contains routines for reading/writing in ASCII/BINARY format More...

Functions
template<class data_T>
void	absorbASCII (std::fstream &str, bitpit::PiercedVector< data_T > &data)

template<class data_T>
void	absorbASCII (std::fstream &str, bitpit::PiercedVector< data_T > &data, long)

template<class data_T>
void	absorbASCII (std::fstream &str, data_T &data)

template<class data_T>
void	absorbASCII (std::fstream &str, data_T *data, int nr)

template<class data_T, size_t d>
void	absorbASCII (std::fstream &str, std::array< data_T, d > &data)

template<class data_T>
void	absorbASCII (std::fstream &str, std::vector< data_T > &data)

template<class data_T, size_t d>
void	absorbASCII (std::fstream &str, std::vector< std::array< data_T, d > > &data)

template<class data_T>
void	absorbASCII (std::fstream &str, std::vector< std::vector< data_T > > &data)

template<class data_T>
void	absorbBINARY (std::fstream &str, bitpit::PiercedVector< data_T > &data)

template<class data_T>
void	absorbBINARY (std::fstream &str, bitpit::PiercedVector< data_T > &data, long)

template<class data_T>
void	absorbBINARY (std::fstream &str, data_T &data)

template<class data_T>
void	absorbBINARY (std::fstream &str, data_T *data, int nr)

template<class data_T, size_t d>
void	absorbBINARY (std::fstream &str, std::array< data_T, d > &data)

template<class data_T>
void	absorbBINARY (std::fstream &str, std::vector< data_T > &data)

template<class data_T, size_t d>
void	absorbBINARY (std::fstream &str, std::vector< std::array< data_T, d > > &data)

template<class data_T>
void	absorbBINARY (std::fstream &str, std::vector< std::vector< data_T > > &data)

void	copyUntilEOFInString (std::fstream &str, char *&buffer, int &length)

template<class data_T>
void	flushASCII (std::fstream &str, const data_T &data)

template<class data_T, size_t d>
void	flushASCII (std::fstream &str, const std::array< data_T, d > &data)

template<class data_T>
void	flushASCII (std::fstream &str, const std::vector< data_T > &data)

template<>
void	flushASCII (std::fstream &str, const uint8_t &data)

template<>
void	flushASCII (std::fstream &str, const uint8_t &data)

template<class data_T>
void	flushASCII (std::fstream &str, int elements_per_line, const bitpit::PiercedVector< data_T > &data, bool writeIndex=false)

template<class data_T>
void	flushASCII (std::fstream &str, int elements_per_line, const data_T *data, int nr)

template<class data_T, size_t d>
void	flushASCII (std::fstream &str, int elements_per_line, const std::array< data_T, d > &data)

template<class data_T>
void	flushASCII (std::fstream &str, int elements_per_line, const std::vector< data_T > &data)

template<class data_T>
void	flushBINARY (std::fstream &str, const bitpit::PiercedVector< data_T > &, bool writeIndex=false)

template<class data_T>
void	flushBINARY (std::fstream &str, const data_T &data)

template<class data_T>
void	flushBINARY (std::fstream &str, const data_T *data, int nr)

template<class data_T, size_t d>
void	flushBINARY (std::fstream &str, const std::array< data_T, d > &data)

template<class data_T>
void	flushBINARY (std::fstream &str, const std::vector< data_T > &data)

template<class data_T, size_t d>
void	flushBINARY (std::fstream &str, const std::vector< std::array< data_T, d > > &data)

template<class data_T>
void	flushBINARY (std::fstream &str, const std::vector< std::vector< data_T > > &data)

template<class data_T>
void	lineStream (std::fstream &str, data_T &data)

template<class data_T, size_t d>
void	lineStream (std::fstream &str, data_T *data, int nr)

template<class data_T>
void	lineStream (std::fstream &str, data_T *data, int nr)

template<class data_T, size_t d>
void	lineStream (std::fstream &str, std::array< data_T, d > &data)

template<class data_T>
void	lineStream (std::fstream &str, std::vector< data_T > &data)

Detailed Description

contains routines for reading/writing in ASCII/BINARY format

Function Documentation

◆ absorbASCII() [1/8]

template<class data_T>

void bitpit::genericIO::absorbASCII	(	std::fstream &	str,
		bitpit::PiercedVector< data_T > &	data )

Reads only the values of the elemnts of a bitpit::PiercedVector from file stream in ascii format.

