private void TcpServer_DataReceived(object sender, AsyncEventArgs e)
{
byte[] a = e._state.Buffer;
int length = e._state.RecLength;
var Temp = a.Skip(0).Take(length).ToArray();
if (Encoding.Default.GetString(Temp) == "Flag")
{
SendBytcp(new byte[] { (byte)Flag });
}
SendDataToclient();
string jsondata = JsonSoltion.Getjsonstr(Temp, ref Flag);
if (null != jsondata && Flag == -1)
{
RefreshUi(jsondata);
WorkingSets.local.updateJob();
StartTcptest(jsondata);
}
else
{
SendBytcp(new byte[] { (byte)Flag });
}
}
/// <summary>
/// 测试用例Location
/// </summary>
public void SendDataToclient()
{
var temp = TcpTask.TcpServer._clients.ToArray();
foreach (var p in temp)
{
#region
Transformer ts = new Transformer()
{
SerialNo = "SerialNo",
Location = "方巷",
ApparatusID = "ApparatusID",
Manufacturer = "Manufacturer",
ProductionYear = "ProductionYear",
AssetSystemCode = "AssetSystemCode",
MethonID = "MethonID",
WindingNum = 3,
WindingConfig = new TransformerWindingConfigStruct
{
HV = TransformerWindingConfigName.Yn,
MV = TransformerWindingConfigName.Yn,
LV = TransformerWindingConfigName.D,
MVLabel = 0,
LVLabel = 11
},
RatingFrequency = 50,
PhaseNum = 3,
VoltageRating = new TransformerRatingStruct
{
HV = 220,
MV = 110,
LV = 35
},
PowerRating = new TransformerRatingStruct
{
HV = 240,
MV = 240,
LV = 120
},
Bushing = new BushingStruct
{
HVContained = true,
MVContained = true
},
OLTC = new OLTCStruct
{
Contained = true,
TapMainNum = 1,
WindingPositions = 0,
TapNum = 1,
SerialNo = "SerialNo",
ModelType = "ModelType",
Manufacturer = "Manufacturer",
ProductionYear = "ProductionYear",
Step = 0.02
},
Coupling = false
};
var trs = Encoding.Default.GetBytes("Transformer" + JsonSoltion.GetJsonByclass(ts));
var q = Encoding.Default.GetBytes("Location" + JsonSoltion.GetJsonByclass(new Location()
{
company = "上海思创", address = "鹿吉路401", name = "变压器001", operatorName = "xw"
}));
var job = Encoding.Default.GetBytes("JobList" + JsonSoltion.GetJsonByclass(
new JobList
{
Name = "testname",
Transformer = ts,
DCInsulation = new WindingJobList
{
HVEnabled = true,
MVEnabled = true,
LVEnabled = true,
ZcEnable = true,
Enabled = false
},
Capacitance = new WindingJobList
{
HVEnabled = true,
MVEnabled = true,
LVEnabled = true,
ZcEnable = true,
Enabled = true
},
DCResistance = new WindingJobList
{
HVEnabled = true,
MVEnabled = true,
LVEnabled = true,
ZcEnable = true,
Enabled = true
},
Bushing = new BushingJobList
{
DCInsulation = true,
Capacitance = true
},
OLTC = new OLTCJobList
{
Range = 1,
DCResistance = true,
SwitchingCharacter = true,
Enabled = true
},
Parameter = new JobParameter
{
DCInsulationVoltage = 1000,
DCInsulationResistance = 3,
DCInsulationAbsorptionRatio = 1.3,
CapacitanceVoltage = 1000,
DCResistanceCurrent = 15,
DCHvResistanceCurrent = 5,
DCLvResistanceCurrent = 5,
DCMvResistanceCurrent = 5,
BushingCapacitanceVoltage = 1000,
BushingDCInsulationVoltage = 1000
},
Information = new JobInformation
{
testingTime = DateTime.Now,
oilTemperature = 20.6,
testingName = "InformationtestingName",
tester = "xuwei",
testingAgency = "testingAgency",
auditor = "auditor",
approver = "approver",
weather = "weather",
temperature = "25",
humidity = "50",
principal = "principal"
}
}
));
#endregion
var str = Encoding.Default.GetBytes("JobTest" + JsonSoltion.GetJsonByclass(new TcpJobTest
{
TransformerID = ts.SerialNo,
JobName = "testname",
Information = new JobInformation
{
testingTime = DateTime.Now,
oilTemperature = 20.6,
testingName = "InformationtestingName",
tester = "xuwei",
testingAgency = "testingAgency",
auditor = "auditor",
approver = "approver",
weather = "weather",
temperature = "25",
humidity = "50",
principal = "principal"
}
}));
TcpTask.TcpServer.Send((TCPClientState)p, trs);
TcpTask.TcpServer.Send((TCPClientState)p, q);
TcpTask.TcpServer.Send((TCPClientState)p, job);
TcpTask.TcpServer.Send((TCPClientState)p, str);
}
}
