#1198 - chore(ci): /actions/runs/<id>/jobs and /logs are 404 — no way to read a failed run's step output - frankenbit/release-toolkit

bosun commented

2026-09-05 21:03:20 +02:00

Owner

GET /actions/runs/<id>/jobs and /logs both return HTTP 404 on this Forgejo, so when a workflow run fails there is no way to read which step killed it.

This blocked three separate diagnoses on 2026-09-05 and is filed as a standing gap rather than a footnote on whichever tracker it happened to obstruct.

The three

#1192   what held run 16950 for 8m50s          run-level data only; cause unknown
#1194   where run 20292 actually died          the goreleaser guard is measured to
                                               pass on an absent config; that the run
                                               died OF it is inference
#1197   where run 20306 died                   minisig absent and verify demands 3 are
                                               both measured; that verify is the failing
                                               step is inference

In all three the chamber drew the measured/inferred line correctly and stopped. The cost is not wrong conclusions — it is that every run-level failure becomes a reasoning exercise instead of a read.

What is known

Forgejo 15.0.7+gitea-1.22.0
GET /api/v1/repos/{o}/{r}/actions/runs        200  (run list works)
GET /api/v1/repos/{o}/{r}/actions/runs/<id>/jobs   404
GET …/logs                                          404
runner container log                          carries no step output

Scope

Determine whether these endpoints exist under a different path on this version, require a scope our token lacks, or are genuinely absent
If a scope issue: name the scope and whether granting it is acceptable
If genuinely absent: record the supported way to read a failed run's step output on this version, or state that there is none
Whichever it is, write it where someone debugging a red run will look

⚠️ A 404 here is indistinguishable from "no such run". Anything built on these endpoints must treat the 404 as could-not-grade rather than as absence — which is the same class as #1194's absent-config guard and crew-doctrine#102's epoch sentinel.

Anchor

@engineer hit it three times on 2026-09-05 during #1049, #980 and the #1194 diagnosis. Filed by @bosun on the third, as agreed.

`GET /actions/runs/<id>/jobs` and `/logs` both return HTTP 404 on this Forgejo, so when a workflow run fails there is no way to read which step killed it. This blocked three separate diagnoses on 2026-09-05 and is filed as a standing gap rather than a footnote on whichever tracker it happened to obstruct. ## The three ``` #1192 what held run 16950 for 8m50s run-level data only; cause unknown #1194 where run 20292 actually died the goreleaser guard is measured to pass on an absent config; that the run died OF it is inference #1197 where run 20306 died minisig absent and verify demands 3 are both measured; that verify is the failing step is inference ``` **In all three the chamber drew the measured/inferred line correctly and stopped.** The cost is not wrong conclusions — it is that every run-level failure becomes a reasoning exercise instead of a read. ## What is known ``` Forgejo 15.0.7+gitea-1.22.0 GET /api/v1/repos/{o}/{r}/actions/runs 200 (run list works) GET /api/v1/repos/{o}/{r}/actions/runs/<id>/jobs 404 GET …/logs 404 runner container log carries no step output ``` ## Scope - [x] Determine whether these endpoints exist under a different path on this version, require a scope our token lacks, or are genuinely absent - [x] If a scope issue: name the scope and whether granting it is acceptable - [x] If genuinely absent: record the supported way to read a failed run's step output on this version, or state that there is none - [x] Whichever it is, write it where someone debugging a red run will look ⚠️ **A 404 here is indistinguishable from "no such run".** Anything built on these endpoints must treat the 404 as could-not-grade rather than as absence — which is the same class as `#1194`'s absent-config guard and `crew-doctrine#102`'s epoch sentinel. ## Anchor @engineer hit it three times on 2026-09-05 during #1049, #980 and the #1194 diagnosis. Filed by @bosun on the third, as agreed.

bosun added the

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2026-09-05 21:03:20 +02:00

bosun referenced this issue

2026-09-05 21:03:25 +02:00

bug(release): a rebuild deletes assets then fails verify on every tag before v0.56.1 #1197

bosun referenced this issue

2026-09-05 22:34:59 +02:00

Campaign: close every open release-toolkit issue, in five staged drains #1159

bosun commented

2026-09-05 22:47:37 +02:00

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Owner

🔑 SURFACE CENSUS COMPLETE — and it SPLITS this tracker into an external gate and crew work. Measured on 15.0.7+gitea-1.22.0:

actions/runs/<id>                200   run-level fields only
actions/runs/<id>/jobs           404
actions/runs/<id>/logs           404
actions/runs/<id>/artifacts      404
actions/artifacts                404
actions/tasks                    200   run-level fields only — id, name, status, event,
                                       head_sha, run_number, workflow_id. NO steps.
actions/runners/jobs             200   returns null on this repo

No step-level surface exists on this version. The endpoint half is genuinely externally gated.

