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#testcases filelog compatibility changeset
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$ cat >> $HGRCPATH << EOF
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> [extensions]
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> rebase=
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> [alias]
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> l = log -G -T '{rev} {desc}\n{files}\n'
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> EOF
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#if compatibility
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$ cat >> $HGRCPATH << EOF
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> [experimental]
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> copies.read-from = compatibility
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> EOF
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#endif
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#if changeset
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$ cat >> $HGRCPATH << EOF
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> [experimental]
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> copies.read-from = changeset-only
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> copies.write-to = changeset-only
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> EOF
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#endif
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$ REPONUM=0
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$ newrepo() {
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> cd $TESTTMP
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> REPONUM=`expr $REPONUM + 1`
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> hg init repo-$REPONUM
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> cd repo-$REPONUM
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> }
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Simple rename case
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$ newrepo
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$ echo x > x
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$ hg ci -Aqm 'add x'
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$ hg mv x y
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$ hg debugp1copies
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x -> y
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$ hg debugp2copies
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$ hg ci -m 'rename x to y'
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$ hg l
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@ 1 rename x to y
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| x y
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o 0 add x
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x
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$ hg debugp1copies -r 1
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x -> y
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$ hg debugpathcopies 0 1
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x -> y
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$ hg debugpathcopies 1 0
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y -> x
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Test filtering copies by path. We do filtering by destination.
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$ hg debugpathcopies 0 1 x
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$ hg debugpathcopies 1 0 x
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y -> x
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$ hg debugpathcopies 0 1 y
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x -> y
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$ hg debugpathcopies 1 0 y
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Copy a file onto another file
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$ newrepo
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$ echo x > x
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$ echo y > y
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$ hg ci -Aqm 'add x and y'
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$ hg cp -f x y
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$ hg debugp1copies
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x -> y
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$ hg debugp2copies
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$ hg ci -m 'copy x onto y'
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$ hg l
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@ 1 copy x onto y
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| y
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o 0 add x and y
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x y
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$ hg debugp1copies -r 1
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x -> y
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Incorrectly doesn't show the rename
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$ hg debugpathcopies 0 1
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Copy a file onto another file with same content. If metadata is stored in changeset, this does not
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produce a new filelog entry. The changeset's "files" entry should still list the file.
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$ newrepo
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$ echo x > x
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$ echo x > x2
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$ hg ci -Aqm 'add x and x2 with same content'
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$ hg cp -f x x2
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$ hg ci -m 'copy x onto x2'
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$ hg l
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@ 1 copy x onto x2
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| x2
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o 0 add x and x2 with same content
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x x2
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$ hg debugp1copies -r 1
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x -> x2
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Incorrectly doesn't show the rename
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$ hg debugpathcopies 0 1
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Copy a file, then delete destination, then copy again. This does not create a new filelog entry.
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$ newrepo
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$ echo x > x
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$ hg ci -Aqm 'add x'
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$ hg cp x y
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$ hg ci -m 'copy x to y'
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$ hg rm y
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$ hg ci -m 'remove y'
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$ hg cp -f x y
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$ hg ci -m 'copy x onto y (again)'
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$ hg l
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@ 3 copy x onto y (again)
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| y
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o 2 remove y
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| y
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o 1 copy x to y
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| y
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o 0 add x
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x
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$ hg debugp1copies -r 3
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x -> y
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$ hg debugpathcopies 0 3
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x -> y
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Rename file in a loop: x->y->z->x
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$ newrepo
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$ echo x > x
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$ hg ci -Aqm 'add x'
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$ hg mv x y
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$ hg debugp1copies
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x -> y
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$ hg debugp2copies
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$ hg ci -m 'rename x to y'
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$ hg mv y z
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$ hg ci -m 'rename y to z'
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$ hg mv z x
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$ hg ci -m 'rename z to x'
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$ hg l
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@ 3 rename z to x
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| x z
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o 2 rename y to z
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| y z
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o 1 rename x to y
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| x y
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o 0 add x
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x
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$ hg debugpathcopies 0 3
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Copy x to y, then remove y, then add back y. With copy metadata in the changeset, this could easily
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end up reporting y as copied from x (if we don't unmark it as a copy when it's removed).
