#include <cdio/paranoia/paranoia.h>
#include <cdio/paranoia/cdda.h>
#include "isort.h"

Data Structures
struct	linked_list_t

struct	linked_element

struct	c_block

struct	v_fragment_s

struct	root_block

struct	offsets

struct	cdrom_paranoia_s

Macros
#define	MIN_WORDS_OVERLAP 64 /* 16 bit words */

#define	MIN_WORDS_SEARCH 64 /* 16 bit words */

#define	MIN_WORDS_RIFT 16 /* 16 bit words */

#define	MAX_SECTOR_OVERLAP 32 /* sectors */

#define	MIN_SECTOR_EPSILON 128 /* words */

#define	MIN_SECTOR_BACKUP 16 /* sectors */

#define	JIGGLE_MODULO 15 /* sectors */

#define	MIN_SILENCE_BOUNDARY 1024 /* 16 bit words */

#define	CACHEMODEL_SECTORS 1200

#define	min(x, y)

#define	max(x, y)

#define	ce(v)

#define	cb(v)

#define	cs(v)

#define	cv(c)

#define	fe(f)

#define	fb(f)

#define	fs(f)

#define	fv(f)

#define	linked_list linked_list_t

#define	CDP_COMPILE

Typedefs
typedef struct linked_element	linked_element

typedef struct c_block	c_block_t

typedef struct v_fragment_s	v_fragment_t

typedef struct root_block	root_block

typedef struct offsets	offsets

Functions
linked_list_t *	new_list (void (new_fn)(void), void(free)(void ))

linked_element *	new_elem (linked_list_t *list)

linked_element *	add_elem (linked_list_t list, void elem)

void	free_list (linked_list_t *list, int free_ptr)

void	free_elem (linked_element *e, int free_ptr)

void *	get_elem (linked_element *e)

linked_list_t *	copy_list (linked_list_t *p_list)

void	free_c_block (c_block_t *c)

void	i_cblock_destructor (c_block_t *c)

c_block_t *	new_c_block (cdrom_paranoia_t *p)

void	free_v_fragment (v_fragment_t *c)

v_fragment_t *	new_v_fragment (cdrom_paranoia_t p, c_block_t one, long int begin, long int end, int lastsector)

int16_t *	v_buffer (v_fragment_t *v)

c_block_t *	c_first (cdrom_paranoia_t *p)

c_block_t *	c_last (cdrom_paranoia_t *p)

c_block_t *	c_next (c_block_t *c)

c_block_t *	c_prev (c_block_t *c)

v_fragment_t *	v_first (cdrom_paranoia_t *p)

v_fragment_t *	v_last (cdrom_paranoia_t *p)

v_fragment_t *	v_next (v_fragment_t *v)

v_fragment_t *	v_prev (v_fragment_t *v)

c_block_t *	c_alloc (int16_t *vector, long begin, long size)

void	c_set (c_block_t *v, long begin)

void	c_insert (c_block_t v, long pos, int16_t b, long size)

void	c_remove (c_block_t *v, long cutpos, long cutsize)

void	c_overwrite (c_block_t v, long pos, int16_t b, long size)

void	c_append (c_block_t v, int16_t vector, long size)

void	c_removef (c_block_t *v, long cut)

void	recover_cache (cdrom_paranoia_t *p)

void	i_paranoia_firstlast (cdrom_paranoia_t *p)

Macro Definition Documentation

◆ CACHEMODEL_SECTORS

#define CACHEMODEL_SECTORS 1200

Referenced by paranoia_init().

◆ cb

#define cb ( v )

Value:

(v->begin)

Referenced by cdio_paranoia_read_limited(), i_paranoia_trim(), and offset_adjust_settings().

◆ CDP_COMPILE

#define CDP_COMPILE

◆ ce

#define ce ( v )

Value:

(v->begin+v->size)

Referenced by cdio_paranoia_read_limited(), i_paranoia_trim(), and offset_adjust_settings().

