public bool IsSet(IINBit bit)
{
switch (bit)
{
case (IINBit.ALL_STATIONS):
return(Get(LSBMask.ALLSTATIONS));
case (IINBit.CLASS1_EVENTS):
return(Get(LSBMask.CLASS1_EVENTS));
case (IINBit.CLASS2_EVENTS):
return(Get(LSBMask.CLASS2_EVENTS));
case (IINBit.CLASS3_EVENTS):
return(Get(LSBMask.CLASS3_EVENTS));
case (IINBit.NEED_TIME):
return(Get(LSBMask.NEED_TIME));
case (IINBit.LOCAL_CONTROL):
return(Get(LSBMask.LOCAL_CONTROL));
case (IINBit.DEVICE_TROUBLE):
return(Get(LSBMask.DEVICE_TROUBLE));
case (IINBit.DEVICE_RESTART):
return(Get(LSBMask.DEVICE_RESTART));
case (IINBit.FUNC_NOT_SUPPORTED):
return(Get(MSBMask.FUNC_NOT_SUPPORTED));
case (IINBit.OBJECT_UNKNOWN):
return(Get(MSBMask.OBJECT_UNKNOWN));
case (IINBit.PARAM_ERROR):
return(Get(MSBMask.PARAM_ERROR));
case (IINBit.EVENT_BUFFER_OVERFLOW):
return(Get(MSBMask.EVENT_BUFFER_OVERFLOW));
case (IINBit.ALREADY_EXECUTING):
return(Get(MSBMask.ALREADY_EXECUTING));
case (IINBit.CONFIG_CORRUPT):
return(Get(MSBMask.CONFIG_CORRUPT));
case (IINBit.RESERVED1):
return(Get(MSBMask.RESERVED1));
case (IINBit.RESERVED2):
return(Get(MSBMask.RESERVED2));
default:
return(false);
}
}
public bool IsSet(IINBit iin)
{
switch (iin)
{
case IINBit.ALL_STATIONS:
return(_lsb.HasFlag(LSBMask.ALL_STATIONS));
case IINBit.CLASS1_EVENTS:
return(_lsb.HasFlag(LSBMask.CLASS1_EVENTS));
case IINBit.CLASS2_EVENTS:
return(_lsb.HasFlag(LSBMask.CLASS2_EVENTS));
case IINBit.CLASS3_EVENTS:
return(_lsb.HasFlag(LSBMask.CLASS3_EVENTS));
case IINBit.NEED_TIME:
return(_lsb.HasFlag(LSBMask.NEED_TIME));
case IINBit.LOCAL_CONTROL:
return(_lsb.HasFlag(LSBMask.LOCAL_CONTROL));
case IINBit.DEVICE_TROUBLE:
return(_lsb.HasFlag(LSBMask.DEVICE_TROUBLE));
case IINBit.DEVICE_RESTART:
return(_lsb.HasFlag(LSBMask.DEVICE_RESTART));
case IINBit.FUNC_NOT_SUPPORTED:
return(_msb.HasFlag(MSBMask.FUNC_NOT_SUPPORTED));
case IINBit.OBJECT_UNKNOWN:
return(_msb.HasFlag(MSBMask.OBJECT_UNKNOWN));
case IINBit.PARAM_ERROR:
return(_msb.HasFlag(MSBMask.PARAM_ERROR));
case IINBit.EVENT_BUFFER_OVERFLOW:
return(_msb.HasFlag(MSBMask.EVENT_BUFFER_OVERFLOW));
case IINBit.ALREADY_EXECUTING:
return(_msb.HasFlag(MSBMask.ALREADY_EXECUTING));
case IINBit.CONFIG_CORRUPT:
return(_msb.HasFlag(MSBMask.CONFIG_CORRUPT));
case IINBit.RESERVED1:
return(_msb.HasFlag(MSBMask.RESERVED1));
case IINBit.RESERVED2:
return(_msb.HasFlag(MSBMask.RESERVED2));
default:
return(false);
}
}
public void SetBitToValue(IINBit bit, bool value)
{
if (value)
{
SetBit(bit);
}
else
{
ClearBit(bit);
}
}
public void ClearBit(IINBit bit)
{
switch (bit)
{
case (IINBit.ALL_STATIONS):
Clear(LSBMask.ALLSTATIONS);
break;
case (IINBit.CLASS1_EVENTS):
Clear(LSBMask.CLASS1_EVENTS);
break;
case (IINBit.CLASS2_EVENTS):
Clear(LSBMask.CLASS2_EVENTS);
break;
case (IINBit.CLASS3_EVENTS):
Clear(LSBMask.CLASS3_EVENTS);
break;
case (IINBit.NEED_TIME):
Clear(LSBMask.NEED_TIME);
break;
case (IINBit.LOCAL_CONTROL):
Clear(LSBMask.LOCAL_CONTROL);
break;
case (IINBit.DEVICE_TROUBLE):
Clear(LSBMask.DEVICE_TROUBLE);
break;
case (IINBit.DEVICE_RESTART):
Clear(LSBMask.DEVICE_RESTART);
break;
case (IINBit.FUNC_NOT_SUPPORTED):
Clear(MSBMask.FUNC_NOT_SUPPORTED);
break;
case (IINBit.OBJECT_UNKNOWN):
Clear(MSBMask.OBJECT_UNKNOWN);
break;
case (IINBit.PARAM_ERROR):
Clear(MSBMask.PARAM_ERROR);
break;
case (IINBit.EVENT_BUFFER_OVERFLOW):
Clear(MSBMask.EVENT_BUFFER_OVERFLOW);
break;
case (IINBit.ALREADY_EXECUTING):
Clear(MSBMask.ALREADY_EXECUTING);
break;
case (IINBit.CONFIG_CORRUPT):
Clear(MSBMask.CONFIG_CORRUPT);
break;
case (IINBit.RESERVED1):
Clear(MSBMask.RESERVED1);
break;
case (IINBit.RESERVED2):
Clear(MSBMask.RESERVED2);
break;
default:
break;
}
}
