fileset: use filectx.isbinary() to filter out binaries in eol()
Since LFS stores the binary attribute in the pointer file, this means that the
file doesn't need to be downloaded in order to be skipped. This function also
catches an IOError if the data can't be loaded in the non-LFS case.
I wonder if it's worth storing the unix/dos attributes in the pointer file as
well, though I'd expect LFS files to be binary most of the time.
$ cat >> $HGRCPATH <<EOF
> [extensions]
> convert=
> EOF
$ hg init t
$ cd t
$ echo a >> a
$ hg ci -Am a0 -d '1 0'
adding a
$ hg branch brancha
marked working directory as branch brancha
(branches are permanent and global, did you want a bookmark?)
$ echo a >> a
$ hg ci -m a1 -d '2 0'
$ echo a >> a
$ hg ci -m a2 -d '3 0'
$ echo a >> a
$ hg ci -m a3 -d '4 0'
$ hg up -C 0
1 files updated, 0 files merged, 0 files removed, 0 files unresolved
$ hg branch branchb
marked working directory as branch branchb
$ echo b >> b
$ hg ci -Am b0 -d '6 0'
adding b
$ hg up -C brancha
1 files updated, 0 files merged, 1 files removed, 0 files unresolved
$ echo a >> a
$ hg ci -m a4 -d '5 0'
$ echo a >> a
$ hg ci -m a5 -d '7 0'
$ echo a >> a
$ hg ci -m a6 -d '8 0'
$ hg up -C branchb
2 files updated, 0 files merged, 0 files removed, 0 files unresolved
$ echo b >> b
$ hg ci -m b1 -d '9 0'
$ hg up -C 0
0 files updated, 0 files merged, 1 files removed, 0 files unresolved
$ echo c >> c
$ hg branch branchc
marked working directory as branch branchc
$ hg ci -Am c0 -d '10 0'
adding c
$ hg up -C brancha
1 files updated, 0 files merged, 1 files removed, 0 files unresolved
$ hg ci --close-branch -m a7x -d '11 0'
$ hg up -C branchb
2 files updated, 0 files merged, 0 files removed, 0 files unresolved
$ hg ci --close-branch -m b2x -d '12 0'
$ hg up -C branchc
1 files updated, 0 files merged, 1 files removed, 0 files unresolved
$ hg merge branchb
1 files updated, 0 files merged, 0 files removed, 0 files unresolved
(branch merge, don't forget to commit)
$ hg ci -m c1 -d '13 0'
$ cd ..
convert with datesort
$ hg convert --datesort t t-datesort
initializing destination t-datesort repository
scanning source...
sorting...
converting...
12 a0
11 a1
10 a2
9 a3
8 a4
7 b0
6 a5
5 a6
4 b1
3 c0
2 a7x
1 b2x
0 c1
graph converted repo
$ hg -R t-datesort log -G --template '{rev} "{desc}"\n'
o 12 "c1"
|\
| _ 11 "b2x"
| |
| | _ 10 "a7x"
| | |
o | | 9 "c0"
| | |
| o | 8 "b1"
| | |
| | o 7 "a6"
| | |
| | o 6 "a5"
| | |
| o | 5 "b0"
|/ /
| o 4 "a4"
| |
| o 3 "a3"
| |
| o 2 "a2"
| |
| o 1 "a1"
|/
o 0 "a0"
convert with datesort (default mode)
$ hg convert t t-sourcesort
initializing destination t-sourcesort repository
scanning source...
sorting...
converting...
12 a0
11 a1
10 a2
9 a3
8 b0
7 a4
6 a5
5 a6
4 b1
3 c0
2 a7x
1 b2x
0 c1
graph converted repo
$ hg -R t-sourcesort log -G --template '{rev} "{desc}"\n'
o 12 "c1"
|\
| _ 11 "b2x"
| |
| | _ 10 "a7x"
| | |
o | | 9 "c0"
| | |
| o | 8 "b1"
| | |
| | o 7 "a6"
| | |
| | o 6 "a5"
| | |
| | o 5 "a4"
| | |
| o | 4 "b0"
|/ /
| o 3 "a3"
| |
| o 2 "a2"
| |
| o 1 "a1"
|/
o 0 "a0"
convert with closesort
$ hg convert --closesort t t-closesort
initializing destination t-closesort repository
scanning source...
sorting...
converting...
12 a0
11 a1
10 a2
9 a3
8 b0
7 a4
6 a5
5 a6
4 a7x
3 b1
2 b2x
1 c0
0 c1
graph converted repo
$ hg -R t-closesort log -G --template '{rev} "{desc}"\n'
o 12 "c1"
|\
| o 11 "c0"
| |
_ | 10 "b2x"
| |
o | 9 "b1"
| |
| | _ 8 "a7x"
| | |
| | o 7 "a6"
| | |
| | o 6 "a5"
| | |
| | o 5 "a4"
| | |
o | | 4 "b0"
|/ /
| o 3 "a3"
| |
| o 2 "a2"
| |
| o 1 "a1"
|/
o 0 "a0"