private void DataForSendingToCEandSCADA()
{
Dictionary <DMSType, Dictionary <long, IdentifiedObject> > insertCE = new Dictionary <DMSType, Dictionary <long, IdentifiedObject> >();
Dictionary <DMSType, Dictionary <long, IdentifiedObject> > updateCE = new Dictionary <DMSType, Dictionary <long, IdentifiedObject> >();
Dictionary <DMSType, Dictionary <long, IdentifiedObject> > deleteCE = new Dictionary <DMSType, Dictionary <long, IdentifiedObject> >();
Dictionary <int, Dictionary <long, IdentifiedObject> > insertSCADA = new Dictionary <int, Dictionary <long, IdentifiedObject> >();
Dictionary <int, Dictionary <long, IdentifiedObject> > updateSCADA = new Dictionary <int, Dictionary <long, IdentifiedObject> >();
Dictionary <int, Dictionary <long, IdentifiedObject> > deleteSCADA = new Dictionary <int, Dictionary <long, IdentifiedObject> >();
foreach (DMSType dmst in networkModel.networkDataModel.Keys)
{
Container container = networkModel.networkDataModel[dmst];
foreach (long key in container.Entities.Keys)
{
//insert
if (networkModel.insert.Contains(key))
{
if (!insertCE.ContainsKey(dmst))
{
Dictionary <long, IdentifiedObject> helper = new Dictionary <long, IdentifiedObject>();
helper.Add(key, container.Entities[key]);
insertCE[dmst] = helper;
//if (dmst == DMSType.ANALOG || dmst == DMSType.DISCRETE)
if (dmst == DMSType.ANALOG)
{
insertSCADA[1] = helper;
}
else if (dmst == DMSType.DISCRETE)
{
insertSCADA[0] = helper;
}
}
else
{
insertCE[dmst].Add(key, container.Entities[key]);
}
}
//update
if (networkModel.update.Contains(key))
{
if (!updateCE.ContainsKey(dmst))
{
Dictionary <long, IdentifiedObject> helper = new Dictionary <long, IdentifiedObject>();
helper.Add(key, container.Entities[key]);
updateCE[dmst] = helper;
if (dmst == DMSType.ANALOG)
{
updateSCADA[1] = helper;
}
else if (dmst == DMSType.DISCRETE)
{
updateSCADA[0] = helper;
}
}
else
{
updateCE[dmst].Add(key, container.Entities[key]);
}
}
//delete
if (networkModel.delete.Contains(key))
{
if (!deleteCE.ContainsKey(dmst))
{
Dictionary <long, IdentifiedObject> helper = new Dictionary <long, IdentifiedObject>();
helper.Add(key, container.Entities[key]);
deleteCE[dmst] = helper;
if (dmst == DMSType.ANALOG)
{
deleteSCADA[1] = helper;
}
else if (dmst == DMSType.DISCRETE)
{
deleteSCADA[0] = helper;
}
}
else
{
deleteCE[dmst].Add(key, container.Entities[key]);
}
}
}
}
networkModelTransfer = new NetworkModelTransfer(insertCE, updateCE, deleteCE);
signalsTransfer = new SignalsTransfer(insertSCADA, updateSCADA, deleteSCADA);
}
private void Button_Click(object sender, RoutedEventArgs e)
{
Analog temp1 = new Analog(30064771073);
temp1.Name = "Wind";
temp1.NormalValue = 1700;
temp1.PowerSystemResource = 21474836482;
temp1.Description = "Aqusition";
temp1.Latitude = (float)45.27777;
temp1.Longitude = (float)19.7993031;
temp1.MaxValue = 20;
temp1.MinValue = 10;
temp1.Mrid = "a_22";
temp1.MeasurementType = FTN.Common.MeasurementType.ActivePower;
//////////////////Simulation
Analog temp2 = new Analog(30064771074);
temp2.Name = "Wind";
temp2.NormalValue = 1700;
temp2.PowerSystemResource = 21474836482;
temp2.Description = "Simulation";
temp2.Latitude = (float)45.27777;
temp2.Longitude = (float)19.7993031;
temp2.MaxValue = 20;
temp2.MinValue = 10;
temp2.Mrid = "a_2221";
temp2.MeasurementType = FTN.Common.MeasurementType.ActivePower;
//////////Commmanding
Analog temp3 = new Analog(30064771075);
temp3.Name = "Wind";
temp3.NormalValue = 0;
temp3.PowerSystemResource = 21474836482;
temp3.Description = "Commanding";
temp3.Latitude = (float)45.27777;
temp3.Longitude = (float)19.7993031;
temp3.MaxValue = 20;
temp3.MinValue = 10;
temp3.Mrid = "a_2222";
