Contains general purpose algorithms, containers, functors and other classes. More...

Classes
class	Array
	A dynamic array class providing amortized constant time access to arbitrary elements. More...

class	BronKerboschAlgorithm
	Implementation of the Bron-Kerbosch clique-detection algorithm [BKA]. More...

class	CompoundDataReader
	CompoundDataReader. More...

class	CompressedDataReader
	CompressedDataReader. More...

class	CompressedDataWriter
	CompressedDataWriter. More...

struct	CompressionAlgoTraits

struct	CompressionAlgoTraits< GZIP >

struct	CompressionAlgoTraits< BZIP2 >

class	CompressionStreamBase

class	DecompressionIStream

class	CompressionOStream

class	CompressedIOStream

class	DefaultDataInputHandler
	DefaultDataInputHandler. More...

class	DefaultDataOutputHandler
	DefaultDataOutputHandler. More...

struct	Dereferencer
	An unary functor for the dereferenciation of pointers without null pointer checking. More...

struct	NullCheckDereferencer
	An unary functor for the dereferenciation of pointers with null pointer checking. More...

class	DGCoordinatesGeneratorBase
	Base for classes dedicated to the generation of coordinates that fulfill user-provided point distance (and volume) constraints [ASPE]. More...

class	DGCoordinatesGenerator
	Generic implementation for generation of coordinates that fulfill user-provided point distance constraints [ASPE]. More...

class	DGCoordinatesGenerator< 3, T >
	Specialized implementation for the generation of 3D coordinates that fulfill user-provided point distance and volume constraints [ASPE]. More...

class	FileDataReader
	FileDataReader. More...

class	FileDataWriter
	FileDataWriter. More...

class	FileRemover

class	IndexedElementIterator
	A STL compatible random access iterator for container elements accessible by index. More...

class	IndirectArray
	A dynamic array class for the storage of object pointers with an indirected query interface. More...

struct	MapDefaultValue

struct	MapDefaultValue< ValueType, false >

class	Map
	A unique sorted associative container that maps keys to values. More...

class	MultiFormatDataReader
	MultiFormatDataReader. More...

class	MultiFormatDataWriter
	MultiFormatDataWriter. More...

struct	MultiMapDefaultValue

struct	MultiMapDefaultValue< ValueType, false >

class	MultiMap
	A multiple sorted associative container that maps keys to values. More...

class	ObjectPool
	A data structure that caches instances of type `T` up to a user specified amount. More...

class	ObjectStack
	ObjectStack. More...

class	PropertyValue
	An unary functor that retrieves the value of a given property from the Base::PropertyContainer instance provided as argument. More...

class	PropertyValueProduct
	A binary functor that calculates the product of two property values retrieved from a pair of Base::PropertyContainer instances passed as argument. More...

class	StreamDataReader
	A helper class that implements Base::DataReader for `std::istream` based data readers. More...

Typedefs
typedef Array< unsigned int >	UIArray
	An array of unsigned integers. More...

typedef Array< std::size_t >	STArray
	An array of unsigned integers of type `std::size_t`. More...

typedef Array< long >	LArray
	An array of unsigned integers of type `long`. More...

typedef std::pair< std::size_t, std::size_t >	STPair
	A pair of unsigned integers of type `std::size_t`. More...

typedef Array< STPair >	STPairArray
	An array of pairs of unsigned integers of type `std::size_t`. More...

typedef Array< double >	DArray
	An array of double precision floating-point numbers. More...

typedef Array< std::string >	SArray
	An array of `std::string` objects. More...

typedef Array< BitSet >	BitSetArray
	An array of `Util::BitSet` objects. More...

typedef boost::dynamic_bitset	BitSet
	A dynamic bitset class. More...

