Cold_Api/models/Device/DeviceSensor.go

package Device

import (
	"Cold_Api/conf"
	"Cold_Api/controllers/lib"
	"Cold_Api/models/Account"
	"Cold_Api/models/Company"
	"encoding/json"
	"fmt"
	"strconv"
	"strings"
	"time"

	"github.com/astaxie/beego/cache"
	_ "github.com/astaxie/beego/cache/redis"
	"github.com/beego/beego/v2/adapter/orm"
	orm2 "github.com/beego/beego/v2/client/orm"
	"github.com/beego/beego/v2/core/logs"
	_ "github.com/go-sql-driver/mysql"
)

// 模板
type DeviceSensor struct {
	Id   int    `orm:"column(ID);size(11);auto;pk"`
	T_sn string `orm:"index;size(256);null"` // 设备序列号 KF开头，环境监测主机。 YD开头，温途监测主机
	T_id int    `orm:"index;size(11);null"`  // 传感器编号
	T_sp int    `orm:"size(11);null"`        // 传感器参数id

	T_name string `orm:"size(256);null"` // 标题

	T_pid      int    `orm:"index;size(256);null"`     // Account.Company 绑定公司
	T_Class    string `orm:"size(256);null"`           // Device.DeviceClass.Id 设备分类  C1|C2|
	T_Notice   string `orm:"size(256);null"`           // 通知绑定
	T_datashow int    `orm:"size(2);default(1)"`       // 0 屏蔽数据展示  1 正常数据展示   （屏蔽后 数据展示无法看到，设备管理中 不受影响）
	T_sort     int    `orm:"size(200);default(1)"`     // 排序
	T_3dview   string `orm:"size(256);null"`           // 3D 视图ID
	T_type     int    `orm:"size(4);null"`             // Device.DeviceSensorType  1库房   2移动
	T_link     int    `orm:"size(4);default(1)"`       // 0:断开/故障 1连接 实时数据
	T_State    int    `orm:"index;size(2);default(1)"` // 0 屏蔽   1 正常  （屏蔽后 只有内部管理员才能看到，用户 输入SN\名称 搜索时 也能看到）

	// 设备同步参数
	T_Dattery  int    `orm:"size(4);null"`       // 电量
	T_Site     string `orm:"size(200);null"`     // GPS
	T_monitor  int    `orm:"size(2);null"`       // 监控状态 0 未监控 1 监控
	T_online   int    `orm:"size(2);default(1)"` // 在线状态 0 未启用  1 在线  2 离线
	T_online_s int    `orm:"size(2);default(0)"` // 在线状态-备用  0 未启用  1 在线  2 离线

	ProbeIdNo string `json:"probeIdNo" orm:"size(256);null"` //传感器探头序号

	CreateTime time.Time `orm:"column(create_time);type(timestamp);null;auto_now_add"` //auto_now_add 第一次保存时才设置时间
	UpdateTime time.Time `orm:"column(update_time);type(timestamp);null;auto_now"`     //auto_now 每次 model 保存时都会对时间自动更新
}

type DeviceSensor_Del struct {
	T_sn string
	T_id int
}

func (t *DeviceSensor) TableName() string {
	return "device_sensor" // 数据库名称   // ************** 替换 FormulaList **************
}

// 模板
type DeviceSensor_R struct {
	T_sn   string // 设备序列号 KF开头，环境监测主机。 YD开头，温途监测主机
	T_id   int    // 传感器编号
	T_name string // 标题

	T_pid      int    // 公司id
	T_pid_name string // 公司名称

	T_3dview                string                  // 3D 视图ID
	T_sort                  int                     // 排序
	T_Dattery               int                     // 电量
	T_Site                  string                  // GPS
	T_monitor               int                     // 记录状态
	T_online                int                     // 在线状态 1 在线  0 离线
	T_online_s              int                     // 在线状态-备用  0 未启用  1 在线  2 离线
	T_datashow              int                     // 0 屏蔽数据展示  1 正常数据展示
	T_type                  int                     // 类型
	T_link                  int                     // 0:断开/故障 1连接 实时数据
	T_State                 int                     // 0 屏蔽   1 正常  （屏蔽后 只有内部管理员才能看到，用户 输入SN\名称 搜索时 也能看到）
	ProbeIdNo               string                  `json:"probeIdNo"`
	T_DeviceSensorData      DeviceData_R            // 传感器最新数据
	T_DeviceSensorParameter DeviceSensorParameter_R //  设备参数
	T_DeviceSensorType      DeviceSensorType_R      //  传感器类型
}
type DeviceSensor_Applet struct {
	T_sn   string // 设备序列号 KF开头，环境监测主机。 YD开头，温途监测主机
	T_id   int    // 传感器编号
	T_name string // 标题

	T_pid      int    // 公司id
	T_pid_name string // 公司名称

	T_3dview   string // 3D 视图ID
	T_sort     int    // 排序
	T_Dattery  int    // 电量
	T_Site     string // GPS
	T_monitor  int    // 记录状态
	T_online   int    // 在线状态 1 在线  0 离线
	T_online_s int    // 在线状态-备用  0 未启用  1 在线  2 离线
	T_datashow int    // 0 屏蔽数据展示  1 正常数据展示
	T_type     int    // 1库房   2移动
	T_link     int    // 0:断开/故障 1连接 实时数据
	T_State    int    // 0 屏蔽   1 正常  （屏蔽后 只有内部管理员才能看到，用户 输入SN\名称 搜索时 也能看到）

	T_DeviceSensorData      DeviceData_R            //  传感器最新数据
	T_DeviceSensorParameter DeviceSensorParameter_R //  设备参数
	T_DeviceSensorType      DeviceSensorType_R      //  传感器类型
	T_Device                Device_R                //  传感器类型

}

type DeviceSensor_RealTime struct {
	T_sn   string // 设备序列号 KF开头，环境监测主机。 YD开头，温途监测主机
	T_id   int    // 传感器编号
	T_name string // 标题

	T_pid      int    // 公司id
	T_pid_name string // 公司名称

	T_3dview   string // 3D 视图ID
	T_sort     int    // 排序
	T_Dattery  int    // 电量
	T_Site     string // GPS
	T_monitor  int    // 记录状态
	T_online   int    // 在线状态 1 在线  0 离线
	T_online_s int    // 在线状态-备用  0 未启用  1 在线  2 离线
	T_datashow int    // 0 屏蔽数据展示  1 正常数据展示
	T_type     int    // 类型
	T_link     int    // 0:断开/故障 1连接 实时数据
	T_State    int    // 0 屏蔽   1 正常  （屏蔽后 只有内部管理员才能看到，用户 输入SN\名称 搜索时 也能看到）

	// 传感器参数
	// 报警
	T_Tlower  float32 //  温度下限
	T_Tupper  float32 //  温度上限
	T_RHlower float32 //  湿度下限
	T_RHupper float32 //  湿度上限
	T_en      int     // en:是否启用传感器，
	T_free    int     // free：监测点是否为闲置状态（空库，只监测不报警）

}

// 传感器管理
type DeviceSensor_P struct {
	T_sn        string // 设备序列号 KF开头，环境监测主机。 YD开头，温途监测主机
	T_id        int    // 传感器编号
	T_name      string // 标题
	T_type      int    // 类型
	T_type_name string // 类型
	T_Class     string // 分类原始字符串 C1|C2|

	T_sort     int // 排序
	T_datashow int // 0 屏蔽数据展示  1 正常数据展示
	T_State    int // 0 屏蔽   1 正常

	// DeviceSensorParameter
	T_Tlower  *float32 //  温度下限
	T_Tupper  *float32 //  温度上限
	T_RHlower *float32 //  湿度下限
	T_RHupper *float32 //  湿度上限

	T_enprel *int     //  是否启用预警 1开启  0 关闭
	T_tprel  *float32 //  温度预警下限
	T_tpreu  *float32 //  温度预警上限
	T_hprel  *float32 //  湿度预警下限
	T_hpreu  *float32 //  温度预警上限

