Collabobot is short for collaborate robot which is for GitHub open source project collaboration. This project is a GitHub App that you can easily install for your repos.
Collabobot is built on Probot which is a great framework to build GitHub App and collabobot has its own advantages which will be introduced in this doc.
Collabobot is written in pure TypeScript to improve development speed and quality.
All dependent modules are listed in package.json, so the only environment you need is Node.js and latest npm. Run npm install after cloning the project and add a globalConfig.js file to configure your robot, the content of the config file should be like below, and you can find a sample config in globalConfigTemplate.js:
module.exports = {
webhookPath: "/event",
port: 5000,
webhookProxy: your_smee_url,
id: your_app_id,
secret: your_app_secret,
cert: your_pem_file_path
};The only required config fields are id, secret and cert.
idis the GitHub App id of your installed app, you can find it in the general setting page of your app.secretis thewebhook secrectof your app, you can set it in the general setting page of your app.certis the cert file path of your app, this cert file will be used to authenticate your app, it can be generated in your general setting page of your app.
All the required field can be found, set or generate in your app general setting page, which would be like https://github.com/settings/apps/your_app_name for personal account or https://github.com/organizations/your_org_name/settings/apps/your_app_name for orgs.
After creating the config file, just run npm start to start the robot and you can use whatever tools you need to make the robot daemon(pm2/forever/nohup).
You can also run the robot by Docker, we provide Dockerfile to run the project, use docker build to build the image and use docker run to run the image. Notice that the port exposed is 5000 by default.
The framework of this robot only provides some basic services, you can use all these services to develop your own component.
The services contains:
This robot uses Probot to provide web access ability, you can access to the probot app via this.app in any component and use this.app.route to mount a new http access point. See Probot doc.
This robot uses Probot to provide GitHub webhook service, you can use this.app.on(event, func) to register your logic on events. See Probot doc.
This robot uses Probot to provide GitHub request ability, you can use this.app.installationsService.getGithubClient(owner: string, repo: string) to get a valid GitHub client to invoke a request or you can use context.github to get a valid GitHub client for current context if you have the context.
Then the GitHub client is a client which can make all API requests, see Probot doc.
Scheduler service is for tasks which will schedule in the future. This robot uses node-schedule to manage the tasks which is compatible with crontab time format.
You can use this.app.schedulerService.register(name: string, time: string, (date: Date) => void); to register a schedule task, and this function will return a Job handler that you can use to cancle the job.
Event service is very important in the framework. This service is used to subscribe and publish an event with certain context.
Notice that the event service uses class type to trigger and dispatch events. All the event types should add into services/event/events.ts and derived from BaseEvent and the param of the handler is also the class type.
Then you can use this.app.eventService.on(EventType, (event: EventType) => void); to register your handler for a specific event type and use this.app.eventService.trigger(EventType, event); to trigger an event. When an event is triggered, all listened handlers will be called with the event param.
Data service provides basic repo data for all services and components.
Repo data includes repo basic info, all star, watch, fork, contributor, issue, pull requests data. The data will regularly updated due to the config and listen to web hook to update data. So the data in data service is up-to-date and can be used any time.
You can access the repo data via this.app.dataService.getRepoData(owner: string, repo: string) and you can get detail info of user data via this.app.dataService.getUserData(login: string).
Mail service provide basic mail send service for the app.
We use nodemailer as our mail client. You can use this.app.mailService.send(options: Nodemailer.SendMailOptions) to send a mail and use this.app.mailService.getDefaultSendOptions() => Nodemailer.SendMailOptions to get a default config which is a function configured in config files(default return an empty object).
Translate service provides translation services using Google Translation API.
This service only uses API key in authentication, so you need to provide a Google translation API key to init the service. Then you can use this.app.translateService.translate(strings: string, target: string) => Promise<TranslateResult> or this.app.translateServiec.translateArray(strings: string[], target: string): Promise<TranslateResult[]> to get one or more translation results and this.app.translateService.detect(strings: string): Promise<DetectResult> to detect language of the input.
DingTalk notify service gives basic ability to notify messages with DingTalk group robot.
You can use several functions to send all kinds of messages to DingTalk group robot, see: https://open-doc.dingtalk.com/docs/doc.htm.
If you have any questions or feature requests, please feel free to submit an issue.
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