public static async Task <bool> ReadCoil(int modbusAddress, ushort startAddress, ModbusRtuOverTcp client
, Action <bool> ReadSuccess, RedisClient redisClient, ControlRequest par
, IotDataOilwellDHMeasure lLJ, LogIotModbusPoll logIotModbusPoll, string message)
{
$"{message}开始: ---------------".Info();
lock (ClientInfo.locker)
{
ClientInfo.RequestTime = DateTime.Now;
ClientInfo.ExpectedType = 0x01;
ClientInfo.ExpectedDataLen = 1;
}
var readCoil = await client.ReadCoilAsync($"s={modbusAddress};x=1;{startAddress}", 1);
if (readCoil.IsSuccess)
{
ReadSuccess?.Invoke(readCoil.Content[0]);
return(true);
}
else
{
FailLog.Write(redisClient, par, lLJ, logIotModbusPoll, "Get_LLJ", $"读取{message}异常！");
return(false);
}
}
public static async Task <bool> SetGJL(RedisClient redisClient, ModbusRtuOverTcp client, int modbusAddress, ushort startAddress, IotDataOilOmeter tankmeasure, LogIotModbusPoll logIotModbusPoll, ControlRequest par, int tryReadTimes = 3)
{
//获取采集时间
var address = startAddress + 1;
var isSuccess = await GetDateTime(client, modbusAddress, tankmeasure, (ushort)address, 3, tryReadTimes);
if (!isSuccess)
{
FailLog.Write(redisClient, par, tankmeasure, logIotModbusPoll, "Get_LYQH_GJL_Tankmeasure", "读取液位罐计量时间数据异常！");
return(false);
}
isSuccess = await GetGJL(client, modbusAddress, tankmeasure, startAddress, 1, tryReadTimes);
if (!isSuccess)
{
FailLog.Write(redisClient, par, tankmeasure, logIotModbusPoll, "Get_LYQH_GJL_Tankmeasure", "读取液位罐计量数据异常！");
return(false);
}
return(true);
}
public static async Task <bool> SetPressure(RedisClient redisClient, ModbusRtuOverTcp client, int modbusAddress, IotDataOilWellPressure pressure, LogIotModbusPoll logIotModbusPoll, ControlRequest par, int tryReadTimes = 3)
{
//获取采集时间
var failed = await GetDateTime(client, modbusAddress, pressure, (ushort)1, 3, tryReadTimes);
if (failed)
{
FailLog.Write(redisClient, par, pressure, logIotModbusPoll, "Get_LYQH_GJL_Pressure", "读取油井压力数据异常！");
return(false);
}
failed = await GetOilPress(client, modbusAddress, pressure, (ushort)0, 1, tryReadTimes);
if (failed)
{
FailLog.Write(redisClient, par, pressure, logIotModbusPoll, "Get_LYQH_GJL_Pressure", "读取油井压力数据异常！");
return(false);
}
return(true);
}
public static void Write(RedisClient redisClient, ControlRequest par, dynamic table, LogIotModbusPoll logIotModbusPoll, string method, string message)
{
string errorMsg = table.AlarmMsg;
string msg = $"{par.DeviceName}-{par.DeviceId}-{par.ModbusAddress}";
table.AlarmCode = -1;
table.AlarmMsg = "数据异常";
if (errorMsg == "正常")
{
errorMsg = table.AlarmMsg;
}
table.Mock = par.UseMockData;
logIotModbusPoll.Type = method;
logIotModbusPoll.DateTime = DateTime.Now;
logIotModbusPoll.State = -1;
logIotModbusPoll.Result = $"{msg}:{message}[{errorMsg}]";
logIotModbusPoll.Result.Info();
redisClient.AddItemToList("YCIOT:Log_IOT_Modbus_Poll", logIotModbusPoll.ToJson().IndentJson());
}
public static async Task <bool> SetIndicatorDiagram(RedisClient redisClient, ModbusRtuOverTcp client, int modbusAddress, IotDataOilWellIndicatorDiagram indicatorDiagram, LogIotModbusPoll logIotModbusPoll, ControlRequest par, int slotId, int tryReadTimes = 3)
{
var startAddress = (ushort)((slotId * 0x3000) + 256);
//时间
var isSuccess = await GetDateTime(client, modbusAddress, indicatorDiagram, startAddress, 3, tryReadTimes);
if (!isSuccess)
{
FailLog.Write(redisClient, par, indicatorDiagram, logIotModbusPoll, "Get_LYQH_WG_IndicatorDiagram", "读取采样时间数据异常！");
return(false);
}
startAddress = (ushort)((slotId * 0x3000) + 260);
//采样点数
isSuccess = await GetCount(client, modbusAddress, indicatorDiagram, startAddress, 1, tryReadTimes);
if (!isSuccess)
{
FailLog.Write(redisClient, par, indicatorDiagram, logIotModbusPoll, "Get_LYQH_WG_IndicatorDiagram", "读取采样点数数据异常！");
return(false);
}
