package MqttServer

import (
	"ColdP_server/models/Device"
	"encoding/json"
	"fmt"
	beego "github.com/beego/beego/v2/server/web"
	"github.com/yosssi/gmq/mqtt"
	"github.com/yosssi/gmq/mqtt/client"
	"runtime"
)

var (
	cli      *client.Client
	DeviceSn map[string]Device.Device /*创建集合 */
	test     = true
)

func init() {

	if runtime.GOOS == "windows" {
		test = true
	} else {
		test = false
	}
	//test = false   // 强行启动 插入

	go Realtime() // 循环刷新

	//logs.Async(1e3)

	//
	//cpuNum := runtime.NumCPU() //获得当前设备的cpu核心数
	//fmt.Println("cpu核心数:", cpuNum)
	//runtime.GOMAXPROCS(cpuNum) //设置需要用到的cpu数量
	//

}

func Run_MqttServer() {

	fmt.Println("============Run_MqttServer=============")

	// Create an MQTT Client.
	cli = client.New(&client.Options{
		// Define the processing of the error handler.
		ErrorHandler: func(err error) {
			fmt.Println(err)
		},
	})

	// Terminate the Client.
	defer cli.Terminate()

	c := client.ConnectOptions{
		Network:  "tcp",
		Address:  "192.168.0.7:1883",
		UserName: []byte("coldchain"),
		Password: []byte("coldchainBZD"),
	}
	HTTPPort, _ := beego.AppConfig.String("HTTPPort")
	var sub_str = ""
	c.Address = "mqtt1.baozhida.cn:1883"
	c.ClientID = []byte("go_mqtt_P_client" + HTTPPort)
	sub_str = "temp_humidity_sub"

	//sub_str = "temp_humidity_sub"

	fmt.Println("Address：", c.Address)
	fmt.Println("ClientID：", string(c.ClientID))
	fmt.Println("sub_str：", sub_str)

	// Connect to the MQTT Server.
	err := cli.Connect(&c)
	if err != nil {
		println(err)
	}

	// Subscribe to topics.
	err = cli.Subscribe(&client.SubscribeOptions{
		SubReqs: []*client.SubReq{
			&client.SubReq{
				TopicFilter: []byte(sub_str),
				QoS:         mqtt.QoS0,
				// Define the processing of the message handler.
				Handler: func(topicName, message []byte) {
					//fmt.Println(string(topicName), string(message))
					//messagePubHandler(string(topicName), message)
				},
			},
			&client.SubReq{
				TopicFilter: []byte("temp_humidity_sub_host"),
				QoS:         mqtt.QoS0,
				// Define the processing of the message handler.
				Handler: func(topicName, message []byte) {
					//fmt.Println(string(topicName), string(message))
					//messagePubHandler(string(topicName), message)
				},
			},
			//&client.SubReq{
			//	TopicFilter: []byte("bar/#"),
			//	QoS:         mqtt.QoS1,
			//	Handler: func(topicName, message []byte) {
			//		fmt.Println(string(topicName), string(message))
			//	},
			//},
		},
	})
	if err != nil {

	}

}

// 发送数据
func Mqtt_publish(topic string, text string) {
	fmt.Println(topic, "->", text)
	// Publish a message.
	err := cli.Publish(&client.PublishOptions{
		QoS:       mqtt.QoS0,
		TopicName: []byte(topic),
		Message:   []byte(text),
	})
	if err != nil {

	}

}

// 接收數據
func Mqtt_Subscribe(topic string, callBack func([]byte, []byte)) {
	fmt.Println(topic, "<-")
	cli.Subscribe(&client.SubscribeOptions{
		SubReqs: []*client.SubReq{
			&client.SubReq{
				TopicFilter: []byte(topic),
				QoS:         mqtt.QoS0,
				Handler:     callBack,
			},
		},
	})
}

func messagePubHandler(topicName string, message []byte) {

	//// 本地测试
	//if test {
	//	fmt.Println("============= Mqtt JSON =============")
	//	fmt.Printf("topic: %s -> %s \n", topicName, string(message))
	//}

	var Ms_project Ms_Project
	err := json.Unmarshal(message, &Ms_project)
	if err != nil {
		fmt.Println("JSON反序列化失败[Ms_Project],err=", err)
		return
	}
	SN := Ms_project.Sn
	//Type := lib.To_int(Ms_project.Type)
	//Msid := lib.To_int(Ms_project.Msid)
	//
	//fmt.Println("SN:", SN)
	//fmt.Println("Type:", Type)
	//fmt.Println("Msid:", Msid)
	// 过滤
	if len(SN) < 8 {
		return
	}
	r_Device, err := Device.Read_Device_ByT_sn(SN)
	if err != nil {
		//Device.Add_DeviceSnOld(SN)
		//fmt.Println("没有该设备：", SN)
		return
	}

	// 并发
	//go AsyncFunc(Ms_project,message)
	AsyncFunc(r_Device, Ms_project, message)
}