In fact we could color commit B half green since it belongs to both branches. If we trace the two paths of commit M, we can see that all of the commits are included. If we trace the path of the featureX branch, we can see that it contains commits B and A. If we trace back from commit M to the initial commit, we can see that there is a path that includes commit B. Notice that after the merge commit, commit B is part of the featureX branch and the master branch. After the merge, the work of featureX is included in the master branch. Prior to the merge, the master branch didn't know about the featureX branch. In this example, the work of the two branches is combined into a single commit named M, which we will see later is called a merge commit. The base branch is usually a longer running branch than the topic branch. Usually this involves merging a topic branch such as the featureX branch into what is called a base branch, such as the master branch. Merging combines the work of independent branches. It will probably take you about 5-10 hours to go through one of the two paths, but your mileage may vary. This course tries to be as concise as possible. However, most of the knowledge that you gain in this course applies to Git itself, and you can apply this knowledge to other hosted Git providers (such as GitHub). SOURCETREE COMPARE TWO BRANCHES FREEBitbucket is free for teams of up to 5 people, including private repositories. This course uses Bitbucket () as the hosted provider for remote Git repositories. If you use the command line path through the course, you can also use Linux. SOURCETREE COMPARE TWO BRANCHES MACYou can watch the videos and take the quizzes from your phone if you want, but the hands-on labs require you to have a Windows or Mac computer. Besides, repetition is good for learning :) Eventually, you might want to go through both paths, so that you can decide which tool to use for specific tasks. If you are not experienced with a command line, we highly suggest that you go through the Sourcetree path. One path assumes that you have experience using a command line interface, and the other path uses the Sourcetree graphical client. This is especially true if you currently "know just enough Git to be dangerous". This course assumes no previous knowledge of Git, but if you do have experience with it, you may find this course to be both useful and challenging. In this course, you will not learn everything there is to know about Git, but you will build a strong conceptual understanding of the technology, and afterward will be able to confidently dig deeper on any topic that interests you. You could also use Git to manage the many continuously improving revisions of that book that you are writing. It is a core component of DevOps, continuous delivery pipelines and cloud-native computing. It is used by most major technology companies, and is assumed knowledge for many modern programming and IT jobs. This allows the team to continuously improve its product. Git manages team files for large and small projects. SOURCETREE COMPARE TWO BRANCHES SOFTWAREGit is open source software originally created by Linus Torvalds. The Version Control with Git course provides you with a solid, hands-on foundation for understanding the Git version control system.
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