	T_en               *int // en:是否启用传感器，
	T_free             *int // free：监测点是否为闲置状态（空库，只监测不报警）
	T_Device           Device_R
	T_CompanyClassList []Company.CompanyClass_R // 关联的分类信息列表
}

type DeviceSensor_ struct {
	T_sn   string // 设备序列号 KF开头，环境监测主机。 YD开头，温途监测主机
	T_id   int    // 传感器编号
	T_name string // 标题
}

var redisCache_DeviceSensor cache.Cache

func init() {
	//注册模型
	orm.RegisterModel(new(DeviceSensor))

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

}

// ---------------- Redis -------------------
// Redis_Device_Set(m.T_sn,m) // Redis 更新缓存
func Redis_DeviceSensor_Set(r DeviceSensor) (err error) {
	key := r.T_sn + "|" + strconv.Itoa(r.T_id)

	//json序列化
	str, err := json.Marshal(r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	err = redisCache_DeviceSensor.Put(key, str, 24*time.Hour)
	if err != nil {
		logs.Error("set key:", key, ",value:", str, err)
	}
	return
}
func Redis_DeviceSensor_Get(key string) (r DeviceSensor, is bool) {
	if redisCache_DeviceSensor.IsExist(key) {
		//println("找到key:",key)
		v := redisCache_DeviceSensor.Get(key)
		err := json.Unmarshal(v.([]byte), &r)
		if err != nil {
			logs.Error(lib.FuncName(), err)
			return DeviceSensor{}, false
		}
		return r, true
	}
	return DeviceSensor{}, false
}
func Redis_DeviceSensor_DelK(r DeviceSensor) (err error) {
	key := r.T_sn + "|" + strconv.Itoa(r.T_id)
	err = redisCache_DeviceSensor.Delete(key)
	if err != nil {
		logs.Error(lib.FuncName(), err)
	}
	return
}

// ---------------- 特殊方法 -------------------

func DeviceSensorToDeviceSensor_R(DeviceSensor_ DeviceSensor) (DeviceSensor_r DeviceSensor_R) {

	device, _ := Read_Device_ByT_sn(DeviceSensor_.T_sn)

	//lib.DeviceRealSnMap[DeviceSensor_.T_sn] = 3 // 连续请求 实时数据
	lib.DeviceRealSnMap.Store(DeviceSensor_.T_sn+"|"+device.T_mqttid, 0) // 连续请求 实时数据

	DeviceSensor_r.T_sn = DeviceSensor_.T_sn
	DeviceSensor_r.T_id = DeviceSensor_.T_id
	DeviceSensor_r.T_name = DeviceSensor_.T_name
	DeviceSensor_r.T_pid = DeviceSensor_.T_pid
	DeviceSensor_r.T_pid_name = Account.Read_Company_Get(DeviceSensor_.T_pid)

	DeviceSensor_r.T_Site = DeviceSensor_.T_Site
	DeviceSensor_r.T_Dattery = DeviceSensor_.T_Dattery
	DeviceSensor_r.T_monitor = DeviceSensor_.T_monitor
	DeviceSensor_r.T_3dview = DeviceSensor_.T_3dview
	DeviceSensor_r.T_type = DeviceSensor_.T_type
	DeviceSensor_r.T_sort = DeviceSensor_.T_sort
	DeviceSensor_r.T_link = DeviceSensor_.T_link
	DeviceSensor_r.T_State = DeviceSensor_.T_State

	DeviceSensor_r.T_datashow = DeviceSensor_.T_datashow

	DeviceSensor_r.T_Dattery = DeviceSensor_.T_Dattery
	DeviceSensor_r.T_online = DeviceSensor_.T_online
	DeviceSensor_r.T_online_s = DeviceSensor_.T_online_s
	DeviceSensor_r.T_monitor = DeviceSensor_.T_monitor
	DeviceSensor_r.ProbeIdNo = DeviceSensor_.ProbeIdNo
	//if DeviceSensor_.T_online == 2 && (DeviceSensor_.T_online_s == 0 || DeviceSensor_.T_online_s == 2) && DeviceSensor_.T_monitor == 1 {
	//	DeviceSensor_r.T_monitor = 2
	//}

	// 最新系统参数
	DeviceSensor_r.T_DeviceSensorParameter, _ = Read_DeviceSensorParameter(DeviceSensor_.T_sn, DeviceSensor_.T_id)

	// 最新数据
	//key_data := DeviceSensor_.T_sn + "|" + strconv.Itoa(DeviceSensor_.T_id)
	//DeviceSensor_r.T_DeviceSensorData, _ = RedisDeviceData_Get(key_data)
	DeviceData := Read_DeviceData(DeviceSensor_.T_sn, DeviceSensor_.T_id)

	// 获取传感器数据
	DeviceSensor_r.T_DeviceSensorData = DeviceDataToDeviceData_R2(device, DeviceSensor_r.T_DeviceSensorParameter, DeviceData)

	// 获取传感器类型数据
	DeviceSensor_r.T_DeviceSensorType = DeviceSensorTypeToDeviceSensorType_R(DeviceSensor_.T_type)
	return
}
func DeviceSensorRealTimeToDeviceSensor_R(DeviceSensor_ DeviceSensor_RealTime) (DeviceSensor_r DeviceSensor_R) {

	device, _ := Read_Device_ByT_sn(DeviceSensor_.T_sn)

	//lib.DeviceRealSnMap[DeviceSensor_.T_sn] = 3 // 连续请求 实时数据
	lib.DeviceRealSnMap.Store(DeviceSensor_.T_sn+"|"+device.T_mqttid, 0) // 连续请求 实时数据

	DeviceSensor_r.T_sn = DeviceSensor_.T_sn
	DeviceSensor_r.T_id = DeviceSensor_.T_id
	DeviceSensor_r.T_name = DeviceSensor_.T_name
	DeviceSensor_r.T_pid = DeviceSensor_.T_pid
	DeviceSensor_r.T_pid_name = Account.Read_Company_Get(DeviceSensor_.T_pid)

	DeviceSensor_r.T_Site = DeviceSensor_.T_Site
	DeviceSensor_r.T_Dattery = DeviceSensor_.T_Dattery
	DeviceSensor_r.T_monitor = DeviceSensor_.T_monitor
	DeviceSensor_r.T_3dview = DeviceSensor_.T_3dview
	DeviceSensor_r.T_type = DeviceSensor_.T_type
	DeviceSensor_r.T_sort = DeviceSensor_.T_sort
	DeviceSensor_r.T_link = DeviceSensor_.T_link
	DeviceSensor_r.T_State = DeviceSensor_.T_State

	DeviceSensor_r.T_datashow = DeviceSensor_.T_datashow

	DeviceSensor_r.T_Dattery = DeviceSensor_.T_Dattery
	DeviceSensor_r.T_online = DeviceSensor_.T_online
	DeviceSensor_r.T_online_s = DeviceSensor_.T_online_s
	DeviceSensor_r.T_monitor = DeviceSensor_.T_monitor

	// 传感器参数
	DeviceSensor_r.T_DeviceSensorParameter.T_Tlower = DeviceSensor_.T_Tlower
	DeviceSensor_r.T_DeviceSensorParameter.T_Tupper = DeviceSensor_.T_Tupper
	DeviceSensor_r.T_DeviceSensorParameter.T_RHlower = DeviceSensor_.T_RHlower
	DeviceSensor_r.T_DeviceSensorParameter.T_RHupper = DeviceSensor_.T_RHupper
	DeviceSensor_r.T_DeviceSensorParameter.T_en = DeviceSensor_.T_en
	DeviceSensor_r.T_DeviceSensorParameter.T_free = DeviceSensor_.T_free

	DeviceData := Read_DeviceData(DeviceSensor_.T_sn, DeviceSensor_.T_id)

	DeviceSensor_r.T_DeviceSensorData = DeviceDataToDeviceData_R2(device, DeviceSensor_r.T_DeviceSensorParameter, DeviceData)

	DeviceSensor_r.T_DeviceSensorType = DeviceSensorTypeToDeviceSensorType_R(DeviceSensor_.T_type)
	return
}

func DeviceSensorToDeviceSensor_Applet(DeviceSensor_ DeviceSensor) (DeviceSensor_r DeviceSensor_Applet) {
	device, _ := Read_Device_ByT_sn(DeviceSensor_.T_sn)

