#include <opennurbs_string.h>

Public Member Functions
	ON_String () ON_NOEXCEPT
	Constructors. More...

	ON_String (const ON_String &)

	ON_String (const char *)

	ON_String (const char *, int)

	ON_String (char, int=1)

	ON_String (const unsigned char *)

	ON_String (const unsigned char *, int)

	ON_String (unsigned char, int=1)

	ON_String (const wchar_t *src)
	construct a UTF-8 string string from a UTF-16 string. More...

	ON_String (const wchar_t *src, int length)

	ON_String (const ON_wString &src)

	~ON_String ()

void	Append (const char *, int)
	string concatenation More...

void	Append (const unsigned char *, int)

char *	Array ()

const char *	Array () const

int	Compare (const ON_String &other_string, const class ON_Locale &locale, bool bIgnoreCase) const
	Compare this string and other_string by normalizing (NFC) and using invariant culture ordering. More...

int	Compare (const char *other_string, const class ON_Locale &locale, bool bIgnoreCase) const

int	CompareAttributeName (const char *other_name) const
	Compare this string and other_name as a name attribute of an object like ON_3dmObjectAttributes.m_name, ON_Layer.m_name, and so on. These comparisons ignore case and use appropriate string normalization. More...

int	CompareOrdinal (const ON_String &other_string, bool bIgnoreCase) const
	Compare this string and other_string unsigned byte by unsigned byte. More...

int	CompareOrdinal (const char *other_string, bool bIgnoreCase) const

int	ComparePath (const char *other_path) const
	Compare this string and other_path as file system paths using appropriate tests for the current operating system. More...

const ON_SHA1_Hash	ContentHash (ON_StringMapOrdinalType mapping) const

void	Create ()

ON__UINT32	DataCRC (ON__UINT32 current_remainder) const

void	Destroy ()

void	EmergencyDestroy ()

void	Empty ()

void	EnableReferenceCounting (bool bEnable)
	Enables reference counting. I limited cases, this is useful for large strings or strings that are frequently passed around. Reference counted strings must be carefully managed in when multi-threading is used. More...

bool	Equal (const ON_String &other_string, const class ON_Locale &locale, bool bIgnoreCase) const

bool	Equal (const char *other_string, const class ON_Locale &locale, bool bIgnoreCase) const

bool	EqualAttributeName (const char *other_name) const

bool	EqualOrdinal (const ON_String &other_string, bool bOrdinalIgnoreCase) const

bool	EqualOrdinal (const char *other_string, bool bOrdinalIgnoreCase) const

bool	EqualPath (const char *other_path) const

int	Find (char utf8_single_byte_c) const

int	Find (unsigned char utf8_single_byte_c) const

int	Find (const char *) const
	look for a specific sub-string More...

int	Find (const unsigned char *) const

int	Find (const char *, int start_index) const

int	Find (const unsigned char *, int start_index) const

bool ON_VARGS_FUNC_CDECL	Format (const char *format,...)

bool ON_VARGS_FUNC_CDECL	Format (const unsigned char *format,...)

bool	FormatVargs (const char *format, va_list args)

bool	FormatVargs (const unsigned char *format, va_list args)

char	GetAt (int) const

bool	IsEmpty () const

bool	IsNotEmpty () const

bool	IsReferenceCounted () const

ON_String	Left (int) const

int	Length () const
	Attributes & Operations. More...

void	MakeLower ()

void	MakeLowerOrdinal ()

void	MakeReverse ()

void	MakeUpper ()

void	MakeUpperOrdinal ()
	upper/lower/reverse conversion More...

ON_String	MapString (const class ON_Locale &locale, ON_StringMapType map_type) const

ON_String	MapStringOrdinal (ON_StringMapOrdinalType map_type) const

ON_String	Mid (int, int) const
	simple sub-string extraction More...

ON_String	Mid (int) const

	ON_DEPRECATED_MSG ("Use CompareOrdinal(), ComparePath(), CompareAttributeName(), or a test that is linguistically apprropriate") int Compare(const char *) const

	ON_DEPRECATED_MSG ("Use CompareOrdinal(), ComparePath(), CompareAttributeName(), or a test that is linguistically apprropriate") int Compare(const unsigned char *) const

	ON_DEPRECATED_MSG ("Use CompareOrdinal(), ComparePath(), CompareAttributeName(), or a test that is linguistically apprropriate") int CompareNoCase(const char *) const

	ON_DEPRECATED_MSG ("Use CompareOrdinal(), ComparePath(), CompareAttributeName(), or a test that is linguistically apprropriate") int CompareNoCase(const unsigned char *) const

	operator const char * () const

ON_String	operator+ (const ON_String &) const
	operator+() More...

ON_String	operator+ (char) const

ON_String	operator+ (unsigned char) const

ON_String	operator+ (const char *) const

ON_String	operator+ (const unsigned char *) const

const ON_String &	operator+= (const ON_String &)

const ON_String &	operator+= (char)

const ON_String &	operator+= (unsigned char)

const ON_String &	operator+= (const char *)

const ON_String &	operator+= (const unsigned char *)

ON_String &	operator= (const ON_String &)
	overloaded assignment More...

ON_String &	operator= (char)

ON_String &	operator= (const char *)

ON_String &	operator= (unsigned char)

ON_String &	operator= (const unsigned char *)

ON_String &	operator= (const wchar_t *src)

ON_String &	operator= (const ON_wString &src)

char &	operator[] (int)

char	operator[] (int) const

int	Remove (const char utf8_single_byte_c)
	remove occurrences of chRemove More...

int	Replace (const char token1, const char token2)
	Replace all substrings that match token1 with token2 More...

int	Replace (const unsigned char token1, const unsigned char token2)

int	Replace (char utf8_single_byte_c1, char utf8_single_byte_c2)

int	Replace (unsigned char utf8_single_byte_c1, unsigned char utf8_single_byte_c2)

char *	ReserveArray (size_t)
	Low level access to string contents as character array. More...

