Add .tar.bz2 to classifier format detection (was slipping through
as empty format). Update COMPARISON.md with fresh results: 21 exact
matches, .deb/.rpm/.tar.zst/.tar.bz2 now correctly filtered from
legacy export. Document remaining items for review.
- .app.zip and .dmg formats now infer darwin OS when absent
- Filter .tgz (npm packages) and .d.ts (TypeScript defs) as meta-assets
- Reduces bun false positives by 64, deno by 294
- Add cmd/classify: reads raw cached releases and produces a CSV of all
distributables with sortable version columns (ver_major/minor/patch/pre)
- Export rawcache.ActivePath() for use by cmd/classify
- Add OS detection: openbsd, netbsd, dragonflybsd, plan9, mac→darwin
- Add arch detection: armv5, armhf→armv7, arm7→armv7, 386→x86,
32bit/64bit (no hyphen), universal→universal2, riscv64, loong64,
mipsle, mips64le
- Infer Linux from .deb/.rpm format when OS not in filename
- Add .deb and .rpm as recognized formats
- Normalize all per-source values to buildmeta vocabulary (x86_64, aarch64)
- Filter source archives and buildable-artifact meta-assets
- Add CAT-RULES.md tracking classifier learnings
- Add CATEGORIZED.md and LINKS.md for reference
Batch 1 tested: go, node, hugo, caddy, pathman (35,919 rows)
Prefer latest version over best CPU match. An amd64v4 machine gets
v2.0.0 (baseline only) instead of v1.0.0 (which had a v4 build)
because recency beats specificity.
- buildmeta: add amd64v2/v3/v4 micro-levels, ArchFallbacks, LibcFallbacks
- classify: detect micro-arch levels, treat Windows "arm" as ARM64
- platlatest: add Resolve() that walks fallback chains picking newest
classify extracts OS, arch, libc, and format from release asset
filenames using regex pattern matching with priority ordering
(x86_64 before x86, arm64 before armv7, etc.).
platlatest tracks the newest release version per build target
(OS+arch+libc triplet) to handle the common case where Windows
or macOS releases lag behind Linux by several versions.
