/builds/wireshark/wireshark/file.h File Reference

#include <wiretap/wtap.h>
#include <epan/epan.h>
#include <epan/print.h>
#include <epan/fifo_string_cache.h>
#include <ui/packet_range.h>

Go to the source code of this file.

Classes
struct	match_data
struct	print_args_t

Typedefs
typedef void(*	cf_callback_t) (int event, void *data, void *user_data)

Enumerations
enum	cf_status_t { CF_OK , CF_ERROR }
enum	cf_read_status_t { CF_READ_OK , CF_READ_ERROR , CF_READ_ABORTED }
enum	cf_write_status_t { CF_WRITE_OK , CF_WRITE_ERROR , CF_WRITE_ABORTED }
enum	cf_print_status_t { CF_PRINT_OK , CF_PRINT_OPEN_ERROR , CF_PRINT_WRITE_ERROR }
enum	cf_cbs {   cf_cb_file_opened , cf_cb_file_closing , cf_cb_file_closed , cf_cb_file_read_started ,   cf_cb_file_read_finished , cf_cb_file_reload_started , cf_cb_file_reload_finished , cf_cb_file_rescan_started ,   cf_cb_file_rescan_finished , cf_cb_file_retap_started , cf_cb_file_retap_finished , cf_cb_file_merge_started ,   cf_cb_file_merge_finished , cf_cb_file_fast_save_finished , cf_cb_file_save_started , cf_cb_file_save_finished ,   cf_cb_file_save_failed , cf_cb_file_save_stopped }
enum	print_range_e { print_range_selected_only , print_range_marked_only , print_range_all_displayed , print_range_all_captured }

