How to Set Up a GitLab Repository on Windows 10

watch 3m, 33s
views 2

14:20, 26.05.2026

Article Content
arrow

  • Cloning a Repository from a Remote Host
  • Initializing Git Version Control for an Existing Project
  • Linking the Entire Project to a Single Git Repository
  • Connecting Separate Project Directories to Different Git Repositories
  • Staging Files for the Local Repository
  • Ignoring Files in Git Version Control
  • Using .gitignore or .git/info/exclude to Exclude Files
  • Connecting to a Remote Git Repository
  • Setting Up a Primary Remote
  • Adding an Additional Remote Repository
  • Managing Git Remote Authentication
  • Setting Up Password Requirements for Remote Access

Whether you're a solo developer or part of a collaborative team, integrating GitLab into your workflow on Windows 10 is essential for managing code changes, backups, and collaboration. This guide walks you through the steps needed to set up a GitLab repository, covering everything from cloning and initializing repositories to setting up authentication.

Cloning a Repository from a Remote Host

To begin working with a GitLab project that's already hosted remotely, you’ll typically clone the repository.

  1. Install Git for Windows if you haven’t already: https://git-scm.com/download/win
  2. Open Git Bash or your terminal of choice.
  3. Use the following command to clone the repository:
git clone https://gitlab.com/username/project.git

This will create a new folder containing the project files and the .git directory used for version control. After cloning, you can immediately begin editing files and pushing changes back to GitLab.

Initializing Git Version Control for an Existing Project

If you have a local project that’s not yet under version control, you’ll need to initialize Git.

Navigate to your project directory in Git Bash:

cd path/to/your/project git init

Git will create a .git folder in your project directory, marking it as a repository.

Linking the Entire Project to a Single Git Repository

To track the entire project under one Git repository, ensure you're in the root of the project folder when running git init. All subfolders and files under this directory will be tracked together as a single repository.

Connecting Separate Project Directories to Different Git Repositories

In more complex setups, such as monorepos or plugin-based architectures, you might want different parts of your project to be tracked separately.

To do this, navigate into each directory you want to manage independently and run:

git init

Each subdirectory will now have its own .git folder and will act as a standalone Git repository.

Staging Files for the Local Repository

Once Git is initialized, you can begin tracking files:

git add . 
git commit -m "Initial commit"

This stages all current files and commits them to the local repository. From here, you can push your commits to a remote GitLab repository.

Ignoring Files in Git Version Control

Not every file in your project should be tracked—like logs, temp files, or compiled binaries. Git allows you to define which files to ignore.

Using .gitignore or .git/info/exclude to Exclude Files

Create a .gitignore file in the root of your project and add patterns of files or directories to exclude:

*.log 
node_modules/ 
.env

Alternatively, for local-only exclusions, edit the exclude file located in .git/info/. This is useful for excluding files specific to your machine without affecting others.

Connecting to a Remote Git Repository

After initializing your local project, you’ll want to link it to a remote GitLab repository so you can share it or back it up.

Setting Up a Primary Remote

To link to a GitLab repository, use:

git remote add origin https://gitlab.com/username/project.git

Verify the remote:

git remote -v

Then push your changes:

git push -u origin master

Adding an Additional Remote Repository

Sometimes, you may want to push the same project to multiple remotes. For example, one on GitLab and another on GitHub.

git remote add backup https://github.com/username/project.git

You can now push to both:

git push origin master 
git push backup master

Managing Git Remote Authentication

When pushing or pulling from GitLab, you must authenticate. Git offers several methods, including HTTPS with username/password, SSH keys, or personal access tokens.

Setting Up Password Requirements for Remote Access

If you're using HTTPS, GitLab now requires a Personal Access Token (PAT) instead of a password for authentication.

  1. Go to your GitLab account.
  2. Navigate to User Settings > Access Tokens.
  3. Create a token with the required scopes (read_repository, write_repository).
  4. Use this token in place of your password when Git prompts you:
Username: your_username 
Password: <your_personal_access_token>

Alternatively, you can cache credentials for convenience:

git config --global credential.helper wincred

For added security and convenience, consider setting up SSH keys instead of using HTTPS.

By following these steps, you can confidently set up, manage, and collaborate on GitLab repositories from your Windows 10 machine. Whether you're working solo or in a team, proper Git setup ensures a smoother development process and better project organization.

Share

Was this article helpful to you?

VPS popular offers

-20.8%

CPU
CPU
6 Xeon Cores
RAM
RAM
16 GB
Space
Space
150 GB SSD
Bandwidth
Bandwidth
10 TB
wKVM-SSD 16384 Metered Windows

100 /mo

/mo

Billed annually

-15.3%

CPU
CPU
4 Xeon Cores
RAM
RAM
2 GB
Space
Space
75 GB SSD
Bandwidth
Bandwidth
40 Mbps
DDoS Protected SSD-wKVM 2048 Windows

54 /mo

/mo

Billed annually

-15.4%

CPU
CPU
4 Xeon Cores
RAM
RAM
4 GB
Space
Space
100 GB SSD
Bandwidth
Bandwidth
60 Mbps
DDoS Protected SSD-wKVM 4096 Windows

73 /mo

/mo

Billed annually

-8.4%

CPU
CPU
4 Xeon Cores
RAM
RAM
2 GB
Space
Space
75 GB SSD
Bandwidth
Bandwidth
Unlimited
10Ge-wKVM-SSD 2048 Windows

37.4 /mo

/mo

Billed annually

-26.7%

CPU
CPU
3 Xeon Cores
RAM
RAM
1 GB
Space
Space
20 GB SSD
Bandwidth
Bandwidth
1 TB
KVM-SSD 1024 Metered Linux

10 /mo

/mo

Billed annually

-9.5%

CPU
CPU
8 Epyc Cores
RAM
RAM
32 GB
Space
Space
200 GB NVMe
Bandwidth
Bandwidth
Unlimited
wKVM-NVMe 32768 Windows

74.49 /mo

/mo

Billed annually

-20.2%

CPU
CPU
1 Xeon Core
RAM
RAM
1 GB
Space
Space
50 GB SSD
Bandwidth
Bandwidth
300 GB
wKVM-SSD 1024 HK Windows

19 /mo

/mo

Billed annually

-10%

CPU
CPU
10 Epyc Cores
RAM
RAM
64 GB
Space
Space
400 GB NVMe
Bandwidth
Bandwidth
Unlimited
KVM-NVMe 65536 Linux

135.49 /mo

/mo

Billed annually

-10%

CPU
CPU
4 Xeon Cores
RAM
RAM
8 GB
Space
Space
100 GB SSD
Bandwidth
Bandwidth
Unlimited
10Ge-KVM-SSD 8192 Linux

115.5 /mo

/mo

Billed annually

-20.5%

CPU
CPU
6 Xeon Cores
RAM
RAM
16 GB
Space
Space
150 GB SSD
Bandwidth
Bandwidth
10 TB
KVM-SSD 16384 Metered Linux

95 /mo

/mo

Billed annually

Other articles on this topic

cookie

Accept cookies & privacy policy?

We use cookies to ensure that we give you the best experience on our website. If you continue without changing your settings, we'll assume that you are happy to receive all cookies on the HostZealot website.