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 764 of file GenericIO.tpp.

◆ absorbASCII() [2/8]

template<class data_T>

void bitpit::genericIO::absorbASCII	(	std::fstream &	str,
		bitpit::PiercedVector< data_T > &	data,
		long	N )

Reads a bitpit::PiercedVector from file stream in ascii format, both indices and values of its elements. Relies on the function lineStream.

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be read
[in]	N	number of elements to br read

Definition at line 795 of file GenericIO.tpp.

◆ absorbASCII() [3/8]

template<class data_T>

void bitpit::genericIO::absorbASCII	(	std::fstream &	str,
		data_T &	data )

Reads a templated data type from file stream in ascii Relies on the ">>" operator.

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 542 of file GenericIO.tpp.

◆ absorbASCII() [4/8]

template<class data_T>

void bitpit::genericIO::absorbASCII	(	std::fstream &	str,
		data_T *	data,
		int	nr )

Reads a C array of data type from file stream in ascii. If not enough elements are present in the file an error message is displayed on log::cout() Relies on the function lineStream.

Template Parameters

data_T	class stored in C array
d	size of std::array

Parameters

[in]	str	file stream
[in]	data	pointer to C array
[in]	nr	number of elements

Definition at line 725 of file GenericIO.tpp.

◆ absorbASCII() [5/8]

template<class data_T, size_t d>

void bitpit::genericIO::absorbASCII	(	std::fstream &	str,
		std::array< data_T, d > &	data )

Reads a std::array of data type from file stream in ascii. The size of the array defines the number of elements to be read. If not enough elements are present in the file an error message is displayed on log::cout() Relies on the function lineStream.

Template Parameters

data_T	class stored in std::array
d	size of std::array

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 682 of file GenericIO.tpp.

◆ absorbASCII() [6/8]

template<class data_T>

void bitpit::genericIO::absorbASCII	(	std::fstream &	str,
		std::vector< data_T > &	data )

Reads a std::vector of data type from file stream in ascii. The size of the vector defines the number of elements to be read. If not enough elements are present in the file an error message is displayed on log::cout() Relies on the function lineStream.

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 557 of file GenericIO.tpp.

◆ absorbASCII() [7/8]

template<class data_T, size_t d>

void bitpit::genericIO::absorbASCII	(	std::fstream &	str,
		std::vector< std::array< data_T, d > > &	data )

Reads a std::vector of std::array of templated POD data type of templated size from file stream in asci format

Template Parameters

data_T	type of data
d	size of array

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 657 of file GenericIO.tpp.

◆ absorbASCII() [8/8]

template<class data_T>

void bitpit::genericIO::absorbASCII	(	std::fstream &	str,
		std::vector< std::vector< data_T > > &	data )

Reads a std::vector of std::vector of templated POD data type from file stream in ascii format

Template Parameters

data_T type of data

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 596 of file GenericIO.tpp.

◆ absorbBINARY() [1/8]

template<class data_T>

void bitpit::genericIO::absorbBINARY	(	std::fstream &	str,
		PiercedVector< data_T > &	data )

Reads a bitpit::PiercedVector file stream in binary format. The PiercedVector should already contain the indices of its elements and the data of all elements will be read. It assumes that absorbBINARY is available for data_T; this implies that data_T is of known size.

Template Parameters

data_T type data

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 921 of file GenericIO.tpp.

◆ absorbBINARY() [2/8]

template<class data_T>

void bitpit::genericIO::absorbBINARY	(	std::fstream &	str,
		PiercedVector< data_T > &	data,
		long	nElements )

Reads a bitpit::PiercedVector file stream in binary format, both the indices and data of its elements. The user must specify how many elements should be read from the stream. It assumes that absorbBINARY is available for data_T; this implies that data_T is of sized size

Template Parameters

data_T type data

Parameters

[in]	str	file stream
[in]	data	data to be written
[in]	nElements	the number of elements that should be read

Definition at line 940 of file GenericIO.tpp.