Functions
void	cf_set_max_records (unsigned max_records)
void	cf_callback_add (cf_callback_t func, void *user_data)
void	cf_callback_remove (cf_callback_t func, void *user_data)
cf_status_t	cf_open (capture_file *cf, const char *fname, unsigned int type, bool is_tempfile, int *err)
void	cf_close (capture_file *cf)
cf_status_t	cf_reload (capture_file *cf)
cf_read_status_t	cf_read (capture_file *cf, bool reloading)
bool	cf_read_record (capture_file *cf, const frame_data *fdata, wtap_rec *rec, Buffer *buf)
bool	cf_read_record_no_alert (capture_file *cf, const frame_data *fdata, wtap_rec *rec, Buffer *buf)
bool	cf_read_current_record (capture_file *cf)
cf_read_status_t	cf_continue_tail (capture_file *cf, volatile int to_read, wtap_rec *rec, Buffer *buf, int *err, fifo_string_cache_t *frame_dup_cache, GChecksum *frame_cksum)
void	cf_fake_continue_tail (capture_file *cf)
cf_read_status_t	cf_finish_tail (capture_file *cf, wtap_rec *rec, Buffer *buf, int *err, fifo_string_cache_t *frame_dup_cache, GChecksum *frame_cksum)
bool	cf_can_write_with_wiretap (capture_file *cf)
bool	cf_can_save (capture_file *cf)
bool	cf_can_save_as (capture_file *cf)
bool	cf_has_unsaved_data (capture_file *cf)
cf_write_status_t	cf_save_records (capture_file *cf, const char *fname, unsigned save_format, wtap_compression_type compression_type, bool discard_comments, bool dont_reopen)
cf_write_status_t	cf_export_specified_packets (capture_file *cf, const char *fname, packet_range_t *range, unsigned save_format, wtap_compression_type compression_type)
char *	cf_get_display_name (capture_file *cf)
char *	cf_get_basename (capture_file *cf)
void	cf_set_tempfile_source (capture_file *cf, char *source)
const char *	cf_get_tempfile_source (capture_file *cf)
int	cf_get_packet_count (capture_file *cf)
bool	cf_is_tempfile (capture_file *cf)
void	cf_set_tempfile (capture_file *cf, bool is_tempfile)
void	cf_set_drops_known (capture_file *cf, bool drops_known)
void	cf_set_drops (capture_file *cf, uint32_t drops)
bool	cf_get_drops_known (capture_file *cf)
uint32_t	cf_get_drops (capture_file *cf)
void	cf_set_rfcode (capture_file *cf, dfilter_t *rfcode)
cf_status_t	cf_filter_packets (capture_file *cf, char *dfilter, bool force)
void	cf_reftime_packets (capture_file *cf)
unsigned long	cf_get_computed_elapsed (capture_file *cf)
void	cf_redissect_packets (capture_file *cf)
cf_read_status_t	cf_retap_packets (capture_file *cf)
cf_print_status_t	cf_print_packets (capture_file *cf, print_args_t *print_args, bool show_progress_bar)
cf_print_status_t	cf_write_pdml_packets (capture_file *cf, print_args_t *print_args)
cf_print_status_t	cf_write_psml_packets (capture_file *cf, print_args_t *print_args)
cf_print_status_t	cf_write_csv_packets (capture_file *cf, print_args_t *print_args)
cf_print_status_t	cf_write_carrays_packets (capture_file *cf, print_args_t *print_args)
cf_print_status_t	cf_write_json_packets (capture_file *cf, print_args_t *print_args)
bool	cf_find_packet_protocol_tree (capture_file *cf, const char *string, search_direction dir, bool multiple)
field_info *	cf_find_string_protocol_tree (capture_file *cf, proto_tree *tree)
bool	cf_find_packet_summary_line (capture_file *cf, const char *string, search_direction dir)
bool	cf_find_packet_data (capture_file *cf, const uint8_t *string, size_t string_size, search_direction dir, bool multiple)
bool	cf_find_packet_dfilter (capture_file *cf, dfilter_t *sfcode, search_direction dir, bool start_current)
bool	cf_find_packet_dfilter_string (capture_file *cf, const char *filter, search_direction dir)
bool	cf_find_packet_marked (capture_file *cf, search_direction dir)
bool	cf_find_packet_time_reference (capture_file *cf, search_direction dir)
bool	cf_goto_frame (capture_file *cf, unsigned row, bool exact)
bool	cf_goto_framenum (capture_file *cf)
void	cf_select_packet (capture_file *cf, frame_data *frame)
void	cf_unselect_packet (capture_file *cf)
void	cf_mark_frame (capture_file *cf, frame_data *frame)
void	cf_unmark_frame (capture_file *cf, frame_data *frame)
void	cf_ignore_frame (capture_file *cf, frame_data *frame)
void	cf_unignore_frame (capture_file *cf, frame_data *frame)
cf_status_t	cf_merge_files_to_tempfile (void *pd_window, const char *temp_dir, char **out_filenamep, int in_file_count, const char *const *in_filenames, int file_type, bool do_append)
void	cf_update_section_comment (capture_file *cf, char *comment)
void	cf_update_section_comments (capture_file *cf, unsigned shb_idx, char **comments)
wtap_block_t	cf_get_packet_block (capture_file *cf, const frame_data *fd)
bool	cf_set_modified_block (capture_file *cf, frame_data *fd, const wtap_block_t new_block)
uint32_t	cf_comment_types (capture_file *cf)
bool	cf_add_ip_name_from_string (capture_file *cf, const char *addr, const char *name)

Detailed Description

Definitions for file structures and routines

Wireshark - Network traffic analyzer By Gerald Combs geral.nosp@m.d@wi.nosp@m.resha.nosp@m.rk.o.nosp@m.rg Copyright 1998 Gerald Combs

SPDX-License-Identifier: GPL-2.0-or-later

Enumeration Type Documentation

cf_print_status_t

enum cf_print_status_t

Return values from functions that print sets of packets.

Enumerator
CF_PRINT_OK	print operation succeeded
CF_PRINT_OPEN_ERROR	print operation failed while opening printer
CF_PRINT_WRITE_ERROR	print operation failed while writing to the printer

cf_read_status_t

enum cf_read_status_t

Return values from functions that read capture files.

