ROHC common definitions and routines. More...

#include <endian.h>
#include <stdio.h>
#include <stdlib.h>
#include <time.h>
#include <sys/time.h>
#include <netinet/in.h>
#include "crc.h"
#include "decode.h"
#include "ip_id.h"
#include "lsb.h"
#include "sdvl.h"
#include "wlsb.h"
#include "rtp.h"
#include "ip.h"

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Classes
struct	medium
	ROHC medium (CID characteristics). More...
Defines
#define	ROHC_OK 1
	Return code: the action done without problem.
#define	ROHC_ERROR_NO_CONTEXT -1
	Return code: the action can not proceed because no context is defined.
#define	ROHC_ERROR_PACKET_FAILED -2
	Return code: the action failed due to an unattended or malformed packet.
#define	ROHC_FEEDBACK_ONLY -3
	Return code: the action failed because the packet only contains feedback info.
#define	ROHC_ERROR_CRC -4
	Return code: the action failed due to a CRC failure.
#define	ROHC_ERROR -5
	Return code: the action encountered a problem.
#define	ROHC_NEED_REPARSE -6
	Return code: the packet needs to be parsed again.
#define	ROHC_TRUE 1
	True value for the boolean type.
#define	ROHC_FALSE 0
	False value for the boolean type.
#define	RTP_PORTS 1234, 36780, 33238, 5020, 5002
	List of UDP ports associated with RTP streams The port numbers must be separated by a comma.
#define	ROHC_PROFILE_UNCOMPRESSED 0x0000
	The number allocated for the ROHC Uncompressed profile.
#define	ROHC_PROFILE_RTP 0x0001
	The number allocated for the ROHC RTP profile.
#define	ROHC_PROFILE_UDP 0x0002
	The number allocated for the ROHC UDP profile.
#define	ROHC_PROFILE_IP 0x0004
	The number allocated for the ROHC IP-only profile (see 5 in the RFC 3843)
#define	ROHC_PROFILE_UDPLITE 0x0008
	The number allocated for the ROHC UDP-Lite profile (see 7 in the RFC 4019)
#define	CHANGE_TO_IR_COUNT 1700
	The maximal number of packets sent in > IR states (= FO and SO states) before changing back the state to IR (periodic refreshes)
#define	CHANGE_TO_FO_COUNT 700
	The maximal number of packets sent in > FO states (= SO state) before changing back the state to FO (periodic refreshes)
#define	MAX_IR_COUNT 3
	Defines the minimal number of packets that must be sent while in IR state before being able to switch the the FO state.
#define	MAX_FO_COUNT 3
	Defines the minimal number of packets that must be sent while in FO state before being able to switch the the SO state.
#define	PACKET_UO_0 0
	Defines an UO-0 packet.
#define	PACKET_UO_1 1
	Defines an UO-1 packet.
#define	PACKET_UOR_2 2
	Defines an UOR-2 packet.
#define	PACKET_IR_DYN 3
	Defines an IR-DYN packet.
#define	PACKET_IR 4
	Defines an IR packet.
#define	PACKET_UNKNOWN 5
	If packet type is not defined yet.
#define	PACKET_CCE 6
	Defines an CCE packet (UDP-Lite profile only)
#define	PACKET_CCE_OFF 7
	Defines an CCE(OFF) packet (UDP-Lite profile only)
#define	PACKET_UO_1_RTP 8
	Defines an UO-1-RTP packet.
#define	PACKET_UO_1_ID 9
	Defines an UO-1-ID packet.
#define	PACKET_UO_1_TS 10
	Defines an UO-1-TS packet.
#define	PACKET_UOR_2_RTP 11
	Defines an UO-2-RTP packet.
#define	PACKET_UOR_2_ID 12
	Defines an UO-2-ID packet.
#define	PACKET_UOR_2_TS 13
	Defines an UO-2-TS packet.
#define	PACKET_NORMAL 14
	Defines a Normal packet (Uncompressed profile only)