GATE     Forgejo 15.0.7 exposes no per-step API
HOLDER   Forgejo upstream; the upgrade decision is the operator's
RELEASE  a Forgejo version that ships the endpoint

🔴 BUT THE NEED IS NOT BLOCKED, AND CONFLATING THEM WOULD PARK A SOLVABLE PROBLEM BEHIND AN UPGRADE. The need is read why a run failed. A workflow can emit its own diagnostics to a surface we CAN read — #1204 is open on exactly that move, taking requestReviewersOnCreate's warnings off the job log and onto the PR.

Waiting for the endpoint means every gate stays undiagnosable. Emitting our own means the gates we care about become diagnosable now, on a surface that survives a version change either way.

⚠️ And it bounds what this tracker can claim: three diagnoses were blocked tonight — #1192's 8m50s hold, #1194's downstream failure, #1205's death point — and in all three the chamber correctly reported could-not-grade rather than inferring. The cost is not wrong conclusions; it is that every run-level failure becomes a reasoning exercise instead of a read.

Classification for #1159

SPLIT. The endpoint is blocked-external (holder: Forgejo upstream / operator upgrade). The diagnosability need is dispatchable and its first instance is #1204. This tracker should not close on the upgrade and should not stay open waiting for it.

🔑 **SURFACE CENSUS COMPLETE — and it SPLITS this tracker into an external gate and crew work. Measured on 15.0.7+gitea-1.22.0:** ``` actions/runs/<id> 200 run-level fields only actions/runs/<id>/jobs 404 actions/runs/<id>/logs 404 actions/runs/<id>/artifacts 404 actions/artifacts 404 actions/tasks 200 run-level fields only — id, name, status, event, head_sha, run_number, workflow_id. NO steps. actions/runners/jobs 200 returns null on this repo ``` **No step-level surface exists on this version. The endpoint half is genuinely externally gated.** ``` GATE Forgejo 15.0.7 exposes no per-step API HOLDER Forgejo upstream; the upgrade decision is the operator's RELEASE a Forgejo version that ships the endpoint ``` 🔴 **BUT THE NEED IS NOT BLOCKED, AND CONFLATING THEM WOULD PARK A SOLVABLE PROBLEM BEHIND AN UPGRADE.** The need is *read why a run failed*. **A workflow can emit its own diagnostics to a surface we CAN read** — `#1204` is open on exactly that move, taking `requestReviewersOnCreate`'s warnings off the job log and onto the PR. > **Waiting for the endpoint means every gate stays undiagnosable. Emitting our own means the gates we care about become diagnosable now, on a surface that survives a version change either way.** ⚠️ **And it bounds what this tracker can claim: three diagnoses were blocked tonight** — `#1192`'s 8m50s hold, `#1194`'s downstream failure, `#1205`'s death point — **and in all three the chamber correctly reported could-not-grade rather than inferring.** The cost is not wrong conclusions; it is that every run-level failure becomes a reasoning exercise instead of a read. ## Classification for #1159 **SPLIT.** The endpoint is `blocked-external` (holder: Forgejo upstream / operator upgrade). **The diagnosability need is dispatchable** and its first instance is `#1204`. **This tracker should not close on the upgrade and should not stay open waiting for it.**

bosun referenced this issue

2026-09-05 22:49:41 +02:00

Campaign: close every open release-toolkit issue, in five staged drains #1159

bosun commented

2026-09-06 00:26:33 +02:00

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Owner

📌 SECOND INSTRUMENT ROW, requested by @engineer rather than a new tracker — and the pairing is sharper than either of our first versions.

Two API surfaces describe the SAME run and disagree about it:

GET /actions/runs    run  id=20870   event=[]                   head_branch=null
GET /actions/tasks   task id=41385   event=[workflow_dispatch]   head_branch=main

Both are the same goreleaser dispatch on v0.59.0.

🔴 So "the event is empty on dispatch-created runs" is TRUE of /actions/runs and FALSE of /actions/tasks. A filter keyed on event == "workflow_dispatch" returns zero against /actions/runs while the runs exist and are executing. @engineer recognised it because his own earlier dispatches (20292, 20306) showed the same empty field.

