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Lookup walked the whole size group for every file in it, so N copies of
one file cost N walks of an N-member group, each taking the index's
lock at every step - which is why more workers made it slower rather
than faster. Every member of a class elects the same original (the
invariant identicalTo already documents and a test already pins), so
the class is memoised on the first walk and every later member is a
map lookup.
Measured over identical files, invented data, same machine:
500 files 0.17s -> 0.12s
2000 files 1.89s -> 0.58s
and the plans are byte-identical once the sandbox path is normalised.
The test counts walks: one per content class, not one per file.
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So that go install can find it. cgit serves no go-import meta tag, so
nginx answers a ?go-get=1 request for /NAME with one pointing at
https://git.labunix.xyz/NAME.git; the alternative was carrying a .git
suffix through every import line forever.
One sed over the imports, both go.mod files, and the dependency gate's
whitelist. Nothing else depends on the path. go install works from the
next tag, the first release whose go.mod carries it.
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README, changelog
Also: undo removes the directories its run created; a hardlink is never a
duplicate of its own other name; a flag written before "undo" is honoured;
--version prints no leading v. Duplicate conditions with different scopes
not sharing an original is documented as a known limitation.
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explain, dry run
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