Enumerator
CF_READ_OK	operation succeeded
CF_READ_ERROR	operation got an error (function may provide err with details)
CF_READ_ABORTED	operation aborted by user

cf_status_t

enum cf_status_t

Return values from functions that only can succeed or fail.

Enumerator
CF_OK	operation succeeded
CF_ERROR	operation got an error (function may provide err with details)

cf_write_status_t

enum cf_write_status_t

Return values from functions that write out packets.

Enumerator
CF_WRITE_OK	operation succeeded
CF_WRITE_ERROR	operation got an error (function may provide err with details)
CF_WRITE_ABORTED	operation aborted by user

Function Documentation

cf_add_ip_name_from_string()

bool cf_add_ip_name_from_string	(	capture_file *	cf,
		const char *	addr,
		const char *	name
	)

Add a resolved address to this file's list of resolved addresses.

Parameters

cf	the capture file
addr	a string representing an IPv4 or IPv6 address
name	a string containing a name corresponding to that address

Returns

true if it succeeds, false if not

cf_callback_add()

void cf_callback_add ( cf_callback_t  func, void *  user_data  )

extern

Add a capture file event callback.

Parameters

func	The function to be called for each event. The function will be passed three parameters: The event type (event), event-dependent data (data), and user-supplied data (user_data). Event-dependent data may be a capture_file pointer, character pointer, or NULL.
user_data	User-supplied data to pass to the callback. May be NULL.

cf_callback_remove()

void cf_callback_remove ( cf_callback_t  func, void *  user_data  )

extern

Remove a capture file event callback.

Parameters

func	The function to be removed.
user_data	User-supplied data. Must be the same value supplied to cf_callback_add.

cf_can_save()

bool cf_can_save

(

capture_file *

cf

)

Determine whether this capture file can be saved with a "save" operation; if there's nothing unsaved, it can't.

Parameters

cf	the capture file to check

Returns

true if it can be saved, false if it can't

cf_can_save_as()

bool cf_can_save_as

(

capture_file *

cf

)

Determine whether this capture file can be saved with a "save as" operation.

Parameters

cf	the capture file to check

Returns

true if it can be saved, false if it can't

cf_can_write_with_wiretap()

bool cf_can_write_with_wiretap

(

capture_file *

cf

)

Determine whether this capture file (or a range of it) can be written in any format using Wiretap rather than by copying the raw data.

Parameters

cf	the capture file to check

Returns

true if it can be written, false if it can't

cf_close()

void cf_close

(

capture_file *

cf

)

Close a capture file.

Parameters

cf	the capture file to be closed

cf_comment_types()

uint32_t cf_comment_types

(

capture_file *

cf

)

What types of comments does this file have?

Parameters

cf	the capture file

Returns

bitset of WTAP_COMMENT_ values

cf_continue_tail()

cf_read_status_t cf_continue_tail	(	capture_file *	cf,
		volatile int	to_read,
		wtap_rec *	rec,
		Buffer *	buf,
		int *	err,
		fifo_string_cache_t *	frame_dup_cache,
		GChecksum *	frame_cksum
	)

Read packets from the "end" of a capture file.

Parameters

cf	the capture file to be read from
to_read	the number of packets to read
rec	pointer to wtap_rec to use when reading
buf	pointer to Buffer to use when reading
err	the error code, if an error had occurred

Returns

one of cf_read_status_t

cf_export_specified_packets()

cf_write_status_t cf_export_specified_packets	(	capture_file *	cf,
		const char *	fname,
		packet_range_t *	range,
		unsigned	save_format,
		wtap_compression_type	compression_type
	)

Export some or all packets from a capture file to a new file. If there's already a file with that name, do a "safe save", writing to a temporary file in the same directory and, if the write succeeds, renaming the new file on top of the old file, so that if the write fails, the old file is still intact.

Parameters

cf	the capture file to write to
fname	the filename to write to
range	the range of packets to write
save_format	the format of the file to write (libpcap, ...)
compression_type	type of compression to use when writing, if any

Returns

one of cf_write_status_t

cf_fake_continue_tail()

void cf_fake_continue_tail

(

capture_file *

cf

)

Fake reading packets from the "end" of a capture file.