	//lib.DeviceRealSnMap[DeviceSensor_.T_sn] = 3 // 连续请求 实时数据
	lib.DeviceRealSnMap.Store(DeviceSensor_.T_sn+"|"+device.T_mqttid, 0) // 连续请求 实时数据

	DeviceSensor_r.T_sn = DeviceSensor_.T_sn
	DeviceSensor_r.T_id = DeviceSensor_.T_id
	DeviceSensor_r.T_name = DeviceSensor_.T_name
	DeviceSensor_r.T_pid = DeviceSensor_.T_pid
	DeviceSensor_r.T_pid_name = Account.Read_Company_Get(DeviceSensor_.T_pid)

	DeviceSensor_r.T_Site = DeviceSensor_.T_Site
	DeviceSensor_r.T_Dattery = DeviceSensor_.T_Dattery
	DeviceSensor_r.T_monitor = DeviceSensor_.T_monitor
	DeviceSensor_r.T_3dview = DeviceSensor_.T_3dview
	DeviceSensor_r.T_type = DeviceSensor_.T_type
	DeviceSensor_r.T_sort = DeviceSensor_.T_sort
	DeviceSensor_r.T_link = DeviceSensor_.T_link
	DeviceSensor_r.T_State = DeviceSensor_.T_State

	DeviceSensor_r.T_datashow = DeviceSensor_.T_datashow

	DeviceSensor_r.T_Dattery = DeviceSensor_.T_Dattery
	DeviceSensor_r.T_online = DeviceSensor_.T_online
	DeviceSensor_r.T_online_s = DeviceSensor_.T_online_s
	DeviceSensor_r.T_monitor = DeviceSensor_.T_monitor
	//if DeviceSensor_.T_online == 2 && (DeviceSensor_.T_online_s == 0 || DeviceSensor_.T_online_s == 2) && DeviceSensor_.T_monitor == 1 {
	//	DeviceSensor_r.T_monitor = 2
	//}

	// 最新系统参数
	DeviceSensor_r.T_DeviceSensorParameter, _ = Read_DeviceSensorParameter(DeviceSensor_.T_sn, DeviceSensor_.T_id)

	// 最新数据
	DeviceData := Read_DeviceData(DeviceSensor_.T_sn, DeviceSensor_.T_id)

	DeviceSensor_r.T_DeviceSensorData = DeviceDataToDeviceData_R2(device, DeviceSensor_r.T_DeviceSensorParameter, DeviceData)

	DeviceSensor_r.T_DeviceSensorType = DeviceSensorTypeToDeviceSensorType_R(DeviceSensor_.T_type)
	DeviceSensor_r.T_Device = DeviceToDevice_R(device)
	return
}

func DeviceSensorToDeviceSensor_(r DeviceSensor) (t DeviceSensor_) {
	t.T_sn = r.T_sn
	t.T_id = r.T_id
	t.T_name = r.T_name
	return
}

func DeviceSensorToDeviceSensor_P(r DeviceSensor_P) (t DeviceSensor_P) {

	t = r
	if r.T_type == 0 {
		t.T_type_name = "默认"
	}
	if r.T_type > 0 {
		deviceSensorType := Read_DeviceSensorType_Get(r.T_type)
		t.T_type_name = deviceSensorType.T_name
	}

	// 处理 CompanyClass 信息
	if len(r.T_Class) > 0 {
		// 解析 T_class 字符串 (格式: C1|C2|)
		classIds := strings.Split(r.T_Class, "|")
		for _, classIdStr := range classIds {
			if len(classIdStr) > 1 && strings.HasPrefix(classIdStr, "C") {
				if classId, err := strconv.Atoi(classIdStr[1:]); err == nil {
					if companyClass, err := Company.Read_CompanyClass_ById(classId); err == nil {
						t.T_CompanyClassList = append(t.T_CompanyClassList, Company.CompanyClassToCompanyClass_R(companyClass))
					}
				}
			}
		}
	}

	device, _ := Read_Device_ByT_sn(r.T_sn)
	t.T_Device = DeviceToDevice_R(device)
	return t
}

// ---------------- 特殊方法 -------------------

// 获取列表 - 总数
func Read_DeviceSensor_Num_ByT_sn(T_sn string) int {
	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名
	qs := o.QueryTable(new(DeviceSensor))
	cnt, err := qs.Filter("T_sn", T_sn).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return 0
	}
	return int(cnt)
}

// 获取列表
func Read_DeviceSensorList(admin_r *Account.Admin, bindSN []string, T_pid int, T_sn string, T_name string, T_Class_id, T_datashow int,
	T_type string, T_State int, page int, page_z int) (DeviceSensor_r []DeviceSensor_R, cnt int64) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	var offset int64
	if page <= 1 {
		offset = 0
	} else {
		offset = int64((page - 1) * page_z)
	}

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := cond.And("T_pid", T_pid)

	if T_Class_id > 0 {
		T_Class := "C" + strconv.Itoa(T_Class_id) + "|"
		cond1 = cond1.And("T_Class__icontains", T_Class)
	}

	if len(bindSN) > 0 {
		cond1 = cond1.And("T_sn__in", bindSN)
	}

	if len(T_type) > 0 {
		list := strings.Split(T_type, ",")
		cond1 = cond1.And("T_type__in", list)
	}

	if len(T_sn) > 0 {
		cond1 = cond1.And("T_sn__icontains", T_sn)
	} else {
		// 不是内部权限（T_pid>0），T_State=1 0 屏蔽  1 正常
		if admin_r.T_pid > 0 || T_State == 1 {
			cond1 = cond1.And("T_State", 1)
		}
	}

	if len(T_name) > 0 {
		cond1 = cond1.AndCond(cond.Or("T_name__icontains", T_name).Or("T_sn__icontains", T_name))
	}

	if T_datashow == 1 { // 0 屏蔽数据展示  1 正常数据展示
		cond1 = cond1.And("T_datashow", 1)
	}

	var err error
	if page_z == 9999 {
		_, err = qs.SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id", "Id").All(&r)
	} else {
		_, err = qs.Limit(page_z, offset).SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id", "Id").All(&r)

	}
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	cnt, err = qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorToDeviceSensor_R(v))
	}
	return DeviceSensor_r, cnt
}

// 获取
func Read_DeviceSensor_ByT_sn(T_sn string, T_id int) (r DeviceSensor, is bool) {
	key := r.T_sn + "|" + strconv.Itoa(r.T_id)
	if r, is := Redis_DeviceSensor_Get(key); is {
		return r, true
	}
	o := orm.NewOrm()
	r = DeviceSensor{T_sn: T_sn, T_id: T_id}
	err := o.Read(&r, "T_sn", "T_id") // o.Read(&r,"Tokey") 如果不是 主键 就得指定字段名
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return r, false
	}

	Redis_DeviceSensor_Set(r)
	return r, true
}

// 删除
func Delete_DeviceSensor_ById(T_sn string, T_id int) (err error) {
	o := orm.NewOrm()
	r := DeviceSensor{T_sn: T_sn, T_id: T_id}
	err = o.Read(&r, "T_sn", "T_id") // o.Read(&r,"Tokey") 如果不是 主键 就得指定字段名
	if err != nil {
		logs.Error("Delete_DeviceSensor_ById", err)
		return err
	}
	_, err = o.Delete(&DeviceSensor{Id: r.Id})
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return err
	}
	Redis_DeviceSensor_DelK(r)
	return
}

// 修改
func Update_DeviceSensor(r DeviceSensor, cols ...string) bool {
	o := orm.NewOrm()
	num, err := o.Update(&r, cols...)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return false
	}
	logs.Info("Number of records updated in database:", num)
	Redis_DeviceSensor_Set(r)
	return true

}

// 修改T_Class,替换为""
func DeviceSensor_Bind_T_Class_Del(T_sn string, T_id int, T_Class_id int) (err error) {
	o := orm.NewOrm()
	v := DeviceSensor{T_sn: T_sn, T_id: T_id}
	T_Class := "C" + strconv.Itoa(T_Class_id) + "|"
	err = o.Read(&v, "T_sn", "T_id")
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return err
	}
	v.T_Class = strings.Replace(v.T_Class, T_Class, "", -1)
	_, err = o.Update(&v, "T_Class")
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return err
	}
	Redis_DeviceSensor_Set(v)
	return nil

