
Initialize a repository with git init, stage changes with git add, and commit one atomic change with git commit. Use git merge, git log, and git reflog to manage history.
Part 2 of the Git crash course for beginners dives into rebasing, history changes, cloning a repo, viewing diffs, and managing remotes.
Turn a normal folder into a git repository with git init, reveal the .git folder, and use git status to see untracked files.
Initialize a new git repository with git init, add f1.txt to the staging area using git add, and start tracking changes with nano edits.
Master how to commit in git by staging changes, writing a descriptive commit message, and inspecting history with git log and status to track progress.
Create and manage branches with git branch, learn to list, create develop and other branches, switch between them, and understand master/main and production workflow.
Learn to switch between branches with git checkout, list branches with git branch, and create new branches like f4 with -b or -B, as shown.
Discover how to use the dot gitignore file to prevent tracking system-specific files, create and edit it, and apply templates for Android, iOS, and Node.js projects.
Learn how to create a local git repository with init, add, commit, and checkout, then push to a remote server like GitHub to collaborate across machines with feature branches.
Explore a practical, comprehensive example that applies everything we've learned to a software application, using an Android project built together so you can follow along.
this part guides beginners through setting up a local git repository for a new android project, including git init, git add, and creating the first commit with a descriptive message.
Learn to create the initial commit with a descriptive message, then check status and stage changes. Explore pushing to a remote repository via origin and viewing diffs to confirm updates.
Master the workflow of creating feature branches, merging them into a develop branch, and then into master or production, using Git branch to manage parallel work by multiple team members.
Explore git workflows by creating master and develop branches, then feature branches one, two, and three, and manage changes with status, diff, and checkout in a clean working tree.
Navigate and manage the local repository from the command line as part 6 of the Git crash course for beginners.
Create a new feature screen, update the manifest and layouts, and practice git workflows: stage changes, commit with descriptive messages, switch branches, and push feature branches to a remote repository.
Learn how to merge feature branches into develop, resolve android manifest conflicts, commit and push changes to the remote master branch in a practical git workflow.
Merge the developed branch into master, push to the remote with git push, and observe 71 objects upload as the remote detects existing files from the developed branch.
Explore how git log reveals commit history across master and feature branches, including merges and conflict fixes. Learn to navigate history with checkout across branches to review past commits.
Git is a free and open source distributed version control system designed to handle everything from small to very large projects with speed and efficiency.
Git is easy to learn and has a tiny footprint with lightning fast performance. It outclasses SCM tools like Subversion, CVS, Perforce, and ClearCase with features like cheap local branching, convenient staging areas, and multiple workflows.
From web developers to app developers, Git is useful to anyone who writes code or track changes to files. So what’s it all about and why should you start using it?
What is Git?
Git is the most commonly used version control system. Git tracks the changes you make to files, so you have a record of what has been done, and you can revert to specific versions should you ever need to. Git also makes collaboration easier, allowing changes by multiple people to all be merged into one source.
So regardless of whether you write code that only you will see, or work as part of a team, Git will be useful for you.
Git is software that runs locally. Your files and their history are stored on your computer. You can also use online hosts (such as GitHub or Bitbucket) to store a copy of the files and their revision history. Having a centrally located place where you can upload your changes and download changes from others, enable you to collaborate more easily with other developers. Git can automatically merge the changes, so two people can even work on different parts of the same file and later merge those changes without loosing each other’s work!