ON_String	Reverse () const

int	ReverseFind (char utf8_single_byte_c) const

int	ReverseFind (unsigned char utf8_single_byte_c) const

int	ReverseFind (const char *) const

int	ReverseFind (const unsigned char *) const

ON_String	Right (int) const

int ON_VARGS_FUNC_CDECL	Scan (const char *format,...)

int ON_VARGS_FUNC_CDECL	Scan (const unsigned char *format,...)

void	SetAt (int, char)

void	SetAt (int, unsigned char)

char *	SetLength (size_t)

void	ShrinkArray ()

unsigned int	SizeOf () const

void	TrimLeft (const char *=nullptr)

void	TrimLeftAndRight (const char *=nullptr)

void	TrimRight (const char *=nullptr)

unsigned int	UnsignedLength () const

bool	WildCardMatch (const char *) const
	Simple case sensitive wildcard matching. A question mark (?) in the pattern matches a single character. An asterisk (*) in the pattern mathes zero or more occurances of any character. More...

bool	WildCardMatch (const unsigned char *) const

bool	WildCardMatchNoCase (const char *) const
	Simple case insensitive wildcard matching. A question mark (?) in the pattern matches a single character. An asterisk (*) in the pattern mathes zero or more occurances of any character. More...

bool	WildCardMatchNoCase (const unsigned char *) const

Static Public Member Functions
static const ON_String	ApproximateFromNumber (double d)

static int	Compare (const char string1, const char string2, const class ON_Locale &locale, bool bIgnoreCase)
	Compare string1 and string2 by normalizing (NFC) and using invariant culture ordering. More...

static int	Compare (const char string1, int element_count1, const char string2, int element_count2, const class ON_Locale &locale, bool bIgnoreCase)
	Compare string1 and string2 by normalizing (NFC) and using invariant culture ordering. More...

static int	CompareAttributeName (const char name1, const char name2)
	Compare this string and other_name as a name attribute of an object like ON_3dmObjectAttributes.m_name, ON_Layer.m_name, and so on. These comparisons ignore case and use appropriate string normalization. More...

static int	CompareOrdinal (const char string1, const char string2, bool bIgnoreCase)
	Compare string1 and string2 unsigned byte by unsigned byte. More...

static int	CompareOrdinal (const char string1, int element_count1, const char string2, int element_count2, bool bOrdinalIgnoreCase)
	Compare string1 and string2 unsigned byte by unsigned byte. More...

static int	ComparePath (const char path1, const char path2)
	Compare sPath1 and sPath2 as file system paths using appropriate tests for the current operating system. More...

static int	ComparePath (const char path1, int element_count1, const char path2, int element_count2)
	Compare sPath1 and sPath2 as file system paths using appropriate tests for the current operating system. More...

static bool	Equal (const char string1, const char string2, const class ON_Locale &locale, bool bIgnoreCase)

static bool	Equal (const char string1, int element_count1, const char string2, int element_count2, const class ON_Locale &locale, bool bOrdinalIgnoreCase)

static bool	EqualAttributeName (const char name1, const char name2)

static bool	EqualOrdinal (const char string1, const char string2, bool bOrdinalIgnoreCase)

static bool	EqualOrdinal (const char string1, int element_count1, const char string2, int element_count2, bool bOrdinalIgnoreCase)

static bool	EqualPath (const char path1, const char path2)

static bool	EqualPath (const char path1, int element_count1, const char path2, int element_count2)

static int ON_VARGS_FUNC_CDECL	FormatIntoBuffer (char buffer, size_t buffer_capacity, const char format,...)
	A platform independent, secure, culture invariant way to format a char string. This function is provide to be used when it is critical that the formatting be platform independent, secure and culture invarient. More...

static int ON_VARGS_FUNC_CDECL	FormatIntoBuffer (ON_StringBuffer &buffer, const char *format,...)

static const ON_wString ON_VARGS_FUNC_CDECL	FormatToString (const char *format,...)

static int	FormatVargsIntoBuffer (char buffer, size_t buffer_capacity, const char format, va_list args)

static int	FormatVargsIntoBuffer (ON_StringBuffer &buffer, const char *format, va_list args)

static int	FormatVargsOutputCount (const char *format, va_list args)

static const ON_String	FromNumber (char n)

static const ON_String	FromNumber (unsigned char n)

static const ON_String	FromNumber (short n)

static const ON_String	FromNumber (unsigned short n)

static const ON_String	FromNumber (int n)

static const ON_String	FromNumber (unsigned int n)

static const ON_String	FromNumber (ON__INT64 n)

static const ON_String	FromNumber (ON__UINT64 n)

static const ON_String	FromNumber (double d)

static const ON_String	HexadecimalFromBytes (const ON__UINT8 *bytes, size_t byte_count, bool bCapitalDigits, bool bReverse)
	Each byte value is converted to 2 hexadecimal digits. More...

static int	Length (const char *string)

static char	MapCharacterOrdinal (ON_StringMapOrdinalType map_type, char c)
	Map a single byte UTF-8 element to upper or lower case. More...

static ON_String	MapString (const class ON_Locale &locale, ON_StringMapType map_type, const char *string, int element_count)

static int	MapString (const class ON_Locale &locale, ON_StringMapType map_type, const char string, int element_count, char mapped_string, int mapped_string_capacity)
	Maps element_count elements of string[] to mapped_string[]. More...

static int	MapStringOrdinal (ON_StringMapOrdinalType map_type, const char string, int element_count, char mapped_string, int mapped_string_capacity)
	Map a wchar_t string. More...

static const ON_String	PreciseFromNumber (double d)

static char *	Reverse (char *string, int element_count)

static int ON_VARGS_FUNC_CDECL	ScanBuffer (const char buffer, const char format,...)

static int ON_VARGS_FUNC_CDECL	ScanBuffer (const unsigned char buffer, const unsigned char format,...)

static int	ScanBufferVargs (const char buffer, const char format, va_list args)

static int	ScanBufferVargs (const unsigned char buffer, const unsigned char format, va_list args)

static void	SplitPath (const char path, ON_String drive, ON_String dir, ON_String fname, ON_String *ext)
	OBSOLETE - use ON_FileSystemPath::SplitPath. More...

static const char *	ToNumber (const char buffer, char value_on_failure, char value)

static const char *	ToNumber (const char buffer, unsigned char value_on_failure, unsigned char value)

static const char *	ToNumber (const char buffer, short value_on_failure, short value)

static const char *	ToNumber (const char buffer, unsigned short value_on_failure, unsigned short value)

static const char *	ToNumber (const char buffer, int value_on_failure, int value)

static const char *	ToNumber (const char buffer, unsigned int value_on_failure, unsigned int value)

static const char *	ToNumber (const char buffer, ON__INT64 value_on_failure, ON__INT64 value)

static const char *	ToNumber (const char buffer, ON__UINT64 value_on_failure, ON__UINT64 value)

static const char *	ToNumber (const char buffer, double value_on_failure, double value)

static unsigned int	UnsignedLength (const char *string)

Static Public Attributes
static const char	Backslash

static const char	Backspace

static const char	CarriageReturn

static const ON_String	EmptyString

static const char	Escape

static const char	FormFeed

static const char	LineFeed

static const char	Pipe

static const char	Slash

static const char	Space

static const char	Tab

static const char	VerticalTab

Protected Member Functions
void	AppendToArray (const ON_String &)

void	AppendToArray (int, const char *)

void	AppendToArray (int, const unsigned char *)

void	CopyArray ()

void	CopyToArray (const ON_String &)

void	CopyToArray (int, const char *)

void	CopyToArray (int, const unsigned char *)

void	CopyToArray (int, const wchar_t *)

char *	CreateArray (int)

struct ON_aStringHeader *	Header () const
	implementation helpers More...

