Classes
class	ANSIManager

class	BlockInStream

class	BlockOutStream

class	BufferedInStream

class	BufferedOutStream

struct	def_printer

struct	enum_printer

class	EOL

class	FileInput

class	FileOutput

class	FloatFormat

class	InFileStream

class	Input

class	InStream

class	IntFormat

class	IOException

class	ListPrinter

class	Monitor

class	NullInStream

class	NullOutStream

class	OSExpander

class	OutFileStream

class	Output

class	OutStream

class	Printable

class	RandomAccessStream

class	StreamPipe

class	StringFormat

class	StringInput

class	StringOutput

class	StructuredOutput

class	Tag

class	TeeOutStream

class	UnixInStream

class	UnixOutStream

class	VarExpander

class	WinInStream

class	WinOutStream

Typedefs
typedef Tag< ANSIManager >	ANSICode

typedef enum elm::io::alignment_t	alignment_t

Enumerations
enum	alignment_t { NONE = 0, LEFT, CENTER, RIGHT }

Functions
FileInput	read (sys::Path path)

StringInput	read (const char *s)

StringInput	read (const cstring &s)

StringInput	read (const string &s)

FileOutput	write (sys::Path path)

FileOutput	append (sys::Path path)

template<class T >
Output &	operator<< (Output &out, const T &v)

template<class T >
Output &	operator<< (Output &out, T *v)

Output &	operator<< (Output &out, bool value)

Output &	operator<< (Output &out, char value)

Output &	operator<< (Output &out, t::int8 value)

Output &	operator<< (Output &out, t::uint8 value)

Output &	operator<< (Output &out, t::int16 value)

Output &	operator<< (Output &out, t::uint16 value)

Output &	operator<< (Output &out, t::int32 value)

Output &	operator<< (Output &out, t::uint32 value)

Output &	operator<< (Output &out, t::int64 value)

Output &	operator<< (Output &out, t::uint64 value)

Output &	operator<< (Output &out, float value)

Output &	operator<< (Output &out, double value)

Output &	operator<< (Output &out, const char *value)

Output &	operator<< (Output &out, char *value)

Output &	operator<< (Output &out, const CString value)

Output &	operator<< (Output &out, const string &value)

Output &	operator<< (Output &out, const IntFormat &value)

Output &	operator<< (Output &out, const FloatFormat &value)

Output &	operator<< (Output &out, const StringFormat &value)

Output &	operator<< (Output &out, EOL eol)

template<class P >
io::Output &	operator<< (io::Output &out, const Tag< P > &t)

IntFormat	base (int base, IntFormat fmt)

IntFormat	bin (IntFormat fmt)

IntFormat	oct (IntFormat fmt)

IntFormat	hex (IntFormat fmt)

IntFormat	sign (IntFormat fmt)

IntFormat	width (int width, IntFormat fmt)

IntFormat	align (alignment_t align, IntFormat fmt)

IntFormat	left (IntFormat fmt)

IntFormat	right (IntFormat fmt)

IntFormat	center (IntFormat fmt)

IntFormat	pad (char pad, IntFormat fmt)

IntFormat	uppercase (IntFormat fmt)

IntFormat	lowercase (IntFormat fmt)

IntFormat	fmt (t::int8 i)

IntFormat	fmt (t::uint8 i)

IntFormat	fmt (t::int16 i)

IntFormat	fmt (t::uint16 i)

IntFormat	fmt (t::int32 i)

IntFormat	fmt (t::uint32 i)

IntFormat	fmt (t::int64 i)

IntFormat	fmt (t::uint64 i)

FloatFormat	fmt (float f)

FloatFormat	fmt (double f)

StringFormat	fmt (string s)

StringFormat	fmt (cstring s)

StringFormat	fmt (const char *s)

template<class T , class M >
io::Output &	operator<< (io::Output &out, const Printable< T, M > &p)

template<class T , class M >
Printable< T, M >	p (const T &data, const M &man)

template<class T >
ListPrinter< T >	list (const T &l, cstring s="", typename ListPrinter< T >::fun_t f=ListPrinter< T >::asis)

template<class T >
io::Output &	operator<< (io::Output &out, const ListPrinter< T > &l)

IntFormat	pointer (const void *p)

IntFormat	byte (t::uint8 b)

string	expandOSVars (string t)

ANSICode	PLAIN ("\x1B[0m")

ANSICode	BOLD ("\x1B[1m")
	< ANSI code for plain display More...