◆ cs

#define cs ( v )

Value:

(v->size)

Referenced by c_append(), c_insert(), c_overwrite(), c_remove(), and cdio_paranoia_read_limited().

◆ cv

#define cv ( c )

Value:

(c->vector)

Referenced by v_buffer().

◆ fb

#define fb ( f )

Value:

(f->begin)

Referenced by offset_adjust_settings().

◆ fe

#define fe ( f )

Value:

(f->begin+f->size)

◆ fv

#define fv ( f )

Value:

(v_buffer(f))

v_buffer

int16_t * v_buffer(v_fragment_t *v)

Definition p_block.c:270

◆ JIGGLE_MODULO

#define JIGGLE_MODULO 15 /* sectors */

Referenced by paranoia_init().

◆ linked_list

#define linked_list linked_list_t

For compatibility with good ol' paranoia

◆ max

#define max	(		x,
			y )

Value:

((x)<(y)?(y):(x))

Referenced by analyze_cache(), sort_getmatch(), and sort_setup().

◆ MAX_SECTOR_OVERLAP

#define MAX_SECTOR_OVERLAP 32 /* sectors */

Referenced by cdio_paranoia_read_limited(), i_paranoia_trim(), offset_adjust_settings(), and paranoia_init().

◆ min

#define min	(		x,
			y )

Value:

((x)>(y)?(y):(x))

Referenced by analyze_rift_silence_f(), offset_adjust_settings(), sort_getmatch(), and sort_setup().

◆ MIN_SECTOR_BACKUP

#define MIN_SECTOR_BACKUP 16 /* sectors */

◆ MIN_SECTOR_EPSILON

#define MIN_SECTOR_EPSILON 128 /* words */

Referenced by offset_adjust_settings().

◆ MIN_SILENCE_BOUNDARY

#define MIN_SILENCE_BOUNDARY 1024 /* 16 bit words */

◆ MIN_WORDS_OVERLAP

#define MIN_WORDS_OVERLAP 64 /* 16 bit words */

Referenced by i_paranoia_trim().

◆ MIN_WORDS_RIFT

#define MIN_WORDS_RIFT 16 /* 16 bit words */

Referenced by analyze_rift_silence_f(), i_analyze_rift_f(), and i_analyze_rift_r().

◆ MIN_WORDS_SEARCH

#define MIN_WORDS_SEARCH 64 /* 16 bit words */

Typedef Documentation

◆ c_block_t

typedef struct c_block c_block_t

◆ linked_element

typedef struct linked_element linked_element

◆ offsets

typedef struct offsets offsets

◆ root_block

typedef struct root_block root_block

◆ v_fragment_t

typedef struct v_fragment_s v_fragment_t

Function Documentation

◆ add_elem()

linked_element * add_elem	(	linked_list_t *	list,
		void *	elem )

extern

References linked_list_t::active, linked_list_t::current, linked_list_t::head, linked_element::list, linked_element::next, NULL, linked_element::prev, linked_element::ptr, linked_element::stamp, and linked_list_t::tail.

Referenced by copy_list(), and new_elem().

◆ c_alloc()

c_block_t * c_alloc	(	int16_t *	vector,
		long	begin,
		long	size )

extern

References c_block::begin, c_block::size, and c_block::vector.

◆ c_append()

void c_append	(	c_block_t *	v,
		int16_t *	vector,
		long	size )

extern

References cs, c_block::size, and c_block::vector.

◆ c_first()

c_block_t * c_first ( cdrom_paranoia_t * p )

extern

References cdrom_paranoia_s::cache, linked_list_t::head, NULL, and linked_element::ptr.

Referenced by i_paranoia_trim(), offset_adjust_settings(), and paranoia_resetcache().

◆ c_insert()

void c_insert	(	c_block_t *	v,
		long	pos,
		int16_t *	b,
		long	size )

extern

References cs, c_block::size, and c_block::vector.

