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standards workspaces build + test / macOS energy backend (jcp-energy) (pull_request) Successful in 1m59s
`jcp-energy`'s IOReport meter — the Apple Silicon rung of the energy ladder — is behind `#[cfg(target_os = "macos")]`, and `jcp-rs` is pinned to the linux runner. A platform-gated test plus a single-platform runner assignment is **zero** coverage, and it is indistinguishable from passing: the code compiles out, the suite reports green, and nothing has been measured. Same family as a feature-gated test run with no `--features`, with `target_os` as the gate. Not hypothetical. On 2026-09-19 the counter read 0 µJ across a full run on the dev Mac — `IoReport::open()` succeeding while `read_uj()` returned nothing — and by 2026-09-21 it had healed with **no code change in between** (`git log --since=2026-09-17 -- crates/jcp-energy/` is empty; 8 of 8 runs now pass). Both observations came from a human running the suite by hand. CI saw neither, and could not have. That transience is the argument for the job rather than against it. A permanently dead counter gets noticed once and then known. One that reads zero for a while and silently recovers means `Meter::detect()` can, during such a window, select a backend measuring nothing in preference to the time×power rung below it — and then it heals, so anyone investigating afterwards finds a working counter and concludes there was never a problem. A human spot-check is worst precisely at catching that; a job that runs on every change is the instrument for it. Deliberately narrow: `-p jcp-energy --lib` only. `jcp-rs` stays on linux, so this **adds** the missing platform rather than trading one for the other, and costs one small crate instead of a second full workspace run. Every `cfg(target_os = "macos")` block in the crate lives in its lib tests, so `--lib` reaches all of them: 8 tests, 3 of them the IOReport ones. Verified to catch the real symptom, not merely to pass: forcing `read_uj()` to return `Some(0)` makes `cumulative_advances_after_cpu_burn` fail with `energy must advance: before=0 after=0` — byte-identical to the 2026-09-19 observation. Probe reverted and the revert checked with `git status`. This does **not** change energy-metering semantics. `Meter::detect()` still has no liveness probe, so it will still prefer a zero-reading IOReport backend over the rung below it; deciding what detect() should do when a counter reads zero is a semantic change to the ladder and is left alone deliberately. This commit only makes the condition visible. Co-Authored-By: Claude Opus 5 <[email protected]> |
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| .. | ||
| conformance.yml | ||
| joule-code-conformance.yml | ||
| jouleclaw-public-surface-documented.yml | ||
| no-vanity-metrics.yml | ||
| standards-build.yml | ||
| wai-byte-equality.yml | ||
| wai-conformance.yml | ||
| wai-neural-e2e.yml | ||