◆ absorbBINARY() [3/8]

template<class data_T>

void bitpit::genericIO::absorbBINARY	(	std::fstream &	str,
		data_T &	data )

Reads a templated data type from file stream in binary

Template Parameters

data_T type of data

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 825 of file GenericIO.tpp.

◆ absorbBINARY() [4/8]

template<class data_T>

void bitpit::genericIO::absorbBINARY	(	std::fstream &	str,
		data_T *	data,
		int	nr )

Reads a C array of templated data type from file stream in binary format

Template Parameters

data_T type of data

Parameters

[in]	str	file stream
[in]	data	data to be read
[in]	nr	number of elements to be read

Definition at line 904 of file GenericIO.tpp.

◆ absorbBINARY() [5/8]

template<class data_T, size_t d>

void bitpit::genericIO::absorbBINARY	(	std::fstream &	str,
		std::array< data_T, d > &	data )

Reads a std::array of templated POD data type of templated size from file stream in binary format

Template Parameters

data_T	type of data
d	size of array

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 888 of file GenericIO.tpp.

◆ absorbBINARY() [6/8]

template<class data_T>

void bitpit::genericIO::absorbBINARY	(	std::fstream &	str,
		std::vector< data_T > &	data )

Reads a std::vector of templated POD data type from file stream in binary format

Template Parameters

data_T type of data

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 840 of file GenericIO.tpp.

◆ absorbBINARY() [7/8]

template<class data_T, size_t d>

void bitpit::genericIO::absorbBINARY	(	std::fstream &	str,
		std::vector< std::array< data_T, d > > &	data )

Reads a std::vector of std::array of templated POD data type of templated size from file stream in binary

Template Parameters

data_T	type of data
d	size of array

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 871 of file GenericIO.tpp.

◆ absorbBINARY() [8/8]

template<class data_T>

void bitpit::genericIO::absorbBINARY	(	std::fstream &	str,
		std::vector< std::vector< data_T > > &	data )

Reads a std::vector of std::vector of templated POD data type from file stream in binary format

Template Parameters

data_T type of data

Parameters

[in]	str	file stream
[in]	data	data to be read

Definition at line 856 of file GenericIO.tpp.

◆ copyUntilEOFInString()

void bitpit::genericIO::copyUntilEOFInString	(	std::fstream &	str,
		char *&	buffer,
		int &	length )

Copies entire file into a char array.

NOTE: only valid characters will be copied.

NOTE: On Windows OS, read-from-file \r
characters take 2 position in the stream, but are accounted as a unique character (endline) after C++ translation with read function.

Parameters

[in]	str	file stream to be copied; file needs already to be opened
[out]	buffer	char array containing entire array (only valid characters)
[out]	length	number of elements which have been copied

Definition at line 61 of file GenericIO.cpp.

◆ flushASCII() [1/9]

template<class data_T>

void bitpit::genericIO::flushASCII	(	std::fstream &	str,
		const data_T &	data )

Writes a POD data type to file stream in ascii format using scientific format

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 38 of file GenericIO.tpp.

◆ flushASCII() [2/9]

template<class data_T, size_t d>

void bitpit::genericIO::flushASCII	(	std::fstream &	str,
		const std::array< data_T, d > &	data )

Writes a array of POD data type to file stream in ascii format using scientific format on one single line

Template Parameters

data_T	type of POD data
d	size of array

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 111 of file GenericIO.tpp.

◆ flushASCII() [3/9]

template<class data_T>

void bitpit::genericIO::flushASCII	(	std::fstream &	str,
		const std::vector< data_T > &	data )

Writes a vector of POD data type to file stream in ascii format using scientific format on a single line

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 55 of file GenericIO.tpp.

◆ flushASCII() [4/9]

template<>

void bitpit::genericIO::flushASCII	(	std::fstream &	str,
		const uint8_t &	data )

Writes uint_8 data as formatted integer

Parameters

[in]	str	file stream to be copied; file needs already to be opened
[in]	data	data to be written

Definition at line 37 of file GenericIO.cpp.

