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#!/usr/bin/env bash
. "$(dirname "$0")/testlib.sh"
reponame_src="$(basename "$0" ".sh")-src"
reponame_dst="$(basename "$0" ".sh")-dst"
begin_test "fetch lfs-tracked file despite no remote"
(
set -e
# First, a repo with an lfs-tracked file we can fetch from
setup_remote_repo_with_file "$reponame_src" "test_file.dat"
# Grab the rev for `git archive` later
echo $(pwd)
rev=$(git rev-parse HEAD)
cd ..
# Initialize a bare repo we can fetch into
mkdir $reponame_dst
cd $reponame_dst
git init . --bare
echo $(pwd)
git fetch "$GITSERVER/$reponame_src" refs/heads/main:refs/heads/main
git archive $rev -o archive.out
# Verify archive contains our file
grep "test_file.dat" archive.out
)
end_test
reponame_src_A="$(basename "$0" ".sh")-src-A"
reponame_src_B="$(basename "$0" ".sh")-src-B"
reponame_dst_2="$(basename "$0" ".sh")-dst-2"
begin_test "fallback ignored when remote present"
(
set -e
# Initialize 2 repos with different files
setup_remote_repo_with_file "$reponame_src_A" "test_file_A.dat"
rev=$(git rev-parse HEAD)
cd ..
setup_remote_repo_with_file "$reponame_src_B" "test_file_B.dat"
cd ..
mkdir $reponame_dst_2
cd $reponame_dst_2
git init . --bare
echo $(pwd)
# This part is subtle
# Add repo A as a remote and fetch from it
# But then fetch from repo B. This points FETCH_HEAD to repo B
# We're testing that git-lfs will ignore FETCH_HEAD, since FETCH_HEAD is
# a fallback, only used when no remote is set
git remote add origin "$GITSERVER/$reponame_src_A"
git fetch
git fetch "$GITSERVER/$reponame_src_B" refs/heads/main:refs/heads/main
git archive $rev -o archive.out
# Verify archive contains file from second repo, but not first repo
grep "test_file_A.dat" archive.out
grep -v "test_file_B.dat" archive.out
)
end_test
|