typedef DecompressionIStream< GZIP >	GZipIStream

typedef DecompressionIStream< BZIP2 >	BZip2IStream

typedef CompressionOStream< GZIP >	GZipOStream

typedef CompressionOStream< BZIP2 >	BZip2OStream

typedef CompressedIOStream< GZIP >	GZipIOStream

typedef CompressedIOStream< BZIP2 >	BZip2IOStream

typedef DGCoordinatesGenerator< 3, double >	DG3DCoordinatesGenerator

Enumerations
enum	CompressionAlgo { GZIP , BZIP2 }

Functions
template<typename ValueType >
bool	operator== (const Array< ValueType > &array1, const Array< ValueType > &array2)
	Equality comparison operator. More...

template<typename ValueType >
bool	operator!= (const Array< ValueType > &array1, const Array< ValueType > &array2)
	Inequality comparison operator. More...

template<typename ValueType >
bool	operator<= (const Array< ValueType > &array1, const Array< ValueType > &array2)
	Less or equal comparison operator. More...

template<typename ValueType >
bool	operator>= (const Array< ValueType > &array1, const Array< ValueType > &array2)
	Greater or equal comparison operator. More...

template<typename ValueType >
bool	operator< (const Array< ValueType > &array1, const Array< ValueType > &array2)
	Less than comparison operator. More...

template<typename ValueType >
bool	operator> (const Array< ValueType > &array1, const Array< ValueType > &array2)
	Greater than comparison operator. More...

void	fold (BitSet &bs, std::size_t num_times)
	Folds the bitset bs the specified number of times. More...

CDPL_UTIL_API std::string	genCheckedTempFilePath (const std::string &dir="", const std::string &ptn="%%%%-%%%%-%%%%-%%%%")

CDPL_UTIL_API bool	checkIfSameFile (const std::string &path1, const std::string &path2)

CDPL_UTIL_API bool	fileExists (const std::string &path)

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator== (const Map< Key, Value, AllowDefValues, KeyCompFunc > &map1, const Map< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Equality comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator!= (const Map< Key, Value, AllowDefValues, KeyCompFunc > &map1, const Map< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Inequality comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator<= (const Map< Key, Value, AllowDefValues, KeyCompFunc > &map1, const Map< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Less or equal comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator>= (const Map< Key, Value, AllowDefValues, KeyCompFunc > &map1, const Map< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Greater or equal comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator< (const Map< Key, Value, AllowDefValues, KeyCompFunc > &map1, const Map< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Less than comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator> (const Map< Key, Value, AllowDefValues, KeyCompFunc > &map1, const Map< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Greater than comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator== (const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map1, const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Equality comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator!= (const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map1, const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Inequality comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator<= (const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map1, const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Less or equal comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator>= (const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map1, const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Greater or equal comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator< (const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map1, const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Less than comparison operator. More...

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >
bool	operator> (const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map1, const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &map2)
	Greater than comparison operator. More...

template<typename InputIt1 , typename InputIt2 , typename BinaryFunc >
void	forEachPair (InputIt1 it1, InputIt1 end1, InputIt2 it2, BinaryFunc func)

template<typename InputIt1 , typename InputIt2 , typename BinaryFunc >
void	forEachPair (InputIt1 it1, InputIt1 end1, InputIt2 it2, InputIt2 end2, BinaryFunc func)

Detailed Description

Contains general purpose algorithms, containers, functors and other classes.

Typedef Documentation

◆ UIArray

typedef Array<unsigned int> CDPL::Util::UIArray

An array of unsigned integers.

◆ STArray

typedef Array<std::size_t> CDPL::Util::STArray

An array of unsigned integers of type std::size_t.

◆ LArray

typedef Array<long> CDPL::Util::LArray

An array of unsigned integers of type long.

◆ STPair

typedef std::pair<std::size_t, std::size_t> CDPL::Util::STPair

A pair of unsigned integers of type std::size_t.

◆ STPairArray

typedef Array<STPair> CDPL::Util::STPairArray

An array of pairs of unsigned integers of type std::size_t.

◆ DArray

typedef Array<double> CDPL::Util::DArray

An array of double precision floating-point numbers.

◆ SArray

typedef Array<std::string> CDPL::Util::SArray

An array of std::string objects.

