public unsafe static void __Process(
[DataType("ANY")] ref Any Fun_with_ANY_BIT,
[Input, DataType("ANY_BIT")] ref Any VALUE)
{
// get the size of the connected value type
uint SIZE_OF_VALUE = VALUE.nLength;
// Get the element type constants associate to the runtime type handle.
// The values are defined in the standard ECMA-335 "Common Language Infrastructure (CLI)",
// Partition II, chapter II.23.1.16 "Element types used in signatures")
Eclr.TypeCode code = (Eclr.TypeCode)Eclr.TypeInfo.GetTypeCode(VALUE.pRuntimeTypeHandle);
// type dependent action
if (code == Eclr.TypeCode.Int16) // short (2 bytes)
{
short tempValue = *((short *)VALUE.pValue);
short *pResult = (short *)Fun_with_ANY_BIT.pValue;
*pResult = tempValue;
}
else if (code == Eclr.TypeCode.UInt16) // unsigned short (2 bytes)
{
ushort tempValue = *((ushort *)VALUE.pValue);
ushort *pResult = (ushort *)Fun_with_ANY_BIT.pValue;
*pResult = tempValue;
}
else if (code == Eclr.TypeCode.Int32) // int (4 Bytes)
{
int tempValue = *((int *)VALUE.pValue);
int *pResult = (int *)Fun_with_ANY_BIT.pValue;
*pResult = tempValue;
}
else if (code == Eclr.TypeCode.UInt32) // unsigned (4 Bytes)
{
uint tempValue = *((uint *)VALUE.pValue);
uint *pResult = (uint *)Fun_with_ANY_BIT.pValue;
*pResult = tempValue;
}
else
{
// ...
}
}
public unsafe void __Process()
{
// get the size of the connected value type
SIZE_OF_VALUE = VALUE.nLength;
// Get the element type constants associate to the runtime type handle.
// The values are defined in the standard ECMA-335 "Common Language Infrastructure (CLI)",
// Partition II, chapter II.23.1.16 "Element types used in signatures")
Eclr.TypeCode code = (Eclr.TypeCode)Eclr.TypeInfo.GetTypeCode(VALUE.pRuntimeTypeHandle);
// type dependent action
if (code == Eclr.TypeCode.Boolean) // unsigned short (2 bytes)
{
ushort tempValue = *((ushort *)VALUE.pValue);
ushort *pResult = (ushort *)RESULT.pValue;
*pResult = tempValue;
}
else if (code == Eclr.TypeCode.Byte) // unsigned short (2 bytes)
{
ushort tempValue = *((ushort *)VALUE.pValue);
ushort *pResult = (ushort *)RESULT.pValue;
*pResult = tempValue;
}
else if (code == Eclr.TypeCode.UInt16) // unsigned short (2 bytes)
{
ushort tempValue = *((ushort *)VALUE.pValue);
ushort *pResult = (ushort *)RESULT.pValue;
*pResult = tempValue;
}
else if (code == Eclr.TypeCode.UInt32) // unsigned int (4 bytes)
{
uint tempValue = *((uint *)VALUE.pValue);
uint *pResult = (uint *)RESULT.pValue;
*pResult = tempValue;
}
else
{
// ...
}
}
public unsafe void __Process()
{
// Important due to unsafe programming:
// Check whether all parameters have the same data type!!!
if (VALUE.pRuntimeTypeHandle != MIN.pRuntimeTypeHandle || VALUE.pRuntimeTypeHandle != MAX.pRuntimeTypeHandle)
{
return;
}
// get the size of the connected value type
SIZE_OF_VALUE = VALUE.nLength;
// Get the element type constants associate to the runtime type handle.
// The values are defined in the standard ECMA-335 "Common Language Infrastructure (CLI)",
// Partition II, chapter II.23.1.16 "Element types used in signatures")
Eclr.TypeCode code = (Eclr.TypeCode)Eclr.TypeInfo.GetTypeCode(VALUE.pRuntimeTypeHandle);
// type dependent action
if (code == Eclr.TypeCode.Int16) // short (2 bytes)
{
short tempValue = *((short *)VALUE.pValue);
short tempMin = *((short *)MIN.pValue);
short tempMax = *((short *)MAX.pValue);
if (tempValue < tempMin)
{
tempValue = tempMin;
}
if (tempValue > tempMax)
{
tempValue = tempMax;
}
RESULT = tempValue;
}
else if (code == Eclr.TypeCode.UInt16) // unsigned short (2 bytes)
{
ushort tempValue = *((ushort *)VALUE.pValue);
ushort tempMin = *((ushort *)MIN.pValue);
ushort tempMax = *((ushort *)MAX.pValue);
if (tempValue < tempMin)
{
tempValue = tempMin;
}
if (tempValue > tempMax)
{
tempValue = tempMax;
}
RESULT = tempValue;
}
else if (code == Eclr.TypeCode.Int32) // int (4 bytes)
{
int tempValue = *((int *)VALUE.pValue);
int tempMin = *((int *)MIN.pValue);
int tempMax = *((int *)MAX.pValue);
if (tempValue < tempMin)
{
tempValue = tempMin;
}
if (tempValue > tempMax)
{
tempValue = tempMax;
}
RESULT = tempValue;
}
else if (code == Eclr.TypeCode.UInt32) // unsigned int (4 bytes)
{
uint tempValue = *((uint *)VALUE.pValue);
uint tempMin = *((uint *)MIN.pValue);
uint tempMax = *((uint *)MAX.pValue);
if (tempValue < tempMin)
{
tempValue = tempMin;
}
if (tempValue > tempMax)
{
tempValue = tempMax;
}
RESULT = (int)tempValue;
}
else
{
// ...
}
}
