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bucket_from_source and bucket_of_source each re-derived the elpa/user/builtin/
other origin of a defface path. Lift that into one path_kind(path) classifier;
both functions now map its result to their own vocabulary. Verified byte-identical
bucket output over a representative path set before and after.
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A newly-loaded package (or a new built-in face) used to fall into emacs-core because grouping is by name-prefix and an unknown prefix matched nothing. Now the fallback routes by where the defface lives: an elpa face becomes its own package bucket, a built-in face a new emacs-general child. So loading a package and running make face-coverage surfaces it as a fresh TODO bucket instead of an orphan in core. Recognized faces still match their family first, and faces.el/frame.el faces stay in emacs-core.
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face-coverage.org was rebuilt by a throwaway /tmp script each time. This makes it reproducible: face-coverage-dump.el dumps every face's name, docstring, and defface file from the live daemon (plus all group docs and package summaries), and face_coverage.py turns that into the tiered worklist (emacs-core / emacs-general / per-package), classifying each face by where its defface lives. make face-coverage regenerates the file; make face-coverage-diff reports the coverage delta against the committed copy.
The dump binds coding-system-for-write so writing the docstring JSON never drops into the interactive coding-system prompt. I validated the builder by regenerating and diffing against the hand-built worklist: headings identical, only the intro and one sharper description differ.
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