◆ flushASCII() [5/9]

template<>

void bitpit::genericIO::flushASCII	(	std::fstream &	str,
		const uint8_t &	data )

Writes uint_8 data as formatted integer

Parameters

[in]	str	file stream to be copied; file needs already to be opened
[in]	data	data to be written

Definition at line 37 of file GenericIO.cpp.

◆ flushASCII() [6/9]

template<class data_T>

void bitpit::genericIO::flushASCII	(	std::fstream &	str,
		int	elements_per_line,
		const PiercedVector< data_T > &	data,
		bool	writeIndex )

Writes a bitpit::PiercedVector file stream in ascii format. It assumes that flushASCIIY is available for data_T

Template Parameters

data_T type data

Parameters

[in]	str	file stream
[in]	elements_per_line	number of entries per line
[in]	data	data to be written
[in]	writeIndex	if indices should be written too

Definition at line 210 of file GenericIO.tpp.

◆ flushASCII() [7/9]

template<class data_T>

void bitpit::genericIO::flushASCII	(	std::fstream &	str,
		int	elements_per_line,
		const data_T *	data,
		int	nr )

Writes a C array of POD data type to file stream in ascii format using scientific format putting a fixed number of elements per line

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	elements_per_line	number of entries per line
[in]	data	data to be written
[in]	nr	size of the C array

Definition at line 168 of file GenericIO.tpp.

◆ flushASCII() [8/9]

template<class data_T, size_t d>

void bitpit::genericIO::flushASCII	(	std::fstream &	str,
		int	elements_per_line,
		const std::array< data_T, d > &	data )

Writes a std::array of POD data type to file stream in ascii format using scientific format putting a fixed number of elements per line

Template Parameters

data_T	type of POD data
d	size of array

Parameters

[in]	str	file stream
[in]	elements_per_line	number of entries per line
[in]	data	data to be written

Definition at line 125 of file GenericIO.tpp.

◆ flushASCII() [9/9]

template<class data_T>

void bitpit::genericIO::flushASCII	(	std::fstream &	str,
		int	elements_per_line,
		const std::vector< data_T > &	data )

Writes a vector of POD data type to file stream in ascii format using scientific format putting a fixed number of elements per line

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	elements_per_line	number of entries per line
[in]	data	data to be written

Definition at line 68 of file GenericIO.tpp.

◆ flushBINARY() [1/7]

template<class data_T>

void bitpit::genericIO::flushBINARY	(	std::fstream &	str,
		const PiercedVector< data_T > &	data,
		bool	writeIndex )

Writes a bitpit::PiercedVector file stream in binary format. It assumes that flushBINARY is available for data_T

Template Parameters

data_T type data

Parameters

[in]	str	file stream
[in]	data	data to be written
[in]	writeIndex	if indices should be written

Definition at line 358 of file GenericIO.tpp.

◆ flushBINARY() [2/7]

template<class data_T>

void bitpit::genericIO::flushBINARY	(	std::fstream &	str,
		const data_T &	data )

Writes a POD data type to file stream in binary format. The function makes uses of memory contigiuty.

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 260 of file GenericIO.tpp.

◆ flushBINARY() [3/7]

template<class data_T>

void bitpit::genericIO::flushBINARY	(	std::fstream &	str,
		const data_T *	data,
		int	nr )

Writes a C array of POD data type to file stream in binary format

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be written
[in]	nr	size of the C array

Definition at line 341 of file GenericIO.tpp.

◆ flushBINARY() [4/7]

template<class data_T, size_t d>

void bitpit::genericIO::flushBINARY	(	std::fstream &	str,
		const std::array< data_T, d > &	data )

Writes a std::array of POD data type to file stream in binary format

Template Parameters

data_T	type of POD data
d	size of the array

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 325 of file GenericIO.tpp.

◆ flushBINARY() [5/7]

template<class data_T>

void bitpit::genericIO::flushBINARY	(	std::fstream &	str,
		const std::vector< data_T > &	data )

Writes a std::vector of POD data type to file stream in binary format. The function makes uses of memory contigiuty.