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$ newrepo
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$ echo x > x
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$ hg ci -Aqm 'add x'
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$ hg mv x y
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$ hg ci -m 'rename x to y'
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$ hg rm y
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$ hg ci -qm 'remove y'
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$ echo x > y
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$ hg ci -Aqm 'add back y'
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$ hg l
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@ 3 add back y
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| y
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o 2 remove y
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| y
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o 1 rename x to y
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| x y
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o 0 add x
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x
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$ hg debugp1copies -r 3
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$ hg debugpathcopies 0 3
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Copy x to z, then remove z, then copy x2 (same content as x) to z. With copy metadata in the
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changeset, the two copies here will have the same filelog entry, so ctx['z'].introrev() might point
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to the first commit that added the file. We should still report the copy as being from x2.
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$ newrepo
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$ echo x > x
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$ echo x > x2
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$ hg ci -Aqm 'add x and x2 with same content'
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$ hg cp x z
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$ hg ci -qm 'copy x to z'
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$ hg rm z
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$ hg ci -m 'remove z'
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$ hg cp x2 z
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$ hg ci -m 'copy x2 to z'
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$ hg l
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@ 3 copy x2 to z
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| z
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o 2 remove z
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| z
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o 1 copy x to z
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| z
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o 0 add x and x2 with same content
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x x2
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$ hg debugp1copies -r 3
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x2 -> z
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$ hg debugpathcopies 0 3
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x2 -> z
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Create x and y, then rename them both to the same name, but on different sides of a fork
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$ newrepo
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$ echo x > x
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$ echo y > y
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$ hg ci -Aqm 'add x and y'
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$ hg mv x z
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$ hg ci -qm 'rename x to z'
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$ hg co -q 0
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$ hg mv y z
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$ hg ci -qm 'rename y to z'
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$ hg l
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@ 2 rename y to z
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| y z
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| o 1 rename x to z
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|/ x z
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o 0 add x and y
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x y
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$ hg debugpathcopies 1 2
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z -> x
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y -> z
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Fork renames x to y on one side and removes x on the other
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$ newrepo
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$ echo x > x
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$ hg ci -Aqm 'add x'
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$ hg mv x y
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$ hg ci -m 'rename x to y'
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$ hg co -q 0
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$ hg rm x
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$ hg ci -m 'remove x'
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created new head
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$ hg l
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@ 2 remove x
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| x
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| o 1 rename x to y
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|/ x y
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o 0 add x
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x
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$ hg debugpathcopies 1 2
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Copies via null revision (there shouldn't be any)
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$ newrepo
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$ echo x > x
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$ hg ci -Aqm 'add x'
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$ hg cp x y
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$ hg ci -m 'copy x to y'
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$ hg co -q null
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$ echo x > x
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$ hg ci -Aqm 'add x (again)'
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$ hg l
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@ 2 add x (again)
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x
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o 1 copy x to y
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| y
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o 0 add x
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x
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$ hg debugpathcopies 1 2
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$ hg debugpathcopies 2 1
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Merge rename from other branch
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$ newrepo
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$ echo x > x
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$ hg ci -Aqm 'add x'
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$ hg mv x y
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$ hg ci -m 'rename x to y'
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$ hg co -q 0
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$ echo z > z
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$ hg ci -Aqm 'add z'
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$ hg merge -q 1
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$ hg debugp1copies
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$ hg debugp2copies
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$ hg ci -m 'merge rename from p2'
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$ hg l
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@ 3 merge rename from p2
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|\ x
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| o 2 add z
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|
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| | z
|
|
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o | 1 rename x to y
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|/ x y
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o 0 add x
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|
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x
|
|
|
Perhaps we should indicate the rename here, but `hg status` is documented to be weird during
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merges, so...