ANSICode	FAINT ("\x1B[2m")
	< ANSI code for bold text More...

ANSICode	ITALIC ("\x1B[3m")
	< ANSI code for faint text More...

ANSICode	UNDERLINE ("\x1B[4m")
	< ANSI code for italic text More...

ANSICode	BLINK ("\x1B[5m")
	< ANSI code for underlined text More...

ANSICode	RAPID_BLINK ("\x1B[6m")
	< ANSI code for blink text More...

ANSICode	REVERSE ("\x1B[7m")
	< ANSI code for rapid blink text More...

ANSICode	BLACK ("\x1B[30m")

ANSICode	RED ("\x1B[31m")
	< ANSI code for black text More...

ANSICode	GREEN ("\x1B[32m")
	< ANSI code for red text More...

ANSICode	YELLOW ("\x1B[33m")
	< ANSI code for green text More...

ANSICode	BLUE ("\x1B[34m")
	< ANSI code for yellow text More...

ANSICode	MAGENTA ("\x1B[35m")
	< ANSI code for blue text More...

ANSICode	CYAN ("\x1B[36m")
	< ANSI code for magenta text More...

ANSICode	WHITE ("\x1B[37m")
	< ANSI code for cyan text More...

ANSICode	BRIGHT_BLACK ("\x1B[90m")
	< ANSI code for white text More...

ANSICode	BRIGHT_RED ("\x1B[91m")
	< ANSI code for bright black text More...

ANSICode	BRIGHT_GREEN ("\x1B[92m")
	< ANSI code for bright red text More...

ANSICode	BRIGHT_YELLOW ("\x1B[93m")
	< ANSI code for bright green text More...

ANSICode	BRIGHT_BLUE ("\x1B[94m")
	< ANSI code for bright yellow text More...

ANSICode	BRIGHT_MAGENTA ("\x1B[95m")
	< ANSI code for bright blue text More...

ANSICode	BRIGHT_CYAN ("\x1B[96m")
	< ANSI code for bright magenta text More...

ANSICode	BRIGHT_WHITE ("\x1B[97m")
	< ANSI code for bright cyan text More...

ANSICode	BACK_BLACK ("\x1B[40m")

ANSICode	BACK_RED ("\x1B[41m")
	< ANSI code for black back More...

ANSICode	BACK_GREEN ("\x1B[42m")
	< ANSI code for red back More...

ANSICode	BACK_YELLOW ("\x1B[43m")
	< ANSI code for green back More...

ANSICode	BACK_BLUE ("\x1B[44m")
	< ANSI code for yellow back More...

ANSICode	BACK_MAGENTA ("\x1B[45m")
	< ANSI code for blue back More...

ANSICode	BACK_CYAN ("\x1B[46m")
	< ANSI code for magenta back More...

ANSICode	BACK_WHITE ("\x1B[47m")
	< ANSI code for cyan back More...

ANSICode	BACK_BRIGHT_BLACK ("\x1B[100m")
	< ANSI code for white back More...

ANSICode	BACK_BRIGHT_RED ("\x1B[101m")
	< ANSI code for bright black back More...

ANSICode	BACK_BRIGHT_GREEN ("\x1B[102m")
	< ANSI code for bright red back More...

ANSICode	BACK_BRIGHT_YELLOW ("\x1B[103m")
	< ANSI code for bright green back More...

ANSICode	BACK_BRIGHT_BLUE ("\x1B[104m")
	< ANSI code for bright yellow back More...

ANSICode	BACK_BRIGHT_MAGENTA ("\x1B[105m")
	< ANSI code for bright blue back More...