}

// 修改T_Class,追加
func DeviceSensor_Bind_T_Class_Add(T_sn string, T_id int, T_Class_id int) (err error) {
	o := orm.NewOrm()
	v := DeviceSensor{T_sn: T_sn, T_id: T_id}
	T_Class := "C" + strconv.Itoa(T_Class_id) + "|"
	err = o.Read(&v, "T_sn", "T_id")
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return err
	}
	v.T_Class = strings.Replace(v.T_Class, T_Class, "", -1)
	v.T_Class = v.T_Class + T_Class
	_, err = o.Update(&v, "T_Class")
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return err
	}
	Redis_DeviceSensor_Set(v)
	return nil
}

// 获取 ById
func Read_DeviceSensor_ByTsn_Tid(T_sn string, T_id int) (r DeviceSensor, err error) {

	o := orm.NewOrm()
	r = DeviceSensor{T_sn: T_sn, T_id: T_id}
	err = o.Read(&r, "T_sn", "T_id") // o.Read(&r,"Tokey") 如果不是 主键 就得指定字段名
	if err != nil {
		logs.Error(lib.FuncName(), err)
	}

	return r, err
}

// 获取列表
func Read_DeviceSensor_ByTsn(T_sn string) ([]DeviceSensor, int) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	var r []DeviceSensor
	_, err := qs.Filter("T_sn", T_sn).OrderBy("T_id").All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return r, 0
	}
	cnt, err := qs.Filter("T_sn", T_sn).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return r, 0
	}

	return r, int(cnt)
}

// 获取列表
func Read_DeviceSensor_List_T_Class(T_pid int, T_Class_id int, T_sn string, T_name string, T_type int, page int, page_z int) (DeviceSensor_r []DeviceSensor_, cnt int64) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	var offset int64
	if page <= 1 {
		offset = 0
	} else {
		offset = int64((page - 1) * page_z)
	}

	T_Class := ""
	if T_Class_id != 0 {
		T_Class = "C" + strconv.Itoa(T_Class_id) + "|"
	}

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := cond.And("T_pid", T_pid).And("T_State", 1).And("T_Class__icontains", T_Class).And("T_sn__icontains", T_sn).And("T_name__icontains", T_name) // .AndNot("status__in", 1).Or("profile__age__gt", 2000)
	if T_type > 0 {
		cond1 = cond1.AndCond(cond.And("T_type", T_type))
	}

	_, err := qs.Limit(page_z, offset).SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)

		return
	}
	cnt, err = qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorToDeviceSensor_(v))
	}
	return DeviceSensor_r, cnt
}

// 获取列表
func Read_DeviceSensor_ALL_T_sn_T_id_T_Class(T_sn string, T_id int, T_Class_id int) (r []DeviceSensor) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	T_Class := "C" + strconv.Itoa(T_Class_id) + "|"
	_, err := qs.Filter("T_Class__icontains", T_Class).Filter("T_id", T_id).Filter("T_sn", T_sn).All(&r)

	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	return r
}

// 获取列表
func Read_DeviceSensor_ALL_List_T_sn(T_sn string) (r []DeviceSensor) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))

	_, err := qs.Filter("T_sn", T_sn).All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	return r
}

func Read_DeviceSensor_List_T_sn_T_datashow(T_sn string) (r []DeviceSensor) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))

	_, err := qs.Filter("T_sn", T_sn).Filter("T_State", 1).Filter("T_datashow", 1).All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	return r
}

// 获取列表
func Read_DeviceSensor_ALL_Class_Id(T_Class_id int) (r []DeviceSensor) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	T_Class := "C" + strconv.Itoa(T_Class_id) + "|"
	_, err := qs.Filter("T_Class__icontains", T_Class).All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	return r
}

func DELETE_DeviceSensor(SN string) bool {

	sql := "DELETE FROM `cold`.`device_sensor` WHERE `t_sn` = '" + SN + "' "
	o := orm.NewOrm()
	_, err := o.Raw(sql).Exec()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return false
	}
	return true
}

// 报警策略 -------------------

// 通过T_sn T_id T_Notice_id 获取全部列表
func Read_DeviceSensor_ALL_T_sn_T_id_T_Notice(T_sn string, T_id int, T_Notice_id int) (r []DeviceSensor) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	T_Notice := "N" + strconv.Itoa(T_Notice_id) + "|"
	_, err := qs.Filter("T_Notice__icontains", T_Notice).Filter("T_id", T_id).Filter("T_sn", T_sn).All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	return r
}

// 修改T_Notice,替换为""
func DeviceSensor_Bind_T_Notice_Del(T_sn string, T_id int, T_Notice_id int) (err error) {
	o := orm.NewOrm()
	v := DeviceSensor{T_sn: T_sn, T_id: T_id}
	T_Notice := "N" + strconv.Itoa(T_Notice_id) + "|"
	err = o.Read(&v, "T_sn", "T_id")
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}
	v.T_Notice = strings.Replace(v.T_Notice, T_Notice, "", -1)
	_, err = o.Update(&v, "T_Notice")
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}
	Redis_DeviceSensor_Set(v)
	return nil

}

// 修改T_Notice,追加
func DeviceSensor_Bind_T_Notice_Add(T_sn string, T_id int, T_Notice_id int) (err error) {
	o := orm.NewOrm()
	v := DeviceSensor{T_sn: T_sn, T_id: T_id}
	T_Notice := "N" + strconv.Itoa(T_Notice_id) + "|"
	err = o.Read(&v, "T_sn", "T_id")
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}
	v.T_Notice = strings.Replace(v.T_Notice, T_Notice, "", -1)
	v.T_Notice = v.T_Notice + T_Notice
	_, err = o.Update(&v, "T_Notice")
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}
	Redis_DeviceSensor_Set(v)
	return nil
}

// 获取列表
func Read_DeviceSensor_ALL_Notice_Id(T_Notice_id int) (r []DeviceSensor) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	T_Notice := "N" + strconv.Itoa(T_Notice_id) + "|"
	_, err := qs.Filter("T_Notice__icontains", T_Notice).All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	return r
}

// 获取列表
func Read_DeviceSensor_List_T_Notice(T_pid int, T_Notice_id int, page int, page_z int, T_sn string, T_name string, T_type int) (DeviceSensor_r []DeviceSensor_, cnt int64) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	var offset int64
	if page <= 1 {
		offset = 0
	} else {
		offset = int64((page - 1) * page_z)
	}

	T_Notice := ""
	if T_Notice_id != 0 {
		T_Notice = "N" + strconv.Itoa(T_Notice_id) + "|"
	}

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := cond.And("T_pid", T_pid).And("T_State", 1).And("T_Notice__icontains", T_Notice).And("T_sn__icontains", T_sn).And("T_name__icontains", T_name) // .AndNot("status__in", 1).Or("profile__age__gt", 2000)
	if T_type > 0 {
		cond1 = cond1.AndCond(cond.And("T_type", T_type))
	}

	var err error
	if page_z == 9999 {
		_, err = qs.SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)

	} else {
		_, err = qs.Limit(page_z, offset).SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)
	}
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	cnt, err = qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorToDeviceSensor_(v))
	}
	return DeviceSensor_r, cnt
}
func Read_Unbind_DeviceSensor_List_T_Notice(T_pid int, T_Notice_id, T_Class_id int, T_name string, bindSN []string, page int, page_z int) (DeviceSensor_r []DeviceSensor_, cnt int64) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	var offset int64
	if page <= 1 {
		offset = 0
	} else {
		offset = int64((page - 1) * page_z)
	}

	T_Notice := ""
	if T_Notice_id != 0 {
		T_Notice = "N" + strconv.Itoa(T_Notice_id) + "|"
	}

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := cond.And("T_pid", T_pid).And("T_State", 1).AndNot("T_Notice__icontains", T_Notice).And("T_name__icontains", T_name) // .AndNot("status__in", 1).Or("profile__age__gt", 2000)
	if len(bindSN) > 0 {
		cond1 = cond1.And("T_sn__in", bindSN)
	}
	if T_Class_id > 0 {
		T_Class := "C" + strconv.Itoa(T_Class_id) + "|"
		cond1 = cond1.And("T_Class__icontains", T_Class)
	}
	var err error
	if page_z == 9999 {
		_, err = qs.SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)