startAddress = (ushort)((slotId * 0x3000) + 263);
//读取冲次
isSuccess = await GetStroke(client, modbusAddress, indicatorDiagram, startAddress, 1, tryReadTimes);
if (!isSuccess)
{
FailLog.Write(redisClient, par, indicatorDiagram, logIotModbusPoll, "Get_LYQH_WG_IndicatorDiagram", "读取冲次异常！");
return(false);
}
ushort step = 100;
if (indicatorDiagram.Count <= 250 && indicatorDiagram.Count >= step)
{
var regAddress = (ushort)((slotId * 0x3000) + 606); //读取载荷数据
for (ushort i = 0; i < indicatorDiagram.Count; i += step)
{
var itemCount = (i + step > indicatorDiagram.Count) ? (ushort)(indicatorDiagram.Count - i) : step;
Logger.Info($"{i}:{itemCount}:{(ushort)(regAddress + i)}");
//读取载荷
isSuccess = await GetLData(client, modbusAddress, indicatorDiagram, (ushort)(regAddress + i), itemCount, tryReadTimes);
if (!isSuccess)
{
var message = "从 " + (regAddress + i).ToString() + " 个开始，读取 " + itemCount.ToString() + " 个载荷数据异常!";
FailLog.Write(redisClient, par, indicatorDiagram, logIotModbusPoll, "Get_LYQH_WG_IndicatorDiagram", message);
return(false);
}
Thread.Sleep(100);
}
regAddress = (ushort)((slotId * 0x3000) + 356); //读取位移数据
for (var i = 0; i < indicatorDiagram.Count; i += step)
{
var itemCount = (i + step > indicatorDiagram.Count) ? (ushort)(indicatorDiagram.Count - i) : step;
Logger.Info($"{i}:{itemCount}:{(ushort)(regAddress + i)}");
//读取位移
isSuccess = await GetDData(client, modbusAddress, indicatorDiagram, (ushort)(regAddress + i), itemCount, tryReadTimes);
if (!isSuccess)
{
var message = "从 " + (regAddress + i).ToString() + " 个开始，读取 " + itemCount.ToString() + " 个有线功图位移数据异常!";
FailLog.Write(redisClient, par, indicatorDiagram, logIotModbusPoll, "Get_LYQH_WG_IndicatorDiagram", message);
return(false);
}
Thread.Sleep(100);
}
var maxDis = indicatorDiagram.D.Max();
var minDis = indicatorDiagram.D.Min();
for (var i = 0; i < indicatorDiagram.D.Count; i++)
{
if (Math.Abs(maxDis - minDis) > 0.1)
{
indicatorDiagram.D[i] = Math.Round(((indicatorDiagram.D[i] - minDis) / (maxDis - minDis) * (double)indicatorDiagram.Displacement), 2);
}
}
if (indicatorDiagram.D.Count > 0)
{
indicatorDiagram.MaxLoad = Math.Round(indicatorDiagram.L.Max(), 2); //最大载荷
indicatorDiagram.MinLoad = Math.Round(indicatorDiagram.L.Min(), 2); //最小载荷
indicatorDiagram.AvgLoad = Math.Round(indicatorDiagram.L.Average(), 2); //平均载荷
indicatorDiagram.D.Add(indicatorDiagram.D[0]);
indicatorDiagram.L.Add(indicatorDiagram.L[0]);
}
}
else
{
return(false);
}
return(true);
}
public static async Task <bool> SetdytDiagram(RedisClient redisClient, ModbusRtuOverTcp client, int modbusAddress, IotDataOilWellMovefluidlevel dytDiagram, LogIotModbusPoll logIotModbusPoll, ControlRequest par, int slotId, int tryReadTimes = 3)
{
var regAddress = (ushort)((slotId * 0x3000) + 1536); //读取位移数据
var isSuccess = await GetAll(client, modbusAddress, dytDiagram, regAddress, 6, tryReadTimes);
if (!isSuccess)
{
FailLog.Write(redisClient, par, dytDiagram, logIotModbusPoll, "Get_LYQH_DYM_Movefluidlevel", "读取动液面异常！");
return(false);
}
ushort step = 100;
//读取序列数据
if (dytDiagram.Count <= 6000 && dytDiagram.Count >= step)
{
regAddress = (ushort)((slotId * 0x3000) + 1636); //读取序列数据
for (var i = 0; i < dytDiagram.Count; i += step)
{
var itemCount = (i + step > dytDiagram.Count) ? (ushort)(dytDiagram.Count - i) : step;
Logger.Info($"{i}:{itemCount}:{(ushort)(regAddress + i)}");
//读取序列
isSuccess = await GetDData(client, modbusAddress, dytDiagram, (ushort)(regAddress + i), itemCount, tryReadTimes);
if (!isSuccess)
{
var message = "从 " + (regAddress + i).ToString() + " 个开始，读取 " + itemCount.ToString() + " 个动液面位移数据异常!";
FailLog.Write(redisClient, par, dytDiagram, logIotModbusPoll, "Get_LYQH_DYM_Movefluidlevel", message);
return(false);
}
Thread.Sleep(100);
}
}
else
{
return(false);
}
return(true);
}
