![]() ![]() There's some aspects of how Git stores data (e.g. McQuaid: Definitely not despite writing Git In Practice I still don't really understand how Git stores repository content! In Git In Practice I try and avoid teaching these things for their own sake. InfoQ: Is it necessary to understand how Git stores repository content under the covers in order to be able to use it? write access to a private repository on GitHub then you will typically only have one remote repository (named "origin" by default) and will push and pull to this repository as if it was a centralised repository. If you're working on a team with other engineers and everyone has e.g. That these repositories are not coupled together is what makes Git decentralised but it can function in a centralised fashion too. Additionally, a repository can fetch/pull/clone from remote repositories or push to other remote repositories. McQuaid: Git can function as a local-only version control system where it doesn't interact with any other repositories. InfoQ : Git is a decentralised version control system does that mean there is no centralised repository? branch and commit from the site) or plugins for your IDE (e.g. If you're not working as an engineer, though, I'd probably instead point people to GUI applications like GitHub for Mac, GitHub for Windows, GitX-dev, the GitHub website (which lets you e.g. That's the interface I focus on in my book and I think it's worth learning if you need to do advanced things with it or are e.g. McQuaid: Git is primarily available as a command-line application. InfoQ caught up with McQuaid to ask him about the book, and started off by asking whether Git is a version control system that can only be used from the command line: The book contains many hands-on techniques and examples, along with a means to create a history suitable for experimentation. The part concludes with an overview of the different types and recommendations for different types of teams and projects. Mike compares these with Git Flow, GitHub Flow, and what he refers to as "Mike Flow". Whether a continuous deployment/single flattened history or a network of merges is a function of the project's individual working practice. The final part discusses Git workflows, using Mike's experience in involvement in both the Homebrew and CMake projects and the pros and cons associated with each. Upgrading a SVN repository to Git is also covered, along with working with GitHub pull requests from the UI and from the command line. The third part provides an overview of more advanced Git commands how to configure Git to provide a more useful shell, useful configuration options that can be configured and aliases created along with submodule support. Topics such as merging, stashes, rebasing and reflogs are covered, along with the ways in which Git can manage the history of the repository. The second part looks under the hood at how Git repositories work, what that means to working with history and recovery operations. Microsoft Azure supports your workload with abundant choices, whether you're working on a Java app, app server, or framework. ![]()
0 Comments
Leave a Reply. |