c4::fmt Namespace Reference

Classes
struct	boolalpha_
struct	integral_
	format an integral type with a custom radix More...
struct	integral_padded_
	format an integral type with a custom radix, and pad with zeroes on the left More...
struct	overflow_checked_
struct	real_
struct	raw_wrapper_
struct	left_
struct	center_
struct	right_

Typedefs
using	const_raw_wrapper = raw_wrapper_<cbyte>
using	raw_wrapper = raw_wrapper_<byte>

Functions
template<class T>
boolalpha_	boolalpha (T const &val=false)
	tag function to mark a variable to be written as an alphabetic boolean, ie as either true or false
template<class T>
integral_< T >	integral (T val, T radix=10)
	format an integral type with a custom radix
template<class T>
integral_< intptr_t >	integral (T const *val, T radix=10)
	format an integral type with a custom radix
template<class T>
integral_< intptr_t >	integral (std::nullptr_t, T radix=10)
	format an integral type with a custom radix
template<class T>
integral_< intptr_t >	hex (T *v)
	format the pointer as an hexadecimal value
template<class T>
integral_< intptr_t >	hex (T const *v)
	format the pointer as an hexadecimal value
template<class T>
integral_< T >	hex (T v)
template<class T>
integral_< intptr_t >	oct (T const *v)
	format the pointer as an octal value
template<class T>
integral_< intptr_t >	oct (T *v)
	format the pointer as an octal value
template<class T>
integral_< T >	oct (T v)
	format the integral_ argument as an octal value
template<class T>
integral_< intptr_t >	bin (T const *v)
	format the pointer as a binary 0-1 value
template<class T>
integral_< intptr_t >	bin (T *v)
	format the pointer as a binary 0-1 value
template<class T>
integral_< T >	bin (T v)
	format the integral_ argument as a binary 0-1 value
template<class T>
integral_padded_< T >	zpad (T val, size_t num_digits)
	pad the argument with zeroes on the left, with decimal radix
template<class T>
integral_padded_< T >	zpad (integral_< T > val, size_t num_digits)
	pad the argument with zeroes on the left
integral_padded_< intptr_t >	zpad (std::nullptr_t, size_t num_digits)
	pad the argument with zeroes on the left
template<class T>
integral_padded_< intptr_t >	zpad (T const *val, size_t num_digits)
	pad the argument with zeroes on the left
template<class T>
integral_padded_< intptr_t >	zpad (T *val, size_t num_digits)
template<class T>
overflow_checked_< T >	overflow_checked (T &val)
template<class T>
real_< T >	real (T val, int precision, RealFormat_e fmt=FTOA_FLOAT)
const_raw_wrapper	craw (cblob data, size_t alignment=alignof(max_align_t))
	mark a variable to be written in raw binary format, using memcpy
const_raw_wrapper	raw (cblob data, size_t alignment=alignof(max_align_t))
	mark a variable to be written in raw binary format, using memcpy
template<class T>
const_raw_wrapper	craw (T const &data, size_t alignment=alignof(T))
	mark a variable to be written in raw binary format, using memcpy
template<class T>
const_raw_wrapper	raw (T const &data, size_t alignment=alignof(T))
	mark a variable to be written in raw binary format, using memcpy
raw_wrapper	raw (blob data, size_t alignment=alignof(max_align_t))
	mark a variable to be read in raw binary format, using memcpy
template<class T>
raw_wrapper	raw (T &data, size_t alignment=alignof(T))
	mark a variable to be read in raw binary format, using memcpy
template<class T>
left_< T >	left (T val, size_t width, char padchar=' ')
	tag type to mark an argument to be aligned left.
template<class T>
center_< T >	center (T val, size_t width, char padchar=' ')
	tag function to mark an argument to be aligned center
template<class T>
right_< T >	right (T val, size_t width, char padchar=' ')
	tag function to mark an argument to be aligned right

Variables
integral_< intptr_t >	hex (std::nullptr_t)
	format null as an hexadecimal value
integral_< intptr_t >	oct (std::nullptr_t)
	format null as an octal value
integral_< intptr_t >	bin (std::nullptr_t)
	format null as a binary 0-1 value