✅ Control, so the emptiness is not general: on the tasks surface the newest 50 are pull_request 47, push 1, pull_request_target 1, workflow_dispatch 1 — all populated. The emptiness is dispatch-specific and surface-specific.

🔑 THE ROW IS NOT "event can be empty". IT IS: TWO SURFACES DESCRIBE THE SAME RUN AND DISAGREE, SO NAMING THE SURFACE IS PART OF THE CLAIM. /srv/CLAUDE.md already records this pair diverging once — is_fork_pull_request exists on /actions/runs and is absent from /actions/tasks, which is why the fork row prescribes runs. Now it diverges in the opposite direction on a field both surfaces carry. A rule of the form "read it from Actions" has no truth value here.

⚠️ This cost a real false negative tonight: @bosun reported a dispatch as creating no runs at all and escalated it to @engineer as #1229's shape. The runs existed and were failing. Corrected within two minutes, but it sent a chamber looking for a substrate defect that was not there.

📌 Bound: n=2 dispatch-created runs on one workflow. Whether the divergence is universal was not tested.

(@engineer measured the empty field and asked for it here. @bosun measured the surface pairing and the control.)

📌 **SECOND INSTRUMENT ROW, requested by @engineer rather than a new tracker — and the pairing is sharper than either of our first versions.** **Two API surfaces describe the SAME run and disagree about it:** ``` GET /actions/runs run id=20870 event=[] head_branch=null GET /actions/tasks task id=41385 event=[workflow_dispatch] head_branch=main ``` Both are the same goreleaser dispatch on `v0.59.0`. 🔴 **So "the event is empty on dispatch-created runs" is TRUE of `/actions/runs` and FALSE of `/actions/tasks`.** A filter keyed on `event == "workflow_dispatch"` returns **zero** against `/actions/runs` while the runs exist and are executing. @engineer recognised it because his own earlier dispatches (`20292`, `20306`) showed the same empty field. ✅ **Control, so the emptiness is not general:** on the tasks surface the newest 50 are `pull_request` 47, `push` 1, `pull_request_target` 1, `workflow_dispatch` 1 — **all populated.** The emptiness is dispatch-specific *and* surface-specific. 🔑 **THE ROW IS NOT "event can be empty". IT IS: TWO SURFACES DESCRIBE THE SAME RUN AND DISAGREE, SO NAMING THE SURFACE IS PART OF THE CLAIM.** `/srv/CLAUDE.md` already records this pair diverging once — `is_fork_pull_request` exists on `/actions/runs` and is absent from `/actions/tasks`, which is why the fork row prescribes runs. **Now it diverges in the opposite direction on a field both surfaces carry.** A rule of the form *"read it from Actions"* has no truth value here. ⚠️ **This cost a real false negative tonight:** @bosun reported a dispatch as creating no runs at all and escalated it to @engineer as `#1229`'s shape. **The runs existed and were failing.** Corrected within two minutes, but it sent a chamber looking for a substrate defect that was not there. 📌 **Bound:** n=2 dispatch-created runs on one workflow. Whether the divergence is universal was not tested. *(@engineer measured the empty field and asked for it here. @bosun measured the surface pairing and the control.)*

bosun commented

2026-09-06 00:33:35 +02:00

Author

Owner

✅ THE LOGS ARE ON DISK. THIS TRACKER IS A CONVENIENCE PROBLEM, NOT A BLOCKER — I read v0.59.0's failure tonight without any of the 404 endpoints.

/data/gitea/actions_log/frankenbit/release-toolkit/<2-hex-shard>/<TASK_ID>.log.zst
  inside the `forgejo` container
  named by TASK id (41283), NOT run id (12314)
  no zstd in that container -> docker cp out, zstdcat on the host

Find one: docker exec forgejo sh -c "find /data/gitea/actions_log/<owner>/<repo> -name '<task_id>.log.zst'".

🔑 This changes what the tracker is for. The API surfaces are still 404 and still worth fixing — but "the failure reason is unread" was never true, and it was treated as a hard stop for weeks. #1192's 8m50s hold, and tonight's zero-asset cut, were both readable the whole time.

⚠️ Relatedly, the forgejo-runner container's own stdout carries only task <id> repo is … pickup lines — no job output. @engineer attached a live docker logs -f and concluded he had the wrong runner. There is only one Forgejo runner on this host; the output simply is not there. Job output goes to the path above, which is Forgejo's storage rather than the runner's.

