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In this test, we want to test LFS bundle application on both LFS and non-LFS
repos.
To make it more interesting, the file revisions will contain hg filelog
metadata ('\1\n'). The bundle will have 1 file revision overlapping with the
destination repo.
# rev 1 2 3
# repo: yes yes no
# bundle: no (base) yes yes (deltabase: 2 if possible)
It is interesting because rev 2 could have been stored as LFS in the repo, and
non-LFS in the bundle; or vice-versa.
Init
$ cat >> $HGRCPATH << EOF
> [extensions]
> lfs=
> drawdag=$TESTDIR/drawdag.py
> [lfs]
> url=file:$TESTTMP/lfs-remote
> EOF
Helper functions
$ commitxy() {
> hg debugdrawdag "$@" <<'EOS'
> Y # Y/X=\1\nAAAA\nE\nF
> | # Y/Y=\1\nAAAA\nG\nH
> X # X/X=\1\nAAAA\nC\n
> # X/Y=\1\nAAAA\nD\n
> EOS
> }
$ commitz() {
> hg debugdrawdag "$@" <<'EOS'
> Z # Z/X=\1\nAAAA\nI\n
> | # Z/Y=\1\nAAAA\nJ\n
> | # Z/Z=\1\nZ
> Y
> EOS
> }
$ enablelfs() {
> cat >> .hg/hgrc <<EOF
> [lfs]
> track=all()
> EOF
> }
Generate bundles
$ for i in normal lfs; do
> NAME=src-$i
> hg init $TESTTMP/$NAME
> cd $TESTTMP/$NAME
> [ $i = lfs ] && enablelfs
> commitxy
> commitz
> hg bundle -q --base X -r Y+Z $TESTTMP/$NAME.bundle
> SRCNAMES="$SRCNAMES $NAME"
> done
Prepare destination repos
$ for i in normal lfs; do
> NAME=dst-$i
> hg init $TESTTMP/$NAME
> cd $TESTTMP/$NAME
> [ $i = lfs ] && enablelfs
> commitxy
> DSTNAMES="$DSTNAMES $NAME"
> done
Apply bundles
$ for i in $SRCNAMES; do
> for j in $DSTNAMES; do
> echo ---- Applying $i.bundle to $j ----
> cp -R $TESTTMP/$j $TESTTMP/tmp-$i-$j
> cd $TESTTMP/tmp-$i-$j
> if hg unbundle $TESTTMP/$i.bundle -q 2>/dev/null; then
> hg verify -q && echo OK
> else
> echo CRASHED
> fi
> done
> done
---- Applying src-normal.bundle to dst-normal ----
OK
---- Applying src-normal.bundle to dst-lfs ----
OK
---- Applying src-lfs.bundle to dst-normal ----
OK
---- Applying src-lfs.bundle to dst-lfs ----
OK
Test that the cache info can be printed. The 4 cases are:
1) The test-provided config path, with plain and json output
2) The test-provided config path, with plain and json output, but the cache disabled
3) A config provided path, with plain and json output
4) A config provided path, with plain and json output, but the cache disabled
$ hg debug::lfs-local-cache
path: $TESTTMP/.cache/lfs (glob)
enabled: yes
$ hg debug::lfs-local-cache -T json
[
{
"enabled": "yes",
"path": "$TESTTMP/.cache/lfs" (glob) (no-windows !)
"path": "$STR_REPR_TESTTMP\\.cache\\lfs" (windows !)
}
]
$ hg debug::lfs-local-cache --config experimental.lfs.disableusercache=1
path: (unknown)
enabled: no
$ hg debug::lfs-local-cache --config experimental.lfs.disableusercache=1 \
> -T json
[
{
"enabled": "no",
"path": ""
}
]
$ hg debug::lfs-local-cache --config lfs.usercache=relpath
path: $TESTTMP/tmp-src-lfs-dst-lfs/relpath
enabled: yes
$ hg debug::lfs-local-cache --config lfs.usercache=relpath -T json
[
{
"enabled": "yes",
"path": "$TESTTMP/tmp-src-lfs-dst-lfs/relpath" (no-windows !)
"path": "$STR_REPR_TESTTMP\\tmp-src-lfs-dst-lfs\\relpath" (windows !)
}
]
$ hg debug::lfs-local-cache --config lfs.usercache=relpath \
> --config experimental.lfs.disableusercache=1
path: (unknown)
enabled: no
$ hg debug::lfs-local-cache --config lfs.usercache=relpath \
> --config experimental.lfs.disableusercache=1 \
> -T json
[
{
"enabled": "no",
"path": ""
}
]
Hint if the cache location cannot be inferred from the environment
#if windows
$ unset LOCALAPPDATA
$ unset APPDATA
$ HGRCPATH= hg config lfs --source
abort: unknown lfs usercache location
(define LOCALAPPDATA or APPDATA in the environment, or set lfs.usercache)
[255]
#endif
#if osx
$ unset HOME
$ HGRCPATH= hg config lfs --source
abort: unknown lfs usercache location
(define HOME in the environment, or set lfs.usercache)
[255]
#endif
#if no-windows no-osx
$ unset XDG_CACHE_HOME
$ unset HOME
$ HGRCPATH= hg config lfs --source
abort: unknown lfs usercache location
(define XDG_CACHE_HOME or HOME in the environment, or set lfs.usercache)
[255]
#endif
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