A public GitHub Actions snapshot for commit 442bcda8bc50fe555de9d463bfd34b247c5995a5 records 9 runs: 8 push-triggered runs split into 4 successes and 4 failures, plus 1 issue-triggered failure; job evidence shows distinct stopping points rather than a shared cause.
[Measured] A public GitHub Actions snapshot for gHashTag/trinity at commit 442bcda8bc50fe555de9d463bfd34b247c5995a5 records 9 workflow runs created together on 1 September 2026: 8 were triggered by push, and 1 by an issue event. The push-triggered runs split evenly between 4 success and 4 failure. This is a recorded slice, not the repository’s full history.
One head, different stopping points
[Proven] Website checks run 33514093916 completed checkout, dependency installation, ARIA references, the typecheck ratchet, the API contract, Build, and browser setup successfully. It then failed at Language audits; Render check and Is the live site this build? were skipped. A separate Site live gate run 33514093905 on the same commit succeeded.
[Proven] KOSCHEI Production Deploy run 33514093804 failed in Build & Test at Run all tests. Generate Report succeeded, while Staging Deploy and Production Deploy were skipped. S³AI Brain CI run 33514093881 completed its build, then failed at Run Brain Health Check; its health report also failed at Generate Health Report, while Export Brain Metrics succeeded.
Count the event, not just the colour
The 8 push-triggered runs contain 4 success and 4 failure conclusions.
The ninth run, Auto-update Project Status 33514092995, was triggered by an issues event, not push; its issue-closed job failed at Move issue to Done.
The dev-enforcement run 33514092205 concluded failure, while its public Jobs API returned 0 jobs. There is no public step-level stopping point for that run in this snapshot.
Codegen Validation 33514093888, the main CI run 33514093991, and Deploy Website + Docs to GitHub Pages 33514093884 concluded success. A successful workflow is one receipt, not a verdict on every workflow.
What the snapshot does not prove
The 4 push failures and the issue-triggered failure do not have an established common cause. A shared head commit is not causal evidence.
A successful Site live gate does not prove that Website checks, the whole pipeline, or production is healthy.
Skipped is not a successful execution, and 0 jobs does not reveal an internal step that the public API did not expose.
A useful debugging receipt
Read each event as commit → workflow → job → step → conclusion. Keep push and issue-triggered events separate, and preserve skipped and 0 jobs as distinct states. That small discipline prevents a mixed CI snapshot from being rewritten into an unsupported incident narrative.
What this does not settle
The 4 push failures and the issue-triggered failure do not have an established common cause; the shared head commit is not causal evidence.
A successful Site live gate does not prove that Website checks, the whole pipeline, or production is healthy.
Skipped is not a successful execution, and 0 jobs does not expose an internal stopping step.
I audit RTL and build independent, bit-exact models, then take the result through synthesis and, when useful, onto an Artix-7 board. The first conformance module is free.