kayg commented

2026-11-01 00:50:54 +00:00

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ARM focused receipts from clean base 0d96a74287727946779270a12662dfc6067ede25 and candidate 9c170cb66404fec316b2e66f1abb161b943f4645:

The full shim integration-test binary passes 24/24 on both base and candidate (3.21 s / 3.20 s), so the earlier one-off full-workspace read timeout has not reproduced in the same binary on either source.
release_payload::tests fails on clean ARM dev with 11 passed / 8 failed / 2 ignored: the fixtures hard-coded AArch64 as a remote download, but on an AArch64 host that selects the local executable path. Candidate fixtures sign both architecture payloads and request the nonlocal architecture; result is 19 passed / 0 failed / 2 ignored.
The ARM candidate SSH observer, tracer suite (363/363), and gone_review module (5/5) already pass; the exact failing-first evidence is in the prior comments/logs.

I am leaving the unrelated shim timeout unchanged and rerunning the candidate full gate. x86 full-gate and focused candidate receipts remain pending the compute01 slot queue.

ARM focused receipts from clean base `0d96a74287727946779270a12662dfc6067ede25` and candidate `9c170cb66404fec316b2e66f1abb161b943f4645`: - The full `shim` integration-test binary passes 24/24 on both base and candidate (3.21 s / 3.20 s), so the earlier one-off full-workspace read timeout has not reproduced in the same binary on either source. - `release_payload::tests` fails on clean ARM dev with 11 passed / 8 failed / 2 ignored: the fixtures hard-coded AArch64 as a remote download, but on an AArch64 host that selects the local executable path. Candidate fixtures sign both architecture payloads and request the nonlocal architecture; result is 19 passed / 0 failed / 2 ignored. - The ARM candidate SSH observer, tracer suite (363/363), and `gone_review` module (5/5) already pass; the exact failing-first evidence is in the prior comments/logs. I am leaving the unrelated shim timeout unchanged and rerunning the candidate full gate. x86 full-gate and focused candidate receipts remain pending the compute01 slot queue.

kayg commented

2026-11-01 00:52:06 +00:00

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Resource/queue checkpoint: the final ARM scripts/verify fast process is queued through build-slot; at 00:51 UTC the VM had 24 GB free, below its 25 GB minimum. The x86 clean-dev codegen stress replay has remained at build-slot queue position 12 with four slots occupied. I am keeping one j25b-target per VM and both runners intact; neither check is bypassing the slot or disk gates. I will continue the source-level trace while capacity frees.

Resource/queue checkpoint: the final ARM `scripts/verify fast` process is queued through `build-slot`; at 00:51 UTC the VM had 24 GB free, below its 25 GB minimum. The x86 clean-dev codegen stress replay has remained at build-slot queue position 12 with four slots occupied. I am keeping one `j25b-target` per VM and both runners intact; neither check is bypassing the slot or disk gates. I will continue the source-level trace while capacity frees.

kayg commented

2026-11-01 00:52:57 +00:00

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Integration-path trace (no source changes yet):

The startup-inventory case's 20-second wait is Binary.until() in scripts/agent_fixture.py; its failing phase is after terminal.open, attach, and input, waiting for CENSUS_FIXTURE_OK. It is therefore a later output/progress failure, not the initial shim readiness gate.
terminal.open serializes OpenRefusal::ResourceUnavailable when sessions::launch_with_readiness fails (crates/infraternal-agent/src/daemon.rs). That launch path has a fixed HANDSHAKE = 2s around socket readiness (crates/infraternal-agent/src/sessions.rs:34,598-616), which is a plausible source of the queue refusal under load, but the first eight clean-dev load rounds did not reproduce it. I will only change it if the codegen-load run shows a launched shim becoming ready after that bound.

The stronger compute01 build-overlap run and the fresh ARM candidate full gate are still queued by build-slot resource limits.

