Cold_handle/MqttServer/V3MqttControllers.go

package MqttServer

import (
	"Cold_mqtt/conf"
	"Cold_mqtt/lib"
	"Cold_mqtt/logs"
	"Cold_mqtt/models/Account"
	"Cold_mqtt/models/Device"
	"Cold_mqtt/models/Product"
	"encoding/hex"
	"encoding/json"
	"fmt"
	"github.com/astaxie/beego/cache"
	_ "github.com/astaxie/beego/cache/redis"
	"math/rand"

	"strconv"
	"time"
)

var redis_V3MqttControllers cache.Cache

func init() {
	config := fmt.Sprintf(`{"key":"%s","conn":"%s","dbNum":"%s","password":"%s"}`,
		"redis_V3MqttControllers", conf.Redis_address, conf.Redis_dbNum, conf.Redis_password)
	logs.Println(config)
	var err error
	redis_V3MqttControllers, err = cache.NewCache("redis", config)
	if err != nil || redis_V3MqttControllers == nil {
		errMsg := "failed to init redis"
		logs.Println(errMsg, err)
	}
}

func Read_DeviceParameter3(T_sn string) {

	logs.Println("Read_DeviceParameter:", T_sn)
	Rt_parameter := Ms2_Project{
		Type: 3,
		Msid: ((time.Now().Unix() - 1600000000) * 10) + int64(rand.Intn(10)),
	}
	// 回复
	jsonStu, err := json.Marshal(Rt_parameter)
	if err != nil {
		logs.Println("MqttServer", "参数请求 [Rt_Parameter]", "base")
		logs.Println("回复失败 [Rt_Parameter],err=", err)
	}
	logs.Println(string(jsonStu))

	// 缓存数据
	DeviceMqttMapAdd(T_sn+"-"+strconv.FormatInt(Rt_parameter.Msid, 10), DeviceMqttMap_Struct{T_sn: T_sn, T_data: string(jsonStu), T_num: 10})

	Mqtt_publish(T_sn, string(jsonStu))
	//lib.CountryMsidMap[(Msid*10)+1] = T_uuid   // Mqtt 消息透传

	//go func() {
	//	time.Sleep(3 * time.Second)
	//	Read_DeviceSensorParameter3(T_sn)
	//}()

	return

}

func Read_DeviceSensorParameter3(T_sn string) {
	time.Sleep(1 * time.Second)
	logs.Println("Read_DeviceSensorParameter:", T_sn)

	//  base  读取基本参数
	Rt_parameter := Ms_Read_DeviceSensorParameter{
		Type: 5,
		Msid: ((time.Now().Unix() - 1600000000) * 10) + int64(rand.Intn(10)),
		Data: []int{},
	}
	// 回复
	jsonStu, err := json.Marshal(Rt_parameter)
	if err != nil {
		logs.Println("MqttServer", "参数请求 [Rt_Parameter]", "sensor")
		logs.Println("回复失败 [Rt_Parameter],err=", err)
	}
	logs.Println(string(jsonStu))
	// 缓存数据
	DeviceMqttMapAdd(T_sn+"-"+strconv.FormatInt(Rt_parameter.Msid, 10), DeviceMqttMap_Struct{T_sn: T_sn, T_data: string(jsonStu), T_num: 10})

	Mqtt_publish(T_sn, string(jsonStu))
	//lib.CountryMsidMap[(Msid*10)+2] = T_uuid   // Mqtt 消息透传

	return

}

// 修改设备参数
func Pu_DeviceParameter3(Rt_DeviceParameter Device.DeviceParameter) {

	Rt_parameter := Ms_Project2_Device_Parameter{
		//Sn:   Rt_DeviceParameter.T_sn,
		Type: 4,
		Msid: ((time.Now().Unix() - 1600000000) * 10) + int64(rand.Intn(10)),
	}
	T_prt := "未知公司"
	r_Device, err := Device.Read_Device_ByT_sn(Rt_DeviceParameter.T_sn)
	if err == nil {
		_, Company_r := Account.Read_Company_id(r_Device.T_pid)
		T_prt = Company_r.T_name
	}
	//T_prt, err = iconvx.ConvertString(T_prt, "utf-8", "GBK")
	//T_prt = hex.EncodeToString( []byte(T_prt))
	//
	T_prt_b, err := lib.Utf8ToGbk([]byte(T_prt))
	//T_prt = string(T_prt_b)
	T_prt = hex.EncodeToString(T_prt_b)

