EndianOps.hpp

#pragma once
#ifndef __H__OCULAR_UTILITIES_ENDIAN_OPERATIONS__H__
#define __H__OCULAR_UTILITIES_ENDIAN_OPERATIONS__H__

#include "Common.hpp"
#include <cstdint>

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

namespace Ocular
{
    namespace Utils
    {
        namespace EndianOps
        {
            void convert(Endianness from, Endianness to, int8_t& value);
            
            void convert(Endianness from, Endianness to, int16_t& value);

            void convert(Endianness from, Endianness to, int32_t& value);

            void convert(Endianness from, Endianness to, int64_t& value);

            void convert(Endianness from, Endianness to, uint8_t& value);

            void convert(Endianness from, Endianness to, uint16_t& value);

            void convert(Endianness from, Endianness to, uint32_t& value);

            void convert(Endianness from, Endianness to, uint64_t& value);

            void convert(Endianness from, Endianness to, float& value);

            void convert(Endianness from, Endianness to, double& value);

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

            void convertToReverse(int8_t& value);
            
            void convertToReverse(int16_t& value);
            
            void convertToReverse(int32_t& value);
            
            void convertToReverse(int64_t& value);
            
            void convertToReverse(uint8_t& value);
            
            void convertToReverse(uint16_t& value);
            
            void convertToReverse(uint32_t& value);
            
            void convertToReverse(uint64_t& value);
            
            void convertToReverse(float& value);
            
            void convertToReverse(double& value);
        }
    }
}
//------------------------------------------------------------------------------------------

#endif