Integration-path trace (no source changes yet): - The startup-inventory case's 20-second wait is `Binary.until()` in `scripts/agent_fixture.py`; its failing phase is after `terminal.open`, attach, and input, waiting for `CENSUS_FIXTURE_OK`. It is therefore a later output/progress failure, not the initial shim readiness gate. - `terminal.open` serializes `OpenRefusal::ResourceUnavailable` when `sessions::launch_with_readiness` fails (`crates/infraternal-agent/src/daemon.rs`). That launch path has a fixed `HANDSHAKE = 2s` around socket readiness (`crates/infraternal-agent/src/sessions.rs:34,598-616`), which is a plausible source of the queue refusal under load, but the first eight clean-dev load rounds did not reproduce it. I will only change it if the codegen-load run shows a launched shim becoming ready after that bound. The stronger compute01 build-overlap run and the fresh ARM candidate full gate are still queued by build-slot resource limits.

kayg commented

2026-11-01 00:58:12 +00:00

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Fresh ARM candidate scripts/verify fast replay is progressing with no failure so far. The workspace run passed real_binary_preserves_input_and_output_across_24_abrupt_stops, all five gone_review tests, and the complete shim integration binary (24/24, including ring_wrap_snapshot_repaints_real_vim). This confirms the previous single shim read timeout did not recur on the same candidate; I am not changing that unrelated fixture. The gate is still running through later Rust tests, so this is interim evidence only. Current log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-verify-fast-final.log.

Fresh ARM candidate `scripts/verify fast` replay is progressing with no failure so far. The workspace run passed `real_binary_preserves_input_and_output_across_24_abrupt_stops`, all five `gone_review` tests, and the complete `shim` integration binary (24/24, including `ring_wrap_snapshot_repaints_real_vim`). This confirms the previous single shim read timeout did not recur on the same candidate; I am not changing that unrelated fixture. The gate is still running through later Rust tests, so this is interim evidence only. Current log: `/home/claude/.cache/codex-scratch/j25b/evidence/arm-verify-fast-final.log`.

kayg commented

2026-11-01 01:03:50 +00:00

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ARM candidate scripts/verify fast result for base 0d96a74287727946779270a12662dfc6067ede25, head 9c170cb66404fec316b2e66f1abb161b943f4645: exit 0. The Rust gate summary from the run is:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | SKIP (x86)   |
+---------------------------+--------------+

The main tracer run reported 364 tests across 60 files, with no failures; TypeScript protocol tests reported 39 pass / 0 fail. The full workspace run also passed the updated CLI review tests, all five gone_review tests, the SSH streaming progress test, and all 19 non-ignored release-payload tests. The single earlier ring_wrap_snapshot_repaints_real_vim timeout did not recur (shim binary 24/24). x86 stress and candidate gate evidence is still pending the compute01 build-slot queue. ARM log: /home/claude/.cache/codex-scratch/j25b/evidence/arm-verify-fast-final.log.

kayg commented

2026-11-01 01:05:03 +00:00

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Current-base failing-first evidence from dev-02 confirms the two original causes on exact origin/dev 0d96a74287727946779270a12662dfc6067ede25:

SSH streaming failed 1/1 after 10.31 s at the fixture's fixed deadline, with hashed=true staged_bytes=Ok(552579). This is real hash/staging progress when the observer deadline fires. The candidate test holds a bounded compressed tail until hash and staging both advance, then verifies the full staged payload/digest; it passes in the green full ARM gate. No SSH product code changed.
The current-base full tracer suite ran in the same verification file order and failed 2/364. session-hooks.test.ts precedes canvas/model/reconcile.test.ts; both stacks enter onDemand at session-hooks.test.ts:9:78 and throw the mock's chunk error from reconcile.ts:19. The candidate restores the original on-demand module exports in afterAll; its full suite passes 364/364. This confirms Bun's worker module-mock leakage rather than a reconciliation defect.

The baseline runner restored the remote worktree to candidate 9c170cb66404fec316b2e66f1abb161b943f4645. Receipts: /home/claude/.cache/codex-scratch/j25b/evidence/arm-ssh-base-current.log and arm-tracer-base-current.log.