	} else {
		_, err = qs.Limit(page_z, offset).SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)
	}
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	cnt, err = qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorToDeviceSensor_(v))
	}
	return DeviceSensor_r, cnt
}

// 设备同步参数
func Update_Device_To_DeviceSensor(r_Device Device) bool {
	DeviceSensor_list, _ := Read_DeviceSensor_ByTsn(r_Device.T_sn)
	for _, v := range DeviceSensor_list {

		// 设备同步参数
		v.T_Dattery = r_Device.T_Dattery   // 电量
		v.T_Site = r_Device.T_Site         // GPS
		v.T_monitor = r_Device.T_monitor   // 监控状态 0 未监控 1 监控
		v.T_online = r_Device.T_online     // 在线状态 0 未启用  1 在线  2 离线
		v.T_online_s = r_Device.T_online_s // 在线状态-备用  0 未启用  1 在线  2 离线
		v.T_State = r_Device.T_State       // 0 屏蔽   1 正常  （屏蔽后 只有内部管理员才能看到，用户 输入SN\名称 搜索时 也能看到）

		Update_DeviceSensor(v, "T_Dattery", "T_Site", "T_type", "T_State", "T_monitor", "T_online", "T_online_s")
	}

	return true
}

// 传感器管理列列表 -------------------
// 与Read_DeviceSensorManageList功能一样（优化前）
func Read_DeviceSensorManageList1(admin_r *Account.Admin, bindSN []string, T_pid int, T_name string, T_calss_id, T_en, T_free, T_datashow, T_sort, page, page_z int) (DeviceSensor_p []DeviceSensor_P, cnt int64) {
	o := orm.NewOrm()
	var maps []DeviceSensor_P
	var maps_z []orm2.ParamsList

	var offset int
	if page <= 1 {
		offset = 0
	} else {
		offset = (page - 1) * page_z
	}

	sql_WHERE := "t_pid = " + strconv.Itoa(T_pid)

	if len(bindSN) > 0 {
		sql_WHERE += fmt.Sprintf(" AND t_sn in (%s)", lib.StringListToQuotesDotStr(bindSN))
	}

	if admin_r.T_pid > 0 {
		sql_WHERE += " AND t__state = 1"
	}

	if len(T_name) > 0 {
		sql_WHERE += " AND (ds.t_sn like '%" + T_name + "%' OR ds.t_name like '%" + T_name + "%')"
	}
	if T_calss_id > 0 {
		T_calss := "C" + strconv.Itoa(T_calss_id) + "|"
		sql_WHERE += " AND t__class like '%" + T_calss + "%'"
	}

	if T_en != -1 {
		sql_WHERE += " AND t_en = " + strconv.Itoa(T_en)
	}
	if T_free != -1 {
		sql_WHERE += " AND t_free = " + strconv.Itoa(T_free)
	}
	if T_datashow != -1 {
		sql_WHERE += " AND t_datashow =" + strconv.Itoa(T_datashow)
	}

	sql_ORDER := " ORDER BY t_sort ASC"
	if T_sort == 1 {
		sql_ORDER = " ORDER BY t_sort DESC"
	}

	// -------------
	sql := "SELECT COUNT(ds.ID) FROM " + "device_sensor ds WHERE " + sql_WHERE
	logs.Debug(sql)
	_, err := o.Raw(sql).ValuesList(&maps_z)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return DeviceSensor_p, 0
	}
	if len(maps_z) == 0 {
		return DeviceSensor_p, 0
	}
	sql = "SELECT * FROM device_sensor ds " +
		"LEFT JOIN ( SELECT t_sn AS tsn,t_id AS tid,t_en,t_free,t__tlower,t__tupper,t__r_hlower,t__r_hupper,t_enprel,t_tprel,t_tpreu,t_hprel,t_hpreu " +
		"FROM device_sensor_parameter WHERE id IN (SELECT MAX(id) FROM device_sensor_parameter WHERE t__state=1 GROUP BY t_sn,t_id)) AS dsp " +
		"ON ds.t_sn = dsp.tsn AND ds.t_id = dsp.tid " +
		"WHERE " + sql_WHERE + sql_ORDER

	if page_z != 9999 {
		sql = sql + " LIMIT " + strconv.Itoa(offset) + "," + strconv.Itoa(page_z)
	}

	logs.Debug(sql)
	_, err = o.Raw(sql).QueryRows(&maps)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	key, _ := strconv.ParseInt(maps_z[0][0].(string), 10, 64)

	for _, v := range maps {
		DeviceSensor_p = append(DeviceSensor_p, DeviceSensorToDeviceSensor_P(v))
	}

	return DeviceSensor_p, key
}

// 使用联表查询
func Read_DeviceSensorManageList(admin_r *Account.Admin, bindSN []string, T_pid int, T_name string, T_calss_id, T_en, T_free, T_datashow, T_sort, T_abandon, page, page_z int) (DeviceSensor_p []DeviceSensor_P, cnt int64) {
	o := orm.NewOrm()
	var maps []DeviceSensor_P
	var maps_z []orm2.ParamsList

	var offset int
	if page <= 1 {
		offset = 0
	} else {
		offset = (page - 1) * page_z
	}

	sql_WHERE := "t_pid = " + strconv.Itoa(T_pid)

	if len(bindSN) > 0 {
		sql_WHERE += fmt.Sprintf(" AND ds.t_sn in (%s)", lib.StringListToQuotesDotStr(bindSN))
	}

	//if admin_r.T_pid > 0 {
	//	sql_WHERE += " AND ds.t__state = 1"
	//}

	if T_abandon == 1 {
		sql_WHERE += " AND ds.t__state = 0"
	} else {
		sql_WHERE += " AND ds.t__state = 1"
	}

	if len(T_name) > 0 {
		sql_WHERE += " AND (ds.t_sn like '%" + T_name + "%' OR ds.t_name like '%" + T_name + "%')"
	}
	if T_calss_id > 0 {
		T_calss := "C" + strconv.Itoa(T_calss_id) + "|"
		sql_WHERE += " AND t__class like '%" + T_calss + "%'"
	}

	if T_en != -1 {
		sql_WHERE += " AND t_en = " + strconv.Itoa(T_en)
	}
	if T_free != -1 {
		sql_WHERE += " AND t_free = " + strconv.Itoa(T_free)
	}
	if T_datashow != -1 {
		sql_WHERE += " AND t_datashow =" + strconv.Itoa(T_datashow)
	}

	sql_ORDER := " ORDER BY ds.t_sort ASC,ds.t_id,ds.id"
	if T_sort == 1 {
		sql_ORDER = " ORDER BY ds.t_sort DESC,ds.t_id,ds.id"
	}

	// -------------
	sql := "SELECT COUNT(ds.ID) FROM " + "device_sensor ds " +
		"LEFT JOIN device_sensor_parameter dsp " +
		"ON ds.t_sp=dsp.id " +
		"WHERE " + sql_WHERE + sql_ORDER
	logs.Debug(sql)
	_, err := o.Raw(sql).ValuesList(&maps_z)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return DeviceSensor_p, 0
	}
	if len(maps_z) == 0 {
		return DeviceSensor_p, 0
	}
	//"LEFT JOIN (SELECT id,t_en,t_free,t__tlower,t__tupper,t__r_hlower,t__r_hupper,t_enprel,t_tprel,t_tpreu,t_hprel,t_hpreu " +
	//"FROM device_sensor_parameter) dsp " +
	sql = "SELECT ds.t_sn,ds.t_id,ds.t_name,t_type,t_sort,t_datashow,ds.t__state,t_en,t_free,t__tlower,t__tupper,t__r_hlower,t__r_hupper,t_enprel,t_tprel,t_tpreu,t_hprel,t_hpreu,ds.t__class FROM device_sensor ds " +
		"LEFT JOIN device_sensor_parameter dsp " +
		"ON ds.t_sp=dsp.id " +
		"WHERE " + sql_WHERE + sql_ORDER

	if page_z != 9999 {
		sql = sql + " LIMIT " + strconv.Itoa(offset) + "," + strconv.Itoa(page_z)
	}

	logs.Debug(sql)
	_, err = o.Raw(sql).QueryRows(&maps)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	key, _ := strconv.ParseInt(maps_z[0][0].(string), 10, 64)

	for _, v := range maps {
		DeviceSensor_p = append(DeviceSensor_p, DeviceSensorToDeviceSensor_P(v))
	}

	return DeviceSensor_p, key
}

// 数据展示菜单下 传感器参数列表
// 实时数据页面 温湿度异常数据往前排
// 轨迹展示页面
func Read_DeviceSensor_List_For_Data(bindSN []string, T_pid int, T_name string, T_Class_id, T_type, T_RealTime, T_MapShow, T_abandon int, page int, page_z int) (DeviceSensor_r []DeviceSensor_R, cnt int64) {
	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	var offset int
	if page <= 1 {
		offset = 0
	} else {
		offset = (page - 1) * page_z
	}

