public List <Point> ConvertToPoints(List <dnp3_protocol.dnp3types.sServerDatabasePoint> mangagedArray)
{
var list = new List <Point>();
foreach (var item in mangagedArray)
{
if (item.eGroupID == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT || item.eGroupID == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_OUTPUTS)
{
var point = new AnalogPoint()
{
GroupId = item.eGroupID,
Index = item.u16IndexNumber,
TimeStamp = new DateTime(item.sTimeStamp.u16Year, item.sTimeStamp.u8Month, item.sTimeStamp.u8Day, item.sTimeStamp.u8Hour, item.sTimeStamp.u8Minute, item.sTimeStamp.u8Seconds).ToString()
};
SingleInt32Union value = new SingleInt32Union(Marshal.ReadInt32(item.pvData, 0));
point.Value = CheckAnalogValueExp(value.f, point.GroupId, point.Index);
list.Add(point);
}
else
{
var point = new BinaryPoint()
{
GroupId = item.eGroupID,
Index = item.u16IndexNumber,
TimeStamp = new DateTime(item.sTimeStamp.u16Year, item.sTimeStamp.u8Month, item.sTimeStamp.u8Day, item.sTimeStamp.u8Hour, item.sTimeStamp.u8Minute, item.sTimeStamp.u8Seconds).ToString()
};
SingleInt32Union value = new SingleInt32Union(Marshal.ReadInt32(item.pvData, 0));
point.Value = CheckBinaryValueExp(value.i, point.GroupId, point.Index);;
list.Add(point);
}
}
return(list);
}
private void MainWindowViewModel_applyEvent(object sender, ClickEventArgs e)
{
var val = e.Point;
if (e.Point.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT)
{
SingleInt32Union value = new SingleInt32Union();
value.f = (e.Point as AnalogPoint).Value;
_simulator.UpdatePoint((ushort)e.Point.Index, dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT, dnp3_protocol.tgttypes.eDataSizes.FLOAT32_SIZE, dnp3_protocol.tgtcommon.eDataTypes.FLOAT32_DATA, value);
}
else if (e.Point.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_OUTPUTS)
{
SingleInt32Union value = new SingleInt32Union();
value.f = (e.Point as AnalogPoint).Value;
_simulator.UpdatePoint((ushort)e.Point.Index, dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_OUTPUTS, dnp3_protocol.tgttypes.eDataSizes.FLOAT32_SIZE, dnp3_protocol.tgtcommon.eDataTypes.FLOAT32_DATA, value);
}
else if (e.Point.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_INPUT)
{
SingleInt32Union value = new SingleInt32Union();
value.i = (e.Point as BinaryPoint).Value;
_simulator.UpdatePoint((ushort)e.Point.Index, dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_INPUT, dnp3_protocol.tgttypes.eDataSizes.SINGLE_POINT_SIZE, dnp3_protocol.tgtcommon.eDataTypes.SINGLE_POINT_DATA, value);
}
else if (e.Point.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT)
{
SingleInt32Union value = new SingleInt32Union();
value.i = (e.Point as BinaryPoint).Value;
_simulator.UpdatePoint((ushort)e.Point.Index, dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT, dnp3_protocol.tgttypes.eDataSizes.SINGLE_POINT_SIZE, dnp3_protocol.tgtcommon.eDataTypes.SINGLE_POINT_DATA, value);
}
}
private void UpdateRightBranch()
{
SingleInt32Union analogValue5 = new SingleInt32Union();
analogValue5.f = TRCurrent3.Value;
simulator.UpdatePoint(pairs["Current_Tap3"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue5);
SingleInt32Union analogValue7 = new SingleInt32Union();
analogValue7.f = TRVoltage3.Value;
simulator.UpdatePoint(pairs["Voltage_Tap3"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue7);
SingleInt32Union analogValue10 = new SingleInt32Union();
analogValue10.f = tapChanger3.Value;
simulator.UpdatePoint(pairs["Discrete_Tap3"], dnp3types.eDNP3GroupID.ANALOG_OUTPUTS, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue10);
SingleInt32Union analogValue11 = new SingleInt32Union();
analogValue11.f = pump3flow.Value;
simulator.UpdatePoint(pairs["Flow_AM3"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue11);
