webhook is a lightweight configurable tool written in Go, that allows you to easily create HTTP endpoints (hooks) on your server, which you can use to execute configured commands. You can also pass data from the HTTP request (such as headers, payload or query variables) to your commands. webhook also allows you to specify rules which have to be satisfied in order for the hook to be triggered.
For example, if you're using Github or Bitbucket, you can use webhook to set up a hook that runs a redeploy script for your project on your staging server, whenever you push changes to the master branch of your project.
If you use Mattermost or Slack, you can set up an "Outgoing webhook integration" or "Slash command" to run various commands on your server, which can then report back directly to you or your channels using the "Incoming webhook integrations", or the appropriate response body.
webhook aims to do nothing more than it should do, and that is:
- receive the request,
- parse the headers, payload and query variables,
- check if the specified rules for the hook are satisfied,
- and finally, pass the specified arguments to the specified command via command line arguments or via environment variables.
Everything else is the responsibility of the command's author.
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|---|---|
| Scriptable webhook gateway to safely run your custom builds, deploys, and proxy scripts on your servers. | Inspect, monitor and replay webhooks without the back and forth troubleshooting. |
To get started, first make sure you've properly set up your Go 1.14 or newer environment and then run
$ go build github.com/adnanh/webhookto build the latest version of the webhook.
If you are using Ubuntu linux (17.04 or later), you can install webhook using sudo apt-get install webhook which will install community packaged version.
If you are using Debian linux ("stretch" or later), you can install webhook using sudo apt-get install webhook which will install community packaged version (thanks @freeekanayaka) from https://packages.debian.org/sid/webhook
If you are using FreeBSD, you can install webhook using pkg install webhook.
Prebuilt binaries for different architectures are available at GitHub Releases.
Next step is to define some hooks you want webhook to serve.
webhook supports JSON or YAML configuration files, but we'll focus primarily on JSON in the following example.
Begin by creating an empty file named hooks.json. This file will contain an array of hooks the webhook will serve. Check Hook definition page to see the detailed description of what properties a hook can contain, and how to use them.
Let's define a simple hook named redeploy-webhook that will run a redeploy script located in /var/scripts/redeploy.sh. Make sure that your bash script has #!/bin/sh shebang on top.
Our hooks.json file will now look like this:
[
{
"id": "redeploy-webhook",
"execute-command": "/var/scripts/redeploy.sh",
"command-working-directory": "/var/webhook"
}
]NOTE: If you prefer YAML, the equivalent hooks.yaml file would be:
- id: redeploy-webhook
execute-command: "/var/scripts/redeploy.sh"
command-working-directory: "/var/webhook"You can now run webhook using
$ /path/to/webhook -hooks hooks.json -verboseIt will start up on default port 9000 and will provide you with one HTTP endpoint
http://yourserver:9000/hooks/redeploy-webhookCheck webhook parameters page to see how to override the ip, port and other settings such as hook hotreload, verbose output, etc, when starting the webhook.
By performing a simple HTTP GET or POST request to that endpoint, your specified redeploy script would be executed. Neat!
However, hook defined like that could pose a security threat to your system, because anyone who knows your endpoint, can send a request and execute your command. To prevent that, you can use the "trigger-rule" property for your hook, to specify the exact circumstances under which the hook would be triggered. For example, you can use them to add a secret that you must supply as a parameter in order to successfully trigger the hook. Please check out the Hook rules page for detailed list of available rules and their usage.
webhook provides limited support the parsing of multipart form data.
Multipart form data can contain two types of parts: values and files.
All form values are automatically added to the payload scope.
Use the parse-parameters-as-json settings to parse a given value as JSON.
All files are ignored unless they match one of the following criteria:
- The
Content-Typeheader isapplication/json. - The part is named in the
parse-parameters-as-jsonsetting.
In either case, the given file part will be parsed as JSON and added to the payload map.
webhook can parse the hooks configuration file as a Go template when given the -template CLI parameter. See the Templates page for more details on template usage.
webhook by default serves hooks using http. If you want webhook to serve secure content using https, you can use the -secure flag while starting webhook. Files containing a certificate and matching private key for the server must be provided using the -cert /path/to/cert.pem and -key /path/to/key.pem flags. If the certificate is signed by a certificate authority, the cert file should be the concatenation of the server's certificate followed by the CA's certificate.
TLS version and cipher suite selection flags are available from the command line. To list available cipher suites, use the -list-cipher-suites flag. The -tls-min-version flag can be used with -list-cipher-suites.
If you want to set CORS headers, you can use the -header name=value flag while starting webhook to set the appropriate CORS headers that will be returned with each response.
You can use one of the following Docker images, or create your own (please read this discussion):
- almir/webhook
- roxedus/webhook
- thecatlady/webhook
- lwlook/webhook - This setup allows direct access to the Docker host, providing a streamlined and efficient way to manage webhooks.
Check out Hook examples page for more complex examples of hooks.
- Plex 2 Telegram by @psyhomb
- Webhook & JIRA by @perfecto25
- Trigger Ansible AWX job runs on SCM (e.g. git) commit by @jpmens
- Deploy using GitHub webhooks by @awea
- Setting up Automatic Deployment and Builds Using Webhooks by Will Browning
- Auto deploy your Node.js app on push to GitHub in 3 simple steps by Karolis Rusenas
- Automate Static Site Deployments with Salt, Git, and Webhooks by Linode
- Using Prometheus to Automatically Scale WebLogic Clusters on Kubernetes by Marina Kogan
- Github Pages and Jekyll - A New Platform for LACNIC Labs by Carlos Martínez Cagnazzo
- How to Deploy React Apps Using Webhooks and Integrating Slack on Ubuntu by Arslan Ud Din Shafiq
- Private webhooks by Thomas
- Adventures in webhooks by Drake
- GitHub pro tips by Spencer Lyon
- XiaoMi Vacuum + Amazon Button = Dash Cleaning by c0mmensal
- Set up Automated Deployments From Github With Webhook by Maxim Orlov
- Kick Me Now with Webhooks By Dave Cottlehuber
- VIDEO: Gitlab CI/CD configuration using Docker and adnanh/webhook to deploy on VPS - Tutorial #1 by Yes! Let's Learn Software Engineering
- Integrate automatic deployment in 20 minutes using webhooks + Nginx setup by Anksus
- Automatically redeploy your static blog with Gitea, Uberspace & Webhook by Arran
- Automatically Updating My Zola Site Using a Webhook by Óscar Fernández
- ...
- Want to add your own? Open an Issue or create a PR :-)
See the webhook-contrib repository for a collections of tools and helpers related to webhook that have been contributed by the webhook community.
Check out existing issues to see if someone else also had the same problem, or open a new one.
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The MIT License (MIT)
Copyright (c) 2015 Adnan Hajdarevic adnanh@gmail.com
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