Parameters

cf	the capture file to be read from

cf_filter_packets()

cf_status_t cf_filter_packets	(	capture_file *	cf,
		char *	dfilter,
		bool	force
	)

"Display Filter" packets in the capture file.

Parameters

cf	the capture file
dfilter	the display filter
force	true if do in any case, false only if dfilter changed

Returns

one of cf_status_t

cf_find_packet_data()

bool cf_find_packet_data	(	capture_file *	cf,
		const uint8_t *	string,
		size_t	string_size,
		search_direction	dir,
		bool	multiple
	)

Find packet whose data contains a specified byte string.

Parameters

cf	the capture file
string	the string to find
string_size	the size of the string to find
dir	direction in which to search
multiple	whether to look for the next occurrence of the same string in the current packet, or to only match once per frame

Returns

true if a packet was found, false otherwise

cf_find_packet_dfilter()

bool cf_find_packet_dfilter	(	capture_file *	cf,
		dfilter_t *	sfcode,
		search_direction	dir,
		bool	start_current
	)

Find packet that matches a compiled display filter.

Parameters

cf	the capture file
sfcode	the display filter to match
dir	direction in which to search
start_current	whether to start searching from the current frame

Returns

true if a packet was found, false otherwise

cf_find_packet_dfilter_string()

bool cf_find_packet_dfilter_string	(	capture_file *	cf,
		const char *	filter,
		search_direction	dir
	)

Find packet that matches a display filter given as a text string.

Parameters

cf	the capture file
filter	the display filter to match
dir	direction in which to search

Returns

true if a packet was found, false otherwise

cf_find_packet_marked()

bool cf_find_packet_marked	(	capture_file *	cf,
		search_direction	dir
	)

Find marked packet.

Parameters

cf	the capture file
dir	direction in which to search

Returns

true if a packet was found, false otherwise

cf_find_packet_protocol_tree()

bool cf_find_packet_protocol_tree	(	capture_file *	cf,
		const char *	string,
		search_direction	dir,
		bool	multiple
	)

Find packet with a protocol tree item that contains a specified text string.

Parameters

cf	the capture file
string	the string to find
dir	direction in which to search
multiple	whether to look for the next occurrence of the same string in the current packet, or to only match once per frame

Returns

true if a packet was found, false otherwise

cf_find_packet_summary_line()

bool cf_find_packet_summary_line	(	capture_file *	cf,
		const char *	string,
		search_direction	dir
	)

Find packet whose summary line contains a specified text string.

Parameters

cf	the capture file
string	the string to find
dir	direction in which to search

Returns

true if a packet was found, false otherwise

cf_find_packet_time_reference()

bool cf_find_packet_time_reference	(	capture_file *	cf,
		search_direction	dir
	)

Find time-reference packet.

Parameters

cf	the capture file
dir	direction in which to search

Returns

true if a packet was found, false otherwise

cf_find_string_protocol_tree()

field_info * cf_find_string_protocol_tree ( capture_file *  cf, proto_tree *  tree  )

extern

Find field with a label that contains the text string cfile->sfilter in a protocol tree.

Parameters

cf	the capture file
tree	the protocol tree

Returns

The first field in the tree that matched the string if found, NULL otherwise

cf_finish_tail()

cf_read_status_t cf_finish_tail	(	capture_file *	cf,
		wtap_rec *	rec,
		Buffer *	buf,
		int *	err,
		fifo_string_cache_t *	frame_dup_cache,
		GChecksum *	frame_cksum
	)

Finish reading from "end" of a capture file.

Parameters

cf	the capture file to be read from
rec	pointer to wtap_rec to use when reading
buf	pointer to Buffer to use when reading
err	the error code, if an error had occurred

Returns

one of cf_read_status_t

cf_get_basename()

char * cf_get_basename

(

capture_file *

cf

)

Get a name that can be used to generate a file name from the capture file name. It's based on the displayable name, so it's UTF-8; if it ends with a suffix that's used by a file type libwiretap can read, we strip that suffix off.