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := cond.And("T_pid", T_pid)

	if len(bindSN) > 0 {
		cond1 = cond1.And("T_sn__in", bindSN)
	}

	if T_Class_id > 0 {
		T_Class := "C" + strconv.Itoa(T_Class_id) + "|"
		cond1 = cond1.And("T_Class__icontains", T_Class)
	}

	if T_type > 0 {
		cond1 = cond1.And("T_type", T_type)
	}

	if T_abandon == 1 {
		cond1 = cond1.And("T_State", 0)
	} else {
		cond1 = cond1.And("T_State", 1)
	}

	//if len(T_name) >= 16 {
	//	cond1 = cond1.And("T_sn", T_name)
	//} else if len(T_name) > 0 && len(T_name) < 16 {
	//	cond1 = cond1.AndCond(cond.Or("T_name__icontains", T_name).Or("T_sn__icontains", T_name)).And("T_State", 1).And("T_datashow", 1)
	//} else {
	//	cond1 = cond1.And("T_State", 1).And("T_datashow", 1)
	//}
	if len(T_name) >= 16 {
		cond1 = cond1.And("T_sn", T_name)
	} else if len(T_name) > 0 && len(T_name) < 16 {
		cond1 = cond1.AndCond(cond.Or("T_name__icontains", T_name).Or("T_sn__icontains", T_name)).And("T_datashow", 1)
	} else {
		cond1 = cond1.And("T_datashow", 1)
	}

	if T_MapShow == 1 {
		cond1 = cond1.AndNot("T_Site", "")
	}
	cnt, err := qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	// 实时数据页面，温度或者湿度不在正常区间，排在最前面
	if T_RealTime == 1 {
		offset_z := offset + page_z
		if cnt < int64(offset_z) {
			offset_z = int(cnt)
		}
		if offset > offset_z {
			offset = offset_z
		}
		_, err = qs.SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id", "Id").All(&r)
		if err != nil {
			logs.Error(lib.FuncName(), err)
			return
		}
		var DeviceSensor_unusual []DeviceSensor_R
		var DeviceSensor_monitor []DeviceSensor_R
		var DeviceSensor_monitor2 []DeviceSensor_R
		for _, v := range r {
			v_r := DeviceSensorToDeviceSensor_R(v)
			data := v_r.T_DeviceSensorData
			// 状态在监控中，温度或者湿度不在正常区间，排在最前面
			if (data.T_t > data.T_tu || data.T_t < data.T_tl || data.T_rh > data.T_rhu || data.T_rh < data.T_rhl) && v.T_monitor == 1 && v.T_link == 1 && v_r.T_DeviceSensorParameter.T_free == 0 {
				DeviceSensor_unusual = append(DeviceSensor_unusual, v_r)
			} else if v.T_monitor == 1 && v.T_link == 1 && v_r.T_DeviceSensorParameter.T_free == 0 {
				DeviceSensor_monitor = append(DeviceSensor_monitor, v_r)
			} else if v.T_monitor == 1 {
				DeviceSensor_monitor2 = append(DeviceSensor_monitor2, v_r)
			} else {
				DeviceSensor_r = append(DeviceSensor_r, v_r)
			}
		}
		DeviceSensor_unusual = append(DeviceSensor_unusual, DeviceSensor_monitor...)
		DeviceSensor_unusual = append(DeviceSensor_unusual, DeviceSensor_monitor2...)
		DeviceSensor_unusual = append(DeviceSensor_unusual, DeviceSensor_r...)
		return DeviceSensor_unusual[offset:offset_z], cnt
	}

	_, err = qs.Limit(page_z, offset).SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id", "Id").All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorToDeviceSensor_R(v))
	}
	return DeviceSensor_r, cnt
}

// 与Read_DeviceSensor_List_For_Data功能一样（优化前）
func Read_DeviceSensor_List_For_Data1(bindSN []string, T_pid int, T_name string, T_Class_id, T_type, T_RealTime, T_MapShow int,
	page int, page_z int) (DeviceSensor_r []DeviceSensor_R, cnt int64) {

	o := orm.NewOrm()
	var maps_z []orm2.ParamsList

	// 也可以直接使用 Model 结构体作为表名

	var offset int
	if page <= 1 {
		offset = 0
	} else {
		offset = (page - 1) * page_z
	}

	var r []DeviceSensor_RealTime
	sql_WHERE := "t_pid = " + strconv.Itoa(T_pid)
	if len(bindSN) > 0 {
		sql_WHERE += fmt.Sprintf(" AND t_sn in (%s) ", lib.StringListToDotStr(bindSN))

	}

	if T_Class_id > 0 {
		T_calss := "C" + strconv.Itoa(T_Class_id) + "|"
		sql_WHERE += " AND t__class like '%" + T_calss + "%'"
	}

	if T_type > 0 {
		sql_WHERE += " AND t_type = " + strconv.Itoa(T_type)
	}

	if len(T_name) >= 16 {
		sql_WHERE += " AND t_sn = '" + T_name + "'"
	} else if len(T_name) > 0 && len(T_name) < 16 {
		sql_WHERE += " AND (ds.t_sn like '%" + T_name + "%' OR ds.t_name like '%" + T_name + "%') AND ds.t__state = 1 AND t_datashow = 1"

	} else {
		sql_WHERE += " AND ds.t__state = 1 AND t_datashow = 1"
	}

	if T_MapShow == 1 {
		sql_WHERE += " AND t__site is not null"
	}
	// -------------
	sql := "SELECT COUNT(*) FROM " + "device_sensor ds WHERE " + sql_WHERE
	logs.Debug(sql)
	_, err := o.Raw(sql).ValuesList(&maps_z)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return DeviceSensor_r, 0
	}
	if len(maps_z) == 0 {
		return DeviceSensor_r, 0
	}
	cnt, _ = strconv.ParseInt(maps_z[0][0].(string), 10, 64)

	sql = "SELECT *,ds.t_sn as t_sn,ds.t_id as t_id,ds.t_name as t_name,ds.t__state as t__state FROM device_sensor ds " +
		"LEFT JOIN device_sensor_parameter dsp " +
		"ON ds.t_sp=dsp.id " +
		"WHERE " + sql_WHERE + " ORDER BY ds.t_sort, ds.id  ASC"
	realTimeSql := sql
	if page_z != 9999 {
		sql = sql + " LIMIT " + strconv.Itoa(offset) + "," + strconv.Itoa(page_z)
	}

	logs.Debug(sql)
	_, err = o.Raw(sql).QueryRows(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	if T_RealTime == 1 {
		offset_z := offset + page_z
		if cnt < int64(offset_z) {
			offset_z = int(cnt)
		}
		if offset > offset_z {
			offset = offset_z
		}
		_, err = o.Raw(realTimeSql).QueryRows(&r)
		if err != nil {
			logs.Error(lib.FuncName(), err)
			return
		}
		var DeviceSensor_unusual []DeviceSensor_R
		for _, v := range r {
			v_r := DeviceSensorRealTimeToDeviceSensor_R(v)
			data := v_r.T_DeviceSensorData
			// 温度或者湿度不在正常区间，排在最前面
			if (data.T_t > data.T_tu || data.T_t < data.T_tl || data.T_rh > data.T_rhu || data.T_rh < data.T_rhl) && v.T_monitor == 1 && v_r.T_DeviceSensorParameter.T_free == 0 {
				DeviceSensor_unusual = append(DeviceSensor_unusual, v_r)
			} else {
				DeviceSensor_r = append(DeviceSensor_r, v_r)
			}
		}
		DeviceSensor_unusual = append(DeviceSensor_unusual, DeviceSensor_r...)
		return DeviceSensor_unusual[offset:offset_z], cnt
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorRealTimeToDeviceSensor_R(v))
	}

	return DeviceSensor_r, cnt
}

// 公司管理 实时数据
// 查询当前公司及其下面所有子公司的传感器列表
func Read_CompanyDeviceSensor_List_For_Data(T_pids []int, T_name string, T_Class_id, T_type, T_RealTime, T_MapShow int, page int, page_z int) (DeviceSensor_r []DeviceSensor_R, cnt int64) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	var offset int
	if page <= 1 {
		offset = 0
	} else {
		offset = (page - 1) * page_z
	}

