Webhook Handler for GitLab
Project description
Flask webhook for GitLab
A very simple post-receive web hook handler for GitLab based on a project for Github: razius/github-webhook-handler
It will optionally verify that the POST request originated from a particular IP address.
Getting started
Installation
pip install gwh
Repository Configuration
Create a JSON config file (e.g., repos.json
) to configure repositories. Each repository must be keyed by its GitLab homepage.
{
"https://gitlab.com/pal/spm-batching": {
"private_token": "xxxxxxxxxxxxx",
"webhook_token": "xxxxxxxxxxxxx",
"push": {
"master": {
"path": "/home/spm-batching/deploy",
"actions": [
"git checkout master",
"git pull"
]
},
"other": {
"actions": [
"echo A non-master branch was pushed."
]
}
}
},
"issue": {
"user_notify": [
"\\*\\*Sender\\*\\*\\: ([a-zA-Z0-9_.+-]+@[a-zA-Z0-9-]+\\.[a-zA-Z0-9-.]+)",
"@gitlabuser"
],
"labels": []
}
}
}
This example handles several types of webhooks.
push
: After a push event to the repomaster
branch, it executes a couple of command in the local shell to pull in the master HEAD. The special branch keyother
will run if the pushed branch is not otherwise matched to a key in thepush
hash.issue.user_notify
: After a new issue event, the handler runs a regex match on the issue body and adds an issue comment to @mention the user by email.issue.labels
: Parse the commit message to handle adding or removing labels based on commit messages. For instance, "address #53, #72: carousel accessibility fixes; -browser compat, +accessibility, ~Pending" will add an "accessibility" label (if it already exists for the project) to issues 53 and 72, remove label "browser compat", and add label "Pending" (presumably a list label) while removing other list labels (effectively moving an issue on the GitLab boards kanban).
The issue hook uses a GitLab personal access token (private_token
) to run API commands to lookup a username by email and add an issue comment. The push hook does not require the private token because it does not use the GitLab API.
webhook_token
allows authorization by matching against a secret token included in the payload headers.
Run
python -m gwh --help
Example usage:
Assume a self-hosted GitLab server on 192.168.1.44 and a production webserver on 192.168.1.99. The idea is that a push to the master branch for your project should trigger the production machine to pull in a new copy of the repo.
On your webhost (192.168.1.99), bring up the webhook handler:
python -m gwh -p 8080 --allow 192.168.1.44 repos.json &
Then in your GitLab server (on 192.168.1.44) project settings, create a new webhook with URL http://192.168.1.99:8080 that's triggered on push events.
Test
curl -i -X POST -H "Content-Type: application/json" --data "@test.json" http://localhost:8080
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