Protected Attributes
char *	m_s
	Implementation. More...

Constructor & Destructor Documentation

◆ ON_String() [1/11]

ON_String::ON_String ( )

Constructors.

◆ ON_String() [2/11]

ON_String::ON_String ( const ON_String & )

◆ ON_String() [3/11]

ON_String::ON_String ( const char * )

◆ ON_String() [4/11]

ON_String::ON_String	(	const char *	,
		int
	)

◆ ON_String() [5/11]

ON_String::ON_String	(	char	,
		int	= `1`
	)

◆ ON_String() [6/11]

ON_String::ON_String ( const unsigned char * )

◆ ON_String() [7/11]

ON_String::ON_String	(	const unsigned char *	,
		int
	)

◆ ON_String() [8/11]

ON_String::ON_String	(	unsigned	char,
		int	= `1`
	)

◆ ON_String() [9/11]

ON_String::ON_String ( const wchar_t * src )

construct a UTF-8 string string from a UTF-16 string.

◆ ON_String() [10/11]

ON_String::ON_String	(	const wchar_t *	src,
		int	length
	)

◆ ON_String() [11/11]

ON_String::ON_String ( const ON_wString & src )

◆ ~ON_String()

ON_String::~ON_String ( )

Member Function Documentation

◆ Append() [1/2]

void ON_String::Append	(	const char *	,
		int
	)

string concatenation

◆ Append() [2/2]

void ON_String::Append	(	const unsigned char *	,
		int
	)

◆ AppendToArray() [1/3]

void ON_String::AppendToArray ( const ON_String & )

protected

◆ AppendToArray() [2/3]

void ON_String::AppendToArray	(	int	,
		const char *
	)

protected

◆ AppendToArray() [3/3]

void ON_String::AppendToArray	(	int	,
		const unsigned char *
	)

protected

◆ ApproximateFromNumber()

static const ON_String ON_String::ApproximateFromNumber ( double d )

static

◆ Array() [1/2]

char* ON_String::Array ( )

◆ Array() [2/2]

const char* ON_String::Array ( ) const

◆ Compare() [1/4]

int ON_String::Compare	(	const ON_String &	other_string,
		const class ON_Locale &	locale,
		bool	bIgnoreCase
	)		const

Compare this string and other_string by normalizing (NFC) and using invariant culture ordering.

Parameters

other_string	[in]
bIgnoreCase	[in]

1) Ordinal compares are the fastest. 2) Equal(...) is faster than Compare(...)

◆ Compare() [2/4]

int ON_String::Compare	(	const char *	other_string,
		const class ON_Locale &	locale,
		bool	bIgnoreCase
	)		const

◆ Compare() [3/4]

static int ON_String::Compare	(	const char *	string1,
		const char *	string2,
		const class ON_Locale &	locale,
		bool	bIgnoreCase
	)

static

Compare string1 and string2 by normalizing (NFC) and using invariant culture ordering.

Parameters

string1	[in]
string2	[in]
bIgnoreCase	[in]

1) Ordinal compares are the fastest. 2) Equal(...) is faster than Compare(...)

◆ Compare() [4/4]

static int ON_String::Compare	(	const char *	string1,
		int	element_count1,
		const char *	string2,
		int	element_count2,
		const class ON_Locale &	locale,
		bool	bIgnoreCase
	)

static

Compare string1 and string2 by normalizing (NFC) and using invariant culture ordering.

Parameters

string1	[in]
element_count1	[in] The number of string1[] elements to compare. If element_count1 < 0, then string1 must be null terminated.
string2	[in]
element_count2	[in] The number of string2[] elements to compare. If element_count2 < 0, then string2 must be null terminated.
locale	[in] Typically ON_Locale::Ordinal, ON_Locale::InvariantCulture, or ON_Locale::CurrentCulture.
bIgnoreCase	[in]

1) Ordinal compares are the fastest. 2) Equal(...) is faster than Compare(...)

◆ CompareAttributeName() [1/2]

int ON_String::CompareAttributeName ( const char * other_name ) const

Compare this string and other_name as a name attribute of an object like ON_3dmObjectAttributes.m_name, ON_Layer.m_name, and so on. These comparisons ignore case and use appropriate string normalization.

Parameters

other_name [in] null terminated string

◆ CompareAttributeName() [2/2]

static int ON_String::CompareAttributeName	(	const char *	name1,
		const char *	name2
	)

static

Compare this string and other_name as a name attribute of an object like ON_3dmObjectAttributes.m_name, ON_Layer.m_name, and so on. These comparisons ignore case and use appropriate string normalization.

Parameters

name1	[in] null terminated string
name2	[in] null terminated string

◆ CompareOrdinal() [1/4]

int ON_String::CompareOrdinal	(	const ON_String &	other_string,
		bool	bIgnoreCase
	)		const

Compare this string and other_string unsigned byte by unsigned byte.

Parameters

other_string	[in]
bIgnoreCase	[in]

1) If the string is UTF-8 encoded and bOrdinalIgnoreCase is true, only small latin a - z and capital latin A - Z are considered equal. It is imposible to ignore case for any other values in an ordinal compare.

2) If you are comparing file system paths, you should use ComparePath().

3) If locale, linguistic issues, UTF-8 encoding issues or unicode normalization or collation issues need to be considered, then CompareOrdinal() is the wrong function to use.

