#include "gf2types.h"
#include <bitpunch/debugio.h>
#include <stdlib.h>
#include <string.h>

Functions
void	BPU_gf2MatFree (BPU_T_GF2_Matrix **m)
	Free dynamically or statically allocated matrix. More...

void	BPU_gf2VecFree (BPU_T_GF2_Vector **v)
	Free dynamically or statically allocated vector. More...

int	BPU_gf2MatMalloc (BPU_T_GF2_Matrix **m, int rows, int cols)

int	BPU_gf2VecMalloc (BPU_T_GF2_Vector **v, int len)

int	BPU_gf2VecResize (BPU_T_GF2_Vector *v, int len)
	BPU_gf2VecResize Resize vecor. More...

int	BPU_gf2VecMallocElements (BPU_T_GF2_Vector *v, int len)
	BPU_gf2VecMallocElements Malloc vector elements and set to zero. More...

void	BPU_gf2SparsePolyMalloc (BPU_T_GF2_Sparse_Poly *p, int weight)

void	BPU_gf2SparsePolyFree (BPU_T_GF2_Sparse_Poly *p, int is_dyn)

void	BPU_gf2SparseQcMatrixMalloc (BPU_T_GF2_Sparse_Qc_Matrix *v, int element_count, int element_size, int isVertical)

void	BPU_gf2SparseQcMatrixFree (BPU_T_GF2_Sparse_Qc_Matrix *v, int is_dyn)

void	BPU_gf2PolyFree (BPU_T_GF2_Poly *p, int is_dyn)

int	BPU_gf2PolyMalloc (BPU_T_GF2_Poly *p, int len)

int	BPU_gf2QcMatrixMalloc (BPU_T_GF2_QC_Matrix *v, int element_count, int element_size, int isVertical, int is_I_appended)

void	BPU_gf2QcMatrixFree (BPU_T_GF2_QC_Matrix *v, int is_dyn)

Function Documentation

void BPU_gf2MatFree ( BPU_T_GF2_Matrix ** m )

Free dynamically or statically allocated matrix.

Free dynamically or statically allocated matrix GF2.

Parameters

[out] *m address of matrix object

Definition at line 29 of file gf2types.c.

int BPU_gf2MatMalloc	(	BPU_T_GF2_Matrix **	m,
		int	rows,
		int	cols
	)

Allocate memory for matrix GF2. It also nulls new matrix. After work you have to free memory using call BPU_freeMatGF2

Parameters

rows	rows
cols	cols

Returns: on succes 0, else error

Definition at line 54 of file gf2types.c.

void BPU_gf2PolyFree	(	BPU_T_GF2_Poly *	p,
		int	is_dyn
	)

Free dynamically or statically allocated polynomial over GF2.

Parameters

p	polynomial to free
is_dyn	boolean param, if 0 do not free object self, else free also object

Definition at line 187 of file gf2types.c.

int BPU_gf2PolyMalloc	(	BPU_T_GF2_Poly *	p,
		int	len
	)

Allocate memory for polynomial over GF2. Allocate memory, so after work it has to be freed by using call BPU_gf2PolyFree.

Parameters

p	polynomial to allocate
len	length of polynomial (length - 1 = degree of polynomial)

Returns: on succes 0, else error

Definition at line 195 of file gf2types.c.

void BPU_gf2QcMatrixFree	(	BPU_T_GF2_QC_Matrix *	v,
		int	is_dyn
	)

Free dynamically or statically allocated quasi-cyclic matrix over GF2.

Parameters

v	quasi-cyclic matrix
is_dyn	boolean param, if 0 do not free object self, else free also object

Definition at line 251 of file gf2types.c.

int BPU_gf2QcMatrixMalloc	(	BPU_T_GF2_QC_Matrix *	v,
		int	element_count,
		int	element_size,
		int	isVertical,
		int	is_I_appended
	)

Allocate memory for quasi-cyclic matrix over GF2. Allocate memory, so after work it has to be freed by using call BPU_gf2QcMatrixFree.

Parameters

v	quasi-cyclic matrix
element_count	count of cyclic elements
element_size	size of one cyclic element
isVertical	boolean, if 1, elements are in vertical orientation, if 0 horizontal orientation
is_I_appended	boolean, if 1, identity matrix is appended to the left, if 0, no identity matrix

Returns: 0 - succes, else error

Definition at line 220 of file gf2types.c.

void BPU_gf2SparsePolyFree	(	BPU_T_GF2_Sparse_Poly *	p,
		int	is_dyn
	)

Free dynamically or statically allocated sparse polynomial over GF2.

Parameters

p	sparse polynomial to free
is_dyn	boolean param, if 0 do not free object self, else free also object

Definition at line 147 of file gf2types.c.

void BPU_gf2SparsePolyMalloc	(	BPU_T_GF2_Sparse_Poly *	p,
		int	weight
	)

Allocate memory for sparse polynomial over GF2. Allocate memory, so after work it has to be freed by using call BPU_gf2SparsePolyFree.

Parameters

p	sparse polynomial to allocate
weight	weight of sparse polynomial

Definition at line 140 of file gf2types.c.

void BPU_gf2SparseQcMatrixFree	(	BPU_T_GF2_Sparse_Qc_Matrix *	v,
		int	is_dyn
	)

Free dynamically or statically allocated sparse quasi-cyclic matrix over GF2.

Parameters

v	sparse quasi-cyclic matrix
is_dyn	boolean param, if 0 do not free object self, else free also object

Definition at line 174 of file gf2types.c.

void BPU_gf2SparseQcMatrixMalloc	(	BPU_T_GF2_Sparse_Qc_Matrix *	v,
		int	element_count,
		int	element_size,
		int	isVertical
	)

Allocate memory for sparse quasi-cyclic matrix over GF2. Allocate memory, so after work it has to be freed by using call BPU_gf2SparseQcMatrixFree.

Parameters

v	sparse quasi-cyclic matrix
element_count	count of cyclic elements
element_size	size of one cyclic element
isVertical	boolean, if 1, elements are in vertical orientation, if 0 horizontal orientation

Definition at line 154 of file gf2types.c.

void BPU_gf2VecFree ( BPU_T_GF2_Vector ** v )

Free dynamically or statically allocated vector.

Free dynamically or statically allocated vector GF2.

Parameters

[out] *m address of vector object

Definition at line 45 of file gf2types.c.

int BPU_gf2VecMalloc	(	BPU_T_GF2_Vector **	v,
		int	len
	)

Allocate memory for vector GF2. It also null vector. After work you have to free memory using call BPU_freeVecGF2.

Parameters

len	len of vector

Returns: on succes 0, else error

Definition at line 97 of file gf2types.c.

int BPU_gf2VecMallocElements	(	BPU_T_GF2_Vector *	v,
		int	len
	)

BPU_gf2VecMallocElements Malloc vector elements and set to zero.

Parameters

v
len

Returns

Definition at line 114 of file gf2types.c.

int BPU_gf2VecResize	(	BPU_T_GF2_Vector *	v,
		int	len
	)

BPU_gf2VecResize Resize vecor.

Parameters

v
len

Returns

Definition at line 107 of file gf2types.c.

Functions

Function Documentation