ANSICode	BACK_BRIGHT_CYAN ("\x1B[106m")
	< ANSI code for bright magenta back More...

ANSICode	BACK_BRIGHT_WHITE ("\x1B[107m")
	< ANSI code for bright cyan back More...

static int	test_base (char chr, int base)

static sys::SystemOutStream	Win_stdout (GetStdHandle(STD_OUTPUT_HANDLE))

static sys::SystemOutStream	Win_stderr (GetStdHandle(STD_ERROR_HANDLE))

Variables
ANSICode	PLAIN

ANSICode	BOLD
	< ANSI code for plain display More...

ANSICode	FAINT
	< ANSI code for bold text More...

ANSICode	ITALIC
	< ANSI code for faint text More...

ANSICode	UNDERLINE
	< ANSI code for italic text More...

ANSICode	BLINK
	< ANSI code for underlined text More...

ANSICode	RAPID_BLINK
	< ANSI code for blink text More...

ANSICode	REVERSE
	< ANSI code for rapid blink text More...

ANSICode	BLACK

ANSICode	RED
	< ANSI code for black text More...

ANSICode	GREEN
	< ANSI code for red text More...

ANSICode	YELLOW
	< ANSI code for green text More...

ANSICode	BLUE
	< ANSI code for yellow text More...

ANSICode	MAGENTA
	< ANSI code for blue text More...

ANSICode	CYAN
	< ANSI code for magenta text More...

ANSICode	WHITE
	< ANSI code for cyan text More...

ANSICode	BRIGHT_BLACK
	< ANSI code for white text More...

ANSICode	BRIGHT_RED
	< ANSI code for bright black text More...

ANSICode	BRIGHT_GREEN
	< ANSI code for bright red text More...

ANSICode	BRIGHT_YELLOW
	< ANSI code for bright green text More...

ANSICode	BRIGHT_BLUE
	< ANSI code for bright yellow text More...

ANSICode	BRIGHT_MAGENTA
	< ANSI code for bright blue text More...

ANSICode	BRIGHT_CYAN
	< ANSI code for bright magenta text More...

ANSICode	BRIGHT_WHITE
	< ANSI code for bright cyan text More...

ANSICode	BACK_BLACK

ANSICode	BACK_RED
	< ANSI code for black back More...

ANSICode	BACK_GREEN
	< ANSI code for red back More...

ANSICode	BACK_YELLOW
	< ANSI code for green back More...

ANSICode	BACK_BLUE
	< ANSI code for yellow back More...

ANSICode	BACK_MAGENTA
	< ANSI code for blue back More...

ANSICode	BACK_CYAN
	< ANSI code for magenta back More...

ANSICode	BACK_WHITE
	< ANSI code for cyan back More...

ANSICode	BACK_BRIGHT_BLACK
	< ANSI code for white back More...

ANSICode	BACK_BRIGHT_RED
	< ANSI code for bright black back More...

ANSICode	BACK_BRIGHT_GREEN
	< ANSI code for bright red back More...

ANSICode	BACK_BRIGHT_YELLOW
	< ANSI code for bright green back More...

ANSICode	BACK_BRIGHT_BLUE
	< ANSI code for bright yellow back More...

ANSICode	BACK_BRIGHT_MAGENTA
	< ANSI code for bright blue back More...

ANSICode	BACK_BRIGHT_CYAN
	< ANSI code for bright magenta back More...

