Utility constructs for Vaucanson

Collaboration diagram for Utility constructs for Vaucanson:

Files
file	char_traits.hh
	Generic char_traits declarations.
file	deferrer.hh
	Declarations for the Deferrer class.
file	deferrer.hxx
	Definitions for the Deferrer class.
file	window.hh
	Window class for regular expression search on streams.
Namespaces
namespace	utility
	The namespace for utility constructs.
Modules
	Contract checking for Vaucanson
	In Vaucanson, several types of contracts can be placed in the library code.
Classes
struct	generic_int_type
	Generic and under-efficient int_type implementation for char_traits. More...
struct	char_traits
	Generic char_traits. More...
struct	DeferrerDebugPart
	Helper class for Deferrer. More...
struct	DeferrerDebugPart
	Helper class for Deferrer. More...
struct	DeferrerDebugPart< T, false >
struct	Deferrer
	This class defers the creation of its template parameter. More...
struct	remove_reference
	Turn a reference type into its corresponding plain type. More...
struct	remove_reference
	Turn a reference type into its corresponding plain type. More...
struct	remove_reference< T & >
struct	remove_reference< const T & >
struct	remove_const
	Turn a const type into its corresponding mutable type. More...
struct	remove_const
	Turn a const type into its corresponding mutable type. More...
struct	remove_const < const T >
struct	static_if
	Choose between two types or values depending on a constant Boolean. More...
struct	static_if
	Choose between two types or values depending on a constant Boolean. More...
struct	static_if< false, T, U >
struct	static_if_simple
	Choose between two types or values depending on a constant Boolean. More...
struct	static_if_simple
	Choose between two types or values depending on a constant Boolean. More...
struct	static_if_simple< false, T, U >
struct	static_eq
	Test for equality between two types. More...
struct	static_eq
	Test for equality between two types. More...
struct	static_eq< T, T >
struct	static_pow_compute
	These are auxilliary functions for static_pow. More...
struct	static_pow_compute
	These are auxilliary functions for static_pow. More...
struct	static_pow_compute< N, P, true >
struct	static_pow_compute< N, 0, true >
struct	static_pow
	Static exponentiation. More...
struct	static_pow_minus_one
	Static exponentiation, result minus one. More...
class	SupportIterator
	Iterator over the Support generic class. More...
class	Support< std::map< U, T > >
	Support<map<U, T> > is a const adapter of std::map to container. More...
class	SparseIterator
	SparseIterator is an iterator over range except some points. More...
class	SparseInterval
	Container over a sparse integer range. More...
class	SelfIterator
	SelfIterator is an iterator which is also a container. More...
struct	Window
	Handle windows in streams for performing regular expression search. More...
Small alphabetic letters random generation tools.
typedef vcsn::algebra::static_char_interval< 'a', 'z'>	utility::random::small_alpha_interval_t
typedef vcsn::algebra::static_ranged< char, small_alpha_interval_t >	utility::random::small_alpha_letter_t
template<>
small_alpha_letter_t	utility::random::generate< small_alpha_letter_t > ()
	Generates a random small alphabetic letter.
void	utility::Window::moveto (length_t offset)
	Move to a specific offset.
void	utility::Window::moveto (iterator_t position)
	Move to a specific offset.
Accessors
letter_t	utility::Window::eol_value () const
	Get the letter value used for ending lines.
iterator_t	utility::Window::begin () const
	Get an iterator to the beginning of the stream.
iterator_t	utility::Window::stream () const
	Get an iterator to the current position in the stream.
iterator_t	utility::Window::end () const
	Get an iterator to the end of the stream.
size_t	utility::Window::offset () const
	Get the actual offset in the stream.
length_t	utility::Window::length () const
	Get the maximum length of the window.
string_t	utility::Window::window () const
	Get the window as a basic_string<letter_t>.
Defines
#define	SELECT(T)   (*(const T*)0)
	Type argument for types with no commas (simple or 1-par templates).
#define	SELECT2(T1, T2)   (*(const T1 , T2 *)0)
	Type argument for types with one comma (2-parameters templates).
#define	SELECT3(T1, T2, T3)   (*(const T1 , T2, T3 *)0)
	Type argument for types with two commas (3-parameters templates).
#define	SELECT4(T1, T2, T3, T4)   (*(const T1 , T2, T3, T4 *)0)
	Type argument for types with three commas (4-parameters templates).
#define	SELECTOR(T)   const T &
	Type formal argument for types with no commas (simple or 1-par templates).
#define	SELECTOR2(T1, T2)   const T1 , T2 &
	Type formal argument for types with one comma (2-parameters templates).
#define	SELECTOR3(T1, T2, T3)   const T1 , T2, T3 &
	Type formal argument for types with two commas (3-parameters templates).
#define	SELECTOR4(T1, T2, T3, T4)   const T1 , T2, T3, T4 &
	Type formal argument for types with three commas (4-parameters templates).
Enumerations
enum
Functions
template<typename T>
T	utility::random::generate ()
	Generate a random value.
template<typename T>
T	utility::random::generate (T min, T max)
	Generate a random value between bounds.
template<>
char	utility::random::generate< char > ()
	Generate a random character.
template<>
char	utility::random::generate< char > (char min, char max)
	Generate a random character between bounds.
char	utility::random::generate_letter ()
	Generate a random lowercase letter.
char	utility::random::generate_digit ()
	Generate a random digit.
template<>
bool	utility::random::generate< bool > ()
	Generate a random Boolean.
template<>
int	utility::random::generate< int > ()
	Generate a random integer.
template<>
int	utility::random::generate< int > (int min, int max)
	Generate a random integer between two bounds.
template<>
unsigned	utility::random::generate< unsigned > ()
	Generate a random unsigned integer.
template<>
unsigned	utility::random::generate< unsigned > (unsigned min, unsigned max)
	Generate a random unsigned between two bounds.
template<>
float	utility::random::generate< float > ()
	Generate a random float between -2 and 2.
template<>
float	utility::random::generate< float > (float min, float max)
	Generate a random float between min and max.
template<>
double	utility::random::generate< double > ()
	Generate a random double between -2 and 2.
template<>
double	utility::random::generate< double > (double min, double max)
	Generate a random double between min and max.
template<class InputIterator, class OutputIterator>
void	utility::random::sample_n (InputIterator first, InputIterator end, OutputIterator out, unsigned n)
	Generate of n sample from a range to an output iterator.
template<>
vcsn::algebra::RationalNumber	utility::random::generate< vcsn::algebra::RationalNumber > ()
	Generate a random rational number.
template<>
vcsn::algebra::RationalNumber	utility::random::generate< vcsn::algebra::RationalNumber > (const vcsn::algebra::RationalNumber min, const vcsn::algebra::RationalNumber max)
	Generates a bounded random rational number.
template<>
std::pair< char, int >	utility::random::generate< std::pair< char, int > > ()
	Generate a random std::pair<char, int>.
template<typename T>
const T &	utility::unique::get (const T &)
	The canonicalization operator.
template<typename T>
const T *	utility::unique::get (const T *)
	Version of the canonicalization operator for pointers.
template<class InputIterator, class Letter>
std::ostream &	utility::operator<< (std::ostream &ostr, const Window< InputIterator, Letter > &w)
	utility::DeferrerDebugPart::DeferrerDebugPart (void *ptr, bool is_valid=false)
void	utility::DeferrerDebugPart::set_valid (bool b)
T &	utility::DeferrerDebugPart::cast (void *)
const T &	utility::DeferrerDebugPart::cast (const void *) const
	utility::DeferrerDebugPart< T, false >::DeferrerDebugPart (void *ptr, bool is_valid=false)
void	utility::DeferrerDebugPart< T, false >::set_valid (bool b)
T &	utility::DeferrerDebugPart< T, false >::cast (void *)
const T &	utility::DeferrerDebugPart< T, false >::cast (const void *) const
	utility::Deferrer::Deferrer ()
	Constructor.
Deferrer &	utility::Deferrer::operator= (const deferred_type &)
	Effectively builds the holded type.
	utility::Deferrer::operator T () const
	Get back the holded type.
	utility::Window::Window (const iterator_t &stream, const iterator_t &eof, letter_t eol, length_t length)
bool	utility::Window::eof () const
	Indicates wether the end of the stream has been reached or not.
bool	utility::Window::eol () const
	Indicates wether a new line has been reached or not.
void	utility::Window::shift (unsigned int n)
	Shift the window.
void	utility::Window::shift ()
	Shift the window completely (equivalent to shift(size())).
length_t	utility::Window::size () const
	Returns the actual window size.
letter_t	utility::Window::operator[] (length_t i) const
	Returns the i-th character of the window.
std::ostream &	utility::Window::print (std::ostream &ostr) const
	Print the window.
void	utility::Window::compute_size ()

