////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    UInt8 * mm_factory_method(UInt32 p_Trampoline, UInt8 p_Length)
    {
        //!
        //! 0xA0 = Epilogue + Prologue
        //! 0x03 = Parameter
        //! 0x05 = Call
        //! 0x03 = Return
        //!
        auto r_Length = 0x0A + (p_Length * 0x03) + 0x05 + 0x03;
        auto r_Index  = 0;

        auto r_Bytes  = new uint8_t[r_Length];

        //!
        //! Assembly::Epilogue
        //!
        r_Bytes[r_Index++] = 0x55;
        r_Bytes[r_Index++] = 0x89;
        r_Bytes[r_Index++] = 0xE5;
        r_Bytes[r_Index++] = 0x60;
        r_Bytes[r_Index++] = 0x9C;

        //!
        //! Assembly::Call
        //!
        for (auto i = 0; i < p_Length; i++)
        {
            r_Bytes[r_Index++] = 0xFF;
            r_Bytes[r_Index++] = 0x75;
            r_Bytes[r_Index++] = (p_Length - i) * sizeof(UInt32) + 0x04;
        }
        r_Bytes[r_Index++] = 0xE8;
        *(UInt32 *)(r_Bytes + r_Index) = p_Trampoline;
        r_Index += 0x04;

        //!
        //! Assembly::Prologue
        //!
        r_Bytes[r_Index++] = 0x9D;
        r_Bytes[r_Index++] = 0x61;
        r_Bytes[r_Index++] = 0x89;
        r_Bytes[r_Index++] = 0xEC;
        r_Bytes[r_Index++] = 0x5D;

        //!
        //! Assembly::Return
        //!
        r_Bytes[r_Index++] = 0xC2;
        *(UInt16 *)(r_Bytes + r_Index) = p_Length * sizeof(UInt32);

        return r_Bytes;
    }

    ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    UInt8 * mm_factory_method_jump(UInt32 p_Trampoline, UInt32 p_Original, UInt8 p_Length)
    {
        //!
        //! 0xA0 = Epilogue + Prologue
        //! 0x03 = Parameter
        //! 0x05 = Call
        //! 0x05 = Jump
        //!
        auto r_Length = 0x0A + (p_Length * 0x03) + 0x05 + 0x05;
        auto r_Index  = 0;

        auto r_Bytes  = new uint8_t[r_Length];

        //!
        //! Assembly::Epilogue
        //!
        r_Bytes[r_Index++] = 0x55;
        r_Bytes[r_Index++] = 0x89;
        r_Bytes[r_Index++] = 0xE5;
        r_Bytes[r_Index++] = 0x60;
        r_Bytes[r_Index++] = 0x9C;

        //!
        //! Assembly::Call
        //!
        for (auto i = 0; i < p_Length; i++)
        {
            r_Bytes[r_Index++] = 0xFF;
            r_Bytes[r_Index++] = 0x75;
            r_Bytes[r_Index++] = (p_Length - i) * sizeof(UInt32) + 0x04;
        }
        r_Bytes[r_Index++] = 0xE8;
        *(UInt32 *)(r_Bytes + r_Index) = p_Trampoline;
        r_Index += 0x04;

        //!
        //! Assembly::Prologue
        //!
        r_Bytes[r_Index++] = 0x9D;
        r_Bytes[r_Index++] = 0x61;
        r_Bytes[r_Index++] = 0x89;
        r_Bytes[r_Index++] = 0xEC;
        r_Bytes[r_Index++] = 0x5D;

        //!
        //! Assembly::Return
        //!
        r_Bytes[r_Index++] = 0xE9;
        *(UInt32 *)(r_Bytes + r_Index) = p_Original;
    }