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$ hg debugp1copies -r 3
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$ hg debugp2copies -r 3
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$ hg debugpathcopies 0 3
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x -> y
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$ hg debugpathcopies 1 2
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y -> x
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$ hg debugpathcopies 1 3
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$ hg debugpathcopies 2 3
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x -> y
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Copy file from either side in a merge
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$ newrepo
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$ echo x > x
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$ hg ci -Aqm 'add x'
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$ hg co -q null
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$ echo y > y
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$ hg ci -Aqm 'add y'
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$ hg merge -q 0
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$ hg cp y z
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$ hg debugp1copies
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y -> z
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$ hg debugp2copies
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$ hg ci -m 'copy file from p1 in merge'
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$ hg co -q 1
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$ hg merge -q 0
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$ hg cp x z
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$ hg debugp1copies
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$ hg debugp2copies
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x -> z
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$ hg ci -qm 'copy file from p2 in merge'
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$ hg l
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@ 3 copy file from p2 in merge
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|\ z
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+---o 2 copy file from p1 in merge
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| |/ z
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| o 1 add y
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| y
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o 0 add x
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x
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$ hg debugp1copies -r 2
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y -> z
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$ hg debugp2copies -r 2
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$ hg debugpathcopies 1 2
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y -> z
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$ hg debugpathcopies 0 2
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$ hg debugp1copies -r 3
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$ hg debugp2copies -r 3
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x -> z
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$ hg debugpathcopies 1 3
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$ hg debugpathcopies 0 3
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x -> z
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Copy file that exists on both sides of the merge, same content on both sides
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$ newrepo
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$ echo x > x
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$ hg ci -Aqm 'add x on branch 1'
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$ hg co -q null
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$ echo x > x
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$ hg ci -Aqm 'add x on branch 2'
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$ hg merge -q 0
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$ hg cp x z
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$ hg debugp1copies
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x -> z
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$ hg debugp2copies
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$ hg ci -qm 'merge'
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$ hg l
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@ 2 merge
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|\ z
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| o 1 add x on branch 2
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| x
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o 0 add x on branch 1
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x
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$ hg debugp1copies -r 2
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x -> z
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$ hg debugp2copies -r 2
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It's a little weird that it shows up on both sides
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$ hg debugpathcopies 1 2
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x -> z
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$ hg debugpathcopies 0 2
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x -> z (filelog !)
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Copy file that exists on both sides of the merge, different content
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$ newrepo
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$ echo branch1 > x
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$ hg ci -Aqm 'add x on branch 1'
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$ hg co -q null
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$ echo branch2 > x
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$ hg ci -Aqm 'add x on branch 2'
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$ hg merge -q 0
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|
warning: conflicts while merging x! (edit, then use 'hg resolve --mark')
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|
[1]
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$ echo resolved > x
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|
|
$ hg resolve -m x
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|
|
(no more unresolved files)
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$ hg cp x z
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$ hg debugp1copies
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x -> z
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$ hg debugp2copies
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$ hg ci -qm 'merge'
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$ hg l
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|
@ 2 merge
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|\ x z
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| o 1 add x on branch 2
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| x
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o 0 add x on branch 1
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x
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$ hg debugp1copies -r 2
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|
x -> z (changeset !)
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$ hg debugp2copies -r 2
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x -> z (no-changeset !)
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$ hg debugpathcopies 1 2
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|
x -> z (changeset !)
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$ hg debugpathcopies 0 2
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|
x -> z (no-changeset !)
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Copy x->y on one side of merge and copy x->z on the other side. Pathcopies from one parent
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|
of the merge to the merge should include the copy from the other side.
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|
$ newrepo
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|
|
$ echo x > x
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|
$ hg ci -Aqm 'add x'
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|
|
$ hg cp x y
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|
|
$ hg ci -qm 'copy x to y'
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$ hg co -q 0
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|
|
$ hg cp x z
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|
|
$ hg ci -qm 'copy x to z'
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|
|
$ hg merge -q 1
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|
|
$ hg ci -m 'merge copy x->y and copy x->z'
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|
|
$ hg l
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|
@ 3 merge copy x->y and copy x->z
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|
|
|\
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| o 2 copy x to z
|
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| | z
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o | 1 copy x to y
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|/ y
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|
o 0 add x
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|
x
|
|
|
$ hg debugp1copies -r 3
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|
|
$ hg debugp2copies -r 3
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|
|
$ hg debugpathcopies 2 3
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|
|
x -> y
|
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|
$ hg debugpathcopies 1 3
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|
|
x -> z
|
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|
Copy x to y on one side of merge, create y and rename to z on the other side. Pathcopies from the
|
|
|
first side should not include the y->z rename since y didn't exist in the merge base.
