CommandStatus ICommandHandler.Operate(AnalogOutputFloat32 command, ushort index, OperateType opType)
{
lock (mutex)
{
return(GetOrElseAndLogAnalog(command.value, index, analogMap, () => proxy.Operate(command, index, opType)));
}
}
CommandStatus ICommandHandler.Select(AnalogOutputFloat32 command, ushort index)
{
lock (mutex)
{
return(GetOrElse(index, analogMap, () => proxy.Select(command, index)));
}
}
public static AnalogOutputFloat32 GetAnalogOutput(this Command command)
{
if (command.Point.Type == BasicType.ANALOG_CONTROL && command.AnalogValue.HasValue)
{
AnalogOutputFloat32 aof = new AnalogOutputFloat32(Convert.ToSingle(command.AnalogValue));
return aof;
}
else
{
throw new ArgumentException("Invalid argument: Point.Type must be ANALOG_CONTROL and AnalogValue must be != null");
}
}
CommandStatus ICommandHandler.DirectOperate(AnalogOutputFloat32 command, uint index)
{
return status();
}
CommandStatus ICommandHandler.Select(AnalogOutputFloat32 command, uint index)
{
return status();
}
CommandStatus ICommandHandler.Operate(AnalogOutputFloat32 command, ushort index)
{
return(CommandStatus.NOT_SUPPORTED);
}
CommandStatus ICommandHandler.Select(AnalogOutputFloat32 command, ushort index)
{
lock (mutex)
{
return GetOrElse(index, analogMap, () => proxy.Select(command, index));
}
}
CommandStatus ICommandHandler.Operate(AnalogOutputFloat32 command, ushort index, OperateType opType)
{
lock (mutex)
{
return GetOrElseAndLogAnalog(command.value, index, analogMap, () => proxy.Operate(command, index, opType));
}
}
CommandStatus ICommandHandler.Select(AnalogOutputFloat32 command, ushort index)
{
return CommandStatus.NOT_SUPPORTED;
}
CommandStatus ICommandHandler.Operate(AnalogOutputFloat32 command, ushort index, OperateType opType)
{
return CommandStatus.NOT_SUPPORTED;
}
