• Nodejs 8 is required
• Apache Kafka

npm install

eslint is used to lint the javascript source code:

npm run lint

• POST /webhooks/github - The webhook handler for github
• POST /webhooks/gitlab - The webhook handler for gitlab

The following config parameters are supported, they are defined in config/default.js and can be configured in system environment:

KAFKA_OPTIONS should be object as described in https://github.com/SOHU-Co/kafka-node#kafkaclient For using with SSL, the options should be as

 {
    kafkaHost: '<server>',
    sslOptions: {
      cert: '<certificate>', 
      key:  '<key>'
    }
 }

To change the WATCH_REPOS, you'd better create a config/local.js file to override the WATCH_REPOS, see config/sample-local.js for example.

config/local.js will not tracked by git.

Normally you just need config the GITHUB_SECRET_TOKEN and GITLAB_SECRET_TOKEN (optional in this challenge):

export GITHUB_SECRET_TOKEN=...
export GITLAB_SECRET_TOKEN=...

Or on windows:

set GITHUB_SECRET_TOKEN=...
set GITLAB_SECRET_TOKEN=...

• login into github.com
• go to the repository you want to watch
• click: Settings -> Options(in the left panel) -> Webhooks
• click: 'Add Webhook' button
• fill the form:
  • Payload URL: https://<YOUR_HOST>/webhooks/github, for example: https://4bb6c860.ngrok.io/webhooks/github
  • Content Type: application/json
  • Secret: type your secret and remember it to set into GITHUB_SECRET_TOKEN
  • Check: Send me everything
  • Check: Active
• click: 'Add Webhook' button

• login into gitlab.com
• go to the repository you want to watch
• click: Settings -> Integrations
• fill the form:
  • URL: https://<YOUR_HOST>/webhooks/gitlab, for example: https://4bb6c860.ngrok.io/webhooks/gitlab
  • Secret Token: type your secret and remember it to set into GITLAB_SECRET_TOKEN
  • Trigger: Check all the events
  • Check: Enable SSL Verifications
• click: 'Add Webhook' button

npm start

Server should be started at port 3000.

use ngrok to make your local deploy accessible by internet:

ngrok http 3000

• properly config and run the receiver app.
• properly config and run the processor app.
• create an issue in the repo, you can see the logs in receiver and processor, the issue.created event is generated.
• update an issue in the repo, you can see the logs in receiver and processor, the issue.updated event is generated.
• create a comment on an issue, you can see the logs in receiver and processor, the comment.created event is generated.
• update a comment on an issue, you can see the logs in receiver and processor, the comment.updated event is generated.
• assigned a user to an issue, you can see the logs in receiver and processor, the issue.assigned event is generated.
• assigned a user to an issue, you can see the logs in receiver and processor, the issue.unassigned event is generated.
• add a label to an issue, you can see the logs in receiver and processor, the issue.labeled event is generated.
• remove a label to an issue, you can see the logs in receiver and processor, the issue.unlabeled event is generated.
• create a pull request, you can see the logs in receiver and processor, the pull_request.created event is generated.
• close a pull request without merge, you can see the logs in receiver and processor, the pull_request.closed event is generated and the merged property is false.
• merge a pull request, you can see the logs in receiver and processor, the pull_request.closed event is generated and the merged property is true.

• properly config and run the receiver app.
• properly config and run the processor app.
• create an issue in the repo, you can see the logs in receiver and processor, the issue.created event is generated.