Start with the fundamentals
Git gives ordinary project files a history you can inspect and share. A dependable workflow makes that history useful: each change has a purpose, its contents are deliberate, and another developer can understand how it affects the project. Start here to build those habits before adding more tools.
Your working tree holds the files you edit. Staging prepares selected content for the next commit, and committing records that prepared snapshot locally. Pushing is a separate step that shares history with a remote. The official Git tutorial introduces these operations and the comparisons between them.
Practice with a tiny project whose files you recognize. Change a heading, stage it, make another edit, and inspect the difference. Our working tree and staging guide explains why those versions can differ and how to review the intended snapshot.
Organize a repository around responsibilities: application source, reusable assets, documentation, tests, and build configuration. The exact folder names matter less than whether a contributor can identify the right place for a change. Record the build and preview commands in the README, together with the files someone needs to configure locally.
Decide which generated outputs belong in history and which should be recreated. Document that decision rather than relying on an unexplained ignore pattern. Keep small example configuration files with placeholders so setup instructions remain useful without including real credentials.
A commit that touches several files can still be focused when those files support one result. Conversely, a one-file change can be difficult to review if it combines unrelated fixes. Organize history around decisions rather than arbitrary file counts.
Source code, documentation, editable design assets, generated downloads, and user uploads have different lifecycles. Ask whether a file must be restored alongside a particular source revision or delivered independently. That question guides the storage design more effectively than placing everything inside the first available repository.
For growing binary assets, explore the large files hub. For website code that depends on a database or application process, use the CMS and frameworks hub to define what the repository can reproduce and what the operating environment must supply.
Use branch names and review descriptions that state the task. Explain important choices in the change itself, close to the code or documentation they affect. A teammate should not need access to a private chat to understand why a public interface changed. The AI development workflow applies the same expectation when an assistant creates the first draft.
GitFile answers
Common questions about git files.
Usually it is an ordinary project file whose content is tracked in a Git repository. Git also maintains its own metadata. You normally work on the project files through your editor and use Git commands or an interface to inspect their history.
No. You can initialize a local repository, make commits, inspect differences, and practice with branches on your computer. Add a remote when you need collaboration or another copy, then plan access and recovery deliberately.
Continue reading
Learn what Git actually records, how to choose the changes in a commit, and why saving, staging, committing, and pushing are separate steps. Build a practical review habit before your project grows.
Turn AI-assisted edits into changes you can explain. Learn how to define a task, isolate work, inspect the full diff, verify real behavior, and write a useful handoff before merging or deploying.
Large files need a storage decision before they need a Git command. Learn which assets belong in ordinary Git, which fit Git LFS, and which should stay in artifact storage or application backups.