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 276 of file GenericIO.tpp.

◆ flushBINARY() [6/7]

template<class data_T, size_t d>

void bitpit::genericIO::flushBINARY	(	std::fstream &	str,
		const std::vector< std::array< data_T, d > > &	data )

Writes a std::vector<std::array> of POD data type to file stream in binary format. The function makes uses of memory contigiuty.

Template Parameters

data_T	type of POD data
d	size of the array

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 308 of file GenericIO.tpp.

◆ flushBINARY() [7/7]

template<class data_T>

void bitpit::genericIO::flushBINARY	(	std::fstream &	str,
		const std::vector< std::vector< data_T > > &	data )

Writes a std::vector<std::vector> of POD data type to file stream in binary format.

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 292 of file GenericIO.tpp.

◆ lineStream() [1/4]

template<class data_T>

void bitpit::genericIO::lineStream	(	std::fstream &	str,
		data_T &	data )

Reads one line into templated data type. Relies on operator ">>" of the templated data type. In case the information on the line is not sufficient or exceeds the data type an error message is displayed

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 383 of file GenericIO.tpp.

◆ lineStream() [2/4]

template<class data_T>

void bitpit::genericIO::lineStream	(	std::fstream &	str,
		data_T *	data,
		int	nr )

Reads one line into C array of templated data type and given size. Relies on operator ">>" of the templated data type. The information on the line should fit exactly the size . If not an error message is displayed log::cout()

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be written
[in]	nr	number of elements to be read

Definition at line 505 of file GenericIO.tpp.

◆ lineStream() [3/4]

template<class data_T, size_t d>

void bitpit::genericIO::lineStream	(	std::fstream &	str,
		std::array< data_T, d > &	data )

Reads one line into std::array of templated data type and templated size Relies on operator ">>" of the templated data type. The information on the line should fit exactly the size of the array. If not an error message is displayed log::cout()

Template Parameters

data_T	type of POD data
d	size of std::array

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 465 of file GenericIO.tpp.

◆ lineStream() [4/4]

template<class data_T>

void bitpit::genericIO::lineStream	(	std::fstream &	str,
		std::vector< data_T > &	data )

Reads one line into std::vector of templated data type. Relies on operator ">>" of the templated data type. In case data.size() == 0, data will be resized to match all information available on the line. Otherwise the information on the line should fit exactly the size of data. If not an error message is displayed log::cout()

Template Parameters

data_T type of POD data

Parameters

[in]	str	file stream
[in]	data	data to be written

Definition at line 423 of file GenericIO.tpp.

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Functions

Detailed Description

Function Documentation

◆ absorbASCII() [1/8]

◆ absorbASCII() [2/8]

◆ absorbASCII() [3/8]

◆ absorbASCII() [4/8]

◆ absorbASCII() [5/8]

◆ absorbASCII() [6/8]

◆ absorbASCII() [7/8]

◆ absorbASCII() [8/8]

◆ absorbBINARY() [1/8]

◆ absorbBINARY() [2/8]

◆ absorbBINARY() [3/8]

◆ absorbBINARY() [4/8]

◆ absorbBINARY() [5/8]

◆ absorbBINARY() [6/8]

◆ absorbBINARY() [7/8]

◆ absorbBINARY() [8/8]

◆ copyUntilEOFInString()

◆ flushASCII() [1/9]

◆ flushASCII() [2/9]

◆ flushASCII() [3/9]

◆ flushASCII() [4/9]

◆ flushASCII() [5/9]

◆ flushASCII() [6/9]

◆ flushASCII() [7/9]

◆ flushASCII() [8/9]

◆ flushASCII() [9/9]

◆ flushBINARY() [1/7]

◆ flushBINARY() [2/7]

◆ flushBINARY() [3/7]

◆ flushBINARY() [4/7]

◆ flushBINARY() [5/7]

◆ flushBINARY() [6/7]

◆ flushBINARY() [7/7]

◆ lineStream() [1/4]

◆ lineStream() [2/4]

◆ lineStream() [3/4]

◆ lineStream() [4/4]