◆ BitSetArray

typedef Array<BitSet> CDPL::Util::BitSetArray

An array of Util::BitSet objects.

◆ BitSet

typedef boost::dynamic_bitset CDPL::Util::BitSet

A dynamic bitset class.

For further information see [BDBS].

◆ GZipIStream

typedef DecompressionIStream<GZIP> CDPL::Util::GZipIStream

◆ BZip2IStream

typedef DecompressionIStream<BZIP2> CDPL::Util::BZip2IStream

◆ GZipOStream

typedef CompressionOStream<GZIP> CDPL::Util::GZipOStream

◆ BZip2OStream

typedef CompressionOStream<BZIP2> CDPL::Util::BZip2OStream

◆ GZipIOStream

typedef CompressedIOStream<GZIP> CDPL::Util::GZipIOStream

◆ BZip2IOStream

typedef CompressedIOStream<BZIP2> CDPL::Util::BZip2IOStream

◆ DG3DCoordinatesGenerator

typedef DGCoordinatesGenerator<3, double> CDPL::Util::DG3DCoordinatesGenerator

Enumeration Type Documentation

◆ CompressionAlgo

enum CDPL::Util::CompressionAlgo

Enumerator
GZIP
BZIP2

Function Documentation

◆ operator==() [1/3]

template<typename ValueType >

bool CDPL::Util::operator==	(	const Array< ValueType > &	array1,
		const Array< ValueType > &	array2
	)

Equality comparison operator.

Parameters

array1	The first array.
array2	The second array.

Returns: true if the sizes and elements of the arrays are equal, and false otherwise.

◆ operator!=() [1/3]

template<typename ValueType >

bool CDPL::Util::operator!=	(	const Array< ValueType > &	array1,
		const Array< ValueType > &	array2
	)

Inequality comparison operator.

Parameters

array1	The first array.
array2	The second array.

Returns: true if the sizes or elements of the arrays are non-equal, and false otherwise.

◆ operator<=() [1/3]

template<typename ValueType >

bool CDPL::Util::operator<=	(	const Array< ValueType > &	array1,
		const Array< ValueType > &	array2
	)

Less or equal comparison operator.

Parameters

array1	The first array.
array2	The second array.

Returns: true if array1 is lexicographically less than or equal to array2, and false otherwise.

◆ operator>=() [1/3]

template<typename ValueType >

bool CDPL::Util::operator>=	(	const Array< ValueType > &	array1,
		const Array< ValueType > &	array2
	)

Greater or equal comparison operator.

Parameters

array1	The first array.
array2	The second array.

Returns: true if array1 is lexicographically greater than or equal to array2, and false otherwise.

◆ operator<() [1/3]

template<typename ValueType >

bool CDPL::Util::operator<	(	const Array< ValueType > &	array1,
		const Array< ValueType > &	array2
	)

Less than comparison operator.

Parameters

array1	The first array.
array2	The second array.

Returns: true if array1 is lexicographically less than array2, and false otherwise.

◆ operator>() [1/3]

template<typename ValueType >

bool CDPL::Util::operator>	(	const Array< ValueType > &	array1,
		const Array< ValueType > &	array2
	)

Greater than comparison operator.

Parameters

array1	The first array.
array2	The second array.

Returns: true if array1 is lexicographically greater than array2, and false otherwise.

◆ fold()

void CDPL::Util::fold	(	BitSet &	bs,
		std::size_t	num_times
	)

inline

Folds the bitset bs the specified number of times.

Folding a bitset means that the lower and upper half of the bitset are combined by a logical OR operation to produce a new bitset which is half of the original size. This process is repeated the specified number of times. See also [DTPFP].

Parameters

bs	The bitset to fold.
num_times	The number of times the bitset has to be folded.