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := cond.And("T_pid__in", T_pids)

	if T_Class_id > 0 {
		T_Class := "C" + strconv.Itoa(T_Class_id) + "|"
		cond1 = cond1.And("T_Class__icontains", T_Class)
	}

	if T_type > 0 {
		cond1 = cond1.And("T_type", T_type)
	}

	if len(T_name) >= 16 {
		cond1 = cond1.And("T_sn", T_name)
	} else if len(T_name) > 0 && len(T_name) < 16 {
		cond1 = cond1.AndCond(cond.Or("T_name__icontains", T_name).Or("T_sn__icontains", T_name)).And("T_State", 1).And("T_datashow", 1)
	} else {
		cond1 = cond1.And("T_State", 1).And("T_datashow", 1)
	}

	if T_MapShow == 1 {
		cond1 = cond1.AndNot("T_Site", "")
	}
	cnt, err := qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	// 实时数据页面，温度或者湿度不在正常区间，排在最前面
	if T_RealTime == 1 {
		offset_z := offset + page_z
		if cnt < int64(offset_z) {
			offset_z = int(cnt)
		}
		if offset > offset_z {
			offset = offset_z
		}
		_, err = qs.SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)
		if err != nil {
			logs.Error(lib.FuncName(), err)
			return
		}
		var DeviceSensor_unusual []DeviceSensor_R
		for _, v := range r {
			v_r := DeviceSensorToDeviceSensor_R(v)
			data := v_r.T_DeviceSensorData
			// 温度或者湿度不在正常区间，排在最前面
			if (data.T_t > data.T_tu || data.T_t < data.T_tl || data.T_rh > data.T_rhu || data.T_rh < data.T_rhl) && v.T_monitor == 1 && v_r.T_DeviceSensorParameter.T_free == 0 {
				DeviceSensor_unusual = append(DeviceSensor_unusual, v_r)
			} else {
				DeviceSensor_r = append(DeviceSensor_r, v_r)
			}
		}
		DeviceSensor_unusual = append(DeviceSensor_unusual, DeviceSensor_r...)

		return DeviceSensor_unusual[offset:offset_z], cnt
	}

	_, err = qs.Limit(page_z, offset).SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorToDeviceSensor_R(v))
	}
	return DeviceSensor_r, cnt
}
func Read_CompanyDeviceSensor_List_For_Data1(T_pids []int, T_name string, T_Class_id, T_type, T_RealTime, T_MapShow int,
	page int, page_z int) (DeviceSensor_r []DeviceSensor_R, cnt int64) {

	o := orm.NewOrm()
	var maps_z []orm2.ParamsList

	// 也可以直接使用 Model 结构体作为表名

	var offset int
	if page <= 1 {
		offset = 0
	} else {
		offset = (page - 1) * page_z
	}

	var r []DeviceSensor_RealTime
	sql_WHERE := ""
	if len(T_pids) == 1 {
		sql_WHERE += " AND t_pid = " + strconv.Itoa(T_pids[0])
	} else if len(T_pids) > 1 {
		sql_WHERE += fmt.Sprintf(" AND t_pid in (%s) ", lib.IntListToDotStr(T_pids))

	}

	if T_Class_id > 0 {
		T_calss := "C" + strconv.Itoa(T_Class_id) + "|"
		sql_WHERE += " AND t__class like '%" + T_calss + "%'"
	}

	if T_type > 0 {
		sql_WHERE += " AND t_type = " + strconv.Itoa(T_type)
	}

	if len(T_name) >= 16 {
		sql_WHERE += " AND t_sn = '" + T_name + "'"
	} else if len(T_name) > 0 && len(T_name) < 16 {
		sql_WHERE += " AND (ds.t_sn like '%" + T_name + "%' OR ds.t_name like '%" + T_name + "%') AND ds.t__state = 1 AND t_datashow = 1"

	} else {
		sql_WHERE += " AND ds.t__state = 1 AND t_datashow = 1"
	}

	if T_MapShow == 1 {
		sql_WHERE += " AND t__site is not null"
	}
	sql_WHERE = strings.TrimLeft(sql_WHERE, " AND")
	// -------------
	sql := "SELECT COUNT(*) FROM " + "device_sensor ds WHERE " + sql_WHERE
	logs.Debug(sql)
	_, err := o.Raw(sql).ValuesList(&maps_z)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return DeviceSensor_r, 0
	}
	if len(maps_z) == 0 {
		return DeviceSensor_r, 0
	}
	cnt, _ = strconv.ParseInt(maps_z[0][0].(string), 10, 64)

	sql = "SELECT *,ds.t_sn as t_sn,ds.t_id as t_id,ds.t_name as t_name,ds.t__state as t__state FROM device_sensor ds " +
		"LEFT JOIN device_sensor_parameter dsp " +
		"ON ds.t_sp=dsp.id " +
		"WHERE " + sql_WHERE + " ORDER BY ds.t_sort, ds.id  ASC"
	realTimeSql := sql
	if page_z != 9999 {
		sql = sql + " LIMIT " + strconv.Itoa(offset) + "," + strconv.Itoa(page_z)
	}

	logs.Debug(sql)
	_, err = o.Raw(sql).QueryRows(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	if T_RealTime == 1 {
		offset_z := offset + page_z
		if cnt < int64(offset_z) {
			offset_z = int(cnt)
		}
		if offset > offset_z {
			offset = offset_z
		}
		_, err = o.Raw(realTimeSql).QueryRows(&r)
		if err != nil {
			logs.Error(lib.FuncName(), err)
			return
		}
		var DeviceSensor_unusual []DeviceSensor_R
		for _, v := range r {
			v_r := DeviceSensorRealTimeToDeviceSensor_R(v)
			data := v_r.T_DeviceSensorData
			// 温度或者湿度不在正常区间，排在最前面
			if (data.T_t > data.T_tu || data.T_t < data.T_tl || data.T_rh > data.T_rhu || data.T_rh < data.T_rhl) && v.T_monitor == 1 && v_r.T_DeviceSensorParameter.T_free == 0 {
				DeviceSensor_unusual = append(DeviceSensor_unusual, v_r)
			} else {
				DeviceSensor_r = append(DeviceSensor_r, v_r)
			}
		}
		DeviceSensor_unusual = append(DeviceSensor_unusual, DeviceSensor_r...)
		return DeviceSensor_unusual[offset:offset_z], cnt
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorRealTimeToDeviceSensor_R(v))
	}

	return DeviceSensor_r, cnt
}

func Read_CompanyDeviceSensor_List_For_Data_ByKey(T_pids []int, T_sn string) (DeviceSensor_r []DeviceSensor_R, cnt int64) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := cond.And("T_pid__in", T_pids)
	if len(T_sn) > 0 {
		cond1 = cond1.And("T_sn", T_sn)
	}

	cnt, err := qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	_, err = qs.SetCond((*orm2.Condition)(cond1)).All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorToDeviceSensor_R(v))
	}
	return DeviceSensor_r, cnt
}

