The difference being that you would use the init command to create a repository from scratch, whereas you’d use clone to literally clone, or copy an existing repository into the directory you ran the command from. Both of which give you a repository in which you can manage your source code. Well, we’ll start at the beginning of course! In the beginning, Git created init and clone. At the end of the article, you can download a one-page Git workflow cheat sheet rich with the Git commands of champions, the gems that make your SCM a pleasure to work with, the…ok, enough’s enough, let’s get down to business. Today, we'll walk through some Git basics, including Git commands like pull, push, and fetch. With every great tool, there is a CLI which compliments all the great features and options, which leads to a vast number of things you need to remember and be expected to recall within a keystrokes notice. Doing this will help to avoid headache-inducing mistakes.In this post, we’re looking at one of the most successful source code management tools available today, Git. Once changes are pushed to the public repository, they can't be erased - only reverted. Otherwise, if you forget to say git push origin, git will helpfully push all commits from all branches, including ones that you forgot about and didn't intend to make public. Highly recommended: Set your global git configuration so that git push with no arguments will push only the current branch. If you made a mistake with some commits, you can git reset them, erasing them from your local repository. This has the advantage over SVN that you can manipulate the changes after committing but before pushing. Push the new commits into the public repository.The changes are now "permanent" in your local clone of the repository. Unlike in SVN, publishing changes is a two-step process in git: Git rebase main merge-their-changes # put their’s changes on top of latest changes from github Git pull -rebase # update main from github The following command will turn on automatically updating submodules when performing checkout, fetch and pull: Auto-update of submodules using git config However, there are ways of making things simpler. You can resolve this by running git submodule update -init -recursive. By default, when you switch branches or commits, git does not update the state of submodules, which may cause build failures and nuisances such as directories containing submodules showing up as untracked or modified in git status. This project uses git submodules to manage third-party dependencies (Ableton Link, yaml-cpp, etc.) and subprojects. The -recursive flag is required to also download all the submodules used by the repository. Git clone -recursive git:///supercollider/supercollider.git Git clone -recursive you don’t have a GitHub account or you don’t intend to push changes (so will instead be contributing via patches or pull-requests), then use read-only access: If you are going to push changes back to the GitHub repository do: To work with SuperCollider's source code, you first need to create your own local clone of the online repository. Continuous Integration - Travis & Appveyor.Notes for refactoring the server implementation.Setting up the IDE for easy contribution.Continuous Integration - GitHub Actions.Setting up your development environment.
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