Parameters

cf	the capture file

Returns

the base name (must be g_free'd)

cf_get_computed_elapsed()

unsigned long cf_get_computed_elapsed

(

capture_file *

cf

)

Return the time it took to load the file (in msec).

cf_get_display_name()

char * cf_get_display_name

(

capture_file *

cf

)

Get a displayable name of the capture file.

Parameters

cf	the capture file

Returns

the displayable name (must be g_free'd)

cf_get_drops()

uint32_t cf_get_drops

(

capture_file *

cf

)

Get the number of packet drops while capturing.

Parameters

cf	the capture file

Returns

the number of packet drops occurred while capturing

cf_get_drops_known()

bool cf_get_drops_known

(

capture_file *

cf

)

Get flag state, if the number of packet drops while capturing are known or not.

Parameters

cf	the capture file

Returns

true if the number of packet drops are known, false otherwise

cf_get_packet_count()

int cf_get_packet_count

(

capture_file *

cf

)

Get the number of packets in the capture file.

Parameters

cf	the capture file

Returns

the number of packets in the capture file

cf_get_tempfile_source()

const char * cf_get_tempfile_source

(

capture_file *

cf

)

Get the source of the capture data for temporary files. Guaranteed to return a non-null value. The returned value should not be freed.

Parameters

cf	the capture file

cf_goto_frame()

bool cf_goto_frame	(	capture_file *	cf,
		unsigned	row,
		bool	exact
	)

GoTo Packet with the given row.

Parameters

cf	the capture file
row	the row to go to
exact	if true, fail if the row exists and is filtered (not displayed) if false, go to the nearest displayed packet instead

Returns

true if this row exists, false otherwise

cf_goto_framenum()

bool cf_goto_framenum

(

capture_file *

cf

)

Go to frame specified by currently selected protocol tree field. (Go To Corresponding Packet)

Todo:

this is ugly and should be improved!

Parameters

cf	the capture file

Returns

true if this packet exists, false otherwise

cf_has_unsaved_data()

bool cf_has_unsaved_data

(

capture_file *

cf

)

Determine whether this capture file has unsaved data.

Parameters

cf	the capture file to check

Returns

true if it has unsaved data, false if it doesn't

cf_ignore_frame()

void cf_ignore_frame	(	capture_file *	cf,
		frame_data *	frame
	)

Ignore a particular frame in a particular capture.

Parameters

cf	the capture file
frame	the frame to be ignored

cf_is_tempfile()

bool cf_is_tempfile

(

capture_file *

cf

)

Is this capture file a temporary file?

Parameters

cf	the capture file

Returns

true if it's a temporary file, false otherwise

cf_mark_frame()

void cf_mark_frame	(	capture_file *	cf,
		frame_data *	frame
	)

Mark a particular frame in a particular capture.

Parameters

cf	the capture file
frame	the frame to be marked

cf_merge_files_to_tempfile()

cf_status_t cf_merge_files_to_tempfile	(	void *	pd_window,
		const char *	temp_dir,
		char **	out_filenamep,
		int	in_file_count,
		const char *const *	in_filenames,
		int	file_type,
		bool	do_append
	)

Merge two or more capture files into a temporary file.

Todo:

is this the right place for this function? It doesn't have to do a lot with capture_file.

Parameters

pd_window	Window pointer suitable for use by delayed_create_progress_dlg.
out_filenamep	Points to a pointer that's set to point to the pathname of the temporary file; it's allocated with g_malloc()
in_file_count	the number of input files to merge
in_filenames	array of input filenames
file_type	the output filetype
do_append	false to merge chronologically, true simply append

Returns

one of cf_status_t

cf_open()

cf_status_t cf_open	(	capture_file *	cf,
		const char *	fname,
		unsigned int	type,
		bool	is_tempfile,
		int *	err
	)

Open a capture file.

