WriteDatatype(Enum); \
return RawWrite(sizeof(Buffer), &Buffer); \
};
SIMPLE_TEMPLATE(bool, eBytebufferType::BOOL);
SIMPLE_TEMPLATE(char, eBytebufferType::SINT8);
SIMPLE_TEMPLATE(int8_t, eBytebufferType::SINT8);
SIMPLE_TEMPLATE(uint8_t, eBytebufferType::UINT8);
SIMPLE_TEMPLATE(int16_t, eBytebufferType::SINT16);
SIMPLE_TEMPLATE(uint16_t, eBytebufferType::UINT16);
SIMPLE_TEMPLATE(int32_t, eBytebufferType::SINT32);
SIMPLE_TEMPLATE(uint32_t, eBytebufferType::UINT32);
SIMPLE_TEMPLATE(int64_t, eBytebufferType::SINT64);
SIMPLE_TEMPLATE(uint64_t, eBytebufferType::UINT64);
#ifndef NO_TTMATH
SIMPLE_TEMPLATE(ttmath::Int<TTMATH_BITS(128)>, eBytebufferType::SINT128);
SIMPLE_TEMPLATE(ttmath::UInt<TTMATH_BITS(128)>, eBytebufferType::UINT128);
#endif
SIMPLE_TEMPLATE(float, eBytebufferType::FLOAT32);
SIMPLE_TEMPLATE(double, eBytebufferType::FLOAT64);
// Advanced storagetypes.
bool Bytebuffer::ReadBlob(std::string *Output, bool Typechecked)
{
if (!Typechecked || ReadDatatype(eBytebufferType::BLOB))
{
uint32_t BlobLength = TemplateRead<uint32_t>();
// Range check.
if (InternalPosition + BlobLength > InternalBuffer.size())
{
// this is a similar example to big.cpp
// but now we're using TTMATH_BITS() macro
// this macro returns how many words we need to store
// the given number of bits
// TTMATH_BITS(64)
// on a 32bit platform the macro returns 2 (2*32=64)
// on a 64bit platform the macro returns 1
// TTMATH_BITS(128)
// on a 32bit platform the macro returns 4 (4*32=128)
// on a 64bit platform the macro returns 2 (2*64=128)
// Big<exponent, mantissa>
typedef ttmath::Big<TTMATH_BITS(64), TTMATH_BITS(128)> MyBig;
// consequently on a 32bit platform we define: Big<2, 4>
// and on a 64bit platform: Big<1, 2>
// and the calculations will be the same on both platforms
void SimpleCalculating(const MyBig & a, const MyBig & b)
{
std::cout << "Simple calculating" << std::endl;
std::cout << "a = " << a << std::endl;
std::cout << "b = " << b << std::endl;
std::cout << "a + b = " << a+b << std::endl;
std::cout << "a - b = " << a-b << std::endl;
std::cout << "a * b = " << a*b << std::endl;
std::cout << "a / b = " << a/b << std::endl;