◆ genCheckedTempFilePath()

CDPL_UTIL_API std::string CDPL::Util::genCheckedTempFilePath	(	const std::string &	dir = `""`,
		const std::string &	ptn = `"%%%%-%%%%-%%%%-%%%%"`
	)

◆ checkIfSameFile()

CDPL_UTIL_API bool CDPL::Util::checkIfSameFile	(	const std::string &	path1,
		const std::string &	path2
	)

◆ fileExists()

CDPL_UTIL_API bool CDPL::Util::fileExists ( const std::string & path )

◆ operator==() [2/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator==	(	const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Equality comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if the sizes and elements of the maps are equal, and false otherwise.

◆ operator!=() [2/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator!=	(	const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Inequality comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if the sizes or elements of the maps are non-equal, and false otherwise.

◆ operator<=() [2/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator<=	(	const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Less or equal comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if map1 is lexicographically less than or equal to map2, and false otherwise.

◆ operator>=() [2/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator>=	(	const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Greater or equal comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if map1 is lexicographically greater than or equal to map2, and false otherwise.

◆ operator<() [2/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator<	(	const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Less than comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if map1 is lexicographically less than map2, and false otherwise.

◆ operator>() [2/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator>	(	const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const Map< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Greater than comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if map1 is lexicographically greater than map2, and false otherwise.

◆ operator==() [3/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator==	(	const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Equality comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if the sizes and elements of the maps are equal, and false otherwise.

◆ operator!=() [3/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator!=	(	const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Inequality comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if the sizes or elements of the maps are non-equal, and false otherwise.

◆ operator<=() [3/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator<=	(	const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Less or equal comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if map1 is lexicographically less than or equal to map2, and false otherwise.

◆ operator>=() [3/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator>=	(	const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Greater or equal comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if map1 is lexicographically greater than or equal to map2, and false otherwise.

◆ operator<() [3/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator<	(	const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Less than comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if map1 is lexicographically less than map2, and false otherwise.

◆ operator>() [3/3]

template<typename Key , typename Value , bool AllowDefValues, typename KeyCompFunc >

bool CDPL::Util::operator>	(	const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map1,
		const MultiMap< Key, Value, AllowDefValues, KeyCompFunc > &	map2
	)

Greater than comparison operator.

Parameters

map1	The first map.
map2	The second map.

Returns: true if map1 is lexicographically greater than map2, and false otherwise.

◆ forEachPair() [1/2]

template<typename InputIt1 , typename InputIt2 , typename BinaryFunc >

void CDPL::Util::forEachPair	(	InputIt1	it1,
		InputIt1	end1,
		InputIt2	it2,
		BinaryFunc	func
	)

◆ forEachPair() [2/2]

template<typename InputIt1 , typename InputIt2 , typename BinaryFunc >

void CDPL::Util::forEachPair	(	InputIt1	it1,
		InputIt1	end1,
		InputIt2	it2,
		InputIt2	end2,
		BinaryFunc	func
	)

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

◆ UIArray

◆ STArray

◆ LArray

◆ STPair

◆ STPairArray

◆ DArray

◆ SArray

◆ BitSetArray

◆ BitSet

◆ GZipIStream

◆ BZip2IStream

◆ GZipOStream

◆ BZip2OStream

◆ GZipIOStream

◆ BZip2IOStream

◆ DG3DCoordinatesGenerator

Enumeration Type Documentation

◆ CompressionAlgo

Function Documentation

◆ operator==() [1/3]

◆ operator!=() [1/3]

◆ operator<=() [1/3]

◆ operator>=() [1/3]

◆ operator<() [1/3]

◆ operator>() [1/3]

◆ fold()

◆ genCheckedTempFilePath()

◆ checkIfSameFile()

◆ fileExists()

◆ operator==() [2/3]

◆ operator!=() [2/3]

◆ operator<=() [2/3]

◆ operator>=() [2/3]

◆ operator<() [2/3]

◆ operator>() [2/3]

◆ operator==() [3/3]

◆ operator!=() [3/3]

◆ operator<=() [3/3]

◆ operator>=() [3/3]

◆ operator<() [3/3]

◆ operator>() [3/3]

◆ forEachPair() [1/2]

◆ forEachPair() [2/2]