|
|
|
$ newrepo
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|
|
$ echo x > x
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|
|
$ hg ci -Aqm 'add x'
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|
|
$ hg cp x y
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|
|
$ hg ci -qm 'copy x to y'
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|
|
$ hg co -q 0
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|
|
$ echo y > y
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|
|
$ hg ci -Aqm 'add y'
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|
|
$ hg mv y z
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|
|
$ hg ci -m 'rename y to z'
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|
|
$ hg merge -q 1
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|
|
$ hg ci -m 'merge'
|
|
|
$ hg l
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|
|
@ 4 merge
|
|
|
|\
|
|
|
| o 3 rename y to z
|
|
|
| | y z
|
|
|
| o 2 add y
|
|
|
| | y
|
|
|
o | 1 copy x to y
|
|
|
|/ y
|
|
|
o 0 add x
|
|
|
x
|
|
|
$ hg debugp1copies -r 3
|
|
|
y -> z
|
|
|
$ hg debugp2copies -r 3
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|
|
$ hg debugpathcopies 2 3
|
|
|
y -> z
|
|
|
$ hg debugpathcopies 1 3
|
|
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|
Create x and y, then rename x to z on one side of merge, and rename y to z and modify z on the
|
|
|
other side.
|
|
|
$ newrepo
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|
|
$ echo x > x
|
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$ echo y > y
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$ hg ci -Aqm 'add x and y'
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$ hg mv x z
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$ hg ci -qm 'rename x to z'
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$ hg co -q 0
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$ hg mv y z
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$ hg ci -qm 'rename y to z'
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$ echo z >> z
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$ hg ci -m 'modify z'
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$ hg merge -q 1
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warning: conflicts while merging z! (edit, then use 'hg resolve --mark')
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[1]
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$ echo z > z
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$ hg resolve -qm z
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$ hg ci -m 'merge 1 into 3'
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Try merging the other direction too
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$ hg co -q 1
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$ hg merge -q 3
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warning: conflicts while merging z! (edit, then use 'hg resolve --mark')
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[1]
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$ echo z > z
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$ hg resolve -qm z
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$ hg ci -m 'merge 3 into 1'
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created new head
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$ hg l
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@ 5 merge 3 into 1
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|\ y z
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+---o 4 merge 1 into 3
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| |/ x z
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| o 3 modify z
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| | z
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| o 2 rename y to z
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| | y z
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o | 1 rename x to z
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|/ x z
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o 0 add x and y
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x y
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$ hg debugpathcopies 1 4
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$ hg debugpathcopies 2 4
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$ hg debugpathcopies 0 4
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x -> z (filelog !)
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y -> z (compatibility !)
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$ hg debugpathcopies 1 5
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$ hg debugpathcopies 2 5
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$ hg debugpathcopies 0 5
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x -> z
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Test for a case in fullcopytracing algorithm where both the merging csets are
|
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|
"dirty"; where a dirty cset means that cset is descendant of merge base. This
|
|
|
test reflect that for this particular case this algorithm correctly find the copies:
|
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|
|
|
$ cat >> $HGRCPATH << EOF
|
|
|
> [experimental]
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> evolution.createmarkers=True
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|
> evolution.allowunstable=True
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> EOF
|
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|
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$ newrepo
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|
|
$ echo a > a
|
|
|
$ hg add a
|
|
|
$ hg ci -m "added a"
|
|
|
$ echo b > b
|
|
|
$ hg add b
|
|
|
$ hg ci -m "added b"
|
|
|
|
|
|
$ hg mv b b1
|
|
|
$ hg ci -m "rename b to b1"
|
|
|
|
|
|
$ hg up ".^"
|
|
|
1 files updated, 0 files merged, 1 files removed, 0 files unresolved
|
|
|
$ echo d > d
|
|
|
$ hg add d
|
|
|
$ hg ci -m "added d"
|
|
|
created new head
|
|
|
|
|
|
$ echo baba >> b
|
|
|
$ hg ci --amend -m "added d, modified b"
|
|
|
|
|
|
$ hg l --hidden
|
|
|
@ 4 added d, modified b
|
|
|
| b d
|
|
|
| x 3 added d
|
|
|
|/ d
|
|
|
| o 2 rename b to b1
|
|
|
|/ b b1
|
|
|
o 1 added b
|
|
|
| b
|
|
|
o 0 added a
|
|
|
a
|
|
|
|
|
|
Grafting revision 4 on top of revision 2, showing that it respect the rename:
|
|
|
|
|
|
$ hg up 2 -q
|
|
|
$ hg graft -r 4 --base 3 --hidden
|
|
|
grafting 4:af28412ec03c "added d, modified b" (tip)
|
|
|
merging b1 and b to b1
|
|
|
|
|
|
$ hg l -l1 -p
|
|
|
@ 5 added d, modified b
|
|
|
| b1
|
|
|
~ diff -r 5a4825cc2926 -r 94a2f1a0e8e2 b1 (no-changeset !)