ANSICode	BACK_BRIGHT_WHITE
	< ANSI code for bright cyan back More...

const EOL	endl

FloatFormat	percent = FloatFormat().width(5, 2).decimal().right()

sys::SystemInStream &	in = sys::stdin_object

sys::SystemOutStream &	out = sys::stdout_object

sys::SystemOutStream &	err = sys::stderr_object

elm::io::NullInStream	_null

elm::io::NullOutStream	_null

Typedef Documentation

◆ alignment_t

typedef enum elm::io::alignment_t alignment_t

◆ ANSICode

typedef Tag<ANSIManager> ANSICode

Enumeration Type Documentation

◆ alignment_t

enum alignment_t

Enumerator
NONE
LEFT
CENTER
RIGHT

Function Documentation

◆ BACK_BLACK()

ANSICode elm::io::BACK_BLACK ( "\x1B[40m" )

◆ BACK_BLUE()

ANSICode elm::io::BACK_BLUE ( "\x1B[44m" )

< ANSI code for yellow back

◆ BACK_BRIGHT_BLACK()

ANSICode elm::io::BACK_BRIGHT_BLACK ( "\x1B[100m" )

< ANSI code for white back

◆ BACK_BRIGHT_BLUE()

ANSICode elm::io::BACK_BRIGHT_BLUE ( "\x1B[104m" )

< ANSI code for bright yellow back

◆ BACK_BRIGHT_CYAN()

ANSICode elm::io::BACK_BRIGHT_CYAN ( "\x1B[106m" )

< ANSI code for bright magenta back

◆ BACK_BRIGHT_GREEN()

ANSICode elm::io::BACK_BRIGHT_GREEN ( "\x1B[102m" )

< ANSI code for bright red back

◆ BACK_BRIGHT_MAGENTA()

ANSICode elm::io::BACK_BRIGHT_MAGENTA ( "\x1B[105m" )

< ANSI code for bright blue back

◆ BACK_BRIGHT_RED()

ANSICode elm::io::BACK_BRIGHT_RED ( "\x1B[101m" )

< ANSI code for bright black back

◆ BACK_BRIGHT_WHITE()

ANSICode elm::io::BACK_BRIGHT_WHITE ( "\x1B[107m" )

< ANSI code for bright cyan back

ANSI code for bright white back

◆ BACK_BRIGHT_YELLOW()

ANSICode elm::io::BACK_BRIGHT_YELLOW ( "\x1B[103m" )

< ANSI code for bright green back

◆ BACK_CYAN()

ANSICode elm::io::BACK_CYAN ( "\x1B[46m" )

< ANSI code for magenta back

◆ BACK_GREEN()

ANSICode elm::io::BACK_GREEN ( "\x1B[42m" )

< ANSI code for red back

◆ BACK_MAGENTA()

ANSICode elm::io::BACK_MAGENTA ( "\x1B[45m" )

< ANSI code for blue back

◆ BACK_RED()

ANSICode elm::io::BACK_RED ( "\x1B[41m" )

< ANSI code for black back

◆ BACK_WHITE()

ANSICode elm::io::BACK_WHITE ( "\x1B[47m" )

< ANSI code for cyan back

◆ BACK_YELLOW()

ANSICode elm::io::BACK_YELLOW ( "\x1B[43m" )

< ANSI code for green back

◆ BLACK()

ANSICode elm::io::BLACK ( "\x1B[30m" )

◆ BLINK()

ANSICode elm::io::BLINK ( "\x1B[5m" )

< ANSI code for underlined text

◆ BLUE()

ANSICode elm::io::BLUE ( "\x1B[34m" )

< ANSI code for yellow text

◆ BOLD()

ANSICode elm::io::BOLD ( "\x1B[1m" )

< ANSI code for plain display

◆ BRIGHT_BLACK()

ANSICode elm::io::BRIGHT_BLACK ( "\x1B[90m" )

< ANSI code for white text

◆ BRIGHT_BLUE()

ANSICode elm::io::BRIGHT_BLUE ( "\x1B[94m" )

< ANSI code for bright yellow text

◆ BRIGHT_CYAN()

ANSICode elm::io::BRIGHT_CYAN ( "\x1B[96m" )

< ANSI code for bright magenta text

◆ BRIGHT_GREEN()

ANSICode elm::io::BRIGHT_GREEN ( "\x1B[92m" )

< ANSI code for bright red text

◆ BRIGHT_MAGENTA()

ANSICode elm::io::BRIGHT_MAGENTA ( "\x1B[95m" )