SingleInt32Union analogValue13 = new SingleInt32Union();
analogValue13.f = pump3temp.Value;
simulator.UpdatePoint(pairs["Temp_AM3"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue13);
SingleInt32Union digitalValue9 = new SingleInt32Union();
digitalValue9.i = breaker13.Value;
simulator.UpdatePoint(pairs["Breaker_13Status"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue9);
SingleInt32Union digitalValue11 = new SingleInt32Union();
digitalValue11.i = breaker23.Value;
simulator.UpdatePoint(pairs["Breaker_23Status"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue11);
SingleInt32Union digitalValue13 = new SingleInt32Union();
digitalValue13.i = dis13.Value;
simulator.UpdatePoint(pairs["Discrete_Disc13"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue13);
SingleInt32Union digitalValue15 = new SingleInt32Union();
digitalValue15.i = dis23.Value;
simulator.UpdatePoint(pairs["Discrete_Disc23"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue15);
}
private void UpdateLeftBranch()
{
SingleInt32Union analogValue = new SingleInt32Union();
analogValue.f = TRCurrent1.Value;
simulator.UpdatePoint(pairs["Current_Tap1"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue);
SingleInt32Union analogValue6 = new SingleInt32Union();
analogValue6.f = TRVoltage1.Value;
simulator.UpdatePoint(pairs["Voltage_Tap1"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue6);
SingleInt32Union analogValue9 = new SingleInt32Union();
analogValue9.f = tapChanger1.Value;
simulator.UpdatePoint(pairs["Discrete_Tap1"], dnp3types.eDNP3GroupID.ANALOG_OUTPUTS, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue9);
SingleInt32Union analogValue12 = new SingleInt32Union();
analogValue12.f = pump1temp.Value;
simulator.UpdatePoint(pairs["Temp_AM1"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue12);
SingleInt32Union analogValue16 = new SingleInt32Union();
analogValue16.f = pump1flow.Value;
simulator.UpdatePoint(pairs["Flow_AM1"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue16);
SingleInt32Union digitalValue8 = new SingleInt32Union();
digitalValue8.i = breaker11.Value;
simulator.UpdatePoint(pairs["Breaker_11Status"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue8);
SingleInt32Union digitalValue10 = new SingleInt32Union();
digitalValue10.i = breaker21.Value;
simulator.UpdatePoint(pairs["Breaker_21Status"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue10);
SingleInt32Union digitalValue12 = new SingleInt32Union();
digitalValue12.i = dis11.Value;
simulator.UpdatePoint(pairs["Discrete_Disc11"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue12);
SingleInt32Union digitalValue14 = new SingleInt32Union();
digitalValue14.i = dis21.Value;
simulator.UpdatePoint(pairs["Discrete_Disc21"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue14);
}
private void CheckFluidLevel()
{
if (fluidLever.Value < EmptyTank) //EMPTY TENK
{
SingleInt32Union digVal = new SingleInt32Union();
digVal.i = 1;
simulator.UpdatePoint(pairs["EmptyTank"], dnp3types.eDNP3GroupID.BINARY_INPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digVal);
}
if (fluidLever.Value >= EmptyTank && fluidLever.Value <= FullTank)
{
SingleInt32Union digVal = new SingleInt32Union();
digVal.i = 0;
simulator.UpdatePoint(pairs["EmptyTank"], dnp3types.eDNP3GroupID.BINARY_INPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digVal);
simulator.UpdatePoint(pairs["FullTank"], dnp3types.eDNP3GroupID.BINARY_INPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digVal);
}
}
private void OnEveryMinute()
{
if (debug)
{
if (index == 0 || index > 5)
{
hours = WA.GetForecast();
index = 0;
}
}
else
{
hours = WA.GetForecast();
}
