Mercurial > hg
view tests/test-rebase-obsolete3.t @ 48598:a6f16ec07ed7
stream-clone: add a explicit test for format change during stream clone
They are different kind of requirements, the one which impact the data storage
and are relevant to the files being streamed and the one which does not. For
example some requirements are only relevant to the working copy, like sparse, or
dirstate-v2.
Since they are irrelevant to the content being streamed, they do not prevent the
receiving side to use streaming clone and mercurial skip adverting them over
the wire and, ideally, within the bundle.
In addition, this let the client decide to use whichever format it desire for
the part that does not affect the store itself. So the configuration related to
these format are used as normal when doing a streaming clone.
In practice, the feature was not really tested and is badly broken with bundle-2,
since the requirements are not filtered out from the stream bundle.
So we start with adding simple tests as a good base before the fix and adjust
the feature.
Differential Revision: https://phab.mercurial-scm.org/D12029
author | Pierre-Yves David <pierre-yves.david@octobus.net> |
---|---|
date | Mon, 17 Jan 2022 18:51:47 +0100 |
parents | 535de0e34a79 |
children |
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========================== Test rebase with obsolete ========================== Enable obsolete $ cat >> $HGRCPATH << EOF > [command-templates] > log= {rev}:{node|short} {desc|firstline}{if(obsolete,' ({obsfate})')} > [experimental] > evolution.createmarkers=True > evolution.allowunstable=True > [phases] > publish=False > [extensions] > rebase= > drawdag=$TESTDIR/drawdag.py > strip= > EOF Divergence cases due to obsolete changesets ------------------------------------------- We should ignore branches with unstable changesets when they are based on an obsolete changeset which successor is in rebase set. $ hg init divergence $ cd divergence $ cat >> .hg/hgrc << EOF > [extensions] > strip = > [alias] > strip = strip --no-backup --quiet > [templates] > instabilities = '{rev}:{node|short} {desc|firstline}{if(instabilities," ({instabilities})")}\n' > EOF $ hg debugdrawdag <<EOF > e f > | | > d' d # replace: d -> d' > \ / > c > | > x b > \| > a > EOF 1 new orphan changesets $ hg log -G -r 'a':: * 7:1143e9adc121 f | | o 6:d60ebfa0f1cb e | | | o 5:027ad6c5830d d' | | x | 4:76be324c128b d (rewritten using replace as 5:027ad6c5830d) |/ o 3:a82ac2b38757 c | | o 2:630d7c95eff7 x | | o | 1:488e1b7e7341 b |/ o 0:b173517d0057 a Changeset d and its descendants are excluded to avoid divergence of d, which would occur because the successor of d (d') is also in rebaseset. As a consequence f (descendant of d) is left behind. $ hg rebase -b 'e' -d 'x' rebasing 1:488e1b7e7341 b "b" rebasing 3:a82ac2b38757 c "c" note: not rebasing 4:76be324c128b d "d" and its descendants as this would cause divergence rebasing 5:027ad6c5830d d' "d'" rebasing 6:d60ebfa0f1cb e "e" $ hg log -G -r 'a':: o 11:eb6d63fc4ed5 e | o 10:44d8c724a70c d' | o 9:d008e6b4d3fd c | o 8:67e8f4a16c49 b | | * 7:1143e9adc121 f | | | | x 6:d60ebfa0f1cb e (rewritten using rebase as 11:eb6d63fc4ed5) | | | | | x 5:027ad6c5830d d' (rewritten using rebase as 10:44d8c724a70c) | | | | x | 4:76be324c128b d (rewritten using replace as 5:027ad6c5830d) | |/ | x 3:a82ac2b38757 c (rewritten using rebase as 9:d008e6b4d3fd) | | o | 2:630d7c95eff7 x | | | x 1:488e1b7e7341 b (rewritten using rebase as 8:67e8f4a16c49) |/ o 0:b173517d0057 a $ hg strip -r 8: $ hg log -G -r 'a':: * 7:1143e9adc121 f | | o 6:d60ebfa0f1cb e | | | o 5:027ad6c5830d d' | | x | 4:76be324c128b d (rewritten using replace as 5:027ad6c5830d) |/ o 3:a82ac2b38757 c | | o 2:630d7c95eff7 x | | o | 1:488e1b7e7341 b |/ o 0:b173517d0057 a If the rebase set has an obsolete (d) with a successor (d') outside the rebase set and none in destination, we still get the divergence warning. By allowing divergence, we can perform the rebase. $ hg rebase -r 'c'::'f' -d 'x' abort: this rebase will cause divergences from: 76be324c128b (to force the rebase please set experimental.evolution.allowdivergence=True) [20] $ hg rebase --config experimental.evolution.allowdivergence=true -r 'c'::'f' -d 'x' rebasing 3:a82ac2b38757 c "c" rebasing 4:76be324c128b d "d" rebasing 7:1143e9adc121 f tip "f" 1 new orphan changesets 2 new content-divergent changesets $ hg log -G -r 'a':: -T instabilities o 10:e1744ea07510 f | * 9:e2b36ea9a0a0 d (content-divergent) | o 8:6a0376de376e c | | x 7:1143e9adc121 f | | | | * 6:d60ebfa0f1cb e (orphan) | | | | | * 5:027ad6c5830d d' (orphan content-divergent) | | | | x | 4:76be324c128b d | |/ | x 3:a82ac2b38757 c | | o | 2:630d7c95eff7 x | | | o 1:488e1b7e7341 b |/ o 0:b173517d0057 a $ hg strip -r 8: (Not skipping obsoletes means that divergence is allowed.) $ hg rebase --config experimental.rebaseskipobsolete=false -r 'c'::'f' -d 'x' rebasing 3:a82ac2b38757 c "c" rebasing 4:76be324c128b d "d" rebasing 7:1143e9adc121 f tip "f" 1 new orphan changesets 2 new content-divergent changesets $ hg strip -r 0: Similar test on a more complex graph $ hg debugdrawdag <<EOF > g > | > f e > | | > e' d # replace: e -> e' > \ / > c > | > x b > \| > a > EOF 1 new orphan changesets $ hg log -G -r 'a': * 8:2876ce66c6eb g | | o 7:3ffec603ab53 f | | x | 6:e36fae928aec e (rewritten using replace as 5:63324dc512ea) | | | o 5:63324dc512ea e' | | o | 4:76be324c128b d |/ o 3:a82ac2b38757 c | | o 2:630d7c95eff7 x | | o | 1:488e1b7e7341 b |/ o 0:b173517d0057 a $ hg rebase -b 'f' -d 'x' rebasing 1:488e1b7e7341 b "b" rebasing 3:a82ac2b38757 c "c" rebasing 4:76be324c128b d "d" note: not rebasing 6:e36fae928aec e "e" and its descendants as this would cause divergence rebasing 5:63324dc512ea e' "e'" rebasing 7:3ffec603ab53 f "f" $ hg log -G -r 'a': o 13:ef6251596616 f | o 12:b6f172e64af9 e' | | o 11:a1707a5b7c2c d |/ o 10:d008e6b4d3fd c | o 9:67e8f4a16c49 b | | * 8:2876ce66c6eb g | | | | x 7:3ffec603ab53 f (rewritten using rebase as 13:ef6251596616) | | | | x | 6:e36fae928aec e (rewritten