< ANSI code for bright blue text

◆ BRIGHT_RED()

ANSICode elm::io::BRIGHT_RED ( "\x1B[91m" )

< ANSI code for bright black text

◆ BRIGHT_WHITE()

ANSICode elm::io::BRIGHT_WHITE ( "\x1B[97m" )

< ANSI code for bright cyan text

ANSI code for bright white text

◆ BRIGHT_YELLOW()

ANSICode elm::io::BRIGHT_YELLOW ( "\x1B[93m" )

< ANSI code for bright green text

◆ CYAN()

ANSICode elm::io::CYAN ( "\x1B[36m" )

< ANSI code for magenta text

◆ expandOSVars()

string expandOSVars ( string s )

Expand the variable in the given string, replacing variable invocation by OS variable values.

Parameters

s	String to replace in.

Returns: s with variable replaced.

References VarExpander::expand().

◆ FAINT()

ANSICode elm::io::FAINT ( "\x1B[2m" )

< ANSI code for bold text

◆ fmt() [1/5]

StringFormat fmt ( const char * s )

inline

Build a formatted string.

◆ fmt() [2/5]

StringFormat fmt ( cstring s )

inline

Build a formatted string.

◆ fmt() [3/5]

FloatFormat fmt ( double f )

inline

Build a formatted double floating-point number.

◆ fmt() [4/5]

FloatFormat fmt ( float f )

inline

Build a formatted single floating-point number.

◆ fmt() [5/5]

StringFormat fmt ( string s )

inline

Build a formatted string.

◆ GREEN()

ANSICode elm::io::GREEN ( "\x1B[32m" )

< ANSI code for red text

◆ ITALIC()

ANSICode elm::io::ITALIC ( "\x1B[3m" )

< ANSI code for faint text

◆ list()

ListPrinter<T> elm::io::list	(	const T &	l,
		cstring	s = `""`,
		typename ListPrinter< T >::fun_t	f = `ListPrinter<T>::asis`
	)

inline

Referenced by BiDiList< T, E, A >::BiDiList(), List< Pair< K, T >, CompareEquiv< AssocComparator< K, T, Comparator< K > > >, DefaultAlloc >::copy(), DLList::DLList(), Section::getList(), List< Pair< K, T >, CompareEquiv< AssocComparator< K, T, Comparator< K > > >, DefaultAlloc >::List(), BiDiList< T, E, A >::operator=(), List< Pair< K, T >, CompareEquiv< AssocComparator< K, T, Comparator< K > > >, DefaultAlloc >::operator=(), Initializer< TestCase >::record(), Initializer< TestCase >::startup(), and Initializer< TestCase >::~Initializer().

◆ MAGENTA()

ANSICode elm::io::MAGENTA ( "\x1B[35m" )

< ANSI code for blue text

◆ oct()

IntFormat elm::io::oct ( IntFormat fmt )

inline

References fmt(), and IntFormat::oct().

◆ operator<<() [1/25]

io::Output& elm::io::operator<<	(	io::Output &	out,
		const ListPrinter< T > &	l
	)

inline

References ListPrinter< T >::f, ListPrinter< T >::l, out, and ListPrinter< T >::s.

◆ operator<<() [2/25]

io::Output& elm::io::operator<<	(	io::Output &	out,
		const Printable< T, M > &	p
	)

inline

References out, and p().

◆ operator<<() [3/25]

io::Output& elm::io::operator<<	(	io::Output &	out,
		const Tag< P > &	t
	)

References out, and Tag< P >::print().

◆ operator<<() [4/25]

Output& elm::io::operator<<	(	Output &	out,
		bool	value
	)

inline

References out.

◆ operator<<() [5/25]

Output& elm::io::operator<<	(	Output &	out,
		char *	value
	)

inline

References out.

◆ operator<<() [6/25]

Output& elm::io::operator<<	(	Output &	out,
		char	value
	)

inline

References out.

◆ operator<<() [7/25]

Output& elm::io::operator<<	(	Output &	out,
		const char *	value
	)

inline

References out.