◆ CompareOrdinal() [2/4]

int ON_String::CompareOrdinal	(	const char *	other_string,
		bool	bIgnoreCase
	)		const

◆ CompareOrdinal() [3/4]

static int ON_String::CompareOrdinal	(	const char *	string1,
		const char *	string2,
		bool	bIgnoreCase
	)

static

Compare string1 and string2 unsigned byte by unsigned byte.

Parameters

string1	[in]
string2	[in]
bIgnoreCase	[in]

1) If the string is UTF-8 encoded and bOrdinalIgnoreCase is true, only small latin a - z and capital latin A - Z are considered equal. It is imposible to ignore case for any other values in a UTF-8 ordinal compare.

2) If you are comparing file system paths, you should use ComparePath().

3) If locale, linguistic issues, UTF-8 encoding issues or unicode normalization or collation issues need to be considered, then CompareOrdinal() is the wrong function to use.

◆ CompareOrdinal() [4/4]

static int ON_String::CompareOrdinal	(	const char *	string1,
		int	element_count1,
		const char *	string2,
		int	element_count2,
		bool	bOrdinalIgnoreCase
	)

static

Compare string1 and string2 unsigned byte by unsigned byte.

Parameters

string1	[in]
element_count1	[in] The number of elements in string1[] to compare. If element_count1 < 1, string1 must be null terminated and every element before the null terminator will be compared.
string2	[in]
element_count2	[in] The number of elements in string2[] to compare. If element_count2 < 1, string2 must be null terminated and every element before the null terminator will be compared.
bOrdinalIgnoreCase	[in] If true, elements with values a-z are compared as if they had values A-Z.

1) If the string is UTF-8 encoded and bOrdinalIgnoreCase is true, only small latin a - z and capital latin A - Z are considered equal. It is imposible to ignore case for any other values in a UTF-8 ordinal compare.

2) If you are comparing file system paths, you should use ComparePath().

3) If locale, linguistic issues, UTF-8 encoding issues or unicode normalization or collation issues need to be considered, then CompareOrdinal() is the wrong function to use.

◆ ComparePath() [1/3]

int ON_String::ComparePath ( const char * other_path ) const

Compare this string and other_path as file system paths using appropriate tests for the current operating system.

Parameters

other_path [in]

1) Windows and UNIX directory separators (/ and ) are considered equal.

2) Case is ignored when the file system is not case sensitive, like Windows.

3) String normalization appropriate for the current operating system is performed.

◆ ComparePath() [2/3]

static int ON_String::ComparePath	(	const char *	path1,
		const char *	path2
	)

static

Compare sPath1 and sPath2 as file system paths using appropriate tests for the current operating system.

Parameters

path1	[in] null terminated string
path2	[in] null terminated string

1) Windows and UNIX directory separators (/ and ) are considered equal.

2) Case is ignored when the file system is not case sensitive, like Windows.

3) String normalization appropriate for the current operating system is performed.

◆ ComparePath() [3/3]

static int ON_String::ComparePath	(	const char *	path1,
		int	element_count1,
		const char *	path2,
		int	element_count2
	)

static

Compare sPath1 and sPath2 as file system paths using appropriate tests for the current operating system.

Parameters

path1	[in]
maximum_element_count1	[in]
path2	[in]
maximum_element_count2	[in]

1) Windows and UNIX directory separators (/ and ) are considered equal.

2) Case is ignored when the file system is not case sensitive, like Windows.

3) String normalization appropriate for the current operating system is performed.

◆ ContentHash()

const ON_SHA1_Hash ON_String::ContentHash ( ON_StringMapOrdinalType mapping ) const

◆ CopyArray()

void ON_String::CopyArray ( )

protected

◆ CopyToArray() [1/4]

void ON_String::CopyToArray ( const ON_String & )

protected

◆ CopyToArray() [2/4]

void ON_String::CopyToArray	(	int	,
		const char *
	)

protected

◆ CopyToArray() [3/4]

void ON_String::CopyToArray	(	int	,
		const unsigned char *
	)

protected

◆ CopyToArray() [4/4]

void ON_String::CopyToArray	(	int	,
		const wchar_t *
	)

protected

◆ Create()

void ON_String::Create ( )

◆ CreateArray()

char* ON_String::CreateArray ( int )

protected

◆ DataCRC()

ON__UINT32 ON_String::DataCRC ( ON__UINT32 current_remainder ) const

◆ Destroy()

void ON_String::Destroy ( )

◆ EmergencyDestroy()

void ON_String::EmergencyDestroy ( )

◆ Empty()

void ON_String::Empty ( )

◆ EnableReferenceCounting()

void ON_String::EnableReferenceCounting ( bool bEnable )

Enables reference counting. I limited cases, this is useful for large strings or strings that are frequently passed around. Reference counted strings must be carefully managed in when multi-threading is used.

TODODOC: If EnableReferenceCounting() TODODOC: is not called, then the string will not be referanceThe default is to not use TODODOC: reference counted strings.

◆ Equal() [1/4]

bool ON_String::Equal	(	const ON_String &	other_string,
		const class ON_Locale &	locale,
		bool	bIgnoreCase
	)		const

◆ Equal() [2/4]

bool ON_String::Equal	(	const char *	other_string,
		const class ON_Locale &	locale,
		bool	bIgnoreCase
	)		const

◆ Equal() [3/4]

static bool ON_String::Equal	(	const char *	string1,
		const char *	string2,
		const class ON_Locale &	locale,
		bool	bIgnoreCase
	)

static

◆ Equal() [4/4]

static bool ON_String::Equal	(	const char *	string1,
		int	element_count1,
		const char *	string2,
		int	element_count2,
		const class ON_Locale &	locale,
		bool	bOrdinalIgnoreCase
	)

static

◆ EqualAttributeName() [1/2]

bool ON_String::EqualAttributeName ( const char * other_name ) const

◆ EqualAttributeName() [2/2]

static bool ON_String::EqualAttributeName	(	const char *	name1,
		const char *	name2
	)

static

◆ EqualOrdinal() [1/4]

bool ON_String::EqualOrdinal	(	const ON_String &	other_string,
		bool	bOrdinalIgnoreCase
	)		const

◆ EqualOrdinal() [2/4]

bool ON_String::EqualOrdinal	(	const char *	other_string,
		bool	bOrdinalIgnoreCase
	)		const

