![]() ![]() 1.2.2 Deep CloneĪ deep clone pulls in the entire tree, as well as all the history and branches. They are sufficient for the commands in this article. There are also git-lite and git-tiny, two packages with only essential dependencies available. The simplest way of doing so is through packages. 1.2.1 Install git From Ports/Pkgīefore cloning the tree, git will need to be installed. Use the repository of choice in place of $URL in the following commands. For migrating from the old repository to the new one, please refer to However, there are a large number of mistakes in the github repository that required us to regenerate the export when we migrated to having a git repository be the source of truth for the project. There is an old experimental github repository at (was ) similar to the new Git repository.For using web browser to view the content, there is a cgit web interface at.The repository is also accessible by SSH: There are several officially maintained external mirrors.The official geographically distributed mirror for the general public is, The access URL is:.Note: The main branch is the default branch if you omit the -b branch options below. The development branch for -CURRENT in the new repository is main. For the stable branches, they are stable/X where X is the major release number (like 12 or 13). ![]() The branch names in the new git repository are similar to the subversion names. However, there are times that you may wish to do a shallow clone. By default, git will do a deep clone, which matches what most people want. If processing is to heavy or this is too big a bandwith burden, this could be added as GIT_SINGLE_BRANCH="yes|no".To begin, the source tree must be downloaded. The proposal is thus by default, enable this flag, so we get expected behavior in that all expected branches are available. Which should resolve this issue, it clones all branches (at depth=). If you want to clone submodules shallowly, also pass -shallow-submodules. single-branch unless -no-single-branch is given to fetch the histories near the tips of allīranches. However, git clone -depth supports an additional argument -no-single-branchĬreate a shallow clone with a history truncated to the specified number of commits. ProposalĪs stated below in #30067 (comment 215829463) not fetching all the branches is expected since we are only going far back X commits. git : << : *common_parameters image : /gitscm/git:latest before_script : - git config -local user.name "$.0-rc1" git push -follow-tags origin "HEAD" done Actual behaviorĪll remotes are available on the runner, albeit at a shallow depth of the main branch Expected behaviorĮven shallow fetch, should always retrieve all branches, not just the current branch. The work around for now appears to be either add a git fetch to the CI task (ugly) or (according to the documentation) set the depth to 0.gitlab-ci.yml This is related to the fact that the branches could not be reached in the current 'depth'. We can create a scenario where not all remotes have been retrieved. ![]() However, if git fetch is set with a low depth parameter. To do so, it uses git branch -list -remote "origin/release/v0/*" | sed -n -r 's|.*origin/release/v0/||p' to obtain the list of 'v0' named branches. What the CI will do, checkout the current branch (gitlab-runner does this of course by default), and go over a list of available existing architecture branches to update these. ![]() In our project, we want to create architecture specific branches from our main release branch. The default in gitlab is 50, but even this does not guarantee all branches are available. When doing shallow clones (DEPTH=1+), not all remote branches are retrieved, as a matter of fact, only 'reachable' or relevant branches are fetched. ![]()
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