◆ operator<<() [8/25]

Output& elm::io::operator<<	(	Output &	out,
		const CString	value
	)

inline

References out.

◆ operator<<() [9/25]

Output& elm::io::operator<<	(	Output &	out,
		const FloatFormat &	value
	)

inline

References out.

◆ operator<<() [10/25]

Output& elm::io::operator<<	(	Output &	out,
		const IntFormat &	value
	)

inline

References out.

◆ operator<<() [11/25]

Output& elm::io::operator<<	(	Output &	out,
		const string &	value
	)

inline

References out.

◆ operator<<() [12/25]

Output& elm::io::operator<<	(	Output &	out,
		const StringFormat &	value
	)

inline

References out.

◆ operator<<() [13/25]

Output& elm::io::operator<<	(	Output &	out,
		const T &	v
	)

inline

References out.

◆ operator<<() [14/25]

Output& elm::io::operator<<	(	Output &	out,
		double	value
	)

inline

References out.

◆ operator<<() [15/25]

Output& elm::io::operator<<	(	Output &	out,
		EOL	eol
	)

inline

References out.

◆ operator<<() [16/25]

Output& elm::io::operator<<	(	Output &	out,
		float	value
	)

inline

References out.

◆ operator<<() [17/25]

Output& elm::io::operator<<	(	Output &	out,
		T *	v
	)

inline

References out.

◆ operator<<() [18/25]

Output& elm::io::operator<<	(	Output &	out,
		t::int16	value
	)

inline

References out.

◆ operator<<() [19/25]

Output& elm::io::operator<<	(	Output &	out,
		t::int32	value
	)

inline

References out.

◆ operator<<() [20/25]

Output& elm::io::operator<<	(	Output &	out,
		t::int64	value
	)

inline

References out.

◆ operator<<() [21/25]

Output& elm::io::operator<<	(	Output &	out,
		t::int8	value
	)

inline

References out.

◆ operator<<() [22/25]

Output& elm::io::operator<<	(	Output &	out,
		t::uint16	value
	)

inline

References out.

◆ operator<<() [23/25]

Output& elm::io::operator<<	(	Output &	out,
		t::uint32	value
	)

inline

References out.

◆ operator<<() [24/25]

Output& elm::io::operator<<	(	Output &	out,
		t::uint64	value
	)

inline

References out.

◆ operator<<() [25/25]

Output& elm::io::operator<<	(	Output &	out,
		t::uint8	value
	)

inline

References out.

◆ PLAIN()

ANSICode elm::io::PLAIN ( "\x1B[0m" )

◆ RAPID_BLINK()

ANSICode elm::io::RAPID_BLINK ( "\x1B[6m" )

< ANSI code for blink text

◆ read() [1/2]

StringInput elm::io::read ( const cstring & s )

inline

◆ read() [2/2]

StringInput elm::io::read ( const string & s )

inline

◆ RED()

ANSICode elm::io::RED ( "\x1B[31m" )

< ANSI code for black text

◆ REVERSE()

ANSICode elm::io::REVERSE ( "\x1B[7m" )

< ANSI code for rapid blink text

ANSI code for reverse mode text

◆ sign()

IntFormat elm::io::sign ( IntFormat fmt )

inline

References fmt(), and IntFormat::sign().

◆ test_base()

static int elm::io::test_base	(	char	chr,
		int	base
	)

inlinestatic

Test if the character is in the base and return the matching digit.

Parameters

chr	Character to test.
base	Base of the read.

Returns: Matching digit or not (-1).

References base().

Referenced by Input::scanULLong(), and Input::scanULong().

◆ UNDERLINE()

ANSICode elm::io::UNDERLINE ( "\x1B[4m" )

< ANSI code for italic text

◆ WHITE()

ANSICode elm::io::WHITE ( "\x1B[37m" )

< ANSI code for cyan text

◆ Win_stderr()

static sys::SystemOutStream elm::io::Win_stderr ( GetStdHandle(STD_ERROR_HANDLE) )

static

Stream pointing to the standard error output.

