- Git Sourcetree
- Using Sourcetree With Bitbucket
- Using Sourcetree With Git
- Sourcetree User Guide
- Using Sourcetree With Gitlab
Git is a free and open source version control system, originally created by Linus Torvalds in 2005. Unlike older centralized version control systems such as SVN and CVS, Git is distributed: every developer has the full history of their code repository locally. This makes the initial clone of the repository slower, but subsequent operations such as commit, blame, diff, merge, and log dramatically faster.
Git also has excellent support for branching, merging, and rewriting repository history, which has lead to many innovative and powerful workflows and tools. Pull requests are one such popular tool that allow teams to collaborate on Git branches and efficiently review each others code. Git is the most widely used version control system in the world today and is considered the modern standard for software development.
- Download SourceTree Here: Flowchart Here: this tutorial, i briefly go o.
- Sourcetree simplifies how you interact with your Git repositories so you can focus on coding. Visualize and manage your repositories through Sourcetree's simple Git GUI.
- In Sourcetree for push a new stash you need select the Stash button in the top toolbar. For apply or delete a stash you can use the Stashes menu in the sidebar. Checkout Switch branches or restore working tree files. Git checkout -b In Sourcetree first you need right click in the commit you want and select the Branch option.
- In this course, learn how to use Git, the preeminent source code control software, which is a natural fit with and fully supported by Visual Studio. Jesse Liberty helps to simplify what can be an unwieldy concept by tackling Git from the ground up, and doing so in the context of a tool: SourceTree.
How Git works
Here is a basic overview of how Git works:
- Create a 'repository' (project) with a git hosting tool (like Bitbucket)
- Copy (or clone) the repository to your local machine
- Add a file to your local repo and 'commit' (save) the changes
- 'Push' your changes to your master branch
- Make a change to your file with a git hosting tool and commit
- 'Pull' the changes to your local machine
- Create a 'branch' (version), make a change, commit the change
- Open a 'pull request' (propose changes to the master branch)
- 'Merge' your branch to the master branch
The key benefit to Sourcetree is the visualization of the Git process. It can feel daunting when you're using the command line, as you have a limited view of what's happening behind the scenes. Managing large projects with mutiple branches, commits and developers can get messy. SourceTree can make the whole process more managable.
Using Sourcetree With Bitbucket
Mac OS/XDownload InstallerHomebrewMacPortsSourcetreeBuild Git on Mac OS X
WindowsGit for WindowsSourcetree
LinuxDebian / Ubuntu (apt-get)Fedora (yum)Build from source
Learn GitLearn Git with Bitbucket CloudLearn about code review in Bitbucket CloudLearn Branching with Bitbucket CloudLearn Undoing Changes with Bitbucket Cloud
BeginnerWhat is version controlWhat is GitWhy Git for your organizationInstall GitGit SSHGit archiveGitOpsGit cheat sheet
Getting StartedSetting up a repositorySaving changesInspecting a repositoryUndoing changesRewriting history
CollaboratingSyncingMaking a Pull RequestUsing BranchesComparing Workflows
Migrating to GitSVN to Git - prepping for the migrationMigrate to Git from SVNPerforce to Git - why to make the moveMigrating from Perforce to Git
Advanced TipsAdvanced Git TutorialsMerging vs. RebasingReset, Checkout, and RevertAdvanced Git logGit HooksRefs and the ReflogGit submodulesGit subtreeGit LFSGit gcGit pruneLarge repositories in GitGit bashHow to store dotfilesGit cherry pickGitKGit-show
Five tips for CI-friendly Git reposRead article
Using Sourcetree With Git
Git or SVN? How Nuance Healthcare chose a Git branching model?Read article
Dealing with Maven dependencies when switching to GitRead article
Sourcetree User Guide
Definition: A branch represents an independent line of development. Branches serve as an abstraction for the edit/stage/commit process discussed in Git Basics, the first module of this series. You can think of them as a way to request a brand new working directory, staging area, and project history. New commits are recorded in the history for the current branch, which results in a fork in the history of the project.