- GitLab Pages requirements
- GitLab Pages on GitLab.com
- Example projects
- Custom error codes pages
- Redirects in GitLab Pages
- Remove your pages
- Subdomains of subdomains
- GitLab Pages in projects and groups
- Enable unique domains
- Specific configuration options for Pages
- Customize the default folder
- Known issues
- Troubleshooting
GitLab Pages settings
This document is a user guide to explore the options and settings GitLab Pages offers.
To familiarize yourself with GitLab Pages first:
- Read an introduction to GitLab Pages.
- Learn how to get started with Pages.
- Learn how to enable GitLab Pages across your GitLab instance on the administrator documentation.
GitLab Pages requirements
In brief, this is what you need to upload your website in GitLab Pages:
- Domain of the instance: domain name that is used for GitLab Pages (ask your administrator).
- GitLab CI/CD: a
.gitlab-ci.yml
file with a specific job namedpages
in the root directory of your repository. - GitLab Runner enabled for the project.
GitLab Pages on GitLab.com
If you are using GitLab Pages on GitLab.com to host your website, then:
- The domain name for GitLab Pages on GitLab.com is
gitlab.io
. - Custom domains and TLS support are enabled.
- Shared runners are enabled by default, provided for free and can be used to build your website. If you want you can still bring your own runner.
Example projects
Visit the GitLab Pages group for a complete list of example projects. Contributions are very welcome.
Custom error codes pages
You can provide your own 403
and 404
error pages by creating 403.html
and
404.html
files in the root of the public/
directory. Usually this is
the root directory of your project, but that may differ
depending on your static generator configuration.
If the case of 404.html
, there are different scenarios. For example:
- If you use project Pages (served under
/project-slug/
) and try to access/project-slug/non/existing_file
, GitLab Pages tries to serve first/project-slug/404.html
, and then/404.html
. - If you use user or group Pages (served under
/
) and try to access/non/existing_file
GitLab Pages tries to serve/404.html
. - If you use a custom domain and try to access
/non/existing_file
, GitLab Pages tries to serve only/404.html
.
Redirects in GitLab Pages
You can configure redirects for your site using a _redirects
file. For more information, see
Create redirects for GitLab Pages.
Remove your pages
To remove your pages:
- On the left sidebar, select Search or go to and find your project.
- On the left sidebar, select Deploy > Pages.
- Select Remove pages.
Subdomains of subdomains
When using Pages under the top-level domain of a GitLab instance (*.example.io
), you can’t use HTTPS with subdomains
of subdomains. If your namespace or group name contains a dot (for example, foo.bar
) the domain
https://foo.bar.example.io
does not work.
This limitation is because of the HTTP Over TLS protocol. HTTP pages work as long as you don’t redirect HTTP to HTTPS.
GitLab Pages in projects and groups
You must host your GitLab Pages website in a project. This project can be private, internal, or public and belong to a group or subgroup.
For group websites, the group must be at the top level and not a subgroup.
For project websites,
you can create your project first and access it under http(s)://namespace.example.io/project-path
.
Enable unique domains
-
Introduced in GitLab 15.9 with a flag named
pages_unique_domain
. Disabled by default. - Enabled by default in GitLab 15.11.
- Feature flag removed in GitLab 16.3.
By default, every project in a group shares the same domain, for example, group.gitlab.io
. This means that cookies are also shared for all projects in a group.
To ensure your project uses a unique Pages domain, enable the unique domains feature for the project:
- On the left sidebar, select Search or go to and find your project.
- On the left sidebar, select Deploy > Pages.
- Select the Use unique domain checkbox.
- Select Save changes.
Specific configuration options for Pages
Learn how to set up GitLab CI/CD for specific use cases.
.gitlab-ci.yml
for plain HTML websites
Supposed your repository contained the following files:
├── index.html
├── css
│ └── main.css
└── js
└── main.js
Then the .gitlab-ci.yml
example below moves all files from the root
directory of the project to the public/
directory. The .public
workaround
is so cp
doesn’t also copy public/
to itself in an infinite loop:
pages:
script:
- mkdir .public
- cp -r * .public
- mv .public public
artifacts:
paths:
- public
only:
- main
.gitlab-ci.yml
for a static site generator
See this document for a step-by-step guide.
.gitlab-ci.yml
for a repository with code
Remember that GitLab Pages are by default branch/tag agnostic and their
deployment relies solely on what you specify in .gitlab-ci.yml
. You can limit
the pages
job with the only
parameter,
whenever a new commit is pushed to a branch used specifically for your
pages.
That way, you can have your project’s code in the main
branch and use an
orphan branch (let’s name it pages
) to host your static generator site.
You can create a new empty branch like this:
git checkout --orphan pages
The first commit made on this new branch has no parents and is the root of a
new history totally disconnected from all the other branches and commits.
Push the source files of your static generator in the pages
branch.
