注意:我刚刚用24小时的时间重写了这个答案:)
在我的shell历史中,整个过程就是三个简单的语句。不过,为了方便起见,我已经将它们解压缩了。< / p >
这样,我希望你能看到我是怎么做的,而不是盲目地复制/粘贴东西。
这里是一步一步的。
假设源在~/OLDREPO中包含存储。创建一个TEST克隆,不包含任何存储:
cd ~/OLDREPO
git clone . /tmp/TEST
将所有的存储作为临时分支:
git send-pack /tmp/TEST $(for sha in $(git rev-list -g stash); \
do echo $sha:refs/heads/stash_$sha; done)
在接收端循环转换回存储:
cd /tmp/TEST/
for a in $(git rev-list --no-walk --glob='refs/heads/stash_*');
do
git checkout $a &&
git reset HEAD^ &&
git stash save "$(git log --format='%s' -1 HEAD@{1})"
done
如果愿意,清理临时分支
git branch -D $(git branch|cut -c3-|grep ^stash_)
做一个git藏匿清单,你会像这样:
stash@{0}: On (no branch): On testing: openmp import
stash@{1}: On (no branch): On testing: zfsrc
stash@{2}: On (no branch): WIP on sehe: 7006283 fixed wrong path to binary in debianized init script (reported as part of issue
stash@{3}: On (no branch): WIP on debian-collab: c5c8037 zfs_pool_alert should be installed by default
stash@{4}: On (no branch): WIP on xattrs: 3972694 removed braindead leftover -O0 flag
stash@{5}: On (no branch): WIP on testing: 3972694 removed braindead leftover -O0 flag
stash@{6}: On (no branch): WIP on testing: db9f77e fuse_unmount_all could be starved for the mtx lock
stash@{7}: On (no branch): WIP on xattrs: db9f77e fuse_unmount_all could be starved for the mtx lock
stash@{8}: On (no branch): WIP on testing: 28716d4 fixed implicit declaration of stat64
stash@{9}: On (no branch): WIP on emmanuel: bee6660 avoid unrelated changes
在最初的存储库中,看起来是一样的
stash@{0}: WIP on emmanuel: bee6660 avoid unrelated changes
stash@{1}: WIP on testing: 28716d4 fixed implicit declaration of stat64
stash@{2}: WIP on xattrs: db9f77e fuse_unmount_all could be starved for the mtx lock
stash@{3}: WIP on testing: db9f77e fuse_unmount_all could be starved for the mtx lock
stash@{4}: WIP on testing: 3972694 removed braindead leftover -O0 flag
stash@{5}: WIP on xattrs: 3972694 removed braindead leftover -O0 flag
stash@{6}: WIP on debian-collab: c5c8037 zfs_pool_alert should be installed by default
stash@{7}: WIP on sehe: 7006283 fixed wrong path to binary in debianized init script (reported as part of issue #57)
stash@{8}: On testing: zfsrc
stash@{9}: On testing: openmp import
commit_and_push_ ( ) {
# This will:
# 1. checkout a new branch stash-XXX
# 2. commit the current changes in that branch
# 3. push the branch to the remote
local locbr=${1:-autostash-XXX}
git checkout -b $locbr
git add .
git commit -a -m "Automatically created commit"
git push origin $locbr
echo "Autocommitted changes in branch $locbr ..."
}
git pull origin stash-branch // Pull the stash-branch
git checkout master // Checkout to working branch
git rebase stash-branch // Rebase the stash-branch
git reset --soft // Equivalent to stash!!
git branch -d stash-branch // Delete branch when not needed from local
git push -d origin stash-branch // Delete branch when not needed from remote
Stash goes from Machine 1 --> to remote --> to Machine 2
机器1:
1. Push the stash to remote (using for loop for multiple stashes)
机器2:
1. Check stash(es) in remote. (This is just to check whether there are previous stashes in remote. If there are, you must delete them if you don't want them in you stash list. Command for deleting remote stashes are given in bonus)
2. Fetch the stash(es) to a local ref folder named "ref/stashes" in your .git folder in your local repository. (Its like downloading the stashes on your PC)
3. Convert the fetched stash(es) to proper data. (Its like extracting or installing the stashes on your PC)
奖金:
1. Check stash(es) in remote
2. Delete stash(es) from remote
代码:
在机器1上:
1. git push origin $(for sha in $(git rev-list -g stash); do echo $sha:"refs/stashes/$(git rev-parse --short $sha)"; done)
在机器2上:
1. git ls-remote
2. git fetch origin "refs/stashes/*":"refs/stashes/*"
3. for sha in $(git rev-list --no-walk --reverse --glob='refs/stashes/*'); do git stash store --message "$(git show --no-patch --format=format:%s $sha)" $sha; done