Parameters

cf	the capture file to be opened
fname	the filename to be opened
type	WTAP_TYPE_AUTO for automatic or index to direct open routine
is_tempfile	is this a temporary file?
err	error code

Returns

one of cf_status_t

cf_print_packets()

cf_print_status_t cf_print_packets	(	capture_file *	cf,
		print_args_t *	print_args,
		bool	show_progress_bar
	)

Print the capture file.

Parameters

cf	the capture file
print_args	the arguments what and how to print
show_progress_bar	true if a progress bar is to be shown

Returns

one of cf_print_status_t

cf_read()

cf_read_status_t cf_read	(	capture_file *	cf,
		bool	reloading
	)

Read all packets of a capture file into the internal structures.

Parameters

cf	the capture file to be read
reloading	reread asked for from cf_save_records()

Returns

one of cf_read_status_t

cf_read_current_record()

bool cf_read_current_record

(

capture_file *

cf

)

Read the metadata and raw data for the current record into a capture_file structure's rec and buf for the current record. It will pop up an alert box if there's an error.

Parameters

cf	the capture file from which to read the record

Returns

true if the read succeeded, false if there was an error

cf_read_record()

bool cf_read_record	(	capture_file *	cf,
		const frame_data *	fdata,
		wtap_rec *	rec,
		Buffer *	buf
	)

Read the metadata and raw data for a record. It will pop up an alert box if there's an error.

Parameters

cf	the capture file from which to read the record
fdata	the frame_data structure for the record in question
rec	pointer to a wtap_rec structure to contain the record's metadata
buf	a Buffer into which to read the record's raw data

Returns

true if the read succeeded, false if there was an error

cf_read_record_no_alert()

bool cf_read_record_no_alert	(	capture_file *	cf,
		const frame_data *	fdata,
		wtap_rec *	rec,
		Buffer *	buf
	)

Same as cf_read_record() but does not pop alert box on error

cf_redissect_packets()

void cf_redissect_packets

(

capture_file *

cf

)

"Something" has changed, rescan all packets.

Parameters

cf	the capture file

cf_reftime_packets()

void cf_reftime_packets

(

capture_file *

cf

)

Scan through all frame data and recalculate the ref time without rereading the file.

Parameters

cf	the capture file

cf_reload()

cf_status_t cf_reload

(

capture_file *

cf

)

Reload a capture file.

Parameters

cf	the capture file to be reloaded

Returns

one of cf_status_t

cf_retap_packets()

cf_read_status_t cf_retap_packets

(

capture_file *

cf

)

Rescan all packets and just run taps - don't reconstruct the display.

Parameters

cf	the capture file

Returns

one of cf_read_status_t

cf_save_records()

cf_write_status_t cf_save_records	(	capture_file *	cf,
		const char *	fname,
		unsigned	save_format,
		wtap_compression_type	compression_type,
		bool	discard_comments,
		bool	dont_reopen
	)

Save all packets in a capture file to a new file, and, if that succeeds, make that file the current capture file. If there's already a file with that name, do a "safe save", writing to a temporary file in the same directory and, if the write succeeds, renaming the new file on top of the old file, so that if the write fails, the old file is still intact.

Parameters

cf	the capture file to save to
fname	the filename to save to
save_format	the format of the file to save (libpcap, ...)
compression_type	type of compression to use when writing, if any
discard_comments	true if we should discard comments if the save succeeds (because we saved in a format that doesn't support comments)
dont_reopen	true if it shouldn't reopen and make that file the current capture file

Returns

one of cf_write_status_t

cf_select_packet()

void cf_select_packet	(	capture_file *	cf,
		frame_data *	frame
	)

Select the packet in the given row.

Parameters

cf	the capture file
frame	the frame to be selected

cf_set_drops()

void cf_set_drops	(	capture_file *	cf,
		uint32_t	drops
	)

Set the number of packet drops while capturing.

Parameters

cf	the capture file
drops	the number of packet drops occurred while capturing

cf_set_drops_known()

void cf_set_drops_known	(	capture_file *	cf,
		bool	drops_known
	)

Set flag, if the number of packet drops while capturing are known or not.

