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Two additions that close out the reviewer-prep work cleanly:
1. doc/reviewer/hub.html + publish-workflow integration
──────────────────────────────────────────────────────
Move the hand-curated reviewer hub from the codeberg `pages`
branch (where it lived as an opaque snapshot) into the repo as
`doc/reviewer/hub.html`. `.gitea/workflows/doxygen-pages.yml`
gains a conditional `if [ -f doc/reviewer/hub.html ]; then …`
step that installs it as the publish `index.html` and demotes
the auto-generated Doxygen index to `/doxygen.html`.
Effect: merging any of the open PRs into main will trigger the
workflow, which republishes BOTH the Doxygen + the reviewer hub
together. The reviewer URL stays live across merges with zero
manual intervention.
Source-controlled benefits:
* hub edits go through normal PRs, not orphan-branch
force-pushes
* old hub versions live in git history
* the in-repo links now target `branch/main/…` instead of the
transient `preview/reviewer-snapshot-vN/…` paths
2. .gitea/workflows/perf-compile-time.yml — Linux CI bench
────────────────────────────────────────────────────────
New workflow runs on every push to main that touches the build
system or public headers. Five-step matrix measures and reports:
Run 1 cold baseline (no PCH, no Unity, no ccache)
Run 2 + PCH only
Run 3 + PCH + Unity (current default)
Run 4 + FAST_TEST_BUILD=ON (-O0 -g — Linux's expected ~40 % win)
Run 5 + ccache warm rerun (expected ≥ 90 % cache hit)
Validates the Apple-M1 predictions in doc/architecture/compile-time.md
against the Linux + g++ runner where Backend dominates more and
the Apple-clang+PCH friction that defeats ccache locally does not
apply. Job is data-collection only; never blocks a merge.
doc updates:
* doc/architecture/compile-time.md — new "Cross-platform perf bench"
section linking to the workflow + the table of macOS-vs-Linux
expected deltas.
* doc/reviewer/README.md — new "Hub-Page durability" subsection
explaining how the hub survives merges.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>