	Rt_parameter.Data = Ms_Project_Device_Parameter_Data{
		T_name:     Rt_DeviceParameter.T_name,
		T_saveT:    Rt_DeviceParameter.T_saveT,
		T_overA:    Rt_DeviceParameter.T_overA,
		T_outA:     Rt_DeviceParameter.T_outA,
		T_lostA:    Rt_DeviceParameter.T_lostA,
		T_scan:     Rt_DeviceParameter.T_scan,
		T_bat:      Rt_DeviceParameter.T_bat,
		T_warn:     Rt_DeviceParameter.T_warn,
		T_warnD:    Rt_DeviceParameter.T_warnD,
		T_dormancy: Rt_DeviceParameter.T_dormancy,
		T_snum:     Rt_DeviceParameter.T_snum,
		T_prt:      T_prt,
		T_btname:   Rt_DeviceParameter.T_btname,
		T_btsid:    Rt_DeviceParameter.T_btsid,
		T_btchar:   Rt_DeviceParameter.T_btchar,
	}

	// 更新 消息ID
	Rt_DeviceParameter.T_Msid = Rt_parameter.Msid
	Device.Update_DeviceParameter(Rt_DeviceParameter, "T_Msid")

	// 发布数据
	jsonStu, err := json.Marshal(Rt_parameter)
	if err != nil {
		logs.Println("设备配置", "MQTT回复失败 [Pu_DeviceParameter]", string(jsonStu))
		logs.Println("设备配置 MQTT回复失败 [Pu_DeviceParameter],err=", err)
		return
	}

	logs.Println(string(jsonStu))
	// 缓存数据
	DeviceMqttMapAdd(Rt_DeviceParameter.T_sn+"-"+strconv.FormatInt(Rt_parameter.Msid, 10), DeviceMqttMap_Struct{T_sn: Rt_DeviceParameter.T_sn, T_data: string(jsonStu), T_num: 10})

	Mqtt_publish(Rt_DeviceParameter.T_sn, string(jsonStu))

	return
}

// 修改传感器参数
func Pu_DeviceParameter_Sensor3(Rt_parameter_sensor Device.DeviceSensorParameter) {

	Rt_parameter := Ms_Project2_Sensor_Parameter{
		//Sn:   Rt_parameter_sensor.T_sn,
		Type: 6,
		Msid: ((time.Now().Unix() - 1600000000) * 10) + int64(rand.Intn(10)),
	}
	// 强制修改 是否启用预警记录数据  1:启用  0:关闭  默认:1
	if Rt_parameter_sensor.T_enprelnote != 0 {
		Rt_parameter_sensor.T_enprelnote = 1
	}
	Rt_parameter.Data = append(Rt_parameter.Data, Ms_Project_Sensor_Parameter_Data{
		T_id:         Rt_parameter_sensor.T_id,
		T_name:       Rt_parameter_sensor.T_name,
		T_Tlower:     Rt_parameter_sensor.T_Tlower,
		T_Tupper:     Rt_parameter_sensor.T_Tupper,
		T_RHlower:    Rt_parameter_sensor.T_RHlower,
		T_RHupper:    Rt_parameter_sensor.T_RHupper,
		T_en:         Rt_parameter_sensor.T_en,
		T_free:       Rt_parameter_sensor.T_free,
		T_enprel:     Rt_parameter_sensor.T_enprel,
		T_tprel:      Rt_parameter_sensor.T_tprel,
		T_tpreu:      Rt_parameter_sensor.T_tpreu,
		T_hprel:      Rt_parameter_sensor.T_hprel,
		T_hpreu:      Rt_parameter_sensor.T_hpreu,
		T_enprelnote: Rt_parameter_sensor.T_enprelnote,
		//T_speed:   Rt_parameter_sensor.T_speed,
		//T_sense:   Rt_parameter_sensor.T_sense,
	})

	// 回复
	jsonStu, err := json.Marshal(Rt_parameter)
	if err != nil {
		logs.Println("设备配置", "MQTT回复失败 [Pu_DeviceParameter_Sensor]", string(jsonStu))
		logs.Println("设备配置 MQTT回复失败 [Pu_DeviceParameter_Sensor2],err=", err)
	}

	// 更新 消息ID
	Rt_parameter_sensor.T_Msid = Rt_parameter.Msid
	// 缓存数据
	DeviceMqttMapAdd(Rt_parameter_sensor.T_sn+"-"+strconv.FormatInt(Rt_parameter.Msid, 10), DeviceMqttMap_Struct{T_sn: Rt_parameter_sensor.T_sn, T_data: string(jsonStu), T_num: 10})