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Function Documentation

T utility::random::generate (  T  min, T  max )

Generate a random value between bounds. This function returns a value between min and max (inclusive).

vcsn::algebra::RationalNumber generate< vcsn::algebra::RationalNumber > (  const vcsn::algebra::RationalNumber  min, const vcsn::algebra::RationalNumber  max )  [inline]

Generates a bounded random rational number. Both fractions are first brought to the same denominator. Then, the maximum of the denominator and both numerators is taken. With this number, we work out a ratio, which is used to have a larger range of choice for our new fraction.

const T & get (  const T &   )

The canonicalization operator. This operator uses the unique_map structure to retrieve the unique instance equal to the given value. See also: unique_map Definition at line 74 of file unique.hxx. References UniqueMap::instance(). Referenced by SetSlotAttribute< S, true >::_structure_attach(), vcsn::do_concatenate_of_normalized_here(), vcsn::do_star_of_normalized_here(), utility::unique::get(), and spontaneous_query::operator()().

Deferrer (   )  [inherited]

Constructor. Please notice that this constructor *do not initialize* the holded type. See also: operator= Definition at line 112 of file deferrer.hxx.

Deferrer< T, rt_checks > & operator= (  const deferred_type &   )  [inherited]

Effectively builds the holded type. Warning: Calling this operator twice does not call any destructor nor overloaded operators = on the first instance which was created. Definition at line 118 of file deferrer.hxx. References Deferrer::data, and DeferrerDebugPart< T, rt_checks >::set_valid().

Window (  const iterator_t &  stream, const iterator_t &  eof, letter_t  eol, length_t  length )  [inherited]

Build a window from a couple of begin/end iterator, a newline character and a window length. Parameters: stream  Iterator to the begining of the stream. eof  Iterator to the end of the stream. eol  The newline character. length  The window length. See also: Window Definition at line 36 of file window.hxx. References Window::compute_size(), and precondition.

void shift (  unsigned int  n  )  [inherited]

Shift the window. Parameters: n  The number of character the window must be shifted. Definition at line 67 of file window.hxx. References Window::compute_size(), Window::end_, Window::eol_, precondition, Window::size_, and Window::stream_.

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