◆ Win_stdout()

static sys::SystemOutStream elm::io::Win_stdout ( GetStdHandle(STD_OUTPUT_HANDLE) )

static

Stream pointing to the standard output.

◆ YELLOW()

ANSICode elm::io::YELLOW ( "\x1B[33m" )

< ANSI code for green text

Variable Documentation

◆ _null [1/2]

elm::io::NullInStream _null

static

◆ _null [2/2]

elm::io::NullOutStream _null

static

◆ BACK_BLACK

ANSICode BACK_BLACK("\x1B[40m")

◆ BACK_BLUE

ANSICode BACK_BLUE("\x1B[44m")

< ANSI code for yellow back

◆ BACK_BRIGHT_BLACK

ANSICode BACK_BRIGHT_BLACK("\x1B[100m")

< ANSI code for white back

◆ BACK_BRIGHT_BLUE

ANSICode BACK_BRIGHT_BLUE("\x1B[104m")

< ANSI code for bright yellow back

◆ BACK_BRIGHT_CYAN

ANSICode BACK_BRIGHT_CYAN("\x1B[106m")

< ANSI code for bright magenta back

◆ BACK_BRIGHT_GREEN

ANSICode BACK_BRIGHT_GREEN("\x1B[102m")

< ANSI code for bright red back

◆ BACK_BRIGHT_MAGENTA

ANSICode BACK_BRIGHT_MAGENTA("\x1B[105m")

< ANSI code for bright blue back

◆ BACK_BRIGHT_RED

ANSICode BACK_BRIGHT_RED("\x1B[101m")

< ANSI code for bright black back

◆ BACK_BRIGHT_WHITE

ANSICode BACK_BRIGHT_WHITE("\x1B[107m")

< ANSI code for bright cyan back

ANSI code for bright white back

◆ BACK_BRIGHT_YELLOW

ANSICode BACK_BRIGHT_YELLOW("\x1B[103m")

< ANSI code for bright green back

◆ BACK_CYAN

ANSICode BACK_CYAN("\x1B[46m")

< ANSI code for magenta back

◆ BACK_GREEN

ANSICode BACK_GREEN("\x1B[42m")

< ANSI code for red back

◆ BACK_MAGENTA

ANSICode BACK_MAGENTA("\x1B[45m")

< ANSI code for blue back

◆ BACK_RED

ANSICode BACK_RED("\x1B[41m")

< ANSI code for black back

◆ BACK_WHITE

ANSICode BACK_WHITE("\x1B[47m")

< ANSI code for cyan back

◆ BACK_YELLOW

ANSICode BACK_YELLOW("\x1B[43m")

< ANSI code for green back

◆ BLACK

ANSICode BLACK("\x1B[30m")

◆ BLINK

ANSICode BLINK("\x1B[5m")

< ANSI code for underlined text

◆ BLUE

ANSICode BLUE("\x1B[34m")

< ANSI code for yellow text

◆ BOLD

ANSICode BOLD("\x1B[1m")

< ANSI code for plain display

◆ BRIGHT_BLACK

ANSICode BRIGHT_BLACK("\x1B[90m")

< ANSI code for white text

◆ BRIGHT_BLUE

ANSICode BRIGHT_BLUE("\x1B[94m")

< ANSI code for bright yellow text

◆ BRIGHT_CYAN

ANSICode BRIGHT_CYAN("\x1B[96m")

< ANSI code for bright magenta text

◆ BRIGHT_GREEN

ANSICode BRIGHT_GREEN("\x1B[92m")

< ANSI code for bright red text

◆ BRIGHT_MAGENTA

ANSICode BRIGHT_MAGENTA("\x1B[95m")

< ANSI code for bright blue text

◆ BRIGHT_RED

ANSICode BRIGHT_RED("\x1B[91m")

< ANSI code for bright black text

◆ BRIGHT_WHITE

ANSICode BRIGHT_WHITE("\x1B[97m")