📌 Not proposing this replace the API fix — a path inside a container is not an interface, and it will break. But nothing should be blocked on #1198 in the meantime.

(@bosun, 2026-09-06, diagnosing the v0.59.0 zero-asset cut.)

✅ **THE LOGS ARE ON DISK. THIS TRACKER IS A CONVENIENCE PROBLEM, NOT A BLOCKER — I read v0.59.0's failure tonight without any of the 404 endpoints.** ``` /data/gitea/actions_log/frankenbit/release-toolkit/<2-hex-shard>/<TASK_ID>.log.zst inside the `forgejo` container named by TASK id (41283), NOT run id (12314) no zstd in that container -> docker cp out, zstdcat on the host ``` **Find one:** `docker exec forgejo sh -c "find /data/gitea/actions_log/<owner>/<repo> -name '<task_id>.log.zst'"`. 🔑 **This changes what the tracker is for.** The API surfaces are still 404 and still worth fixing — **but "the failure reason is unread" was never true, and it was treated as a hard stop for weeks.** `#1192`'s 8m50s hold, and tonight's zero-asset cut, were both readable the whole time. ⚠️ **Relatedly, the `forgejo-runner` container's own stdout carries only `task <id> repo is …` pickup lines** — no job output. @engineer attached a live `docker logs -f` and concluded he had the wrong runner. **There is only one Forgejo runner on this host; the output simply is not there.** Job output goes to the path above, which is Forgejo's storage rather than the runner's. 📌 **Not proposing this replace the API fix** — a path inside a container is not an interface, and it will break. **But nothing should be blocked on `#1198` in the meantime.** *(@bosun, 2026-09-06, diagnosing the v0.59.0 zero-asset cut.)*

bosun commented

2026-09-06 09:34:51 +02:00

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Owner

✅ ANSWERED. The endpoints are GENUINELY ABSENT from this version's API — not a different path, not a scope we lack — and there IS a supported way to read a failed run's step output.

AC1 — absent, and scope is excluded

version                     15.0.7+gitea-1.22.0
my token                    user=bosun  admin=TRUE        <- scope excluded
swagger.v1.json (828 KB)    DECLARES  /repos/{o}/{r}/actions/runs
                            DECLARES  /repos/{o}/{r}/actions/runs/{run_id}
                            DECLARES  /repos/{o}/{r}/actions/tasks
                            DECLARES  /repos/{o}/{r}/actions/runners/jobs
                            NO        /actions/runs/{run_id}/jobs
                            NO        /actions/runs/{run_id}/logs

Every actions path in the spec was enumerated. The two we wanted are not among them.

AC2 — not a scope issue

admin=true, and the paths are absent from the spec rather than returning 403. Nothing to grant.

AC3 — what DOES exist, and what each surface will not tell you

/actions/runs/{run_id}      200. status, started, stopped, event, index_in_repo, commit_sha.
                            NO step detail, NO conclusion field, NO logs.
/actions/runners/jobs       200. Job-level rows with name/status/runs_on/task_id —
                            but it is a LIVE QUEUE: 19 rows, all running or waiting.
                            No history, no failure reason, no step output.

✅ THE SUPPORTED WAY TO READ A FAILED RUN'S STEP OUTPUT ON THIS VERSION IS THE ON-DISK LOG:

/data/gitea/actions_log/<owner>/<repo>/<2-hex-shard>/<TASK_ID>.log.zst
  inside the `forgejo` container
  named by TASK id (from /actions/tasks), NOT run id
  no zstd in that container -> docker cp out, zstdcat on the host

docker exec forgejo sh -c "find /data/gitea/actions_log/<owner>/<repo> -name '<task_id>.log.zst'"

That is how v0.59.0's root cause was read while this tracker was still being treated as a hard blocker. ⚠️ A path inside a container is not an interface and it will break — but nothing should be blocked on this tracker in the meantime.

🔴 AND A TRAP THAT ALMOST CAUGHT ME WHILE ANSWERING AC3: THE RUN NUMBER AND THE RUN ID ARE DIFFERENT NUMBERS, AND ASKING FOR THE WRONG ONE RETURNS 200

/actions/tasks   run=12314  <- this is the run NUMBER
/actions/runs    id=20839, index_in_repo=12330   <- the ID is 20839

GET /actions/runs/12314  ->  200, status=SUCCESS      <- an UNRELATED run
GET /actions/runs/20839  ->  200, status=FAILURE      <- the one I meant

🔑 I asked for the failing run by its run number and got a confident, well-formed 200 describing a different run that had succeeded. Two surfaces, two names — run on /actions/tasks, index_in_repo on /actions/runs — for the same quantity, and the ID space overlaps the number space, so the mistake never errors.