simulator.MarshalUnmananagedArray2Struct(db.psServerDatabasePoint, (int)db.u32TotalPoints, out List <dnp3_protocol.dnp3types.sServerDatabasePoint> points);
var result = simulator.ConvertToPoints(points);
var item = result.SingleOrDefault(x => x.GroupId == dnp3types.eDNP3GroupID.ANALOG_INPUT && x.Index == pairs["FluidLevel_Tank"]);
if (item != null)
{
var point = item as AnalogPoint;
SingleInt32Union analogValue = new SingleInt32Union();
analogValue.f = (int)(point.Value + (debug?(float)hours[index] / 60 * TankSurface: (float)hours[0] / 60 * TankSurface));
simulator.UpdatePoint(pairs["FluidLevel_Tank"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue);
if (point.Value > FullTank)
{
SingleInt32Union digitalValue = new SingleInt32Union();
digitalValue.i = 1;
simulator.UpdatePoint(pairs["FullTank"], dnp3types.eDNP3GroupID.BINARY_INPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue);
}
}
if (minutesCount == 60)
{
minutesCount = 0;
index++;
}
}
private void SetValues(List <Point> oldPoints)
{
foreach (var item in oldPoints)
{
if (item.GroupId == dnp3types.eDNP3GroupID.ANALOG_INPUT || item.GroupId == dnp3types.eDNP3GroupID.ANALOG_OUTPUTS)
{
var point = item as AnalogPoint;
SingleInt32Union analogValue = new SingleInt32Union();
analogValue.f = point.Value;
Update(item.Index, item.GroupId, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue, ref ptErrorValue);
}
else
{
var point = item as BinaryPoint;
SingleInt32Union binaryValue = new SingleInt32Union();
binaryValue.i = point.Value;
Update(item.Index, item.GroupId, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, binaryValue, ref ptErrorValue);
}
}
}
public void UpdatePoint(ushort index, dnp3types.eDNP3GroupID group, tgttypes.eDataSizes dataSize, tgtcommon.eDataTypes dataType, SingleInt32Union value)
{
Update(index, group, dataSize, dataType, value, ref ptErrorValue);
}
private void Update(ushort index, dnp3_protocol.dnp3types.eDNP3GroupID group, dnp3_protocol.tgttypes.eDataSizes dataSize, dnp3_protocol.tgtcommon.eDataTypes dataType, SingleInt32Union value, ref short ptErrorValue)
{
ushort uiCount = 1;
dnp3_protocol.dnp3types.sDNP3DataAttributeID psDAID = new dnp3_protocol.dnp3types.sDNP3DataAttributeID();
dnp3_protocol.dnp3types.sDNP3DataAttributeData psNewValue = new dnp3_protocol.dnp3types.sDNP3DataAttributeData();
psDAID.u16SlaveAddress = 1;
psDAID.eGroupID = group;
psDAID.u16IndexNumber = index;
psNewValue.eDataSize = dataSize;
psNewValue.eDataType = dataType;
psDAID.pvUserData = IntPtr.Zero;
psNewValue.tQuality = (ushort)(dnp3_protocol.dnp3types.eDNP3QualityFlags.ONLINE);
psNewValue.pvData = System.Runtime.InteropServices.Marshal.AllocHGlobal((int)dataSize);
DateTime date = DateTime.Now;
psNewValue.sTimeStamp.u8Day = (byte)date.Day;
psNewValue.sTimeStamp.u8Month = (byte)date.Month;
psNewValue.sTimeStamp.u16Year = (ushort)date.Year;
psNewValue.sTimeStamp.u8Hour = (byte)date.Hour;
psNewValue.sTimeStamp.u8Minute = (byte)date.Minute;
psNewValue.sTimeStamp.u8Seconds = (byte)date.Second;
psNewValue.sTimeStamp.u16MilliSeconds = (ushort)date.Millisecond;
psNewValue.sTimeStamp.u16MicroSeconds = 0;
psNewValue.sTimeStamp.i8DSTTime = 0;
psNewValue.sTimeStamp.u8DayoftheWeek = (byte)date.DayOfWeek;
Marshal.WriteInt32(psNewValue.pvData, value.i);
iErrorCode = dnp3_protocol.dnp3api.DNP3Update(DNP3serverhandle, ref psDAID, ref psNewValue, uiCount, dnp3_protocol.dnp3types.eUpdateClassID.UPDATE_DEFAULT_EVENT, ref ptErrorValue);
if (iErrorCode != 0)
{
Trace.TraceError("dnp3 Library API Function - DNP3Update() failed: {0:D} {1:D}", iErrorCode, ptErrorValue);
Trace.TraceError("iErrorCode {0:D}: {1}", iErrorCode, errorcodestring(iErrorCode));
Trace.TraceError("iErrorValue {0:D}: {1}", ptErrorValue, errorvaluestring(ptErrorValue));
}
}