◆ EqualOrdinal() [3/4]

static bool ON_String::EqualOrdinal	(	const char *	string1,
		const char *	string2,
		bool	bOrdinalIgnoreCase
	)

static

◆ EqualOrdinal() [4/4]

static bool ON_String::EqualOrdinal	(	const char *	string1,
		int	element_count1,
		const char *	string2,
		int	element_count2,
		bool	bOrdinalIgnoreCase
	)

static

◆ EqualPath() [1/3]

bool ON_String::EqualPath ( const char * other_path ) const

◆ EqualPath() [2/3]

static bool ON_String::EqualPath	(	const char *	path1,
		const char *	path2
	)

static

◆ EqualPath() [3/3]

static bool ON_String::EqualPath	(	const char *	path1,
		int	element_count1,
		const char *	path2,
		int	element_count2
	)

static

◆ Find() [1/6]

int ON_String::Find ( char utf8_single_byte_c ) const

◆ Find() [2/6]

int ON_String::Find ( unsigned char utf8_single_byte_c ) const

◆ Find() [3/6]

int ON_String::Find ( const char * ) const

look for a specific sub-string

◆ Find() [4/6]

int ON_String::Find ( const unsigned char * ) const

◆ Find() [5/6]

int ON_String::Find	(	const char *	,
		int	start_index
	)		const

◆ Find() [6/6]

int ON_String::Find	(	const unsigned char *	,
		int	start_index
	)		const

◆ Format() [1/2]

bool ON_VARGS_FUNC_CDECL ON_String::Format	(	const char *	format,
			...
	)

Parameters

format [in] Format control. Positional paramters of the form N$x where N >= 1 and x is the standard format specification are supported. Avoid using S (capital S). See the Remarks for details. ... - [in] arguments for replacable items in the format string.

Returns: True if successful. False if the string is too long or the format string is not valid.

When using Microsoft's compiler and other compilers that provide similar locale support, the locale is the invariant culture locale returned by ON_Locale::InvariantCulture::LocalePtr().

The way Windows handles the S (capital S) format parameter depends on locale and code page settings. It is strongly reccommended that you never use S to include any string that may possibly contain elements with values > 127. The following examples illustrate a way to predictably use UTF-8 and wchar_t parameters in buffers of the other element type.

const char* utf8_string = ...; // UNRELIABLE // ON_wString::Format(buffer,buffer_capacity,"%S",utf8_string); // The code below will treat utf8_string as a UTF-8 encoded string. wchar_t wchar_buffer[...]; const size_t wchar_buffer_capacity= sizeof(buffer)/sizeof(buffer[0]); ON_wString::Format(wchar_buffer, wchar_buffer_capacity, "%s", ON_wString(utf8_string));

const wchar_t* wide_string = ...; // UNRELIABLE // ON_wString::Format(buffer,buffer_capacity,"%S",char_string); // The code below will include wide_string as a UTF-8 encoded string. char char_buffer[...]; const size_t char_buffer_capacity = sizeof(buffer)/sizeof(buffer[0]); ON_String::Format(char_buffer, char_buffer_capacity, "%s", ON_String(wide_string));

◆ Format() [2/2]

bool ON_VARGS_FUNC_CDECL ON_String::Format	(	const unsigned char *	format,
			...
	)

◆ FormatIntoBuffer() [1/2]

static int ON_VARGS_FUNC_CDECL ON_String::FormatIntoBuffer	(	char *	buffer,
		size_t	buffer_capacity,
		const char *	format,
			...
	)

static

A platform independent, secure, culture invariant way to format a char string. This function is provide to be used when it is critical that the formatting be platform independent, secure and culture invarient.

Parameters

buffer	[out] not null
buffer_capacity	[in] > 0 Number of char elements in buffer.
sFormat	[in] Avoid using S (capital S). See the Remarks for details. ... - [in]

Returns: >= 0: The number of char elements written to buffer[], not including the null terminator. A null terminator is always added (buffer[returned value] = 0). The last element of buffer[] is always set to zero (buffer[buffer_capacity-1] = 0). < 0: failure: If buffer is not null and buffer_capacity > 0, then buffer[0] = 0 and buffer[buffer_capacity-1] = 0;

The way Windows handles the S (capital S) format parameter depends on locale and code page settings. It is strongly reccommended that you never use S to include any string that may possibly contain elements with values > 127. The following examples illustrate a way to predictably use UTF-8 and wchar_t parameters in buffers of the other element type.

   const char* utf8_string = ...;
   // UNRELIABLE // ON_wString::Format(buffer,buffer_capacity,"%S",utf8_string);
   wchar_t wchar_buffer[...];
   const size_t wchar_buffer_capacity= sizeof(buffer)/sizeof(buffer[0]);
   ON_wString::Format(wchar_buffer, wchar_buffer_capacity, "%s", ON_wString(utf8_string));

   const wchar_t* wide_string = ...;
   // UNRELIABLE // ON_wString::Format(buffer,buffer_capacity,"%S",char_string);
   char char_buffer[...];
   const size_t char_buffer_capacity = sizeof(buffer)/sizeof(buffer[0]);
   ON_String::Format(char_buffer, char_buffer_capacity, "%s", ON_String(wide_string));

◆ FormatIntoBuffer() [2/2]

static int ON_VARGS_FUNC_CDECL ON_String::FormatIntoBuffer	(	ON_StringBuffer &	buffer,
		const char *	format,
			...
	)

static

◆ FormatToString()

static const ON_wString ON_VARGS_FUNC_CDECL ON_String::FormatToString	(	const char *	format,
			...
	)

static

◆ FormatVargs() [1/2]

bool ON_String::FormatVargs	(	const char *	format,
		va_list	args
	)

◆ FormatVargs() [2/2]

bool ON_String::FormatVargs	(	const unsigned char *	format,
		va_list	args
	)

◆ FormatVargsIntoBuffer() [1/2]

static int ON_String::FormatVargsIntoBuffer	(	char *	buffer,
		size_t	buffer_capacity,
		const char *	format,
		va_list	args
	)

static

◆ FormatVargsIntoBuffer() [2/2]

static int ON_String::FormatVargsIntoBuffer	(	ON_StringBuffer &	buffer,
		const char *	format,
		va_list	args
	)

static

◆ FormatVargsOutputCount()

static int ON_String::FormatVargsOutputCount	(	const char *	format,
		va_list	args
	)

static

Returns: >= 0: Number of char elements in the formatted string, not including the null terminator. < 0: Invalid input

