public static void Data_operation(object datatemp)
{
Dust_noise__send_frame dust_noise_Send_Frame = JsonConvert.DeserializeObject <Dust_noise__send_frame>(datatemp.ToString());
if (dust_noise_Send_Frame != null)
{
Zhgd_iot_dust_noise_current data = new Zhgd_iot_dust_noise_current();
data.sn = dust_noise_Send_Frame.sn;
data.@timestamp = dust_noise_Send_Frame.@timestamp;
data.pm2_5 = dust_noise_Send_Frame.pm2_5;
data.pm10 = dust_noise_Send_Frame.pm10;
data.tsp = dust_noise_Send_Frame.tsp;
data.noise = dust_noise_Send_Frame.noise;
data.temperature = dust_noise_Send_Frame.temperature;
data.humidity = dust_noise_Send_Frame.humidity;
data.wind_speed = dust_noise_Send_Frame.wind_speed;
data.wind_grade = dust_noise_Send_Frame.wind_grade;
data.wind_direction = dust_noise_Send_Frame.wind_direction;
data.air_pressure = dust_noise_Send_Frame.air_pressure;
data.rainfall = dust_noise_Send_Frame.rainfall;
//进行数据put
DPC.Dust_noise_operation.Send_dust_noise_Current(data);
}
}
static void Get_real_current_func()
{
try
{
//先得到token
List <Get_Real_list_result_RK> real_List_Result = Get_real_list(Dust_userName, Dust_password);
if (real_List_Result != null && real_List_Result.Count > 0)
{
Dictionary <string, Zhgd_iot_dust_noise_current> noise_current = new Dictionary <string, Zhgd_iot_dust_noise_current>();
foreach (Get_Real_list_result_RK obj in real_List_Result)
{
if (noise_current.ContainsKey(obj.DevAddr))
{
if (obj.DevStatus == "true")
{
item_foreach(obj, noise_current[obj.DevAddr]);
}
}
else
{
if (obj.DevStatus == "true")
{
Zhgd_iot_dust_noise_current zhgd_Iot_Dust_Noise_Current = new Zhgd_iot_dust_noise_current();
zhgd_Iot_Dust_Noise_Current.sn = obj.DevAddr;
item_foreach(obj, zhgd_Iot_Dust_Noise_Current);
noise_current.Add(obj.DevAddr, zhgd_Iot_Dust_Noise_Current);
}
}
}
foreach (Zhgd_iot_dust_noise_current data in noise_current.Values)
{
data.timestamp = GetTimeStamp();
DPC.Dust_noise_operation.Send_dust_noise_Current(data);
}
}
}
catch (Exception ex)
{
ToolAPI.XMLOperation.WriteLogXmlNoTail("Get_real_current_func异常", ex.Message);
}
}
static void Get_real_current_func()
{
try
{
//先得到token
Get_Real_list_result real_List_Result = Get_real_list(Dust_userName, Dust_password);
if (real_List_Result != null && real_List_Result.code == "200" && real_List_Result.data != null && real_List_Result.data.Length > 0)
{
foreach (object obj in real_List_Result.data)
{
Dust_noise_real dust_Noise_Real = Dust_noise_real.Init_Dust_noise_real(obj.ToString());
if (dust_Noise_Real != null)
{
Zhgd_iot_dust_noise_current data = new Zhgd_iot_dust_noise_current();
data.sn = dust_Noise_Real.siteId.ToString();
data.@timestamp = dust_Noise_Real.time;
data.pm2_5 = dust_Noise_Real.PM25_Avg;
data.pm10 = dust_Noise_Real.PM10_Avg;
data.tsp = 0;
data.noise = dust_Noise_Real.B03_Avg;
data.temperature = dust_Noise_Real.T01_Avg;
data.humidity = dust_Noise_Real.H01_Avg;
data.wind_speed = dust_Noise_Real.W02_Avg;
data.wind_grade = ConvertWind.WindToLeve((float)data.wind_speed);
data.wind_direction = dust_Noise_Real.W01_Avg;
data.air_pressure = 0;
data.rainfall = 0;
//进行数据put
DPC.Dust_noise_operation.Send_dust_noise_Current(data);
}
}
}
}
catch (Exception ex)
{
ToolAPI.XMLOperation.WriteLogXmlNoTail("Get_real_current_func异常", ex.Message);
}
}
//实时数据
//0000005E0000000200000000CFCDDE09595329CE000D94900000177000001996000000000050000002A300000D5C000001570000002000000000000000000000000000016697000000000000000000000000000000000000000000000000
private static byte[] OnResolveRealData(byte[] b, int c)
{
//设备一分钟传输一次数据，如果一分钟之内有可能是重复数据
try
{
// int Total_Length = int.Parse(ConvertData.ToHexString(b, 0, 4)); //4 Unsigned Integer消息总长度(含消息头及消息体)