using replace as 5:63324dc512ea) | | | | | x 5:63324dc512ea e' (rewritten using rebase as 12:b6f172e64af9) | | | | x | 4:76be324c128b d (rewritten using rebase as 11:a1707a5b7c2c) | |/ | x 3:a82ac2b38757 c (rewritten using rebase as 10:d008e6b4d3fd) | | o | 2:630d7c95eff7 x | | | x 1:488e1b7e7341 b (rewritten using rebase as 9:67e8f4a16c49) |/ o 0:b173517d0057 a issue5782 $ hg strip -r 0: $ hg debugdrawdag <<EOF > d > | > c1 c # replace: c -> c1 > \ / > b > | > a > EOF 1 new orphan changesets $ hg debugobsolete `hg log -T "{node}" --hidden -r 'desc("c1")'` 1 new obsolescence markers obsoleted 1 changesets $ hg log -G -r 'a': --hidden * 4:76be324c128b d | | x 3:ef8a456de8fa c1 (pruned) | | x | 2:a82ac2b38757 c (rewritten using replace as 3:ef8a456de8fa) |/ o 1:488e1b7e7341 b | o 0:b173517d0057 a $ hg rebase -d 0 -r 2 note: not rebasing 2:a82ac2b38757 c "c", it has no successor $ hg log -G -r 'a': --hidden * 4:76be324c128b d | | x 3:ef8a456de8fa c1 (pruned) | | x | 2:a82ac2b38757 c (rewritten using replace as 3:ef8a456de8fa) |/ o 1:488e1b7e7341 b | o 0:b173517d0057 a $ cd .. Start a normal rebase. When it runs into conflicts, rewrite one of the commits in the rebase set, causing divergence when the rebase continues. $ hg init $TESTTMP/new-divergence-after-conflict $ cd $TESTTMP/new-divergence-after-conflict $ hg debugdrawdag <<'EOS' > C2 > | C1 > |/ > B # B/D=B > | D > |/ > A > EOS $ hg rebase -r B::C1 -d D rebasing 1:2ec65233581b B "B" merging D warning: conflicts while merging D! (edit, then use 'hg resolve --mark') unresolved conflicts (see 'hg resolve', then 'hg rebase --continue') [240] $ hg debugobsolete $(hg log -r C1 -T '{node}') $(hg log -r C2 -T '{node}') 1 new obsolescence markers obsoleted 1 changesets $ hg log -G o 4:fdb9df6b130c C2 | | x 3:7e5bfd3c08f0 C1 (rewritten as 4:fdb9df6b130c) |/ | @ 2:b18e25de2cf5 D | | % | 1:2ec65233581b B |/ o 0:426bada5c675 A $ echo resolved > D $ hg resolve -m D (no more unresolved files) continue: hg rebase --continue $ hg rebase -c rebasing 1:2ec65233581b B "B" note: not rebasing 3:7e5bfd3c08f0 C1 "C1" and its descendants as this would cause divergence 1 new orphan changesets Rebase merge where successor of one parent is equal to destination (issue5198) $ hg init p1-succ-is-dest $ cd p1-succ-is-dest $ hg debugdrawdag <<EOF > F > /| > E D B # replace: D -> B > \|/ > A > EOF 1 new orphan changesets $ hg rebase -d B -s D note: not rebasing 2:b18e25de2cf5 D "D", already in destination as 1:112478962961 B "B" rebasing 4:66f1a38021c9 F tip "F" $ hg log -G o 5:50e9d60b99c6 F |\ | | x 4:66f1a38021c9 F (rewritten using rebase as 5:50e9d60b99c6) | |/| | o | 3:7fb047a69f22 E | | | | | x 2:b18e25de2cf5 D (rewritten using replace as 1:112478962961) | |/ o | 1:112478962961 B |/ o 0:426bada5c675 A $ cd .. Rebase merge where successor of other parent is equal to destination $ hg init p2-succ-is-dest $ cd p2-succ-is-dest $ hg debugdrawdag <<EOF > F > /| > E D B # replace: E -> B > \|/ > A > EOF 1 new orphan changesets $ hg rebase -d B -s E