const System = require("../system");
const redis = require("redis");
const settings = require("../../config/settings");
const bluebird = require("bluebird");
bluebird.promisifyAll(redis);
// const logCtl=System.getObject("web.oplogCtl");
class RedisClient {
  constructor() {
    const redisConfig = settings.redis();
    this.client = redis.createClient({
      host: redisConfig.host,
      port: redisConfig.port,
      password: redisConfig.password,
      db: redisConfig.db,
      retry_strategy: function (options) {
        // if (options.error && options.error.code === 'ECONNREFUSED') {
        //     // End reconnecting on a specific error and flush all commands with
        //     // a individual error
        //     return new Error('The server refused the connection');
        // }
        if (options.total_retry_time > 1000 * 60 * 60) {
          // End reconnecting after a specific timeout and flush all commands
          // with a individual error
          return new Error('Retry time exhausted');
        }
        if (options.attempt > 10) {
          // End reconnecting with built in error
          return 10000;
        }
        // reconnect after
        return Math.min(options.attempt * 100, 3000);
      }
    });

    // return client.multi().get('foo').execAsync().then(function(res) {
    //     console.log(res); // => 'bar'
    // });
    this.client.on("error", function (err) {
      console.log("Error " + err);
      // //日志记录
      // logCtl.error({
      //    optitle:"redis this.client.on异常：",
      //    op:"base/utils/redisClient/this.client.on",
      //    content:err,
      //    clientIp:""
      //  });
    });
    this.subclient = this.client.duplicate();
    this.subclient.on("error", function (err) {
      console.log("Error " + err);
      // //日志记录
      // logCtl.error({
      //    optitle:"redis this.subclient.on异常：",
      //    op:"base/utils/redisClient/this.subclient.on",
      //    content:err,
      //    clientIp:""
      //  });
    });
    var self = this;
    this.subclient.on("message", async function (channel, message) {
      console.log(channel, '------------- redis message ------------------- ');

      if (self.taskmanager) {
        if (channel == "task") {
          if (message == "newtask") {
            (async (that) => {
              var msg2 = await that.rpop("tasklist");
              if (msg2) {
                console.log("taskName+++++" + msg2);
                var msgs2 = msg2.split("_");
                var action = msgs2[0];
                var taskName = msgs2[1];
                var exp = msgs2[2];
                await that.taskmanager.addTask(taskName, exp);
              }
            })(self)

          } else {
            (async (msg, that) => {
              var msgs = msg.split("_");
              var action = msgs[0];
              if (action == "delete") {
                var taskName = msgs[1];
                await that.taskmanager.deleteTask(taskName);
              }
            })(message, self);
          }
        }
      }
      if (self.chatserver) {
        if (channel != "task") {
          var message = JSON.parse(message);
          console.log(message, "------------------------------------------ publish message");
          if (channel == "brc") {//如果是广播频道，则发送广播到客户端
            self.chatserver.server.emit("brc", message);
          } else if (self.chatserver.users[channel]) {
            if (message.type) {
              self.chatserver.users[channel].client.emit(message.type, message.data);
            } else {
              //持久化
              self.chatserver.users[channel].client.emit("chatmsg", message);
            }
          }
        }
      }
    });
  }
  async subscribe(channel, chatserver) {
    if (!this.chatserver) {
      this.chatserver = chatserver;
    }
    return this.subclient.subscribeAsync(channel);
  }
  async unsubscribe(channel) {
    //this.chatserver=null;
    return this.subclient.unsubscribeAsync(channel);
  }
  async subscribeTask(channel, taskmanager) {
    if (!this.taskmanager) {
      this.taskmanager = taskmanager;
    }
    return this.subclient.subscribeAsync(channel);
  }
  async publish(channel, msg) {
    console.log(channel + ":" + msg);
    return this.client.publishAsync(channel, msg);
  }
  async notifyConsume(channel, consumetarget,val) {
    await this.client.rpush(consumetarget,val);
    console.log("publish--"+channel + ":" + consumetarget);
    return this.client.publishAsync(channel, consumetarget);
  }
  async rpush(key, val) {
    return this.client.rpushAsync(key, val);
  }
  async llen(key) {
    return this.client.llenAsync(key);
  }
  async rpushWithEx(key, val, t) {
    var p = this.rpush(key, val);
    this.client.expire(key, t);
    return p;
  }
  async rpop(key) {
    return this.client.rpopAsync(key);
  }
  async lpop(key) {
    return this.client.lpopAsync(key);
  }
  async lrem(key, val) {
    return this.client.lremAsync(key, 1, val);
  }
  async ltrim(key, s, e) {
    return this.client.ltrimAsync(key, s, e);
  }
  async clearlist(key) {
    await this.client.ltrim(key, -1, -1);
    await this.client.ltrim(key, 1, -1);
    return 0;
  }
  async flushall() {
    console.log("sss");
    return this.client.flushallAsync();
  }
  async keys(p) {
    return this.client.keysAsync(p);
  }
  async set(key, val) {
    if (typeof val == "undefined" || typeof key == "undefined") {
      console.log("......................cache val undefined");
      console.log(key);
      return null;
    }
    return this.client.setAsync(key, val);
  }
  async setWithEx(key, val, t) {
    var p = this.client.setAsync(key, val);
    this.client.expire(key, t);
    return p;
  }
  async get(key) {