#define	PACKET_NOEXT (-1)
	No extension for the UOR-2 packet.
#define	PACKET_EXT_0 0
	Defines the EXT-0 extension for the UOR-2 packet.
#define	PACKET_EXT_1 1
	Defines the EXT-1 extension for the UOR-2 packet.
#define	PACKET_EXT_2 2
	Defines the EXT-2 extension for the UOR-2 packet.
#define	PACKET_EXT_3 3
	Defines the EXT-3 extension for the UOR-2 packet.
#define	CRC_ACTION 1
	Whether to attempt packet recovery after CRC failure or not.
#define	GET_BIT_0_2(x) ((*(x)) & 0x07)
#define	GET_BIT_0_4(x) ((*(x)) & 0x1f)
#define	GET_BIT_0_3(x) ((*(x)) & 0x0f)
#define	GET_BIT_0_5(x) ((*(x)) & 0x3f)
#define	GET_BIT_0_6(x) ((*(x)) & 0x7f)
#define	GET_BIT_0_7(x) ((*(x)) & 0xff)
#define	GET_BIT_1_7(x) ( ((*(x)) & 0xfe) >> 1 )
#define	GET_BIT_3_4(x) ( ((*(x)) & 0x18) >> 3 )
#define	GET_BIT_3_5(x) ( ((*(x)) & 0x38) >> 3 )
#define	GET_BIT_3_6(x) ( ((*(x)) & 0x78) >> 3 )
#define	GET_BIT_3_7(x) ( ((*(x)) & 0xf8) >> 3 )
#define	GET_BIT_4_7(x) ( ((*(x)) & 0xf0) >> 4 )
#define	GET_BIT_5_7(x) ( ((*(x)) & 0xe0) >> 5 )
#define	GET_BIT_6_7(x) ( ((*(x)) & 0xc0) >> 6 )
#define	GET_BIT_4_6(x) ( ((*(x)) & 0x70) >> 4 )
#define	GET_BIT_0(x) ((*(x)) & 0x01)
#define	GET_BIT_1(x) ((*(x)) & 0x02)
#define	GET_BIT_2(x) ((*(x)) & 0x04)
#define	GET_BIT_3(x) ((*(x)) & 0x08)
#define	GET_BIT_4(x) ((*(x)) & 0x10)
#define	GET_BIT_5(x) ((*(x)) & 0x20)
#define	GET_BIT_6(x) ((*(x)) & 0x40)
#define	GET_BIT_7(x) ((*(x)) & 0x80)
#define	GET_REAL(x) ( (x) ? 1 : 0 )
	Convert GET_BIT_x values to 0 or 1, ex: GET_REAL(GET_BIT_5(data_ptr));.
#define	GET_NEXT_16_BITS(x) ((((((x) + 1)) << 8) & 0xff00) \| (((x)) & 0x00ff))
#define	MOD_TOS 0x0001
	Indicates that the IPv4 Type Of Service field changed.
#define	MOD_TOT_LEN 0x0002
	Indicates that the IPv4 Total Length field changed.
#define	MOD_ID 0x0004
	Indicates that the IPv4 Identification field changed.
#define	MOD_FRAG_OFF 0x0008
	Indicates that the IPv4 Fragment Offset field changed.
#define	MOD_TTL 0x0010
	Indicates that the IPv4 Time To Live field changed.
#define	MOD_PROTOCOL 0x0020
	Indicates that the IPv4 Protocol field changed.
#define	MOD_CHECK 0x0040
	Indicates that the IPv4 Checksum field changed.
#define	MOD_SADDR 0x0080
	Indicates that the IPv4 Source Address field changed.
#define	MOD_DADDR 0x0100
	Indicates that the IPv4 Destination Address field changed.
#define	MOD_RTP_PADDING 0x0200
	Indicates that the RTP Padding field changed.
#define	MOD_RTP_EXT 0x0400
	Indicates that the RTP Extension field changed.
#define	MOD_RTP_M 0x0800
	Indicates that the RTP Marker field changed.
#define	MOD_RTP_PT 0x1000
	Indicates that the Payload Type field changed.
#define	MOD_RTP_SN 0x2000
	Indicates that the Sequence Number field changed.
#define	MOD_RTP_TS 0x4000
	Indicates that the Timestamp field changed.
#define	MOD_RTP_SSRC 0x8000
	Indicates that the SSRC field changed.
#define	WEIGHT_OLD 1
#define	WEIGHT_NEW 1
#define	zfree(pointer)
	Free a pointer plus set it to NULL to avoid hidden bugs.
Typedefs
typedef unsigned char	boolean
	Boolean type that can only take two values: ROHC_TRUE or ROHC_FALSE.
Enumerations
enum	rohc_mode { U_MODE = 1, O_MODE = 2, R_MODE = 3 }
Functions
char *	rohc_version (void)
	Get the version of the ROHC library.