note: not rebasing 3:7fb047a69f22 E "E", already in destination as 1:112478962961 B "B" rebasing 4:66f1a38021c9 F tip "F" $ hg log -G o 5:aae1787dacee F |\ | | x 4:66f1a38021c9 F (rewritten using rebase as 5:aae1787dacee) | |/| | | x 3:7fb047a69f22 E (rewritten using replace as 1:112478962961) | | | | o | 2:b18e25de2cf5 D | |/ o / 1:112478962961 B |/ o 0:426bada5c675 A $ cd .. Rebase merge where successor of one parent is ancestor of destination $ hg init p1-succ-in-dest $ cd p1-succ-in-dest $ hg debugdrawdag <<EOF > F C > /| | > E D B # replace: D -> B > \|/ > A > EOF 1 new orphan changesets $ hg rebase -d C -s D note: not rebasing 2:b18e25de2cf5 D "D", already in destination as 1:112478962961 B "B" rebasing 5:66f1a38021c9 F tip "F" $ hg log -G o 6:0913febf6439 F |\ +---x 5:66f1a38021c9 F (rewritten using rebase as 6:0913febf6439) | | | | o | 4:26805aba1e60 C | | | o | | 3:7fb047a69f22 E | | | +---x 2:b18e25de2cf5 D (rewritten using replace as 1:112478962961) | | | o 1:112478962961 B |/ o 0:426bada5c675 A $ cd .. Rebase merge where successor of other parent is ancestor of destination $ hg init p2-succ-in-dest $ cd p2-succ-in-dest $ hg debugdrawdag <<EOF > F C > /| | > E D B # replace: E -> B > \|/ > A > EOF 1 new orphan changesets $ hg rebase -d C -s E note: not rebasing 3:7fb047a69f22 E "E", already in destination as 1:112478962961 B "B" rebasing 5:66f1a38021c9 F tip "F" $ hg log -G o 6:c6ab0cc6d220 F |\ +---x 5:66f1a38021c9 F (rewritten using rebase as 6:c6ab0cc6d220) | | | | o | 4:26805aba1e60 C | | | | | x 3:7fb047a69f22 E (rewritten using replace as 1:112478962961) | | | o---+ 2:b18e25de2cf5 D / / o / 1:112478962961 B |/ o 0:426bada5c675 A $ cd .. Rebase merge where successor of one parent is ancestor of destination $ hg init p1-succ-in-dest-b $ cd p1-succ-in-dest-b $ hg debugdrawdag <<EOF > F C > /| | > E D B # replace: E -> B > \|/ > A > EOF 1 new orphan changesets $ hg rebase -d C -b F rebasing 2:b18e25de2cf5 D "D" note: not rebasing 3:7fb047a69f22 E "E", already in destination as 1:112478962961 B "B" rebasing 5:66f1a38021c9 F tip "F" note: not rebasing 5:66f1a38021c9 F tip "F", its destination already has all its changes $ hg log -G o 6:8f47515dda15 D | | x 5:66f1a38021c9 F (pruned using rebase) | |\ o | | 4:26805aba1e60 C | | | | | x 3:7fb047a69f22 E (rewritten using replace as 1:112478962961) | | | | x | 2:b18e25de2cf5 D (rewritten using rebase as 6:8f47515dda15) | |/ o / 1:112478962961 B |/ o 0:426bada5c675 A $ cd .. Rebase merge where successor of other parent is ancestor of destination $ hg init p2-succ-in-dest-b $ cd p2-succ-in-dest-b $ hg debugdrawdag <<EOF > F C > /| | > E D B # replace: D -> B > \|/ > A > EOF 1 new orphan changesets $ hg rebase -d C -b F note: not rebasing 2:b18e25de2cf5 D "D", already in destination as 1:112478962961 B "B" rebasing 3:7fb047a69f22 E "E" rebasing 5:66f1a38021c9 F tip "F" note: not rebasing 5:66f1a38021c9 F tip "F", its destination already has all its changes $ hg log -G o 6:533690786a86 E | | x 5:66f1a38021c9 F (pruned