hg-cpython: fallback when encountering an unknown matcher
At this point in the process, nothing user-visible has happened, it is still
safe to fallback. This can happen now that we're going to be using
"container matchers" like unionmatcher and intersectionmatcher.
This is easier and less error-prone than recursive checking beforehand since
only the presence of a transformation case will allow the process to continue.
$ cat >> $HGRCPATH<<EOF
> [extensions]
> drawdag=$TESTDIR/drawdag.py
> [experimental]
> evolution=true
> EOF
$ reinit () {
> rm -rf .hg && hg init
> }
$ hg init
Test what said in drawdag.py docstring
$ hg debugdrawdag <<'EOS'
> c d
> |/
> b
> |
> a
> EOS
$ hg log -G -T '{rev} {desc} ({tags})'
o 3 d (d tip)
|
| o 2 c (c)
|/
o 1 b (b)
|
o 0 a (a)
$ hg debugdrawdag <<'EOS'
> foo bar bar foo
> | / | |
> ancestor(c,d) a baz
> EOS
$ hg log -G -T '{desc}'
o foo
|\
+---o bar
| | |
| o | baz
| /
+---o d
| |
+---o c
| |
o | b
|/
o a
$ reinit
$ hg debugdrawdag <<'EOS'
> o foo
> |\
> +---o bar
> | | |
> | o | baz
> | /
> +---o d
> | |
> +---o c
> | |
> o | b
> |/
> o a
> EOS
$ hg log -G -T '{desc}'
o foo
|\
| | o d
| |/
| | o c
| |/
| | o bar
| |/|
| o | b
| |/
o / baz
/
o a
$ reinit
$ hg debugdrawdag <<'EOS'
> o foo
> |\
> | | o d
> | |/
> | | o c
> | |/
> | | o bar
> | |/|
> | o | b
> | |/
> o / baz
> /
> o a
> EOS
$ hg log -G -T '{desc}'
o foo
|\
| | o d
| |/
| | o c
| |/
| | o bar
| |/|
| o | b
| |/
o / baz
/
o a
$ hg manifest -r a
a
$ hg manifest -r b
a
b
$ hg manifest -r bar
a
b
$ hg manifest -r foo
a
b
baz
Edges existed in repo are no-ops
$ reinit
$ hg debugdrawdag <<'EOS'
> B C C
> | | |
> A A B
> EOS
$ hg log -G -T '{desc}'
o C
|\
| o B
|/
o A
$ hg debugdrawdag <<'EOS'
> C D C
> | | |
> B B A
> EOS
$ hg log -G -T '{desc}'
o D
|
| o C
|/|
o | B
|/
o A
Node with more than 2 parents are disallowed
$ hg debugdrawdag <<'EOS'
> A
> /|\
> D B C
> EOS
abort: A: too many parents: C D B
[255]
Cycles are disallowed
$ hg debugdrawdag <<'EOS'
> A
> |
> A
> EOS
abort: the graph has cycles
[255]
$ hg debugdrawdag <<'EOS'
> A
> |
> B
> |
> A
> EOS
abort: the graph has cycles
[255]
Create obsmarkers via comments
$ reinit
$ hg debugdrawdag <<'EOS'
> G
> |
> I D C F # split: B -> E, F, G
> \ \| | # replace: C -> D -> H
> H B E # prune: F, I
> \|/
> A
> EOS
1 new orphan changesets
$ hg log -r 'sort(all(), topo)' -G --hidden -T '{desc} {node}'
* G 711f53bbef0bebd12eb6f0511d5e2e998b984846
|
x F 64a8289d249234b9886244d379f15e6b650b28e3
|
o E 7fb047a69f220c21711122dfd94305a9efb60cba
|
| x D be0ef73c17ade3fc89dc41701eb9fc3a91b58282
| |
| | x C 26805aba1e600a82e93661149f2313866a221a7b
| |/
| x B 112478962961147124edd43549aedd1a335e44bf
|/
| x I 58e6b987bf7045fcd9c54f496396ca1d1fc81047
| |
| o H 575c4b5ec114d64b681d33f8792853568bfb2b2c
|/
o A 426bada5c67598ca65036d57d9e4b64b0c1ce7a0
$ hg debugobsolete
112478962961147124edd43549aedd1a335e44bf 7fb047a69f220c21711122dfd94305a9efb60cba 64a8289d249234b9886244d379f15e6b650b28e3 711f53bbef0bebd12eb6f0511d5e2e998b984846 0 (Thu Jan 01 00:00:00 1970 +0000) {'ef1': '0', 'operation': 'split', 'user': 'test'}
26805aba1e600a82e93661149f2313866a221a7b be0ef73c17ade3fc89dc41701eb9fc3a91b58282 0 (Thu Jan 01 00:00:00 1970 +0000) {'ef1': '9', 'operation': 'replace', 'user': 'test'}
be0ef73c17ade3fc89dc41701eb9fc3a91b58282 575c4b5ec114d64b681d33f8792853568bfb2b2c 0 (Thu Jan 01 00:00:00 1970 +0000) {'ef1': '13', 'operation': 'replace', 'user': 'test'}
64a8289d249234b9886244d379f15e6b650b28e3 0 {7fb047a69f220c21711122dfd94305a9efb60cba} (Thu Jan 01 00:00:00 1970 +0000) {'ef1': '0', 'operation': 'prune', 'user': 'test'}
58e6b987bf7045fcd9c54f496396ca1d1fc81047 0 {575c4b5ec114d64b681d33f8792853568bfb2b2c} (Thu Jan 01 00:00:00 1970 +0000) {'ef1': '0', 'operation': 'prune', 'user': 'test'}
Change file contents via comments
$ reinit
$ hg debugdrawdag <<'EOS'
> C # A/dir1/a = 1\n2
> |\ # B/dir2/b = 34
> A B # C/dir1/c = 5
> # C/dir2/c = 6
> # C/A = a
> # C/B = b
> EOS
$ hg log -G -T '{desc} {files}'
o C A B dir1/c dir2/c
|\
| o B B dir2/b
|
o A A dir1/a
$ for f in `hg files -r C`; do
> echo FILE "$f"
> hg cat -r C "$f"
> echo
> done
FILE A
a
FILE B
b
FILE dir1/a
1
2
FILE dir1/c
5
FILE dir2/b
34
FILE dir2/c
6