|
|
|
~ diff -r f5474f5023a8 -r ef7c02d69f3d b1 (changeset !)
|
|
|
--- a/b1 Thu Jan 01 00:00:00 1970 +0000
|
|
|
+++ b/b1 Thu Jan 01 00:00:00 1970 +0000
|
|
|
@@ -1,1 +1,2 @@
|
|
|
b
|
|
|
+baba
|
|
|
|
|
|
Test to make sure that fullcopytracing algorithm don't fail when both the merging csets are dirty
|
|
|
(a dirty cset is one who is not the descendant of merge base)
|
|
|
-------------------------------------------------------------------------------------------------
|
|
|
|
|
|
$ newrepo
|
|
|
$ echo a > a
|
|
|
$ hg add a
|
|
|
$ hg ci -m "added a"
|
|
|
$ echo b > b
|
|
|
$ hg add b
|
|
|
$ hg ci -m "added b"
|
|
|
|
|
|
$ echo foobar > willconflict
|
|
|
$ hg add willconflict
|
|
|
$ hg ci -m "added willconflict"
|
|
|
$ echo c > c
|
|
|
$ hg add c
|
|
|
$ hg ci -m "added c"
|
|
|
|
|
|
$ hg l
|
|
|
@ 3 added c
|
|
|
| c
|
|
|
o 2 added willconflict
|
|
|
| willconflict
|
|
|
o 1 added b
|
|
|
| b
|
|
|
o 0 added a
|
|
|
a
|
|
|
|
|
|
$ hg up ".^^"
|
|
|
0 files updated, 0 files merged, 2 files removed, 0 files unresolved
|
|
|
$ echo d > d
|
|
|
$ hg add d
|
|
|
$ hg ci -m "added d"
|
|
|
created new head
|
|
|
|
|
|
$ echo barfoo > willconflict
|
|
|
$ hg add willconflict
|
|
|
$ hg ci --amend -m "added willconflict and d"
|
|
|
|
|
|
$ hg l
|
|
|
@ 5 added willconflict and d
|
|
|
| d willconflict
|
|
|
| o 3 added c
|
|
|
| | c
|
|
|
| o 2 added willconflict
|
|
|
|/ willconflict
|
|
|
o 1 added b
|
|
|
| b
|
|
|
o 0 added a
|
|
|
a
|
|
|
|
|
|
$ hg rebase -r . -d 2 -t :other
|
|
|
rebasing 5:5018b1509e94 "added willconflict and d" (tip)
|
|
|
|
|
|
$ hg up 3 -q
|
|
|
$ hg l --hidden
|
|
|
o 6 added willconflict and d
|
|
|
| d willconflict
|
|
|
| x 5 added willconflict and d
|
|
|
| | d willconflict
|
|
|
| | x 4 added d
|
|
|
| |/ d
|
|
|
+---@ 3 added c
|
|
|
| | c
|
|
|
o | 2 added willconflict
|
|
|
|/ willconflict
|
|
|
o 1 added b
|
|
|
| b
|
|
|
o 0 added a
|
|
|
a
|
|
|
|
|
|
Now if we trigger a merge between cset revision 3 and 6 using base revision 4, in this case
|
|
|
both the merging csets will be dirty as no one is descendent of base revision:
|
|
|
|
|
|
$ hg graft -r 6 --base 4 --hidden -t :other
|
|
|
grafting 6:99802e4f1e46 "added willconflict and d" (tip)
|
|
|
|