< ANSI code for bright cyan text

ANSI code for bright white text

◆ BRIGHT_YELLOW

ANSICode BRIGHT_YELLOW("\x1B[93m")

< ANSI code for bright green text

◆ CYAN

ANSICode CYAN("\x1B[36m")

< ANSI code for magenta text

◆ FAINT

ANSICode FAINT("\x1B[2m")

< ANSI code for bold text

◆ GREEN

ANSICode GREEN("\x1B[32m")

< ANSI code for red text

◆ ITALIC

ANSICode ITALIC("\x1B[3m")

< ANSI code for faint text

◆ MAGENTA

ANSICode MAGENTA("\x1B[35m")

< ANSI code for blue text

◆ PLAIN

ANSICode PLAIN("\x1B[0m")

Referenced by TestCase::complete(), and TestCase::require().

◆ RAPID_BLINK

ANSICode RAPID_BLINK("\x1B[6m")

< ANSI code for blink text

◆ RED

ANSICode RED("\x1B[31m")

< ANSI code for black text

◆ REVERSE

ANSICode REVERSE("\x1B[7m")

< ANSI code for rapid blink text

ANSI code for reverse mode text

◆ UNDERLINE

ANSICode UNDERLINE("\x1B[4m")

< ANSI code for italic text

◆ WHITE

ANSICode WHITE("\x1B[37m")

< ANSI code for cyan text

◆ YELLOW

ANSICode YELLOW("\x1B[33m")

< ANSI code for green text

Classes

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ alignment_t

◆ ANSICode

Enumeration Type Documentation

◆ alignment_t

Function Documentation

◆ BACK_BLACK()

◆ BACK_BLUE()

◆ BACK_BRIGHT_BLACK()

◆ BACK_BRIGHT_BLUE()

◆ BACK_BRIGHT_CYAN()

◆ BACK_BRIGHT_GREEN()

◆ BACK_BRIGHT_MAGENTA()

◆ BACK_BRIGHT_RED()

◆ BACK_BRIGHT_WHITE()

◆ BACK_BRIGHT_YELLOW()

◆ BACK_CYAN()

◆ BACK_GREEN()

◆ BACK_MAGENTA()

◆ BACK_RED()

◆ BACK_WHITE()

◆ BACK_YELLOW()

◆ BLACK()

◆ BLINK()

◆ BLUE()

◆ BOLD()

◆ BRIGHT_BLACK()

◆ BRIGHT_BLUE()

◆ BRIGHT_CYAN()

◆ BRIGHT_GREEN()

◆ BRIGHT_MAGENTA()

◆ BRIGHT_RED()

◆ BRIGHT_WHITE()

◆ BRIGHT_YELLOW()

◆ CYAN()

◆ expandOSVars()

◆ FAINT()

◆ fmt() [1/5]

◆ fmt() [2/5]

◆ fmt() [3/5]

◆ fmt() [4/5]

◆ fmt() [5/5]

◆ GREEN()

◆ ITALIC()

◆ list()

◆ MAGENTA()

◆ oct()

◆ operator<<() [1/25]

◆ operator<<() [2/25]

◆ operator<<() [3/25]

◆ operator<<() [4/25]

◆ operator<<() [5/25]

◆ operator<<() [6/25]

◆ operator<<() [7/25]

◆ operator<<() [8/25]

◆ operator<<() [9/25]

◆ operator<<() [10/25]

◆ operator<<() [11/25]

◆ operator<<() [12/25]

◆ operator<<() [13/25]

◆ operator<<() [14/25]

◆ operator<<() [15/25]

◆ operator<<() [16/25]

◆ operator<<() [17/25]

◆ operator<<() [18/25]

◆ operator<<() [19/25]

◆ operator<<() [20/25]

◆ operator<<() [21/25]

◆ operator<<() [22/25]

◆ operator<<() [23/25]

◆ operator<<() [24/25]

◆ operator<<() [25/25]

◆ PLAIN()

◆ RAPID_BLINK()

◆ read() [1/2]