temp3.MeasurementType = FTN.Common.MeasurementType.ActivePower;
////////////////DRUGI SIGNAL
Analog temp4 = new Analog(30064771076);
temp4.Name = "Solar";
temp4.NormalValue = 986;
temp4.PowerSystemResource = 21474836481;
temp4.Description = "Aqusition";
temp4.Latitude = (float)19.7993031;
temp4.Longitude = (float)45.27777;
temp4.MaxValue = 20;
temp4.MinValue = 10;
temp4.Mrid = "a_22";
temp4.MeasurementType = FTN.Common.MeasurementType.ActivePower;
//////////////////Simulation
Analog temp5 = new Analog(30064771077);
temp5.Name = "Solar";
temp5.NormalValue = 986;
temp5.PowerSystemResource = 21474836481;
temp5.Description = "Simulation";
temp5.Latitude = (float)19.7993031;
temp5.Longitude = (float)45.27777;
temp5.MaxValue = 20;
temp5.MinValue = 10;
temp5.Mrid = "a_22";
temp5.MeasurementType = FTN.Common.MeasurementType.ActivePower;
//////////Commmanding
Analog temp6 = new Analog(30064771078);
temp6.Name = "Solar";
temp6.NormalValue = 0;
temp6.PowerSystemResource = 21474836481;
temp6.Description = "Commanding";
temp6.Latitude = (float)19.7993031;
temp6.Longitude = (float)45.27777;
temp6.MaxValue = 20;
temp6.MinValue = 10;
temp6.Mrid = "a_22";
temp6.MeasurementType = FTN.Common.MeasurementType.ActivePower;
///////////////TRECI SIGNAL
Analog temp7 = new Analog(30064771079);
temp7.Name = "Wind";
temp7.NormalValue = 2486;
temp7.PowerSystemResource = 21474836484;
temp7.Description = "Aqusition";
temp7.Latitude = (float)19.7993031;
temp7.Longitude = (float)45.27777;
temp7.MaxValue = 20;
temp7.MinValue = 10;
temp7.Mrid = "a_22";
temp7.MeasurementType = FTN.Common.MeasurementType.ActivePower;
Analog temp8 = new Analog(30064771080);
temp8.Name = "Wind";
temp8.NormalValue = 2486;
temp8.PowerSystemResource = 21474836484;
temp8.Description = "Simulation";
temp8.Latitude = (float)19.7993031;
temp8.Longitude = (float)45.27777;
temp8.MaxValue = 20;
temp8.MinValue = 10;
temp8.Mrid = "a_22";
temp8.MeasurementType = FTN.Common.MeasurementType.ActivePower;
Analog temp9 = new Analog(30064771081);
temp9.Name = "Wind";
temp9.NormalValue = 0;
temp9.PowerSystemResource = 21474836484;
temp9.Description = "Commanding";
temp9.Latitude = (float)19.7993031;
temp9.Longitude = (float)45.27777;
temp9.MaxValue = 20;
temp9.MinValue = 10;
temp9.Mrid = "a_22";
temp9.MeasurementType = FTN.Common.MeasurementType.ActivePower;
Dictionary <int, Dictionary <long, IdentifiedObject> > insert = new Dictionary <int, Dictionary <long, IdentifiedObject> >();
Dictionary <int, Dictionary <long, IdentifiedObject> > update = new Dictionary <int, Dictionary <long, IdentifiedObject> >();
Dictionary <int, Dictionary <long, IdentifiedObject> > delete = new Dictionary <int, Dictionary <long, IdentifiedObject> >();
Dictionary <long, IdentifiedObject> tempDic = new Dictionary <long, IdentifiedObject>();
tempDic.Add(temp1.GlobalId, temp1);
tempDic.Add(temp2.GlobalId, temp2);
tempDic.Add(temp3.GlobalId, temp3);
tempDic.Add(temp4.GlobalId, temp4);
tempDic.Add(temp5.GlobalId, temp5);
tempDic.Add(temp6.GlobalId, temp6);
tempDic.Add(temp7.GlobalId, temp7);
tempDic.Add(temp8.GlobalId, temp8);
tempDic.Add(temp9.GlobalId, temp9);
insert.Add(0, tempDic);
SignalsTransfer signalsTransfer = new SignalsTransfer(insert, update, delete);
//int siz = Marshal.SizeOf(signalsTransfer);
NetTcpBinding binding = new NetTcpBinding();
binding.Security = new NetTcpSecurity()
{
Mode = SecurityMode.None
};
factory = new ChannelFactory <ISendDataFromNMSToScada>(binding, new EndpointAddress("net.tcp://localhost:19012/ISendDataFromNMSToScada"));
sendToScada = factory.CreateChannel();
bool result = false;
result = sendToScada.CheckForTM(signalsTransfer);
result = sendToScada.SendGids(signalsTransfer);
}