Current-base failing-first evidence from dev-02 confirms the two original causes on exact `origin/dev` `0d96a74287727946779270a12662dfc6067ede25`: - SSH streaming failed 1/1 after 10.31 s at the fixture's fixed deadline, with `hashed=true staged_bytes=Ok(552579)`. This is real hash/staging progress when the observer deadline fires. The candidate test holds a bounded compressed tail until hash and staging both advance, then verifies the full staged payload/digest; it passes in the green full ARM gate. No SSH product code changed. - The current-base full tracer suite ran in the same verification file order and failed 2/364. `session-hooks.test.ts` precedes `canvas/model/reconcile.test.ts`; both stacks enter `onDemand` at `session-hooks.test.ts:9:78` and throw the mock's `chunk` error from `reconcile.ts:19`. The candidate restores the original `on-demand` module exports in `afterAll`; its full suite passes 364/364. This confirms Bun's worker module-mock leakage rather than a reconciliation defect. The baseline runner restored the remote worktree to candidate `9c170cb66404fec316b2e66f1abb161b943f4645`. Receipts: `/home/claude/.cache/codex-scratch/j25b/evidence/arm-ssh-base-current.log` and `arm-tracer-base-current.log`.

kayg commented

2026-11-01 01:06:08 +00:00

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Compute01 capacity update: the clean-dev codegen-load runner has remained in build-slot at queue position 12 for about 58 minutes; no loop or x86 candidate gate has started yet. Dev-02 is complete: the fresh candidate fast gate passed, and exact 0d96a7428 baseline replay reproduced the ARM streaming timeout and both Bun reconciliation failures with the traced causes in the preceding comment. The x86 reservation is intact; I am waiting for the shared slot and will use it for the requested clean-dev loops, native socket baseline/candidate, and current candidate full gate.

Compute01 capacity update: the clean-dev codegen-load runner has remained in `build-slot` at queue position 12 for about 58 minutes; no loop or x86 candidate gate has started yet. Dev-02 is complete: the fresh candidate fast gate passed, and exact `0d96a7428` baseline replay reproduced the ARM streaming timeout and both Bun reconciliation failures with the traced causes in the preceding comment. The x86 reservation is intact; I am waiting for the shared slot and will use it for the requested clean-dev loops, native socket baseline/candidate, and current candidate full gate.

kayg commented

2026-11-01 01:08:26 +00:00

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Compute01 queue remains unchanged: the load/codegen replay is still at build-slot position 12 after about an hour, with no x86 command started. ARM candidate gate and exact-base failing-first checks are complete; I am preserving the x86 reservation for the required stronger load loop and final candidate gate.

kayg commented

2026-11-01 01:11:50 +00:00

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Compute01 load replay update: the queued runner was admitted but its first launcher started nix develop from /home/claude, so Nix exited before any test ran (could not find a flake.nix file; exit 1). That attempt is not counted. I corrected the launcher to enter the clean-dev worktree before invoking Nix, expanded the stress loop to 16 rounds, and restarted it through build-slot with RUST_TEST_THREADS=2; it is queued at position 14. The run will execute startup-inventory and queue-saturation beside cargo build --workspace --all-targets, then collect clean-dev/candidate gone_review receipts and run the candidate fast gate. Logs: ~/.cache/codex-scratch/j25b/evidence/clean-dev-load-codegen-replay2*.

Compute01 load replay update: the queued runner was admitted but its first launcher started `nix develop` from `/home/claude`, so Nix exited before any test ran (`could not find a flake.nix file`; exit 1). That attempt is not counted. I corrected the launcher to enter the clean-dev worktree before invoking Nix, expanded the stress loop to 16 rounds, and restarted it through build-slot with `RUST_TEST_THREADS=2`; it is queued at position 14. The run will execute startup-inventory and queue-saturation beside `cargo build --workspace --all-targets`, then collect clean-dev/candidate gone_review receipts and run the candidate fast gate. Logs: `~/.cache/codex-scratch/j25b/evidence/clean-dev-load-codegen-replay2*`.

