MeVis/Foundation/Sources/ML/include/mlTemplateSupport.h

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// **InsertLicense** code
//-------------------------------------------------------------------------
//--------------------------------------------------------------------------------


//--------------------------------------------------------------------------------
//--------------------------------------------------------------------------------

#ifndef __mlTemplateSupport_H
#define __mlTemplateSupport_H

#ifndef __mlInitSystemML_H
#include "mlInitSystemML.h"
#endif
#include "mlTypeTraits.h"


template<typename T>
inline MLint32 MLIsScalarTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::isStandardType?1:0; };



template<typename T>
inline MLint32 MLIsSignedTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::isBuiltInSignedType; };


template<typename T>
inline MLDataType MLGetDataTypeFromPtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::dataType; };


template<typename T>
inline size_t MLGetDataTypeSizeFromPtr(const T*) { return sizeof(T); }


template<typename T>
inline MLint32 MLIs8_16_Or_32BitIntegerTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::is8_16_32BitInteger?1:0; };


template<typename T>
inline MLint32 MLIs8BitIntegerTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::is8BitInteger?1:0; };


template<typename T>
inline MLint32 MLIs16BitIntegerTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::is16BitInteger?1:0; };


template<typename T>
inline MLint32 MLIs32BitIntegerTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::is32BitInteger?1:0; };


template<typename T>
inline MLint32 MLIs64BitIntegerTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::is64BitInteger?1:0; };


template<typename T>
inline MLint32 MLIsBuiltInIntegerTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::isBuiltInIntegerType?1:0; };


template<typename T>
inline MLint32 MLIsBuiltInFloatingPointTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::isBuiltInFloatType?1:0; };


#ifdef ML_DEPRECATED

template<typename T>
inline MLint32 MLIsCarrierTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::isStandardType?0:1; };

template<typename T>
inline MLint32 MLIsCarrierInTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::isStandardType?0:1; };

template<typename T>
inline MLint32 MLIsAnyCarrierTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::isStandardType?0:1; };

template<typename T>
inline MLint32 MLIsStandardTypePtr(const T*) { return ML_NAMESPACE::TypeTraits<T>::isStandardType?1:0; };

template<typename T>
inline size_t MLGetPhysicalDataTypeSizeFromPtr(const T*) { return sizeof(T); }

// compatibility function
template <typename OUTDTYPE, typename INDTYPE>
inline MLint32 MLTTypeInfosPushAndSetBoth(const OUTDTYPE *outPtr, MLDataType outDT, 
                                          const INDTYPE  *inPtr,  MLDataType inDT)
{
  return 0;
}

#if defined(WIN32) && defined(ML_WARN_DEPRECATED)
#pragma deprecated("MLIsCarrierTypePtr")
#pragma deprecated("MLIsCarrierInTypePtr")
#pragma deprecated("MLIsAnyCarrierTypePtr")
#pragma deprecated("MLIsStandardTypePtr")
#pragma deprecated("MLGetPhysicalDataTypeSizeFromPtr")
#pragma deprecated("MLTTypeInfosPushAndSetBoth")
#endif

#endif // ML_DEPRECATED


#endif // of __mlTemplateSupport_H