using rebase) | |\ o | | 4:26805aba1e60 C | | | | | x 3:7fb047a69f22 E (rewritten using rebase as 6:533690786a86) | | | | x | 2:b18e25de2cf5 D (rewritten using replace as 1:112478962961) | |/ o / 1:112478962961 B |/ o 0:426bada5c675 A $ cd .. Rebase merge where extinct node has successor that is not an ancestor of destination $ hg init extinct-with-succ-not-in-dest $ cd extinct-with-succ-not-in-dest $ hg debugdrawdag <<EOF > E C # replace: C -> E > | | > D B > |/ > A > EOF $ hg rebase -d D -s B rebasing 1:112478962961 B "B" note: not rebasing 3:26805aba1e60 C "C" and its descendants as this would cause divergence $ cd .. $ hg init p2-succ-in-dest-c $ cd p2-succ-in-dest-c The scenario here was that B::D were developed on default. B was queued on stable, but amended before being push to hg-committed. C was queued on default, along with unrelated J. $ hg debugdrawdag <<EOF > J > | > F > | > E > | D > | | > | C # replace: C -> F > | | H I # replace: B -> H -> I > | B |/ > |/ G > A > EOF 1 new orphan changesets This strip seems to be the key to avoid an early divergence warning. $ hg --config extensions.strip= --hidden strip -qr H 1 new orphan changesets $ hg rebase -b 'desc("D")' -d 'desc("J")' abort: this rebase will cause divergences from: 112478962961 (to force the rebase please set experimental.evolution.allowdivergence=True) [20] Rebase merge where both parents have successors in destination $ hg init p12-succ-in-dest $ cd p12-succ-in-dest $ hg debugdrawdag <<'EOS' > E F > /| /| # replace: A -> C > A B C D # replace: B -> D > | | > X Y > EOS 1 new orphan changesets $ hg rebase -r A+B+E -d F note: not rebasing 4:a3d17304151f A "A", already in destination as 0:96cc3511f894 C "C" note: not rebasing 5:b23a2cc00842 B "B", already in destination as 1:058c1e1fb10a D "D" rebasing 7:dac5d11c5a7d E tip "E" abort: rebasing 7:dac5d11c5a7d will include unwanted changes from 3:59c792af609c, 5:b23a2cc00842 or 2:ba2b7fa7166d, 4:a3d17304151f [10] $ cd .. Rebase a non-clean merge. One parent has successor in destination, the other parent moves as requested. $ hg init p1-succ-p2-move $ cd p1-succ-p2-move $ hg debugdrawdag <<'EOS' > D Z > /| | # replace: A -> C > A B C # D/D = D > EOS 1 new orphan changesets $ hg rebase -r A+B+D -d Z note: not rebasing 0:426bada5c675 A "A", already in destination as 2:96cc3511f894 C "C" rebasing 1:fc2b737bb2e5 B "B" rebasing 3:b8ed089c80ad D "D" $ rm .hg/localtags $ hg log -G o 6:e4f78693cc88 D | o 5:76840d832e98 B | o 4:50e41c1f3950 Z | o 2:96cc3511f894 C $ hg files -r tip B C D Z $ cd .. $ hg init p1-move-p2-succ $ cd p1-move-p2-succ $ hg debugdrawdag <<'EOS' > D Z > /| | # replace: B -> C > A B C # D/D = D > EOS 1 new orphan changesets $ hg rebase -r B+A+D -d Z rebasing 0:426bada5c675 A "A" note: not rebasing 1:fc2b737bb2e5 B "B", already in destination as 2:96cc3511f894 C "C" rebasing 3:b8ed089c80ad D "D" $ rm .hg/localtags $ hg log -G o 6:1b355ed94d82 D | o 5:a81a74d764a6 A | o 4:50e41c1f3950 Z | o 2:96cc3511f894 C $ hg files -r tip A C D Z $ cd ..