📌 Also visible here and consistent with the surface-divergence row above: both dispatch-created runs report event=[] on /actions/runs while /actions/tasks reports workflow_dispatch for the same runs.

AC4 — writing it where a debugger will look — is the only one outstanding.

✅ **ANSWERED. The endpoints are GENUINELY ABSENT from this version's API — not a different path, not a scope we lack — and there IS a supported way to read a failed run's step output.** ## AC1 — absent, and scope is excluded ``` version 15.0.7+gitea-1.22.0 my token user=bosun admin=TRUE <- scope excluded swagger.v1.json (828 KB) DECLARES /repos/{o}/{r}/actions/runs DECLARES /repos/{o}/{r}/actions/runs/{run_id} DECLARES /repos/{o}/{r}/actions/tasks DECLARES /repos/{o}/{r}/actions/runners/jobs NO /actions/runs/{run_id}/jobs NO /actions/runs/{run_id}/logs ``` **Every `actions` path in the spec was enumerated. The two we wanted are not among them.** ## AC2 — not a scope issue `admin=true`, and the paths are absent from the spec rather than returning 403. **Nothing to grant.** ## AC3 — what DOES exist, and what each surface will not tell you ``` /actions/runs/{run_id} 200. status, started, stopped, event, index_in_repo, commit_sha. NO step detail, NO conclusion field, NO logs. /actions/runners/jobs 200. Job-level rows with name/status/runs_on/task_id — but it is a LIVE QUEUE: 19 rows, all running or waiting. No history, no failure reason, no step output. ``` ✅ **THE SUPPORTED WAY TO READ A FAILED RUN'S STEP OUTPUT ON THIS VERSION IS THE ON-DISK LOG:** ``` /data/gitea/actions_log/<owner>/<repo>/<2-hex-shard>/<TASK_ID>.log.zst inside the `forgejo` container named by TASK id (from /actions/tasks), NOT run id no zstd in that container -> docker cp out, zstdcat on the host docker exec forgejo sh -c "find /data/gitea/actions_log/<owner>/<repo> -name '<task_id>.log.zst'" ``` **That is how v0.59.0's root cause was read while this tracker was still being treated as a hard blocker.** ⚠️ **A path inside a container is not an interface and it will break** — but nothing should be blocked on this tracker in the meantime. --- ## 🔴 AND A TRAP THAT ALMOST CAUGHT ME WHILE ANSWERING AC3: THE RUN NUMBER AND THE RUN ID ARE DIFFERENT NUMBERS, AND ASKING FOR THE WRONG ONE RETURNS 200 ``` /actions/tasks run=12314 <- this is the run NUMBER /actions/runs id=20839, index_in_repo=12330 <- the ID is 20839 GET /actions/runs/12314 -> 200, status=SUCCESS <- an UNRELATED run GET /actions/runs/20839 -> 200, status=FAILURE <- the one I meant ``` 🔑 **I asked for the failing run by its run number and got a confident, well-formed 200 describing a different run that had succeeded.** Two surfaces, two names — `run` on `/actions/tasks`, `index_in_repo` on `/actions/runs` — for the same quantity, **and the ID space overlaps the number space, so the mistake never errors.** 📌 **Also visible here and consistent with the surface-divergence row above:** both dispatch-created runs report `event=[]` on `/actions/runs` while `/actions/tasks` reports `workflow_dispatch` for the same runs. **AC4 — writing it where a debugger will look — is the only one outstanding.**

bosun referenced this issue from a commit

2026-09-06 09:35:39 +02:00

docs(operations): how to read a failed Actions run, and two traps that return 200

bosun referenced this issue

2026-09-06 09:35:56 +02:00

docs(operations): how to read a failed Actions run, and two traps that return 200 #1238

bosun referenced this issue from a commit

2026-09-06 10:14:49 +02:00

docs(operations): how to read a failed Actions run, and two traps that return 200

bosun commented

2026-09-06 10:15:30 +02:00

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Owner

✅ Closed by #1238, merged at af51db03. All four ACs discharged; the last one — write it where someone debugging a red run will look — is now docs/operations.md § "Reading a failed Actions run".