◆ FromNumber() [1/9]

static const ON_String ON_String::FromNumber ( char n )

static

◆ FromNumber() [2/9]

static const ON_String ON_String::FromNumber ( unsigned char n )

static

◆ FromNumber() [3/9]

static const ON_String ON_String::FromNumber ( short n )

static

◆ FromNumber() [4/9]

static const ON_String ON_String::FromNumber ( unsigned short n )

static

◆ FromNumber() [5/9]

static const ON_String ON_String::FromNumber ( int n )

static

◆ FromNumber() [6/9]

static const ON_String ON_String::FromNumber ( unsigned int n )

static

◆ FromNumber() [7/9]

static const ON_String ON_String::FromNumber ( ON__INT64 n )

static

◆ FromNumber() [8/9]

static const ON_String ON_String::FromNumber ( ON__UINT64 n )

static

◆ FromNumber() [9/9]

static const ON_String ON_String::FromNumber ( double d )

static

◆ GetAt()

char ON_String::GetAt ( int ) const

◆ Header()

struct ON_aStringHeader* ON_String::Header ( ) const

protected

implementation helpers

◆ HexadecimalFromBytes()

static const ON_String ON_String::HexadecimalFromBytes	(	const ON__UINT8 *	bytes,
		size_t	byte_count,
		bool	bCapitalDigits,
		bool	bReverse
	)

static

Each byte value is converted to 2 hexadecimal digits.

Parameters

bytes	[in] list of byte values
byte_count	[in] Number of byte values in bytes[] array.
bCapitalDigits	[in] false: Use 0-9, a - b true: Use 0-9, A - F
bReverse	[in] false: The digist in the string will be in the order bytes[0], bytes[1], ..., bytes[byte_count-1]. true: The digist in the string will be in the order bytes[byte_count-1], ..., bytes[1], bytes[0].

◆ IsEmpty()

bool ON_String::IsEmpty ( ) const

◆ IsNotEmpty()

bool ON_String::IsNotEmpty ( ) const

◆ IsReferenceCounted()

bool ON_String::IsReferenceCounted ( ) const

Returns: True if the string is reference counted.

◆ Left()

ON_String ON_String::Left ( int ) const

◆ Length() [1/2]

int ON_String::Length ( ) const

Attributes & Operations.

Returns: number of nonzero elements in string.

◆ Length() [2/2]

static int ON_String::Length ( const char * string )

static

Returns: number of nonzero elements in string before the first null terminator. If string is nullptr, 0 is returned.

◆ MakeLower()

void ON_String::MakeLower ( )

◆ MakeLowerOrdinal()

void ON_String::MakeLowerOrdinal ( )

◆ MakeReverse()

void ON_String::MakeReverse ( )

◆ MakeUpper()

void ON_String::MakeUpper ( )

◆ MakeUpperOrdinal()

void ON_String::MakeUpperOrdinal ( )

upper/lower/reverse conversion

◆ MapCharacterOrdinal()

static char ON_String::MapCharacterOrdinal	(	ON_StringMapOrdinalType	map_type,
		char	c
	)

static

Map a single byte UTF-8 element to upper or lower case.

Parameters

c	[in] If c is in the range A to Z or a to z, the map specified by map_type is applied. All other values of c are unchanged.

MapCharacterOrdinal is not appropriate for general string mapping.

◆ MapString() [1/3]

ON_String ON_String::MapString	(	const class ON_Locale &	locale,
		ON_StringMapType	map_type
	)		const

◆ MapString() [2/3]

static ON_String ON_String::MapString	(	const class ON_Locale &	locale,
		ON_StringMapType	map_type,
		const char *	string,
		int	element_count
	)

static

◆ MapString() [3/3]

static int ON_String::MapString	(	const class ON_Locale &	locale,
		ON_StringMapType	map_type,
		const char *	string,
		int	element_count,
		char *	mapped_string,
		int	mapped_string_capacity
	)

static

Maps element_count elements of string[] to mapped_string[].

Parameters

locale	[in] Locale to use when converting case. It is common to pass one of the preset locales ON_Locale::Ordinal, ON_Locale::InvariantCulture, or ON_Locale::m_CurrentCulture.
map_type	[in] selects the mapping
string	[in] input string to map.
element_count	[in] The number of char elements to map from input string[].

If element_count < 1, then string[] must be null terminated and ON_wString::Length(string)+1 elements are mapped. The +1 insures the output is null terminated.

Parameters

mapped_string	[out] The result of the mapping is returned in mapped_string[].
mapped_string_capacity	[in] Number of char elements available in mapped_string[] or 0 to calculate the minimum number of elements needed for the mapping.

Returns

If mapped_string_capacity > 0, then the number elements set in mapped_string[] is returned.

If mapped_string_capacity == 0, then the number elements required to perform the mapping is returned.

When there is room, mapped_string[] is null terminated.

0: Failure.

◆ MapStringOrdinal() [1/2]

ON_String ON_String::MapStringOrdinal ( ON_StringMapOrdinalType map_type ) const

◆ MapStringOrdinal() [2/2]

static int ON_String::MapStringOrdinal	(	ON_StringMapOrdinalType	map_type,
		const char *	string,
		int	element_count,
		char *	mapped_string,
		int	mapped_string_capacity
	)

static

Map a wchar_t string.

Parameters

map_type	[in]
string	[in]
element_count	[in] number of string[] elements to map. If element_count < 0, then ON_wString::Length(string) elements are mapped.
mapped_string	[out]
mapped_string_capacity	[in] number of available elements in mapped_string[].
map_type	[in]

Returns

Number of mapped_string[] elements that were mapped from string[].

When the number of string[] input elements is >= mapped_string_capacity, mapped_string_capacity mapped_string[] elements are set and mapped_string_capacity is returned.

When the return value is < mapped_string_capacity, a null terminator is appended after the last mapped element.

