Mercurial > hg
view tests/test-manifestv2.t @ 35778:128dd940bedc
repair: invalidate volatile sets after stripping
Matt Harbison reported that some tests were broken on Windows after
1a09dad8b85a (evolution: report new unstable changesets,
2018-01-14). The failures were exactly as seen in this patch. The
failures actually seemed correct, which made me wonder why they didn't
fail the same way on Linux. It turned out to be a cache invalidation
problem.
The new orphan mentioned in the test case actually does get created
when we're re-applying the temporary bundle that's created while
stripping. However, without the invalidation, it appears that there
was already an orphan before applying the temporary bundle.
The warnings about unknown working parent appear because the
aformentioned changeset means that we're now accessing the dirstate
while it's invalid.
We may want to suppress these messages that happen in the intermediate
strip state, but they're technically correct (although confusing to
the user), so I think just fixing the cache invalidation is fine for
now.
I haven't figured out why the caches seemed to get correctly
invalidated on Windows.
Differential Revision: https://phab.mercurial-scm.org/D1933
author | Martin von Zweigbergk <martinvonz@google.com> |
---|---|
date | Sat, 20 Jan 2018 23:21:59 -0800 |
parents | eb586ed5d8ce |
children |
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Create repo with old manifest $ cat << EOF >> $HGRCPATH > [format] > usegeneraldelta=yes > EOF $ hg init existing $ cd existing $ echo footext > foo $ hg add foo $ hg commit -m initial We're using v1, so no manifestv2 entry is in requires yet. $ grep manifestv2 .hg/requires [1] Let's clone this with manifestv2 enabled to switch to the new format for future commits. $ cd .. $ hg clone --pull existing new --config experimental.manifestv2=1 requesting all changes adding changesets adding manifests adding file changes added 1 changesets with 1 changes to 1 files new changesets 0fc9a4fafa44 updating to branch default 1 files updated, 0 files merged, 0 files removed, 0 files unresolved $ cd new Check that entry was added to .hg/requires. $ grep manifestv2 .hg/requires manifestv2 Make a new commit. $ echo newfootext > foo $ hg commit -m new Check that the manifest actually switched to v2. $ hg debugdata -m 0 foo\x0021e958b1dca695a60ee2e9cf151753204ee0f9e9 (esc) $ hg debugdata -m 1 \x00 (esc) \x00foo\x00 (esc) I\xab\x7f\xb8(\x83\xcas\x15\x9d\xc2\xd3\xd3:5\x08\xbad5_ (esc) Check that manifestv2 is used if the requirement is present, even if it's disabled in the config. $ echo newerfootext > foo $ hg --config experimental.manifestv2=False commit -m newer $ hg debugdata -m 2 \x00 (esc) \x00foo\x00 (esc) \xa6\xb1\xfb\xef]\x91\xa1\x19`\xf3.#\x90S\xf8\x06 \xe2\x19\x00 (esc) Check that we can still read v1 manifests. $ hg files -r 0 foo $ cd .. Check that entry is added to .hg/requires on repo creation $ hg --config experimental.manifestv2=True init repo $ cd repo $ grep manifestv2 .hg/requires manifestv2 Set up simple repo $ echo a > file1 $ echo b > file2 $ echo c > file3 $ hg ci -Aqm 'initial' $ echo d > file2 $ hg ci -m 'modify file2' Check that 'hg verify', which uses manifest.readdelta(), works $ hg verify checking changesets checking manifests crosschecking files in changesets and manifests checking files 3 files, 2 changesets, 4 total revisions Check that manifest revlog is smaller than for v1 $ hg debugindex -m rev offset length delta linkrev nodeid p1 p2 0 0 81 -1 0 57361477c778 000000000000 000000000000 1 81 33 0 1 aeaab5a2ef74 57361477c778 000000000000