kayg commented

2026-11-01 01:43:20 +00:00

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Compute01 queue checkpoint: corrected clean-dev stress runner is still alive in build-slot at position 14 after about 30 minutes; no test has started. SSH remains available but read commands now take roughly a minute under host load. Current base is 0d96a74287727946779270a12662dfc6067ede25, candidate is 9c170cb66404fec316b2e66f1abb161b943f4645, and no source changes have been made in this continuation. Runner/logs: ~/.cache/codex-scratch/j25b/load-codegen-replay2-launch.sh and ~/.cache/codex-scratch/j25b/evidence/clean-dev-load-codegen-replay2*. I’m preserving the queue reservation; once admitted it performs 16 clean-dev rounds beside a workspace build, the gone_review failing-first pair, and the candidate fast gate.

Compute01 queue checkpoint: corrected clean-dev stress runner is still alive in `build-slot` at position 14 after about 30 minutes; no test has started. SSH remains available but read commands now take roughly a minute under host load. Current base is `0d96a74287727946779270a12662dfc6067ede25`, candidate is `9c170cb66404fec316b2e66f1abb161b943f4645`, and no source changes have been made in this continuation. Runner/logs: `~/.cache/codex-scratch/j25b/load-codegen-replay2-launch.sh` and `~/.cache/codex-scratch/j25b/evidence/clean-dev-load-codegen-replay2*`. I’m preserving the queue reservation; once admitted it performs 16 clean-dev rounds beside a workspace build, the gone_review failing-first pair, and the candidate fast gate.

kayg commented

2026-11-01 02:07:31 +00:00

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Compute01 evidence on current base 0d96a74287727946779270a12662dfc6067ede25 and candidate 9c170cb66404fec316b2e66f1abb161b943f4645:

The 16-round clean-dev replay passed every startup-inventory and queue-saturation test (STARTUP=0 QUEUE=0 for all 16); the parallel cargo build --locked --workspace --all-targets --jobs 4 exited 0. Load average peaked at 11.48/10.55/11.28 in the round snapshots and was 3.56/5.62/8.52 by round 16. No load failure reproduced in this replay.
After cargo clean -p infraternal-agent, current-base gone_review:: failed exactly 3/5 with path must be shorter than SUN_LEN; the candidate passed 5/5. This confirms the three untouched fixtures had the same socket-path length cause; the candidate uses a short private /tmp root with parent-owned cleanup.
Candidate full gate is running now through build-slot; the log is ~/.cache/codex-scratch/j25b/evidence/clean-dev-load-codegen-replay2/candidate-fast.log.

Receipts are under ~/.cache/codex-scratch/j25b/evidence/clean-dev-load-codegen-replay2/.

Compute01 evidence on current base `0d96a74287727946779270a12662dfc6067ede25` and candidate `9c170cb66404fec316b2e66f1abb161b943f4645`: - The 16-round clean-dev replay passed every startup-inventory and queue-saturation test (`STARTUP=0 QUEUE=0` for all 16); the parallel `cargo build --locked --workspace --all-targets --jobs 4` exited 0. Load average peaked at 11.48/10.55/11.28 in the round snapshots and was 3.56/5.62/8.52 by round 16. No load failure reproduced in this replay. - After `cargo clean -p infraternal-agent`, current-base `gone_review::` failed exactly 3/5 with `path must be shorter than SUN_LEN`; the candidate passed 5/5. This confirms the three untouched fixtures had the same socket-path length cause; the candidate uses a short private `/tmp` root with parent-owned cleanup. - Candidate full gate is running now through build-slot; the log is `~/.cache/codex-scratch/j25b/evidence/clean-dev-load-codegen-replay2/candidate-fast.log`. Receipts are under `~/.cache/codex-scratch/j25b/evidence/clean-dev-load-codegen-replay2/`.

kayg commented

2026-11-01 02:41:56 +00:00

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J25b finished on fix-dev-test-failures, pushed at 9c170cb66404fec316b2e66f1abb161b943f4645, based on origin/dev 0d96a74287727946779270a12662dfc6067ede25.

