Learn how to use Git to create a local project and upload files to a remote server with the command line.
Git is a difficult subject to tackle for self-taught web developers who didn’t learn to code with a team. If you’ve always worked alone and want an explanation of how to get started with Git, this tutorial is for you.
I’m an egotistical bastard, and I name all my projects after myself. First Linux, now Git.
– Linus Torvalds, author of Git
Ability to create and upload a website.
Learn what Git is and how it can be useful.
Create a local project and launch it to a live server with Git using the command line.
What is Git?
Git is a version control system (VCS) for code. It is used to keep track of revisions and allow a developer or dev team to work together on a project through branches.
Git is not GitHub. Git is the system, and GitHub is a repository hosting service (the most popular of many).
Git vs. FTP
You may be used to the FTP (File Transfer Protocol) process of file upload.
Local Environment ⇋ FTP Program ⇋ Live Server file:///Users/you/project ⇋ Transmit/WinFTP ⇋ http://domain.com
The way we will use Git today is very similar.
Local Environment ⇋ Git Repository ⇋ Live Server file:///Users/you/project ⇋ GitHub.com ⇋ http://domain.com
Of course, the arrows can go in any direction for both methods – upload (push) and download (pull).
Tower, SourceTree, Github for Mac/Windows – these are all GUIs, or Graphical User Interfaces. A GUI is a program that utilizes graphics to create a user-friendly experience, such as Windows to MS-DOS. These programs are useful to learn, especially in a team environment, but in this article, we’re going to do everything through the command line. Don’t worry, it’ll be great.
Step 1: Installation
Open the Terminal program. Type git --version and press enter. If a version number is returned, Git is already installed. If something along the lines of -bash: git: command not found pops up, install Xcode from the App Store.
In XCode, install Command Line Tools: > Preferences > Downloads > Command Line Tools. You can now use Git through Terminal.
Although it’s not necessary for the rest of this article, now would be a good time to install Homebrew – a tool for simplifying the installation and management of dev tools.
Download Git for Windows. You will be using the Git Bash program. It will utilize all the same commands as Terminal.
Step 2: Create an Online Git Repository
GitHub is the most popular location to host repositories, so go ahead and make an account there if you haven’t.
I’ll assume your username is you. This would make your new GitHub account github.com/you.
Once you’ve made your account, create a repository by clicking Add New Repo. Do not initialize with a README.md or .gitignore at this point. We can call the repository project. Your repository has been created at github.com/you/project. It should be completely empty.
Step 3: Create a Local Project
If you’re not at all familiar with the command prompt, please read the first chapter or two of the command line crash course.
Here are the most important commands, and all you need to know to get started.
Basic command line reference
pwdPrint Working Directory – shows the exact directory you’re working in.
lsList Directories – lists all the files and folders in your current directory.
cdChange Directory – change to another directory.
mkdirMake Directory – create a new directory.
Remember, Terminal (Mac) and Git Bash (Windows) are both command line shells. Any Git related Shell commands can be done the same through both.
When you open Terminal, you will start off in your main directory. I will assume your computer has the same username as your GitHub account.
1. Confirm your location.
2. Create a new folder called project-local.
3. List your directories.
You should see project-local in the list of directories. Of course, you could have created the directory through Finder or Explorer, but it’s a useful command to know.
4. Move into the newly created directory.
Now you’re in the folder where your local project and Git repository will live. From here, we will begin using git commands. There is a massive amount of commands for Git, but we only need a few to get started.
Basic Git command reference
git config – Configure Git
git init – Initialize Git repository
git status – Check the status of a Git repository
git add – Track files
git commit – Commit tracked files
git push – Upload files
git pull – Download files
All of the future commands we do today will only apply to your local Git environment. However, there is one important global step to take before doing anything else – configure your Git account.
Terminal won’t respond, but it was successful. Go ahead and add a file to the project-local directory. You can add as many files as you want, but I will assume you added two files – index.html and style.css.
8. Check the status of your local repository.
On branch master
(use "git add ..." to include in what will be committed)
nothing added to commit but untracked files present (use "git add" to track)
Okay, so now it knows that there are two files in the directory, but they’re not a part of the Git repo. At this point we have to track the files with the add command.
9. Add ALL the files to the repo.
(case sensitive command!)
git add .
Let’s check the status again with git status.
On branch master
Changes to be committed:
(use "git rm --cached ..." to unstage)
new file: index.html
new file: style.css
So, what did that do? The files are green now instead of red. Are we ready? Not quite yet.
With this command, I commit all the files (-a), include a message (-m), listed here (“Initial Commit”). Everything in this line is mandatory.
Do not forget to add a comment when you commit your files. Strategic commenting in Git is as important as commenting code. If you accidentally forget to add a comment and end up in a strange screen where you can no longer enter any commands, press ESC and type :q! followed by ENTER.
11. Push the files to the Git repo at github.com.
git push origin master
Terminal will prompt you to enter your GitHub username and password. When you type in your password, it might not show that you’ve typed anything, but it’s being entered.
Now refresh your GitHub page. Success! All your files are now hosted at Github.com!
Just as a GUI like Tower is not necessary for Git to function, neither is an online repository host like GitHub.com! Try creating a Git connection between two local directories.
Step 4: Push to a Live Server
I will now assume that you have a host somewhere to upload your files to. GeoCities, maybe?
When you upload to a server via FTP, you’ll have some settings like this:
Host: ftp.domain.com Username: you Password: hunter2
You enter those credentials into the FTP GUI, and you’re in. SSH (Secure Shell) is very much the same – in the command prompt, you’ll use the ssh command to enter the host. Your host should show you your SSH settings by your FTP settings.
You can do everything through the same Terminal window, but for the sake of clarity let’s open a new Terminal window (Command + N).
Remember that when you SSH into your host, you are now connected to that host! Your local environment no longer exists in that Terminal. To escape SSH and return to the local Terminal, type exit followed by enter.
It would be smart to have an FTP program open so you can see the file structure of the host and the changes you’re making. Every host is different. Find the wwwroot or public folder and cd into the proper location in your remote Terminal window.
Now make a new folder somewhere in your host’s directory. You can call it whatever you want – it can match the name of the GitHub repo or not. In this case, we will call it project-remote and assume it’s a folder in the root directory.
Once you’re in, you will follow many of the same steps as before, except this time we will be pulling (downloading) from GitHub.com, instead of pushing (uploading) from local to Github.com.
I’m ignoring branches for now, since we’re only working with one branch – the master branch.
2. List your Git settings.
You should configure your e-mail and username as you did on your home computer.
3. Print your working directory to make sure you’re in the right location.
Use cd and mkdir to navigate to the location you want your new Git repo to live. Then…