Qq robot simple implementation

Project introduction

Automatic QQ robot based on IOTQQ + Node.js

Download IOTQQ and deploy the server (centos as an example)

1. Download IOTQQ portal

   The iotbot_3.x.xx_linux_arm64.tar. gz package should be downloaded for 64-bit systems

   // Decompress tar -xzvf ***.tarCopy the code

2. To apply for Gitter Developer, log in to the Gitter Developer website with GitHub authorization and exchange a Token

3. Fill in the configuration file coreconf. conf first configure the Token and then start the program

  # Customize the listening service port
  Port = "0.0.0.0:8888"
  The worker thread defaults to 50
  WorkerThread = 50
  # IOTBOT version
  IOTQQVer = "v3.0.0"
  #Gitter Token
  Token = ""
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4. Start the service

• Run the program and run the./IOTQQ command. Port 8888 is enabled by default as the service port of WebSokcet/WebApi
• The first login will pull part of the script and have detailed output when Everything is OK! Service Ready
• Visit the home control panelhttp://IP:PORT
• Get login QR code access Urlhttp://IP:PORT/v1/Login/GetQRcodeScan the code to log in
• Start IOTQQ in the background with the following command:

    nohup /path/to/iotbot >> /path/to/iotbot/log.txt 2>&1 &
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WEB API calls

• IOTQQ official website provides Web API for external call, as long as you know the interface address, you can use any HTTP tool or programming language call
• The IOTQQ project has webapi.json, which can be imported directly into the Chrome plugin RestletClient, which can call tests directly or be used as a reference document. This plugin can also be found in the Chrome store. The new version is called Talend API Tester
• Before importing webapi. json, you can find a text editor to modify it, mainly to replace the interface address and QQ number in batches, so that you can use it directly after importing
• Api Interface and usage This section describes common interfaces and their parameters
• Description of events and parameters
• An example of calling a Web API using Request:

    const request = require('request-promise').defaults({ json: true.gzip: true })
    async function callApi (name, params) {
      const url = `${WEB_API}/LuaApiCaller? qq=${LOGIN_QQ}&funcname=${name}&timeout=10`
      if (params) return request.post(url, { body: params })
      return request.get(url)
    }
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Use of the WebSocket interface

• WebAPI is used to send messages and instructions. The corresponding receiving messages and receiving events need to use the WebSocket interface of IOTQQ
• IOTQQ websocket is based on socket. IO, can not directly use ws://… So some websocket test tools on the Internet can not be used, only compatible with socket. IO client access
• Nodejs development requires the introduction of the socket. IO -client library
• The simple code is as follows:

    var User = localStorage.getItem('User');
      var socket = io("127.0.0.1:8888", {
      transports: ['websocket']}); socket.on('connect'.function() {
          // Read the historical login QQ id from cache or from cookies
          // Obtain the user cache after the link is successful. Obtain the QR code if the message fails to be synchronized
          // The same browser will replace the current Websocket ID
      
        if (User == null) {// Get the qr code
          socket.emit('GetQrcode'.'1234', (data) =>{
            console.log(data); // data will be 'woot'})}else{
  
          socket.emit('GetWebConn', User, (data) =>{
          console.log(data);
  
        });
  
      }
      
    })
    socket.on('OnCheckLoginQrcode'.function(data) {
      //48 not scanned 53 Code scanned 17 49 expired
      // if (data.Data.ScanStatus ==17 || data.Data.ScanStatus == 49){
      // }
        console.log(data);
    });
  
    socket.on('OnLoginSuccess'.function(data) {
  
      // Remove all
      localStorage.clear();
      console.log(data);
  
    });
    // Unified event management event collection, such as friend joining event, friend request event, friend dropping event, etc
    socket.on('OnEvents'.function (data) {
      console.log("Received related incident");
      console.log(JSON.stringify(data));
  
    });
    // Received a callback event from a friend message
    socket.on('OnFriendMsgs'.function (data) {
      console.log("Received a friend message");
      console.log(data);
      console.log(JSON.stringify(data))
    });
    // Received a group message callback event
    socket.on('OnGroupMsgs'.function (data) {
      console.log("Received group message");
      console.log(data);
      console.log(JSON.stringify(data))
    });
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Node Project Introduction

• The server framework KOA

• Access the Skyline robot API

• The source code

• Folder/file introduction

  Node - iotqq ├ ─ bin ├ ─ config# config file├ ─ controller │ ├ ─ group. Js# Process group messages│ └ ─ user. Js# Handle friend messages├ ─ middlewares# middleware├ ─ publicStatic resource directory├ ─ request# external interface call│ ├ ─ API. Js# IOTQQ interface call│ ├ ─ index. JsThe interface invokes public methods│ └ ─ txRobot. Js# Skyline robot API call├ ─ routesExternal API routing├ ─ socket# IOTQQ Socket message subscription receive├ ─ util# public method└ ─ app. Js# server entry
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