Zhgd_iot_dust_noise_current data = new Zhgd_iot_dust_noise_current();
short Command_Id = short.Parse(ConvertData.ToHexString(b, 4, 4));//4 Unsigned Short命令或响应类型0x0802; //（监控数据）7
// data.Sequence_Id = ConvertDataInt32(ConvertData.ToHexString(b, 8, 4));//4 Unsigned Integer消息流水号(保留未启用)
//int sss = ConvertDataInt32(ConvertData.ToHexString(b, 12, 4));//4Unsigned Integer设备编号
data.sn = ConvertDataUInt32(ConvertData.ToHexString(b, 12, 4)).ToString(); //4Unsigned Integer设备编号
data.timestamp = ConvertDataInt32(ConvertData.ToHexString(b, 16, 4)); //4Unisgned时间戳(unixtime)
data.timestamp = data.timestamp * 1000;
// data.Data_type = short.Parse(ConvertData.ToHexString(b, 18, 4));//4 Unsigned Short数据类型类型
//data.SPM = ((Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 20, 4))) / (Decimal)10000;//4 Unsigned Integer粉尘数据（需要除10000）
data.tsp = (double)(((Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 20, 4))) / (Decimal)10000) / 1000; //4 Unsigned Integer粉尘数据（需要除10000） 歌瑞丽单位ug/m3 所以还得除以1000
data.pm2_5 = (double)((Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 24, 4)) / (Decimal)100); //4 Unsigned IntegerPM2.5
data.pm10 = (double)((Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 28, 4)) / (Decimal)100); //4 Unsigned IntegerPM10
// data.TYPE = Convert.ToInt16(("0x" + ConvertData.ToHexString(b, 32, 2)), 16);//2 UnsignedShort0：SPM有效
//1：PM2.5有效
//2：PM10 有效
//3：3个都有效
//data.windDirection = (Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 34, 4)) / (Decimal)100;//4 Unsigned Integer风向角度0,后台显示正北
//data.windSpeed = (Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 38, 4)) / (Decimal)10; //4 Unsigned Integer风速为0,后台显示0m/S
//风速和风向先调整一下
data.wind_direction = (double)((Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 38, 4)) / (Decimal)10); //4 现在是风角度
data.wind_speed = (double)((Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 34, 4)) / (Decimal)100); //4 现在是风速 2016/10/31号更改成除以100
// data.windSpeed = (Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 34, 4)) / (Decimal)10; //4 现在是风速
data.temperature = (double)((Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 42, 4)) / (Decimal)100); //4 Unsigned Integer温度数据（2661 表示 26.61度）
data.humidity = (double)((Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 46, 4)) / (Decimal)10); //4 Unsigned Integer湿度数据（7661 表示76.61）
data.noise = (double)((Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 50, 4)) / (Decimal)10); //4 Unsigned Integer噪音等效值（763噪音值为76.3）
// data.maxNoise = (Decimal)ConvertDataInt32(ConvertData.ToHexString(b, 54, 4)) / (Decimal)10;//4 Unsigned Integer噪音峰值（927噪音峰值为92.7）
#region 创塔的协议
//data.GPS_Y = HexToDouble(ConvertData.ToHexString(b, 58, 8));//8 DoubleGPS经度
//data.GPS_X = HexToDouble(ConvertData.ToHexString(b, 66, 8));//8 DoubleGPS纬度
//data.Pressure = HexToFloat(ConvertData.ToHexString(b, 74, 4));//78Float大气压值
//data.Remark = ConvertData.ToHexString(b, 152, 16);//16UnsignedChar保留字段（16BYTE）
#endregion
#region 格瑞利等其它
//data.GPS_Y = (double)ConvertDataInt32(ConvertData.ToHexString(b, 58, 4)) / 1000000d;//8 DoubleGPS经度
//data.GPS_X = (double)ConvertDataInt32(ConvertData.ToHexString(b, 62, 4)) / 1000000d;//8 DoubleGPS纬度
//data.Pressure = (float)ConvertDataInt32(ConvertData.ToHexString(b, 66, 4));//78Float大气压值
//data.Remark = ConvertData.ToHexString(b, 152, 16);//16UnsignedChar保留字段（16BYTE）
#endregion
byte[] replayrb = new byte[12];
replayrb[0] = 0;
replayrb[1] = 0;
replayrb[2] = 0;
replayrb[3] = 12;
replayrb[4] = 0x80;
replayrb[5] = 0x20;
replayrb[6] = 0;
replayrb[7] = 0;
replayrb[8] = 0;
replayrb[9] = 0;
//byte[] replayrb = new byte[10];
//replayrb[0] = b[0];//长度怎么这样赋值呢？?????????
