ByteWordUtil.h

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#ifndef IMT_BASE_CORE_UTIL_BYTEWORDUTIL_H
#define IMT_BASE_CORE_UTIL_BYTEWORDUTIL_H
 
#include <Imt.Base.Core.Platform/Platform.h>
#include <Imt.Base.Core.Platform/StaticClass.h>
 
namespace imt {
namespace base {
namespace core {
namespace util {
 
class ByteWordUtil final : private ::imt::base::core::platform::StaticClass {
 
public:
 
    static uint32_t convertDoubleWordEndianness(uint32_t const data);
 
    static uint16_t convertWordEndianness(uint16_t const data);
 
    static uint32_t makeDoubleWord(uint16_t const lowerWord, uint16_t const upperWord);
 
    static uint64_t make8ByteWord(uint32_t const lowerPart, uint32_t const upperPart);
 
    static uint16_t makeWord(uint8_t const lowerByte, uint8_t const upperByte);
 
    static uint8_t lowByte(uint16_t const data);
 
    static uint8_t highByte(uint16_t const data);
 
    static uint8_t highByteOfHighWord(uint32_t const data);
 
    static uint8_t lowByteOfHighWord(uint32_t const data);
 
    static uint8_t highByteOfLowWord(uint32_t const data);
 
    static uint8_t lowByteOfLowWord(uint32_t const data);
 
    static uint16_t highWordOfDoubleWord(uint32_t const data);
 
    static uint16_t lowWordOfDoubleWord(uint32_t const data);
 
    static uint32_t highPartOf8ByteWord(uint64_t const data);
 
    static uint32_t lowPartOf8ByteWord(uint64_t const data);
 
    static void write(uint8_t* const pBuffer, uint64_t const data);
 
    static void write(uint8_t* const pBuffer, int64_t const data);
 
    static void write(uint8_t* const pBuffer, uint32_t const data);
 
    static void write(uint8_t* const pBuffer, int32_t const data);
 
    static void write(uint8_t* const pBuffer, uint16_t const data);
 
    static void write(uint8_t* const pBuffer, int16_t const data);
 
    static void write(uint8_t* const pBuffer, float32_t const data);
 
    static void write(uint8_t* const pBuffer, float64_t const data);
 
    static void write(uint8_t* const pBuffer, bool const data);
 
    // AXIVION Next Codeline AutosarC++19_03-A8.4.7: Pass by value not possible for byte array.
    static void read(uint8_t const* const pBuffer, uint64_t& data);
 
    // AXIVION Next Codeline AutosarC++19_03-A8.4.7: Pass by value not possible for byte array.
    static void read(uint8_t const* const pBuffer, int64_t& data);
 
    // AXIVION Next Codeline AutosarC++19_03-A8.4.7: Pass by value not possible for byte array.
    static void read(uint8_t const* const pBuffer, uint32_t& data);
 
    // AXIVION Next Codeline AutosarC++19_03-A8.4.7: Pass by value not possible for byte array.
    static void read(uint8_t const* const pBuffer, int32_t& data);
 
    // AXIVION Next Codeline AutosarC++19_03-A8.4.7: Pass by value not possible for byte array.
    static void read(uint8_t const* const pBuffer, uint16_t& data);
 
    // AXIVION Next Codeline AutosarC++19_03-A8.4.7: Pass by value not possible for byte array.
    static void read(uint8_t const* const pBuffer, int16_t& data);
 
    // AXIVION Next Codeline AutosarC++19_03-A8.4.7: Pass by value not possible for byte array.
    static void read(uint8_t const* const pBuffer, float32_t& data);
 
    // AXIVION Next Codeline AutosarC++19_03-A8.4.7: Pass by value not possible for byte array.
    static void read(uint8_t const* const pBuffer, float64_t& data);
 
    // AXIVION Next Codeline AutosarC++19_03-A8.4.7: Pass by value not possible for byte array.
    static void read(uint8_t const* const pBuffer, bool& data);
};
 
} // namespace util
} // namespace core
} // namespace base
} // namespace imt
 
#endif // IMT_BASE_CORE_UTIL_BYTEWORDUTIL_H