Findings on compute01:

The clean-dev startup-inventory and queue-saturation tests passed all 16 rounds with RUST_TEST_THREADS=2 while a parallel cargo build --locked --workspace --all-targets --jobs 4 ran (build exit 0). The round logs show no failure; none of the earlier load-only errors reproduced. Since the failures did not recur, this run does not establish whether their trigger was a fixed timeout or CPU starvation. I left the product timeout behavior unchanged rather than masking an unobserved failure.
On exact clean dev, after cleaning the agent crate, gone_review:: failed exactly 3/5 with path must be shorter than SUN_LEN. The candidate passed 5/5. This confirms the remaining native-session fixture failures had the socket-path length cause; the candidate uses a short private /tmp root with cleanup owned by its parent guard.
The candidate fast gate exited 0 on both VMs. The full tracer suite passed 364 tests across 60 files and protocol tests passed 39/39 on both.

The scripts/verify fast Rust summaries, verbatim:

Compute01:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

dev-02-std:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | SKIP (x86)   |
+---------------------------+--------------+

Evidence is retained under ~/.cache/codex-scratch/j25b/evidence/ on each VM; the x86 load and gate logs are under clean-dev-load-codegen-replay2/. Removed this job's target/ directories from both VM worktrees and ~/.cache/codex-scratch/j25b-target.

kayg commented

2026-11-01 02:47:33 +00:00

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Load-test correction and follow-up: the first 16-round compute01 replay passed, but cargo build --workspace --all-targets completed in 1m31 and overlapped only rounds 1–2. That is not enough sustained build overlap compared with the earlier probe. I am running a second clean-dev loop that alternates dev-profile codegen units while repeating the two exact integration tests; this should keep actual cargo codegen active for more rounds. The prior candidate gates remain green at 9c170cb66404fec316b2e66f1abb161b943f4645. I will update the final report with the stronger run and clean the recreated target directory afterward.

Load-test correction and follow-up: the first 16-round compute01 replay passed, but `cargo build --workspace --all-targets` completed in 1m31 and overlapped only rounds 1–2. That is not enough sustained build overlap compared with the earlier probe. I am running a second clean-dev loop that alternates dev-profile codegen units while repeating the two exact integration tests; this should keep actual cargo codegen active for more rounds. The prior candidate gates remain green at `9c170cb66404fec316b2e66f1abb161b943f4645`. I will update the final report with the stronger run and clean the recreated target directory afterward.

kayg commented

2026-11-01 03:50:28 +00:00

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Final J25b update: branch fix-dev-test-failures is pushed at 9c170cb66404fec316b2e66f1abb161b943f4645, based on origin/dev 0d96a74287727946779270a12662dfc6067ede25.

The stronger clean-dev compute01 load replay is complete. It ran the exact startup-inventory and queue-saturation integration tests for 16 rounds with RUST_TEST_THREADS=2. Every round passed (STARTUP=0 QUEUE=0). Four cargo build --locked --workspace --lib --jobs 4 builds with dev codegen units 1, 16, 2, and 8 all exited 0; codegen overlapped rounds 1–9. The startup/queue failures still did not reproduce, so the evidence does not distinguish an overly short timeout from host CPU starvation. No product timeout change was justified.

The x86 exact-base native-session check reproduced the three gone_review socket errors (3 failed, 2 passed, path must be shorter than SUN_LEN); the candidate passed 5/5. The candidate also passed the full fast gate on both VMs. The gate summaries are:

Compute01:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

dev-02-std:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | SKIP (x86)   |
+---------------------------+--------------+

Both gates exited 0. The main tracer suite passed 364 tests across 60 files; protocol tests passed 39/39. This head also passed the SSH streaming, CLI review, and all five native-session fixtures. Target directories for this job are removed from both VMs. Logs remain under ~/.cache/codex-scratch/j25b/evidence/ on each VM; the sustained load receipts are in clean-dev-load-codegen-sustained/ on compute01.