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 GetPointsRightBranch()
{
simulator.MarshalUnmananagedArray2Struct(db.psServerDatabasePoint, (int)db.u32TotalPoints, out List <dnp3_protocol.dnp3types.sServerDatabasePoint> points);
var result = simulator.ConvertToPoints(points);
foreach (var item in result)
{
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Breaker_13Status"])
{
breaker13 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Breaker_23Status"])
{
breaker23 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Discrete_Disc13"])
{
dis13 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Discrete_Disc23"])
{
dis23 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT && item.Index == pairs["Flow_AM3"])
{
pump3flow = item as AnalogPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT && item.Index == pairs["Temp_AM3"])
{
pump3temp = item as AnalogPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_OUTPUTS && item.Index == pairs["Discrete_Tap3"])
{
tapChanger3 = item as AnalogPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT && item.Index == pairs["Current_Tap3"])
{
TRCurrent3 = item as AnalogPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT && item.Index == pairs["Voltage_Tap3"])
{
TRVoltage3 = item as AnalogPoint;
}
}
}
private void GetPoints()
{
simulator.MarshalUnmananagedArray2Struct(db.psServerDatabasePoint, (int)db.u32TotalPoints, out List <dnp3_protocol.dnp3types.sServerDatabasePoint> points);
var result = simulator.ConvertToPoints(points);
foreach (var item in result)
{
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Breaker_01Status"])
{
breaker01 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Breaker_12Status"])
{
breaker12 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Breaker_22Status"])
{
breaker22 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Discrete_Disc01"])
{
dis01 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Discrete_Disc02"])
{
dis02 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Discrete_Disc12"])
{
dis12 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.BINARY_OUTPUT && item.Index == pairs["Discrete_Disc22"])
{
dis22 = item as BinaryPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT && item.Index == pairs["Flow_AM2"])
{
pump2flow = item as AnalogPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT && item.Index == pairs["Temp_AM2"])
{
pump2temp = item as AnalogPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_OUTPUTS && item.Index == pairs["Discrete_Tap2"])
{
tapChanger2 = item as AnalogPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT && item.Index == pairs["Current_Tap2"])
{
TRCurrent2 = item as AnalogPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT && item.Index == pairs["FluidLevel_Tank"])
{
fluidLever = item as AnalogPoint;
}
if (item.GroupId == dnp3_protocol.dnp3types.eDNP3GroupID.ANALOG_INPUT && item.Index == pairs["Voltage_Tap2"])
{
TRVoltage2 = item as AnalogPoint;
}
}
}