    return this.client.getAsync(key);
  }
  async delete(key) {
    return this.client.delAsync(key);
  }
  async hmset(key, jsonObj) {
    return this.client.hmsetAsync(key, jsonObj);
  }
  async hmsetWithEx(key, jsonObj, t) {
    var p = this.client.hmsetAsync(key, jsonObj);
    this.client.expire(key, t);
    return p;
  }
  async hgetall(key) {
    return this.client.hgetallAsync(key);
  }
  async hincrby(key, f, n) {
    return this.client.hincrbyAsync(key, f, n);
  }

  async sadd(key, vals) {
    await this.client.saddAsync(key, ...vals);
    return this.scard(key);
  }
  async scard(key) {
    return this.client.scardAsync(key);
  }
  async srem(key, val) {
    return this.client.sremAsync(key, val);
  }
  async sismember(key, val) {
    return this.client.sismemberAsync(key, val);
  }
  async smembers(key) {
    return this.client.smembersAsync(key);
  }
  async exists(key) {
    return this.client.existsAsync(key);
  }
  async incr(key) {
    return this.client.incrAsync(key);
  }
  async decr(key) {
    return this.client.decrAsync(key);
  }

}
module.exports = RedisClient;
// var client=new RedisClient();
// (async ()=>{
//   var x=await client.rpop("riskmq");
//   var m=JSON.parse(x);
//   console.log(m);
// })()

// client.keys('*').then(s=>{
//   console.log(s);
// });
// let clients = {};
// clients.watcher = redis.createClient({ ... } );
// clients.alterer = clients.watcher.duplicate();
// client.sadd("h",["ok","jy","ok"]).then(function(r){
//   console.log(r);
// });
// client.smembers("h").then(function(r){
//   console.log(r);
// });
// client.sismember("h","ok").then(function(r){
//   console.log(r);
// });
// console.dir(client);ti.exec( callback )回调函数参数err：返回null或者Array，出错则返回对应命令序列链中发生错误的错误信息，这个数组中最后一个元素是源自exec本身的一个EXECABORT类型的错误
// r.set("hello","oooo").then(function(result){
//   console.log(result);
// });
// r.get("hello").then(function(result){
//   console.log(result);
// });
// client.hmset("user_1",{name:"jy",age:13}).then(function(r){
//   console.log(r);
//
// });
// client.hincrby("user_1","age",2).then(function(r){
//   console.log(r);
//   setTimeout(function(){
//     client.hgetall("user_1").then(function(u){
//       console.log(u);
//     });
//   },3000);
// });
//

//还要构造一个列表，存储新加入编码的数据列表

//程序启动后查询出编码表（按照位置升序），构造两个内存字典
//字典0：记录每类报表最后一个编码坐标值--key报表编码，值是位置
//字典1：key是报表编码+位置  value 是 汉字坐标编码---方便兼容以前公式查询使用
//字典2 : key是汉字编码， value是 报表编码+位置---------方便检查是否需要新增编码行
               //如果上传数据不存在，那么需要新增编码行，需要按照报表编码最后编码进行数字转换
               //判断是否数字字符串，如果不是，那么设置1，如果是则取值后加1
               //构造新的编码数据，添加到新增列表，保存新的编码

    
       
//新增历史时候，按照报表编码
//按照报表类型  、位置 查询出  编码

//rpttype     pos        code       desc