Below is a copy of .gitlab-ci.yml
where the most significant line is the last
one, specifying to execute everything in the pages
branch:
image: ruby:2.6
pages:
script:
- gem install jekyll
- jekyll build -d public/
artifacts:
paths:
- public
only:
- pages
See an example that has different files in the main
branch
and the source files for Jekyll are in a pages
branch which
also includes .gitlab-ci.yml
.
Serving compressed assets
Most modern browsers support downloading files in a compressed format. This speeds up downloads by reducing the size of files.
Before serving an uncompressed file, Pages checks if the same file exists with
a .br
or .gz
extension. If it does, and the browser supports receiving
compressed files, it serves that version instead of the uncompressed one.
To take advantage of this feature, the artifact you upload to the Pages should have this structure:
public/
├─┬ index.html
│ | index.html.br
│ └ index.html.gz
│
├── css/
│ └─┬ main.css
│ | main.css.br
│ └ main.css.gz
│
└── js/
└─┬ main.js
| main.js.br
└ main.js.gz
This can be achieved by including a script:
command like this in your
.gitlab-ci.yml
pages job:
pages:
# Other directives
script:
# Build the public/ directory first
- find public -type f -regex '.*\.\(htm\|html\|txt\|text\|js\|css\)$' -exec gzip -f -k {} \;
- find public -type f -regex '.*\.\(htm\|html\|txt\|text\|js\|css\)$' -exec brotli -f -k {} \;
By pre-compressing the files and including both versions in the artifact, Pages can serve requests for both compressed and uncompressed content without needing to compress files on-demand.
Resolving ambiguous URLs
GitLab Pages makes assumptions about which files to serve when receiving a request for a URL that does not include an extension.
Consider a Pages site deployed with the following files:
public/
├── index.html
├── data.html
├── info.html
├── data/
│ └── index.html
└── info/
└── details.html
Pages supports reaching each of these files through several different URLs. In
particular, it always looks for an index.html
file if the URL only
specifies the directory. If the URL references a file that doesn’t exist, but
adding .html
to the URL leads to a file that does exist, it’s served
instead. Here are some examples of what happens given the above Pages site:
URL path | HTTP response |
---|---|
/ |
200 OK : public/index.html
|
/index.html |
200 OK : public/index.html
|
/index |
200 OK : public/index.html
|
/data |
302 Found : redirecting to /data/
|
/data/ |
200 OK : public/data/index.html
|
/data.html |
200 OK : public/data.html
|
/info |
302 Found : redirecting to /info/
|
/info/ |
404 Not Found Error Page |
/info.html |
200 OK : public/info.html
|
/info/details |
200 OK : public/info/details.html
|
/info/details.html |
200 OK : public/info/details.html
|
When public/data/index.html
exists, it takes priority over the public/data.html
file
for both the /data
and /data/
URL paths.
Customize the default folder
-
Introduced in GitLab 16.1 with a Pages flag named
FF_CONFIGURABLE_ROOT_DIR
. Disabled by default. - Enabled on GitLab.com in GitLab 16.1.
- Enabled on self-managed in GitLab 16.2.
By default, the artifact folder
that contains the static files of your site needs to have the name public
.
To change that folder name to any other value, add a publish
property to your
pages
job configuration in .gitlab-ci.yml
.
The following example publishes a folder named dist
instead:
pages:
script:
- npm run build
artifacts:
paths:
- dist
publish: dist
If you’re using a folder name other than public
you must specify
the directory to be deployed with Pages both as an artifact, and under the
publish
property. The reason you need both is that you can define multiple paths
as artifacts, and GitLab doesn’t know which one you want to deploy.
Known issues
For a list of known issues, see the GitLab public issue tracker.
Troubleshooting
404 error when accessing a GitLab Pages site URL
This problem most likely results from a missing index.html
file in the public directory. If after deploying a Pages site
a 404 is encountered, confirm that the public directory contains an index.html
file. If the file contains a different name
such as test.html
, the Pages site can still be accessed, but the full path would be needed. For example: https//group-name.pages.example.com/project-slug/test.html
.
The contents of the public directory can be confirmed by browsing the artifacts from the latest pipeline.
Files listed under the public directory can be accessed through the Pages URL for the project.
A 404 can also be related to incorrect permissions. If Pages Access Control is enabled, and a user navigates to the Pages URL and receives a 404 response, it is possible that the user does not have permission to view the site. To fix this, verify that the user is a member of the project.
Cannot play media content on Safari
Safari requires the web server to support the Range request header to play your media content. For GitLab Pages to serve
HTTP Range requests, you should use the following two variables in your .gitlab-ci.yml
file:
pages:
stage: deploy
variables:
FF_USE_FASTZIP: "true"
ARTIFACT_COMPRESSION_LEVEL: "fastest"
script:
- echo "Deploying pages"
artifacts:
paths:
- public
environment: production
The FF_USE_FASTZIP
variable enables the feature flag which is needed for ARTIFACT_COMPRESSION_LEVEL
.