//replayrb[1] = b[1];
//replayrb[2] = b[2];
//replayrb[3] = b[3];
//replayrb[4] = 0x80;
//replayrb[5] = 0x20;
//replayrb[6] = b[6];
//replayrb[7] = b[7];
//replayrb[8] = b[8];
//replayrb[9] = b[9];
Dust_noise_operation.Send_dust_noise_Current(data);
return(replayrb);
}
catch (Exception ex)
{
ToolAPI.XMLOperation.WriteLogXmlNoTail(System.Windows.Forms.Application.StartupPath + @"\CT", "创塔设备实时数据解析异常：", ex.Message);
return(null);
}
}
/// <summary>
/// 实时数据
/// </summary>
/// <param name="b"></param>
/// <param name="bCount"></param>
/// <param name="client"></param>
/// <param name="df"></param>
public static void OnResolveCurrent(byte[] b, int bCount, TcpSocketClient client)
{
string tStr = ConvertData.ToHexString(b, 0, 2);
if (tStr != "7A7A")
{
return;
}
Zhgd_iot_dust_noise_current current = new Zhgd_iot_dust_noise_current();
byte[] t = new byte[8];
for (int i = 8, j = 0; i < 16; i++, j++)
{
t[j] = b[i];
}
current.sn = Encoding.ASCII.GetString(t);
tStr = ConvertData.ToHexString(b, 16, 6);
try
{
current.timestamp = DPC_Tool.GetTimeStamp(DateTime.ParseExact(tStr, "yyMMddHHmmss", System.Globalization.CultureInfo.InvariantCulture));
}
catch
{
current.timestamp = DPC_Tool.GetTimeStamp(DateTime.Now);
}
UShortValue s = new UShortValue();
s.bValue1 = b[22];
s.bValue2 = b[23];
if (s.sValue.ToString() == "0")
{
current.pm2_5 = 5;
}
else
{
current.pm2_5 = s.sValue;
}
s.bValue1 = b[24];
s.bValue2 = b[25];
if (s.sValue.ToString() == "0")
{
current.pm10 = 5;
}
else
{
current.pm10 = s.sValue;
}
s.bValue1 = b[26];
s.bValue2 = b[27];
current.noise = double.Parse((float.Parse(s.sValue.ToString()) / 10).ToString("0.0"));
s.bValue1 = b[28];
s.bValue2 = b[29];
current.temperature = double.Parse((float.Parse(s.sValue.ToString()) / 10).ToString("0.0"));
s.bValue1 = b[30];
s.bValue2 = b[31];
current.humidity = double.Parse((float.Parse(s.sValue.ToString()) / 10).ToString("0.0"));
s.bValue1 = b[32];
s.bValue2 = b[33];
current.wind_speed = double.Parse((float.Parse(s.sValue.ToString()) / 10).ToString("0.0"));
s.bValue1 = b[34];
s.bValue2 = b[35];
current.wind_direction = s.sValue;
// current.GprsSignal = ((sbyte)b[36]).ToString();
// current.automatic = b[37].ToString();
//current.Manual = b[38].ToString();
s.bValue1 = b[39];
s.bValue2 = b[40];
current.air_pressure = double.Parse((float.Parse(s.sValue.ToString()) / 100).ToString("0.00"));
s.bValue1 = b[41];
s.bValue2 = b[42];
current.tsp = s.sValue;
Dust_noise_operation.Send_dust_noise_Current(current);
}
static void item_foreach(Get_Real_list_result_RK rl, Zhgd_iot_dust_noise_current zc)
{
switch (rl.DevHumiName)
{
case "噪声(dB)":
zc.noise = double.Parse(rl.DevHumiValue); break;
case "PM10(ug/m3)":
zc.pm10 = double.Parse(rl.DevHumiValue); break;
case "PM2.5(ug/m3)":
zc.pm2_5 = double.Parse(rl.DevHumiValue); break;
case "气压(Kpa)":
zc.air_pressure = double.Parse(rl.DevHumiValue); break;
case "累计雨量(mm)":
zc.rainfall = double.Parse(rl.DevHumiValue); break;
case "TSP(ug/m3)":
zc.tsp = double.Parse(rl.DevHumiValue); break;
case "湿度(%RH)":
zc.humidity = double.Parse(rl.DevHumiValue); break;
case "温度(℃)":
zc.temperature = double.Parse(rl.DevHumiValue); break;
case "风力(风力)":
zc.wind_grade = int.Parse(rl.DevHumiValue); break;
case "风速(m/s)":
zc.wind_speed = double.Parse(rl.DevHumiValue); break;
case "风向":
zc.wind_direction = double.Parse(rl.DevHumiValue); break;
default: break;
}
switch (rl.DevTempName)
{
case "噪声(dB)":
zc.noise = double.Parse(rl.DevTempValue); break;
case "PM10(ug/m3)":
zc.pm10 = double.Parse(rl.DevTempValue); break;
case "PM2.5(ug/m3)":
zc.pm2_5 = double.Parse(rl.DevTempValue); break;
case "气压(Kpa)":
zc.air_pressure = double.Parse(rl.DevTempValue); break;
case "累计雨量(mm)":
zc.rainfall = double.Parse(rl.DevTempValue); break;
case "TSP(ug/m3)":
zc.tsp = double.Parse(rl.DevTempValue); break;
case "湿度(%RH)":
zc.humidity = double.Parse(rl.DevTempValue); break;
case "温度(℃)":
zc.temperature = double.Parse(rl.DevTempValue); break;
case "风力(风力)":
zc.wind_grade = int.Parse(rl.DevTempValue); break;
case "风速(m/s)":
zc.wind_speed = double.Parse(rl.DevTempValue); break;
case "风向":
zc.wind_direction = double.Parse(rl.DevTempValue); break;
default: break;
}
}
