electric-flow v1.4.10

Installation

$ npm install electric-flow

required bull and arena ui for bull queue.

Quick start

const ElectricFlow = require('electric-flow')

const electricFlow = new ElectricFlow({
  mongoUrl: 'mongodb://localhost:27017/electric-flow',
  redisUrl: 'redis://localhost:6379',
  statsRedisUrl: 'redis://localhost:6379/1',
  enableSlack: true,
  slack: {
    webhookUrl: 'https://hooks.slack.com/services/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9',
    channel: 'testbot',
    username: 'Electric-bot'
  }
})
const mainboard = new ElectricFlow.MainBoard({})
electricFlow.register(mainboard)
// init all mainboard connection
electricFlow.start()

The settings fields are:

• mongoUrl: string, mongodb to store electron and discharge.
• redisUrl: string, redis to store bull queue.
• statsRedisUrl: (optional) string, redis to store statistics of job status.
• enableSlack: boolean, enable slack notifications.
• slack: object, slack noti settings.
  • webhoolUrl: string, webhook url from slack incoming webhook.
  • channel: string, slack channel to send noti.
  • username: string, slack sender's name to send noti.

How to start worker

const ElectricFlow = require('electric-flow')

const electricFlow = new ElectricFlow({})

const mainboard = new ElectricFlow.MainBoard({})
electrician.register(mainboard)
// init all mainboard connection and worker
electrician.worker()

How to apply middleware for api

example:

const express = require('express')
const ElectricFlow = require('electric-flow')


const electricFlow = new Electrician()
const app = express()


electricFlow.applyApiMiddleware({ app: server, basePath: '' })

The settings fields are:

• app: Express app.
• basePath: object, basePath for api and arena ui.

Shortcut for single task circuitboard

const singleTaskBoard = new CircuitBoard({
  name: 'singleTask'
})

singleTaskBoard.initSingleTaskWithResistor(new Resistor({
  name: 'resistor1',
  consume: (e) => {
    // throw new Error('throw update error')
    return { result: 'sg1 result' }
  },
  next: 'ground'
}))

create powersource, resistor and circuitboard

const cboard = new CircuitBoard({
  name: 'cboard'
})

// create powersource and add to circuitboard
cboard.usePowerSource(new PowerSource({
  generate: () => ([{}, {}, {}]), // generate 3 task
  next: 'resistor1' // redirect to resistor with name
}))

// create resistor and add to circuitboard
cboard.addResistor(new Resistor({
  name: 'resistor1',
  consume: async (e) => {
    // throw new Error('throw update error')
    return { result: 'result1' }
  },
  next: 'resistor2' // redirect to resistor 2 after complete
}))


cboard.addResistor(new Resistor({
  name: 'resistor2',
  consume: (e) => {
    return { result: 'result2' }
  },
  next: 'ground' // complete circuit with ground
}))