private static short cbOperate(ushort u16ObjectId, ref dnp3_protocol.dnp3types.sDNP3DataAttributeID psOperateID, ref dnp3_protocol.dnp3types.sDNP3DataAttributeData psOperateValue, ref dnp3_protocol.dnp3types.sDNP3CommandParameters psOperateParams, ref short ptErrorValue)
{
if (psOperateID.eGroupID == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_OUTPUTS)
{
Trace.TraceInformation("GROUP ID : ANALOG_OUTPUT");
Trace.TraceInformation("Index Number " + psOperateID.u16IndexNumber);
psOperateValue.eDataSize = dnp3_protocol.tgttypes.eDataSizes.FLOAT32_SIZE;
psOperateValue.eDataType = dnp3_protocol.tgtcommon.eDataTypes.FLOAT32_DATA;
iErrorCode = dnp3_protocol.dnp3api.DNP3Update(DNP3serverhandle, ref psOperateID, ref psOperateValue, 1, dnp3_protocol.dnp3types.eUpdateClassID.UPDATE_NO_CLASS, ref ptErrorValue);
if (iErrorCode != 0)
{
Trace.TraceError("dnp3 Library API Function - DNP3DirectOperate() failed: {0:D} {1:D}", iErrorCode, ptErrorValue);
Trace.TraceError("iErrorCode {0:D}: {1}", iErrorCode, errorcodestring(iErrorCode));
Trace.TraceError("iErrorValue {0:D}: {1}", ptErrorValue, errorvaluestring(ptErrorValue));
return((short)dnp3_protocol.tgterrorcodes.eTgtErrorCodes.EC_NONE);
}
if (psOperateParams.eCommandVariation == dnp3_protocol.dnp3types.eCommandObjectVariation.ANALOG_OUTPUT_BLOCK_FLOAT32)
{
Trace.TraceInformation("Variation : ANALOG_OUTPUT_BLOCK_FLOAT32");
SingleInt32Union f32Data;
f32Data.f = 0;
f32Data.i = System.Runtime.InteropServices.Marshal.ReadInt32(psOperateValue.pvData);
Trace.TraceInformation("Data : {0:F3}", f32Data.f);
}
else if (psOperateParams.eCommandVariation == dnp3_protocol.dnp3types.eCommandObjectVariation.ANALOG_OUTPUT_BLOCK_INTEGER32)
{
Trace.TraceInformation("Variation : ANALOG_OUTPUT_BLOCK_INTEGER32");
Trace.TraceInformation("Data : {0:D}", System.Runtime.InteropServices.Marshal.ReadInt32(psOperateValue.pvData));
}
else if (psOperateParams.eCommandVariation == dnp3_protocol.dnp3types.eCommandObjectVariation.ANALOG_OUTPUT_BLOCK_INTEGER16)
{
Trace.TraceInformation("Variation : ANALOG_OUTPUT_BLOCK_INTEGER16");
Trace.TraceInformation("Data : {0:D}", System.Runtime.InteropServices.Marshal.ReadInt16(psOperateValue.pvData));
SingleInt32Union digitalValue = new SingleInt32Union();
digitalValue.f = System.Runtime.InteropServices.Marshal.ReadInt16(psOperateValue.pvData);
UpdateMP(psOperateID.u16IndexNumber, dnp3types.eDNP3GroupID.ANALOG_OUTPUTS, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, digitalValue, ref ptErrorValue);
}
else
{
Trace.TraceInformation("Invalid variation");
}
}
if (psOperateID.eGroupID == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT)
{
Trace.TraceInformation("GROUP ID : BINARY_OUTPUT");
Trace.TraceInformation("Index Number " + psOperateID.u16IndexNumber);
psOperateValue.eDataSize = dnp3_protocol.tgttypes.eDataSizes.SINGLE_POINT_SIZE;
psOperateValue.eDataType = dnp3_protocol.tgtcommon.eDataTypes.SINGLE_POINT_DATA;
iErrorCode = dnp3_protocol.dnp3api.DNP3Update(DNP3serverhandle, ref psOperateID, ref psOperateValue, 1, dnp3_protocol.dnp3types.eUpdateClassID.UPDATE_DEFAULT_EVENT, ref ptErrorValue);
if (iErrorCode != 0)
{
Trace.TraceError("dnp3 Library API Function - DNP3DirectOperate() failed: {0:D} {1:D}", iErrorCode, ptErrorValue);
Trace.TraceError("iErrorCode {0:D}: {1}", iErrorCode, errorcodestring(iErrorCode));
Trace.TraceError("iErrorValue {0:D}: {1}", ptErrorValue, errorvaluestring(ptErrorValue));
return((short)dnp3_protocol.tgterrorcodes.eTgtErrorCodes.EC_NONE);
}
if (psOperateParams.eCommandVariation == dnp3_protocol.dnp3types.eCommandObjectVariation.CROB_G12V1)
{
Trace.TraceInformation("Variation : CROB_G12V1");
}
else
{
Trace.TraceInformation("Invalid variation");
}