◆ c_last()

c_block_t * c_last ( cdrom_paranoia_t * p )

extern

References cdrom_paranoia_s::cache, NULL, linked_element::ptr, and linked_list_t::tail.

Referenced by recover_cache().

◆ c_next()

c_block_t * c_next ( c_block_t * c )

extern

References c_block::e, linked_element::next, NULL, and linked_element::ptr.

Referenced by i_paranoia_trim(), and offset_adjust_settings().

◆ c_overwrite()

void c_overwrite	(	c_block_t *	v,
		long	pos,
		int16_t *	b,
		long	size )

extern

References cs, and c_block::vector.

◆ c_prev()

c_block_t * c_prev ( c_block_t * c )

extern

References c_block::e, NULL, linked_element::prev, and linked_element::ptr.

◆ c_remove()

void c_remove	(	c_block_t *	v,
		long	cutpos,
		long	cutsize )

extern

References cs, c_block::size, and c_block::vector.

Referenced by c_removef().

◆ c_removef()

void c_removef	(	c_block_t *	v,
		long	cut )

extern

References c_block::begin, and c_remove().

Referenced by i_paranoia_trim().

◆ c_set()

void c_set	(	c_block_t *	v,
		long	begin )

extern

References c_block::begin.

Referenced by offset_adjust_settings().

◆ copy_list()

linked_list_t * copy_list ( linked_list_t * p_list )

extern

References add_elem(), linked_list_t::free_poly, new_list(), linked_list_t::new_poly, linked_element::prev, linked_element::ptr, and linked_list_t::tail.

◆ free_c_block()

void free_c_block ( c_block_t * c )

extern

References c_block::e, free_elem(), free_v_fragment(), v_fragment_s::one, c_block::p, v_first(), and v_next().

Referenced by i_paranoia_trim(), paranoia_resetcache(), and recover_cache().

◆ free_elem()

void free_elem	(	linked_element *	e,
		int	free_ptr )

extern

References linked_list_t::active, linked_list_t::free_poly, linked_list_t::head, linked_element::list, linked_element::next, linked_element::prev, linked_element::ptr, and linked_list_t::tail.

Referenced by cdio_paranoia_read_limited(), free_c_block(), free_list(), and free_v_fragment().

◆ free_list()

void free_list	(	linked_list_t *	list,
		int	free_ptr )

extern

References free_elem(), and linked_list_t::head.

Referenced by paranoia_free().

◆ free_v_fragment()

void free_v_fragment ( v_fragment_t * c )

extern

References v_fragment_s::e, and free_elem().

Referenced by free_c_block(), and paranoia_resetcache().

◆ get_elem()

void * get_elem ( linked_element * e )

extern

References linked_element::ptr.

◆ i_cblock_destructor()

void i_cblock_destructor ( c_block_t * c )

extern

References c_block::e, c_block::flags, NULL, and c_block::vector.

Referenced by cdio_paranoia_read_limited(), i_paranoia_trim(), paranoia_init(), paranoia_resetall(), and paranoia_seek().

◆ i_paranoia_firstlast()

void i_paranoia_firstlast ( cdrom_paranoia_t * p )

extern

Get the beginning and ending sector bounds given cursor position.

There are a couple of subtle differences between this and the cdda_firsttrack_sector and cdda_lasttrack_sector. If the cursor is an a sector later than cdda_firsttrack_sector, that sectur will be used. As for the difference between cdda_lasttrack_sector, if the CD is mixed and there is a data track after the cursor but before the last audio track, the end of the audio sector before that is used.

References cdda_disc_firstsector, cdda_disc_lastsector, cdda_sector_gettrack, cdda_track_audiop, cdda_track_firstsector, cdda_track_lastsector, cdrom_paranoia_s::current_firstsector, cdrom_paranoia_s::current_lastsector, cdrom_paranoia_s::cursor, cdrom_paranoia_s::d, and cdrom_drive_s::p_cdio.