// 小程序-获取传感器类型ID
func Read_DeviceSensor_T_type(admin *Account.Admin, T_pid int, bindSN []string, T_pids []int) (lists orm2.ParamsList, err error) {
	o := orm.NewOrm()
	var pl_lists orm2.ParamsList
	sql := "SELECT DISTINCT t_type FROM device_sensor WHERE t_datashow=1 AND t__state=1"
	if admin.T_pid > 0 {
		// 客户访问自己及其子公司数据
		if len(T_pids) > 0 {
			sql += fmt.Sprintf(" AND t_pid in (%s) ", lib.IntListToDotStr(T_pids))
		}
	} else {
		// 管理员访问当前公司数据
		sql += " AND t_pid = " + strconv.Itoa(T_pid)
	}

	if len(bindSN) > 0 {
		sql += fmt.Sprintf(" AND t_sn in (%s)", lib.StringListToQuotesDotStr(bindSN))
	}
	sql += " LIMIT 0,1000"
	_, err = o.Raw(sql).ValuesFlat(&pl_lists)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	return pl_lists, nil
}

// 数据展示菜单下 传感器参数列表
func Read_DeviceSensor_List_For_Applet(admin *Account.Admin, bindSN []string, T_pid int, T_pids []int, T_name, T_online string,
	T_RealTime, T_type, page, page_z int) (DeviceSensor_r []DeviceSensor_Applet, cnt int64) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	var offset int
	if page <= 1 {
		offset = 0
	} else {
		offset = (page - 1) * page_z
	}

	qs := o.QueryTable(new(DeviceSensor))

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := orm.NewCondition()
	if admin.T_pid > 0 {
		cond1 = cond.And("T_pid__in", T_pids)
	} else {
		cond1 = cond.And("T_pid", T_pid)
	}

	if T_type > 0 {
		cond1 = cond1.And("T_type", T_type)
	}

	if len(bindSN) > 0 {
		cond1 = cond1.And("T_sn__in", bindSN)
	}

	if admin.T_pid > 0 {
		if len(T_name) >= 16 {
			cond1 = cond1.And("T_sn", T_name)
		} else if len(T_name) > 0 && len(T_name) < 16 {
			cond1 = cond1.AndCond(cond.Or("T_name__icontains", T_name).Or("T_sn__icontains", T_name)).And("T_State", 1).And("T_datashow", 1)
		} else {
			cond1 = cond1.And("T_State", 1).And("T_datashow", 1)
		}
	} else {
		if len(T_name) >= 16 {
			cond1 = cond1.And("T_sn", T_name)
		} else if len(T_name) > 0 && len(T_name) < 16 {
			cond1 = cond1.AndCond(cond.Or("T_name__icontains", T_name).Or("T_sn__icontains", T_name)).And("T_State", 1).And("T_datashow", 1)
		} else {
			cond1 = cond1.And("T_State", 1).And("T_datashow", 1)
		}
	}

	// 0 未监控 1 监控中 2 无网络 3 全部
	if T_online == "1" {
		cond1 = cond1.And("T_monitor", 1)
	} else if T_online == "2" {
		cond1 = cond1.AndCond(cond.AndCond(cond.AndNot("T_online", 1)).
			AndCond(cond.AndNot("T_online_s", 1)))
	} else if T_online == "0" {
		cond1 = cond1.And("T_monitor", 0)
	}

	var err error
	if page_z == 9999 {
		_, err = qs.SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)
	} else {
		_, err = qs.Limit(page_z, offset).SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)

	}

	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}
	cnt, err = qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorToDeviceSensor_Applet(v))
	}
	return DeviceSensor_r, cnt
}

// 小程序-通过传感器类型获取sn
func Read_DeviceSensor_T_sn_ByT_type(admin *Account.Admin, T_pid int, bindSN []string, T_pids []int, T_type int) (lists []string, err error) {

	o := orm.NewOrm()

	sql := "t__state=1 AND t_datashow=1 AND t_type = " + strconv.Itoa(T_type)

	if admin.T_pid > 0 {
		// 客户访问自己及其子公司数据
		if len(T_pids) > 0 {
			sql += fmt.Sprintf(" AND t_pid in (%s) ", lib.IntListToDotStr(T_pids))
		}
	} else {
		// 管理员访问当前公司数据
		sql += " AND t_pid = " + strconv.Itoa(T_pid)
	}

	if len(bindSN) > 0 {
		sql += fmt.Sprintf(" AND t_sn in (%s)", lib.StringListToQuotesDotStr(bindSN))
	}

	_, err = o.Raw("SELECT DISTINCT T_sn FROM device_sensor WHERE " + sql + " LIMIT 0,1000").QueryRows(&lists)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	return lists, nil
}

func Read_DeviceSensorCount_ByT_pids(T_pids []int) (cnt int64) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	cond := orm.NewCondition()
	cond1 := cond.And("T_pid__in", T_pids).And("T_State", 1)

	//// 不是内部权限（T_pid>0），T_State=1 0 屏蔽  1 正常
	//cond1 = cond1.And("T_State", 1)
	//// 0 屏蔽数据展示  1 正常数据展示
	//cond1 = cond1.And("T_datashow", 1)

	cnt, err := qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
	}

	return cnt
}

func Read_DeviceSensor_All() (DeviceSensor_r []DeviceSensor) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))
	_, err := qs.All(&DeviceSensor_r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
	}

	return DeviceSensor_r
}

// 获取对接电信的实时数据
func Read_Docking_Real_Data(T_pids []int) (DeviceData_r []DeviceData_Docking) {
	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := cond.And("T_pid__in", T_pids)

	_, err := qs.SetCond((*orm2.Condition)(cond1)).All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		sp, _ := Read_DeviceSensorParameter(v.T_sn, v.T_id)
		deviceDate := Read_DeviceData(v.T_sn, v.T_id)
		// 空库数据不发送  T_free 0正常   1空库
		if sp.T_free == 1 {
			continue
		}
		data := DeviceData_Docking{
			T_monitor:  v.T_monitor,
			T_online:   v.T_online,
			T_online_s: v.T_online_s,
			T_sn:       v.T_sn,
			T_id:       v.T_id,
			T_t:        deviceDate.T_t,
			T_rh:       deviceDate.T_rh,
			T_site:     deviceDate.T_site,
			T_time:     deviceDate.T_time.Format("2006-01-02 15:04:05"),
			T_sp:       deviceDate.T_sp,
			T_name:     sp.T_name,
			T_tl:       sp.T_Tlower,
			T_tu:       sp.T_Tupper,
			T_rhl:      sp.T_RHlower,
			T_rhu:      sp.T_RHupper,
		}

		DeviceData_r = append(DeviceData_r, data)

	}
	return DeviceData_r
}

// 获取列表
func Read_DeviceSensorList_BySN(T_sn string) (DeviceSensor_r []DeviceSensor_R, cnt int64) {

	o := orm.NewOrm()
	// 也可以直接使用 Model 结构体作为表名

	qs := o.QueryTable(new(DeviceSensor))

	var r []DeviceSensor
	cond := orm.NewCondition()
	cond1 := cond.And("T_sn__icontains", T_sn)

	_, err := qs.SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&r)
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	cnt, err = qs.SetCond((*orm2.Condition)(cond1)).Count()
	if err != nil {
		logs.Error(lib.FuncName(), err)
		return
	}

	for _, v := range r {
		DeviceSensor_r = append(DeviceSensor_r, DeviceSensorToDeviceSensor_R(v))
	}
	return DeviceSensor_r, cnt
}

func Read_DeviceSensorList_By_T_snid(T_snid string) []DeviceSensor {
	T_snid_list := strings.Split(strings.Trim(T_snid, "|"), "|")
	var maps []DeviceSensor
	ids := []int{}
	for _, v := range T_snid_list {
		sn_id := strings.Split(v, ",")

		if len(sn_id) == 2 {
			ds, _ := Read_DeviceSensor_ByTsn_Tid(sn_id[0], lib.To_int(sn_id[1]))
			ids = append(ids, ds.Id)
		}
	}
	o := orm.NewOrm()
	cond := orm.NewCondition()
	cond1 := cond.And("id__in", ids)
	qs := o.QueryTable(new(DeviceSensor))
	qs.SetCond((*orm2.Condition)(cond1)).OrderBy("T_sort", "T_id").All(&maps)

	return maps
}