Public Types
typedef size_t	size_type

typedef EscapePair< T, U >	value_type

typedef EscapePair< T, U > &	reference

typedef EscapePair< T, U > const &	const_reference

typedef SelectType<(sizeof(T) >	sizeof (U))

typedef SelectType<(sizeof(T) >	T

typedef SelectType<(sizeof(T) > U::Result	BigCharType

typedef BigCharType	EscapeMapKey

typedef EscapePair< T, U > ::char_range_ref	EscapeMapValue

typedef std::basic_string < BigCharType >	UnescapeMapKey

typedef T	UnescapeMapValue

typedef std::map< EscapeMapKey, EscapeMapValue >	EscapeMap

typedef std::map < UnescapeMapKey, UnescapeMapValue >	UnescapeMap

Public Member Functions
	EscapeTable (EscapePair< T, U > escapes[], size_type count)

	EscapeTable (EscapePair< T, U > escapes[], size_type count, U startEscapeMarker, U endEscapeMarker)

bool16	IsValidEscapeSequence (const EscapeMapValue &escapeSequence) const

bool16	IsValid () const

const_reference	operator[] (size_type index) const

size_type	size () const

EscapeMap const &	GetEscapeMap () const

UnescapeMap const &	GetUnescapeMap () const

Constructor & Destructor Documentation

template<typename T, typename U>

EscapeTable< T, U >::EscapeTable	(	EscapePair< T, U >	escapes[],
		size_type	count
	)

inline

Constructor - initializes the escape table with an array of escape pairs All the escape sequences must start with the same escape marker and they should be the same length (since the end escape marker is not defined)

template<typename T, typename U>

EscapeTable< T, U >::EscapeTable	(	EscapePair< T, U >	escapes[],
		size_type	count,
		U	startEscapeMarker,
		U	endEscapeMarker
	)

inline

Constructor - initializes the escape table with an array of escape pairs. All the escape sequences must be delimited by the same pair of escape markers. The escape sequences might be different in length since we have both delimiters in this case.

Public Types

Public Member Functions

Constructor & Destructor Documentation