Parameters

cf	the capture file
drops_known	true if the number of packet drops are known, false otherwise

cf_set_max_records()

void cf_set_max_records ( unsigned  max_records )

extern

Set maximum number of records per capture file.

Parameters

max_records

maximum number of records to support.

cf_set_modified_block()

bool cf_set_modified_block	(	capture_file *	cf,
		frame_data *	fd,
		const wtap_block_t	new_block
	)

Update(replace) the block on a capture from a frame

Parameters

cf	the capture file
fd	the frame_data structure for the frame
new_block	the block replacing the old block

Returns

true if the block is modified for the first time. false if the block was already modified before, in which case the caller is responsible for updating the comment count.

cf_set_rfcode()

void cf_set_rfcode	(	capture_file *	cf,
		dfilter_t *	rfcode
	)

Set the read filter.

Todo:

this shouldn't be required, remove it somehow

Parameters

cf	the capture file
rfcode	the readfilter

cf_set_tempfile()

void cf_set_tempfile	(	capture_file *	cf,
		bool	is_tempfile
	)

Set flag, that this file is a tempfile.

cf_set_tempfile_source()

void cf_set_tempfile_source	(	capture_file *	cf,
		char *	source
	)

Set the source of the capture data for temporary files, e.g. "Interface eth0" or "Pipe from Pong"

Parameters

cf	the capture file
source	the source description. this will be copied internally.

cf_unignore_frame()

void cf_unignore_frame	(	capture_file *	cf,
		frame_data *	frame
	)

Unignore a particular frame in a particular capture.

Parameters

cf	the capture file
frame	the frame to be unignored

cf_unmark_frame()

void cf_unmark_frame	(	capture_file *	cf,
		frame_data *	frame
	)

Unmark a particular frame in a particular capture.

Parameters

cf	the capture file
frame	the frame to be unmarked

cf_unselect_packet()

void cf_unselect_packet

(

capture_file *

cf

)

Unselect all packets, if any.

Parameters

cf	the capture file

cf_update_section_comment()

void cf_update_section_comment	(	capture_file *	cf,
		char *	comment
	)

Update(replace) the comment on a capture from the SHB data block XXX - should support multiple sections.

Parameters

cf	the capture file
comment	the string replacing the old comment

cf_update_section_comments()

void cf_update_section_comments	(	capture_file *	cf,
		unsigned	shb_idx,
		char **	comments
	)

Update(replace) the comments on a capture from the SHB data block

Parameters

cf	the capture file
shb_idx	the index of the SHB (0-indexed)
comments	a NULL-terminated string array of comments. The function takes ownership of the string array and frees it and the contents.

cf_write_carrays_packets()

cf_print_status_t cf_write_carrays_packets	(	capture_file *	cf,
		print_args_t *	print_args
	)

Print (export) the capture file into C Arrays format.

Parameters

cf	the capture file
print_args	the arguments what and how to export

Returns

one of cf_print_status_t

cf_write_csv_packets()

cf_print_status_t cf_write_csv_packets	(	capture_file *	cf,
		print_args_t *	print_args
	)

Print (export) the capture file into CSV format.

Parameters

cf	the capture file
print_args	the arguments what and how to export

Returns

one of cf_print_status_t

cf_write_json_packets()

cf_print_status_t cf_write_json_packets	(	capture_file *	cf,
		print_args_t *	print_args
	)

Print (export) the capture file into JSON format.

Parameters

cf	the capture file
print_args	the arguments what and how to export

Returns

one of cf_print_status_t

cf_write_pdml_packets()

cf_print_status_t cf_write_pdml_packets	(	capture_file *	cf,
		print_args_t *	print_args
	)

Print (export) the capture file into PDML format.

Parameters

cf	the capture file
print_args	the arguments what and how to export

Returns

one of cf_print_status_t

cf_write_psml_packets()

cf_print_status_t cf_write_psml_packets	(	capture_file *	cf,
		print_args_t *	print_args
	)

Print (export) the capture file into PSML format.

Parameters

cf	the capture file
print_args	the arguments what and how to export

Returns

one of cf_print_status_t