/// <summary>
/// 下发测量定义
/// </summary>
/// <param name="stream"></param>
/// <returns></returns>
public string ConfigMeasureDefine(Stream stream)
{
ConfigMeasureDefineTaskModel param = new ConfigMeasureDefineTaskModel();
UploadResult result = new UploadResult();
try
{
StreamReader sr = new StreamReader(stream);
string content = sr.ReadToEnd();
sr.Dispose();
NameValueCollection nvc = HttpUtility.ParseQueryString(content);
param = Json.Parse <ConfigMeasureDefineTaskModel>(nvc["content"]);
if (iCMS.WG.AgentServer.Common.syncTools == null)
{
Common.Init();
}
Common.asyncTools.AddCmd(param);
result.Result = 0;
}
catch
{
result.Result = 1;
result.Reason = "发生错误无法受理请求";
}
return(Json.Stringify(result));
}
public object doOperator()
{
try
{
ConfigMeasureDefineTaskModel model = (configModel as ConfigMeasureDefineTaskModel);
foreach (SendMeasureDefine measureDefine in model.measureDefineList)
{
//System.Threading.Tasks.Task result = System.Threading.Tasks.Task.Run(() =>
//{
iMesh.tSetMeasDefParam setMeasDefParam = new iMesh.tSetMeasDefParam();
iCMS.WG.Agent.Common.LogHelper.WriteLog(iCMS.WG.Agent.Common.Enum.EnumLogType.Agent2WS.ToString(), "开始下发WS的测量定义 ：" + measureDefine.MAC);
setMeasDefParam.mac = new iMesh.tMAC(measureDefine.MAC);
switch (measureDefine.DAQStyle)
{
case 1:
setMeasDefParam.DaqMode = iMesh.enWsDaqMode.eTiming;
//设备总数
setMeasDefParam.u8DevTotal = Convert.ToByte(measureDefine.DevTotal);
//设备编号
setMeasDefParam.u8DevNum = Convert.ToByte(measureDefine.DevNum);
iCMS.WG.Agent.Common.LogHelper.WriteLog(iCMS.WG.Agent.Common.Enum.EnumLogType.Agent2WS.ToString(), "定时采集 " + measureDefine.MAC);
break;
case 2:
setMeasDefParam.DaqMode = iMesh.enWsDaqMode.eImmediate;
iCMS.WG.Agent.Common.LogHelper.WriteLog(iCMS.WG.Agent.Common.Enum.EnumLogType.Agent2WS.ToString(), "临时采集 " + measureDefine.MAC);
break;
default:
break;
}
setMeasDefParam.TmpDaqPeriod.u8Hour = measureDefine.DAQPeriodTemperature[0];
setMeasDefParam.TmpDaqPeriod.u8Min = measureDefine.DAQPeriodTemperature[1];
setMeasDefParam.u16EigenDaqMult = measureDefine.DAQPeriodCharacterValue;
setMeasDefParam.u16WaveDaqMult = measureDefine.DAQPeriodWave;
if (measureDefine.ACCSubscribe == 1)
{
setMeasDefParam.AccMdf.MeasDefType = iMesh.enMeasDefType.eAccWaveform;
setMeasDefParam.AccMdf.bSubscribed = true;
setMeasDefParam.AccMdf.u8EigenValueType = measureDefine.ACCValue;
setMeasDefParam.AccMdf.u16WaveLen = measureDefine.ACCWaveLength;
setMeasDefParam.AccMdf.u16UpperFreq = measureDefine.ACCUpLimitFreq;
setMeasDefParam.AccMdf.u16LowFreq = measureDefine.ACCLowLimitFreq;
}
if (measureDefine.ACCEnvlSubscribe == 1)
{
setMeasDefParam.AccEnvMdf.MeasDefType = iMesh.enMeasDefType.eAccEnvelope;
setMeasDefParam.AccEnvMdf.bSubscribed = true;
setMeasDefParam.AccEnvMdf.u8EigenValueType = measureDefine.ACCEnvlValue;
setMeasDefParam.AccEnvMdf.u16WaveLen = measureDefine.ACCEnvlWaveLength;