◆ Mid() [1/2]

ON_String ON_String::Mid	(	int	,
		int
	)		const

simple sub-string extraction

◆ Mid() [2/2]

ON_String ON_String::Mid ( int ) const

◆ ON_DEPRECATED_MSG() [1/4]

ON_String::ON_DEPRECATED_MSG	(	"Use	CompareOrdinal(),
		ComparePath()	,
		CompareAttributeName()	,
		or a test that is linguistically apprropriate"
	)		const

◆ ON_DEPRECATED_MSG() [2/4]

ON_String::ON_DEPRECATED_MSG	(	"Use	CompareOrdinal(),
		ComparePath()	,
		CompareAttributeName()	,
		or a test that is linguistically apprropriate"
	)		const

◆ ON_DEPRECATED_MSG() [3/4]

ON_String::ON_DEPRECATED_MSG	(	"Use	CompareOrdinal(),
		ComparePath()	,
		CompareAttributeName()	,
		or a test that is linguistically apprropriate"
	)		const

◆ ON_DEPRECATED_MSG() [4/4]

ON_String::ON_DEPRECATED_MSG	(	"Use	CompareOrdinal(),
		ComparePath()	,
		CompareAttributeName()	,
		or a test that is linguistically apprropriate"
	)		const

◆ operator const char *()

ON_String::operator const char * ( ) const

◆ operator+() [1/5]

ON_String ON_String::operator+ ( const ON_String & ) const

operator+()

◆ operator+() [2/5]

ON_String ON_String::operator+ ( char ) const

◆ operator+() [3/5]

ON_String ON_String::operator+ ( unsigned char ) const

◆ operator+() [4/5]

ON_String ON_String::operator+ ( const char * ) const

◆ operator+() [5/5]

ON_String ON_String::operator+ ( const unsigned char * ) const

◆ operator+=() [1/5]

const ON_String& ON_String::operator+= ( const ON_String & )

◆ operator+=() [2/5]

const ON_String& ON_String::operator+= ( char )

◆ operator+=() [3/5]

const ON_String& ON_String::operator+= ( unsigned char )

◆ operator+=() [4/5]

const ON_String& ON_String::operator+= ( const char * )

◆ operator+=() [5/5]

const ON_String& ON_String::operator+= ( const unsigned char * )

◆ operator=() [1/7]

ON_String& ON_String::operator= ( const ON_String & )

overloaded assignment

◆ operator=() [2/7]

ON_String& ON_String::operator= ( char )

◆ operator=() [3/7]

ON_String& ON_String::operator= ( const char * )

◆ operator=() [4/7]

ON_String& ON_String::operator= ( unsigned char )

◆ operator=() [5/7]

ON_String& ON_String::operator= ( const unsigned char * )

◆ operator=() [6/7]

ON_String& ON_String::operator= ( const wchar_t * src )

◆ operator=() [7/7]

ON_String& ON_String::operator= ( const ON_wString & src )

◆ operator[]() [1/2]

char& ON_String::operator[] ( int )

◆ operator[]() [2/2]

char ON_String::operator[] ( int ) const

◆ PreciseFromNumber()

static const ON_String ON_String::PreciseFromNumber ( double d )

static

◆ Remove()

int ON_String::Remove ( const char utf8_single_byte_c )

remove occurrences of chRemove

◆ Replace() [1/4]

int ON_String::Replace	(	const char *	token1,
		const char *	token2
	)

Replace all substrings that match token1 with token2

Parameters

token1	[in]
token2	[in]

Returns: Number of times token1 was replaced with token2.

◆ Replace() [2/4]

int ON_String::Replace	(	const unsigned char *	token1,
		const unsigned char *	token2
	)

◆ Replace() [3/4]

int ON_String::Replace	(	char	utf8_single_byte_c1,
		char	utf8_single_byte_c2
	)

◆ Replace() [4/4]

int ON_String::Replace	(	unsigned char	utf8_single_byte_c1,
		unsigned char	utf8_single_byte_c2
	)

◆ ReserveArray()

char* ON_String::ReserveArray ( size_t )

Low level access to string contents as character array.

◆ Reverse() [1/2]

ON_String ON_String::Reverse ( ) const

◆ Reverse() [2/2]

static char* ON_String::Reverse	(	char *	string,
		int	element_count
	)

static

◆ ReverseFind() [1/4]

int ON_String::ReverseFind ( char utf8_single_byte_c ) const

◆ ReverseFind() [2/4]

int ON_String::ReverseFind ( unsigned char utf8_single_byte_c ) const

◆ ReverseFind() [3/4]

int ON_String::ReverseFind ( const char * ) const

◆ ReverseFind() [4/4]

int ON_String::ReverseFind ( const unsigned char * ) const

◆ Right()

ON_String ON_String::Right ( int ) const

◆ Scan() [1/2]

int ON_VARGS_FUNC_CDECL ON_String::Scan	(	const char *	format,
			...
	)

Parameters

format [in] null terminated string to scan ... - [out] pointers to elements to assign.

Returns: >= 0: number of fields successfully converted and assigned. <0: failure

◆ Scan() [2/2]

int ON_VARGS_FUNC_CDECL ON_String::Scan	(	const unsigned char *	format,
			...
	)

◆ ScanBuffer() [1/2]

static int ON_VARGS_FUNC_CDECL ON_String::ScanBuffer	(	const char *	buffer,
		const char *	format,
			...
	)

static

◆ ScanBuffer() [2/2]

static int ON_VARGS_FUNC_CDECL ON_String::ScanBuffer	(	const unsigned char *	buffer,
		const unsigned char *	format,
			...
	)

static

◆ ScanBufferVargs() [1/2]

static int ON_String::ScanBufferVargs	(	const char *	buffer,
		const char *	format,
		va_list	args
	)

static

◆ ScanBufferVargs() [2/2]

static int ON_String::ScanBufferVargs	(	const unsigned char *	buffer,
		const unsigned char *	format,
		va_list	args
	)

static

◆ SetAt() [1/2]

void ON_String::SetAt	(	int	,
		char
	)

◆ SetAt() [2/2]

void ON_String::SetAt	(	int	,
		unsigned	char
	)

◆ SetLength()

char* ON_String::SetLength ( size_t )

◆ ShrinkArray()

void ON_String::ShrinkArray ( )

◆ SizeOf()

unsigned int ON_String::SizeOf ( ) const

Returns: Total number of bytes of memory used by this class. (For use in ON_Object::SizeOf() overrides.

◆ SplitPath()

static void ON_String::SplitPath	(	const char *	path,
		ON_String *	drive,
		ON_String *	dir,
		ON_String *	fname,
		ON_String *	ext
	)

static

OBSOLETE - use ON_FileSystemPath::SplitPath.

