stx::internal Namespace Reference

Namespaces
	option
	result

Variables
constexpr int	kxPtrFmtSize = static_cast<int>((sizeof(void*) << 1) + 2 + 2)
constexpr int	kI32FmtSize = 11
	10 digits + 1 sign More...
constexpr int	kU32FmtSize = 10
	10 digits More...
constexpr int	kI16FmtSize = 6
	5 digits + 1 sign More...
constexpr int	kU16FmtSize = 5
	5 digits More...
constexpr int	kI8FmtSize = 4
	3 digits + 1 sign More...
constexpr int	kU8FmtSize = 3
	3 digits More...

Variable Documentation

kI16FmtSize

constexpr int stx::internal::kI16FmtSize = 6

5 digits + 1 sign

kI32FmtSize

constexpr int stx::internal::kI32FmtSize = 11

10 digits + 1 sign

kI8FmtSize

constexpr int stx::internal::kI8FmtSize = 4

3 digits + 1 sign

kU16FmtSize

constexpr int stx::internal::kU16FmtSize = 5

5 digits

kU32FmtSize

constexpr int stx::internal::kU32FmtSize = 10

10 digits

kU8FmtSize

constexpr int stx::internal::kU8FmtSize = 3

3 digits

kxPtrFmtSize

constexpr int stx::internal::kxPtrFmtSize = static_cast<int>((sizeof(void*) << 1) + 2 + 2)

pointer hex formatting

0xaabbccdd => 4 bytes (+ 8 chars)

0xaa => 1 byte (+ 2 chars)

0xaabb => 2 bytes (+ 4 chars)

we leave 2 extra bytes for tolerance