	Device.Update_DeviceSensorParameter(Rt_parameter_sensor, "T_Msid")

	logs.Println(string(jsonStu))
	Mqtt_publish(Rt_parameter_sensor.T_sn, string(jsonStu))

	return
}

func Set_DeviceTask3(v Device.Device_task) {

	Rt_parameter := Ms2_Project{
		Type: 11,
		Msid: ((time.Now().Unix() - 1600000000) * 10) + int64(rand.Intn(10)),
		Data: map[string]interface{}{},
	}
	if v.T_task == "start" {
		Rt_parameter.Data["task"] = 1
	} else {
		Rt_parameter.Data["task"] = 0
	}

	// 回复
	jsonStu, err := json.Marshal(Rt_parameter)
	if err != nil {
		logs.Println("MqttServer", "参数请求 [Rt_Parameter]", "base")
		logs.Println("回复失败 [Rt_Parameter],err=", err)
	}
	logs.Println(v.T_sn, "==>", string(jsonStu))
	// 缓存数据
	DeviceMqttMapAdd(v.T_sn+"-"+strconv.FormatInt(Rt_parameter.Msid, 10), DeviceMqttMap_Struct{T_sn: v.T_sn, T_data: string(jsonStu), T_num: 30})

	Mqtt_publish(v.T_sn, string(jsonStu))

	return

}

func Set_DeviceRestart3(v Device.Device_task) {

	Rt_parameter := Ms2_Project{
		Type: 97,
		Msid: ((time.Now().Unix() - 1600000000) * 10) + int64(rand.Intn(10)),
		Data: map[string]interface{}{},
	}
	if v.T_task == "1" {
		Rt_parameter.Data["task"] = 1
	} else {
		Rt_parameter.Data["task"] = 0
	}

	// 回复
	jsonStu, err := json.Marshal(Rt_parameter)
	if err != nil {
		logs.Println("MqttServer", "参数请求 [Rt_Parameter]", "base")
		logs.Println("回复失败 [Rt_Parameter],err=", err)
	}
	logs.Println(v.T_sn, "==>", string(jsonStu))
	// 缓存数据
	DeviceMqttMapAdd(v.T_sn+"-"+strconv.FormatInt(Rt_parameter.Msid, 10), DeviceMqttMap_Struct{T_sn: v.T_sn, T_data: string(jsonStu), T_num: 30})
	Mqtt_publish(v.T_sn, string(jsonStu))

	return

}

func Get_Device_Realtime3(T_sn string) {

	Rt_parameter := Ms2_Project{
		Type: 0,
		Msid: ((time.Now().Unix() - 1600000000) * 10) + int64(rand.Intn(10)),
	}
	// 回复
	jsonStu, err := json.Marshal(Rt_parameter)
	if err != nil {
		logs.Println("MqttServer", "实时数据 [Rt_realtime]", T_sn)
		logs.Println("回复失败 [Rt_realtime],err=", err)
	}
	logs.Println(string(jsonStu))
	Mqtt_publish(T_sn, string(jsonStu))

	return

}

func Up_DeviceProductUpgrade(v Product.ProductUpgrade_T) {

	Rt_parameter := Ms2_Project{
		Type: 14,
		Msid: ((time.Now().Unix() - 1600000000) * 10) + int64(rand.Intn(10)),
		Data: map[string]interface{}{},
	}

	Rt_parameter.Data["version"] = v.T_version
	Rt_parameter.Data["bin"] = v.T_file

	// 回复
	jsonStu, err := json.Marshal(Rt_parameter)
	if err != nil {
		logs.Println("MqttServer", "参数请求 [Rt_Parameter]", "base")
		logs.Println("回复失败 [Rt_Parameter],err=", err)
	}
	logs.Println(v.T_sn, "==>", string(jsonStu))
	// 缓存数据
	DeviceMqttMapAdd(v.T_sn+"-"+strconv.FormatInt(Rt_parameter.Msid, 10), DeviceMqttMap_Struct{T_sn: v.T_sn, T_data: string(jsonStu), T_num: 30})
	Mqtt_publish(v.T_sn, string(jsonStu))

	return

}

func RTC_TimeStr(T_sn string, Msid int64, Type int) {
	if Type == 99 {
		if redis_V3MqttControllers.IsExist(T_sn + "RTC_TimeStr") {
			return
		}
		redis_V3MqttControllers.Put(T_sn+"RTC_TimeStr", "1", 2*time.Minute)
	}
	Time := time.Now()
	Rt_Project_Data_r := Ms2_Project{
		Type: Type,
		Msid: Msid,
	}

	var Data map[string]interface{}
	Data = make(map[string]interface{})
	Data["ut"] = Time.Unix()
	Data["date"] = Time.Format("2006-01-02 15:04:05")
	Rt_Project_Data_r.Data = Data

	// 回复
	jsonStu, err := json.Marshal(Rt_Project_Data_r)
	if err != nil {
		return
	}
	Mqtt_publish(T_sn, string(jsonStu))
	return
}