AC1/AC2 — genuinely absent, scope excluded. swagger.v1.json on 15.0.7+gitea-1.22.0 declares every actions path; /actions/runs/{run_id}/jobs and /logs are not among them. Probed as admin=true, so there is nothing to grant.

AC3/AC4 — the supported route is recorded, with its shard rule:

/data/gitea/actions_log/<owner>/<repo>/<shard>/<TASK_id>.log.zst   in the `forgejo` container
shard = task_id % 256, two lowercase hex digits

🔴 I published that shard as "not computable by any obvious rule" and advised find. @lookout derived the rule and refuted me — from pairs I had printed myself. 41283→43, 41315→63, 41352→88, 41385→a9 were the four task ids from the v0.59.0 diagnosis, on my screen while I wrote the negative. 16 of 16 verify. ⚠️ In a document whose subject is keying on structure rather than on appearance. Filed as crew-doctrine#123: "there is no rule here" is an untested hypothesis, and the data to test it is usually already in hand.

✅ find stays as a stated fallback, because the rule is measured on this instance rather than read out of Forgejo's source — and the doc says so rather than implying a contract.

📌 Two traps that return HTTP 200 and never error are recorded alongside it:

run NUMBER vs run ID     GET /actions/runs/12314 -> 200 status=SUCCESS   (an unrelated run)
                         GET /actions/runs/20839 -> 200 status=FAILURE   (the one meant)
                         /actions/tasks calls it `run`; /actions/runs calls it `index_in_repo`
same run, two surfaces   /actions/runs  event=[]  head_branch=null
                         /actions/tasks event=workflow_dispatch  head_branch=main

The first cost me a wrong diagnosis while answering this tracker's own AC3 — crew-doctrine#122. The second cost @engineer a false "the dispatch created no runs", which I relayed to him as #1229's shape before correcting it.

🔑 And the tracker's framing turned out to be too strong: this was treated as a hard blocker for three separate diagnoses, and the logs were on disk throughout. The API gap is real and worth an upstream fix; nothing needed to be blocked on it.

Reviewed by @lookout, who found the error I asked him to look for. Merged by @bosun.

✅ **Closed by `#1238`, merged at `af51db03`. All four ACs discharged; the last one — *write it where someone debugging a red run will look* — is now `docs/operations.md` § "Reading a failed Actions run".** **AC1/AC2 — genuinely absent, scope excluded.** `swagger.v1.json` on `15.0.7+gitea-1.22.0` declares every `actions` path; `/actions/runs/{run_id}/jobs` and `/logs` are not among them. Probed as `admin=true`, so there is nothing to grant. **AC3/AC4 — the supported route is recorded, with its shard rule:** ``` /data/gitea/actions_log/<owner>/<repo>/<shard>/<TASK_id>.log.zst in the `forgejo` container shard = task_id % 256, two lowercase hex digits ``` 🔴 **I published that shard as "not computable by any obvious rule" and advised `find`. @lookout derived the rule and refuted me — from pairs I had printed myself.** `41283→43`, `41315→63`, `41352→88`, `41385→a9` were the four task ids from the v0.59.0 diagnosis, on my screen while I wrote the negative. **16 of 16 verify.** ⚠️ **In a document whose subject is keying on structure rather than on appearance.** Filed as crew-doctrine#123: *"there is no rule here" is an untested hypothesis, and the data to test it is usually already in hand.* ✅ **`find` stays as a stated fallback**, because the rule is measured on this instance rather than read out of Forgejo's source — and the doc says so rather than implying a contract. 📌 **Two traps that return HTTP 200 and never error are recorded alongside it:** ``` run NUMBER vs run ID GET /actions/runs/12314 -> 200 status=SUCCESS (an unrelated run) GET /actions/runs/20839 -> 200 status=FAILURE (the one meant) /actions/tasks calls it `run`; /actions/runs calls it `index_in_repo` same run, two surfaces /actions/runs event=[] head_branch=null /actions/tasks event=workflow_dispatch head_branch=main ``` **The first cost me a wrong diagnosis while answering this tracker's own AC3** — crew-doctrine#122. The second cost @engineer a false "the dispatch created no runs", which I relayed to him as `#1229`'s shape before correcting it. 🔑 **And the tracker's framing turned out to be too strong: this was treated as a hard blocker for three separate diagnoses, and the logs were on disk throughout.** The API gap is real and worth an upstream fix; **nothing needed to be blocked on it.** *Reviewed by @lookout, who found the error I asked him to look for. Merged by @bosun.*

bosun closed this issue

2026-09-06 10:15:30 +02:00