public OnOffDigitalSensorMgr(GHI.Processor.DeviceType deviceType, int socketNumber, int pDstOffset, string pDstStart, string pDstEnd, string pSensorLabel = "undef", string pSensorLocation = "undef", string pMeasuredQuantity = "undef", string pDestinationTable = "undef", string pChannel = "000")
{
if ((deviceType != GHI.Processor.DeviceType.EMX) && (deviceType != GHI.Processor.DeviceType.G120E))
{
throw new NotSupportedException("Mainboard is not supported");
}
dstOffset = pDstOffset;
dstStart = pDstStart;
dstEnd = pDstEnd;
SensorLabel = pSensorLabel;
SensorLocation = pSensorLocation;
MeasuredQuantity = pMeasuredQuantity;
DestinationTable = pDestinationTable;
Channel = pChannel;
input = new InterruptPort(deviceType == GHI.Processor.DeviceType.EMX ? GHI.Pins.FEZSpider.Socket4.Pin4 : GHI.Pins.FEZSpiderII.Socket4.Pin3, true, Port.ResistorMode.PullUp, Port.InterruptMode.InterruptEdgeBoth);
input.ClearInterrupt();
input.DisableInterrupt();
_stopped = true;
ReadBurnerThread = new Thread(runReadBurnerThread);
ReadBurnerThread.Start();
}
public OnOffAnalogSensorMgr(GHI.Processor.DeviceType deviceType, int socketNumber, int pThreshold, int pDstOffset, string pDstStart, string pDstEnd, string pSensorLabel = "undef", string pSensorLocation = "undef", string pMeasuredQuantity = "undef", string pDestinationTable = "undef", string pChannel = "000")
{
if ((deviceType != GHI.Processor.DeviceType.EMX) && (deviceType != GHI.Processor.DeviceType.G120E))
{
throw new NotSupportedException("Mainboard is not supported");
}
dstOffset = pDstOffset;
dstStart = pDstStart;
dstEnd = pDstEnd;
SensorLabel = pSensorLabel;
SensorLocation = pSensorLocation;
MeasuredQuantity = pMeasuredQuantity;
DestinationTable = pDestinationTable;
Channel = pChannel;
input = new AnalogInput(deviceType == GHI.Processor.DeviceType.EMX ? GHI.Pins.FEZSpider.Socket9.AnalogInput4 : GHI.Pins.FEZSpiderII.Socket9.AnalogInput4);
_stopped = true;
ReadSensorThread = new Thread(runReadSensorThread);
ReadSensorThread.Start();
threshold = pThreshold;
}