setMeasDefParam.AccEnvMdf.u16UpperFreq = measureDefine.ACCEnvlpBandWidth;
setMeasDefParam.AccEnvMdf.u16LowFreq = measureDefine.ACCEnvlpFilter;
}
if (measureDefine.DispSubscribe == 1)
{
setMeasDefParam.DspMdf.MeasDefType = iMesh.enMeasDefType.eDspWaveform;
setMeasDefParam.DspMdf.bSubscribed = true;
setMeasDefParam.DspMdf.u8EigenValueType = measureDefine.DispValue;
setMeasDefParam.DspMdf.u16WaveLen = measureDefine.DispWaveLength;
setMeasDefParam.DspMdf.u16UpperFreq = measureDefine.DispUpLimitFreq;
setMeasDefParam.DspMdf.u16LowFreq = measureDefine.DispLowLimitFreq;
}
if (measureDefine.VelSubscribe == 1)
{
setMeasDefParam.VelMdf.MeasDefType = iMesh.enMeasDefType.eVelWaveform;
setMeasDefParam.VelMdf.bSubscribed = true;
setMeasDefParam.VelMdf.u8EigenValueType = measureDefine.VelValue;
setMeasDefParam.VelMdf.u16WaveLen = measureDefine.VelWaveLength;
setMeasDefParam.VelMdf.u16UpperFreq = measureDefine.VelUpLimitFreq;
setMeasDefParam.VelMdf.u16LowFreq = measureDefine.VelLowLimitFreq;
}
//启停机
if (measureDefine.CriticalSubscribe == 1)
{
if (setMeasDefParam.RevStop != null)
{
setMeasDefParam.RevStop.MeasDefType = iMesh.enMeasDefType.eRevStopform;
setMeasDefParam.RevStop.bSubscribed = true;
setMeasDefParam.RevStop.u8EigenValueType = measureDefine.CriticalValue;
setMeasDefParam.RevStop.u16WaveLen = measureDefine.CriticalWaveLength;
setMeasDefParam.RevStop.u16UpperFreq = measureDefine.CriticalBandWidth;
setMeasDefParam.RevStop.u16LowFreq = measureDefine.CriticalFilter;
}
}
//LQ
if (measureDefine.LQSubscribe == 1)
{
setMeasDefParam.LQMdf.MeasDefType = iMesh.enMeasDefType.eLQform;
setMeasDefParam.LQMdf.bSubscribed = true;
setMeasDefParam.LQMdf.u8EigenValueType = measureDefine.LQValue;
setMeasDefParam.LQMdf.u16WaveLen = measureDefine.LQWaveLength;
setMeasDefParam.LQMdf.u16UpperFreq = measureDefine.LQUpLimitFreq;
setMeasDefParam.LQMdf.u16LowFreq = measureDefine.LQLowLimitFreq;
}
//向底层发送信息
if (!iCMS.WG.Agent.ComFunction.Send2WS(setMeasDefParam, Common.Enum.EnumRequestWSType.SetMeasDef))
{
CommunicationWithServer communication2Server = new CommunicationWithServer();
communication2Server.UploadConfigResponse(measureDefine.MAC, Enum_ConfigType.ConfigType_MeasDefine, Convert.ToInt32(EnmuReceiveStatus.Unaccept), "网络正忙下发测量定义失败，退出对该WS的下发测量定义");
iCMS.WG.Agent.Common.LogHelper.WriteLog(iCMS.WG.Agent.Common.Enum.EnumLogType.Agent2WS.ToString(), measureDefine.MAC + "：网络正忙下发测量定义失败，退出对该WS的下发测量定义");
}
else
{
lock (iCMS.WG.Agent.ComFunction.sendMeasureDefineList)
{
System.Threading.Timer timer = new System.Threading.Timer(new System.Threading.TimerCallback(CheckSetMeasDefTimeOut), measureDefine.MAC, 40000, -1);
measureDefine.time = timer;
iCMS.WG.Agent.ComFunction.sendMeasureDefineList.Add(measureDefine);
}
}
System.Threading.Thread.Sleep(100);
}
}
catch (Exception ex)
{
iCMS.WG.Agent.Common.LogHelper.WriteLog(ex);
}
return("ConfigMeasureDefineOper");
}