◆ ToNumber() [1/9]

static const char* ON_String::ToNumber	(	const char *	buffer,
		char	value_on_failure,
		char *	value
	)

static

Parameters

buffer [in] decimal number

Returns: not zero: pointer to the first character that was not scanned nullptr: failure

◆ ToNumber() [2/9]

static const char* ON_String::ToNumber	(	const char *	buffer,
		unsigned char	value_on_failure,
		unsigned char *	value
	)

static

◆ ToNumber() [3/9]

static const char* ON_String::ToNumber	(	const char *	buffer,
		short	value_on_failure,
		short *	value
	)

static

◆ ToNumber() [4/9]

static const char* ON_String::ToNumber	(	const char *	buffer,
		unsigned short	value_on_failure,
		unsigned short *	value
	)

static

◆ ToNumber() [5/9]

static const char* ON_String::ToNumber	(	const char *	buffer,
		int	value_on_failure,
		int *	value
	)

static

◆ ToNumber() [6/9]

static const char* ON_String::ToNumber	(	const char *	buffer,
		unsigned int	value_on_failure,
		unsigned int *	value
	)

static

◆ ToNumber() [7/9]

static const char* ON_String::ToNumber	(	const char *	buffer,
		ON__INT64	value_on_failure,
		ON__INT64 *	value
	)

static

◆ ToNumber() [8/9]

static const char* ON_String::ToNumber	(	const char *	buffer,
		ON__UINT64	value_on_failure,
		ON__UINT64 *	value
	)

static

◆ ToNumber() [9/9]

static const char* ON_String::ToNumber	(	const char *	buffer,
		double	value_on_failure,
		double *	value
	)

static

◆ TrimLeft()

void ON_String::TrimLeft ( const char * = nullptr )

◆ TrimLeftAndRight()

void ON_String::TrimLeftAndRight ( const char * = nullptr )

◆ TrimRight()

void ON_String::TrimRight ( const char * = nullptr )

◆ UnsignedLength() [1/2]

unsigned int ON_String::UnsignedLength ( ) const

Returns: number of nonzero elements in the string.

◆ UnsignedLength() [2/2]

static unsigned int ON_String::UnsignedLength ( const char * string )

static

Returns: number of nonzero elements in string before the first null terminator. If string is nullptr, 0 is returned.

◆ WildCardMatch() [1/2]

bool ON_String::WildCardMatch ( const char * ) const

Simple case sensitive wildcard matching. A question mark (?) in the pattern matches a single character. An asterisk (*) in the pattern mathes zero or more occurances of any character.

Parameters

pattern [in] pattern string where ? and * are wild cards.

Returns: true if the string mathes the wild card pattern.

◆ WildCardMatch() [2/2]

bool ON_String::WildCardMatch ( const unsigned char * ) const

◆ WildCardMatchNoCase() [1/2]

bool ON_String::WildCardMatchNoCase ( const char * ) const

Simple case insensitive wildcard matching. A question mark (?) in the pattern matches a single character. An asterisk (*) in the pattern mathes zero or more occurances of any character.

Parameters

pattern [in] pattern string where ? and * are wild cards.

Returns: true if the string mathes the wild card pattern.

◆ WildCardMatchNoCase() [2/2]

bool ON_String::WildCardMatchNoCase ( const unsigned char * ) const

Member Data Documentation

◆ Backslash

const char ON_String::Backslash

static

◆ Backspace

const char ON_String::Backspace

static

◆ CarriageReturn

const char ON_String::CarriageReturn

static

◆ EmptyString

const ON_String ON_String::EmptyString

static

◆ Escape

const char ON_String::Escape

static

◆ FormFeed

const char ON_String::FormFeed

static

◆ LineFeed

const char ON_String::LineFeed

static

◆ m_s

char* ON_String::m_s

protected

Implementation.

◆ Pipe

const char ON_String::Pipe

static

◆ Slash

const char ON_String::Slash

static

◆ Space

const char ON_String::Space

static

◆ Tab

const char ON_String::Tab

static

◆ VerticalTab

const char ON_String::VerticalTab

static

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Protected Attributes

Constructor & Destructor Documentation

◆ ON_String() [1/11]

◆ ON_String() [2/11]

◆ ON_String() [3/11]

◆ ON_String() [4/11]

◆ ON_String() [5/11]

◆ ON_String() [6/11]

◆ ON_String() [7/11]

◆ ON_String() [8/11]

◆ ON_String() [9/11]

◆ ON_String() [10/11]

◆ ON_String() [11/11]

◆ ~ON_String()

Member Function Documentation

◆ Append() [1/2]

◆ Append() [2/2]

◆ AppendToArray() [1/3]

◆ AppendToArray() [2/3]

◆ AppendToArray() [3/3]

◆ ApproximateFromNumber()

◆ Array() [1/2]

◆ Array() [2/2]

◆ Compare() [1/4]

◆ Compare() [2/4]

◆ Compare() [3/4]

◆ Compare() [4/4]

◆ CompareAttributeName() [1/2]

◆ CompareAttributeName() [2/2]

◆ CompareOrdinal() [1/4]

◆ CompareOrdinal() [2/4]

◆ CompareOrdinal() [3/4]

◆ CompareOrdinal() [4/4]

◆ ComparePath() [1/3]

◆ ComparePath() [2/3]

◆ ComparePath() [3/3]

◆ ContentHash()

◆ CopyArray()

◆ CopyToArray() [1/4]

◆ CopyToArray() [2/4]

◆ CopyToArray() [3/4]

◆ CopyToArray() [4/4]

◆ Create()

◆ CreateArray()

◆ DataCRC()

◆ Destroy()

◆ EmergencyDestroy()

◆ Empty()

◆ EnableReferenceCounting()

◆ Equal() [1/4]

◆ Equal() [2/4]

◆ Equal() [3/4]

◆ Equal() [4/4]

◆ EqualAttributeName() [1/2]

◆ EqualAttributeName() [2/2]

◆ EqualOrdinal() [1/4]

◆ EqualOrdinal() [2/4]

◆ EqualOrdinal() [3/4]

◆ EqualOrdinal() [4/4]

◆ EqualPath() [1/3]

◆ EqualPath() [2/3]

◆ EqualPath() [3/3]

◆ Find() [1/6]

◆ Find() [2/6]

◆ Find() [3/6]

◆ Find() [4/6]

◆ Find() [5/6]

◆ Find() [6/6]

◆ Format() [1/2]

◆ Format() [2/2]

◆ FormatIntoBuffer() [1/2]

◆ FormatIntoBuffer() [2/2]

◆ FormatToString()

◆ FormatVargs() [1/2]

◆ FormatVargs() [2/2]

◆ FormatVargsIntoBuffer() [1/2]