SingleInt32Union digitalValue = new SingleInt32Union();
digitalValue.i = System.Runtime.InteropServices.Marshal.ReadInt16(psOperateValue.pvData) > 1?0:1;
UpdateMP(psOperateID.u16IndexNumber, dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue, ref ptErrorValue);
Trace.TraceInformation("Operation Type " + psOperateParams.eOPType);
Trace.TraceInformation("Count " + psOperateParams.u8Count);
Trace.TraceInformation("On time " + psOperateParams.u32ONtime);
Trace.TraceInformation("Off time " + psOperateParams.u32OFFtime);
Trace.TraceInformation("CR {0}", psOperateParams.bCR);
}
Trace.TraceInformation("Date : {0:D}-{1:D}-{2:D}", psOperateValue.sTimeStamp.u8Day, psOperateValue.sTimeStamp.u8Month, psOperateValue.sTimeStamp.u16Year);
Trace.TraceInformation("Time : {0:D}:{1:D2}:{2:D2}:{3:D3}", psOperateValue.sTimeStamp.u8Hour, psOperateValue.sTimeStamp.u8Minute, psOperateValue.sTimeStamp.u8Seconds, psOperateValue.sTimeStamp.u16MilliSeconds);
return((short)dnp3_protocol.tgterrorcodes.eTgtErrorCodes.EC_NONE);
}
private void UpdatePoints()
{
SingleInt32Union analogValue2 = new SingleInt32Union();
analogValue2.f = TRCurrent2.Value;
simulator.UpdatePoint(pairs["Current_Tap2"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue2);
SingleInt32Union analogValue3 = new SingleInt32Union();
analogValue3.f = fluidLever.Value;
simulator.UpdatePoint(pairs["FluidLevel_Tank"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue3);
SingleInt32Union analogValue4 = new SingleInt32Union();
analogValue4.f = TRVoltage2.Value;
simulator.UpdatePoint(pairs["Voltage_Tap2"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue4);
SingleInt32Union analogValue8 = new SingleInt32Union();
analogValue8.f = tapChanger2.Value;
simulator.UpdatePoint(pairs["Discrete_Tap2"], dnp3types.eDNP3GroupID.ANALOG_OUTPUTS, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue8);
SingleInt32Union analogValue14 = new SingleInt32Union();
analogValue14.f = pump2flow.Value;
simulator.UpdatePoint(pairs["Flow_AM2"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue14);
SingleInt32Union analogValue15 = new SingleInt32Union();
analogValue15.f = pump2temp.Value;
simulator.UpdatePoint(pairs["Temp_AM2"], dnp3types.eDNP3GroupID.ANALOG_INPUT, tgttypes.eDataSizes.FLOAT32_SIZE, tgtcommon.eDataTypes.FLOAT32_DATA, analogValue15);
SingleInt32Union digitalValue = new SingleInt32Union();
digitalValue.i = breaker01.Value;
simulator.UpdatePoint(pairs["Breaker_01Status"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue);
SingleInt32Union digitalValue2 = new SingleInt32Union();
digitalValue2.i = breaker12.Value;
simulator.UpdatePoint(pairs["Breaker_12Status"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue2);
SingleInt32Union digitalValue3 = new SingleInt32Union();
digitalValue3.i = breaker22.Value;
simulator.UpdatePoint(pairs["Breaker_22Status"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue3);
SingleInt32Union digitalValue4 = new SingleInt32Union();
digitalValue4.i = dis01.Value;
simulator.UpdatePoint(pairs["Discrete_Disc01"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue4);
SingleInt32Union digitalValue5 = new SingleInt32Union();
digitalValue5.i = dis02.Value;
simulator.UpdatePoint(pairs["Discrete_Disc02"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue5);
SingleInt32Union digitalValue6 = new SingleInt32Union();
digitalValue6.i = dis12.Value;
simulator.UpdatePoint(pairs["Discrete_Disc12"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue6);
SingleInt32Union digitalValue7 = new SingleInt32Union();
digitalValue7.i = dis22.Value;
simulator.UpdatePoint(pairs["Discrete_Disc22"], dnp3types.eDNP3GroupID.BINARY_OUTPUT, tgttypes.eDataSizes.SINGLE_POINT_SIZE, tgtcommon.eDataTypes.SINGLE_POINT_DATA, digitalValue7);
}