Detailed Description

ROHC common definitions and routines.

Author:: Didier Barvaux <didier.barvaux@toulouse.viveris.com>; The hackers from ROHC for Linux

Define Documentation

#define CHANGE_TO_FO_COUNT 700

The maximal number of packets sent in > FO states (= SO state) before changing back the state to FO (periodic refreshes)

Referenced by periodic_down_transition().

#define CHANGE_TO_IR_COUNT 1700

The maximal number of packets sent in > IR states (= FO and SO states) before changing back the state to IR (periodic refreshes)

Referenced by periodic_down_transition(), and uncompressed_periodic_down_transition().

#define CRC_ACTION 1

Whether to attempt packet recovery after CRC failure or not.

Referenced by act_on_crc_failure().

#define GET_BIT_0 ( x ) ((*(x)) & 0x01)

Referenced by d_generic_decode_ir(), d_generic_detect_ir_size(), decode_extension3(), decode_outer_header_flags(), get_bit_index(), udp_detect_ir_size(), and udp_lite_detect_ir_size().

#define GET_BIT_0_2 ( x ) ((*(x)) & 0x07)

Referenced by d_feedback_headersize(), d_feedback_size(), decode_extension0(), decode_extension1(), decode_extension2(), decode_type_0(), decode_type_1(), decode_type_3(), decode_uo0(), decode_uo1(), and encode_type_3().

#define GET_BIT_0_3 ( x ) ((*(x)) & 0x0f)

Referenced by d_algo_list_decompress(), d_decode_add_cid(), and d_decode_static_ip6().

#define GET_BIT_0_4 ( x ) ((*(x)) & 0x1f)

Referenced by d_sdvalue_decode(), decode_uo1(), and decode_uor2().

#define GET_BIT_0_5 ( x ) ((*(x)) & 0x3f)

Referenced by d_sdvalue_decode(), decode_uo1(), and decode_uor2().

#define GET_BIT_0_6 ( x ) ((*(x)) & 0x7f)

Referenced by d_sdvalue_decode(), decode_type_0(), decode_type_1(), decode_type_3(), and decode_uor2().

#define GET_BIT_0_7 ( x ) ((*(x)) & 0xff)

Referenced by d_decode_dynamic_ip4(), d_decode_dynamic_ip6(), d_decode_static_ip4(), d_decode_static_ip6(), d_feedback_size(), d_is_irdyn(), d_is_padding(), d_sdvalue_decode(), rtp_decode_dynamic_rtp(), and uncompressed_decode().

#define GET_BIT_1 ( x ) ((*(x)) & 0x02)

Referenced by decode_extension3(), decode_inner_header_flags(), and get_bit_index().

#define GET_BIT_1_7 ( x ) ( ((*(x)) & 0xfe) >> 1 )

Referenced by d_is_ir(), and d_is_segment().

#define GET_BIT_2 ( x ) ((*(x)) & 0x04)

Referenced by decode_extension3(), decode_inner_header_flags(), and get_bit_index().

#define GET_BIT_3 ( x ) ((*(x)) & 0x08)

Referenced by decode_extension3(), decode_inner_header_flags(), decode_type_0(), decode_type_1(), decode_type_3(), encode_type_3(), and get_bit_index().

#define GET_BIT_3_4 ( x ) ( ((*(x)) & 0x18) >> 3 )

Referenced by decode_extension3().

#define GET_BIT_3_5 ( x ) ( ((*(x)) & 0x38) >> 3 )

Referenced by decode_extension0(), decode_extension1(), and decode_extension2().

#define GET_BIT_3_6 ( x ) ( ((*(x)) & 0x78) >> 3 )

Referenced by decode_uo0(), and decode_uo1().

#define GET_BIT_3_7 ( x ) ( ((*(x)) & 0xf8) >> 3 )

Referenced by d_is_feedback(), and decode_uo1().

#define GET_BIT_4 ( x ) ((*(x)) & 0x10)

Referenced by d_algo_list_decompress(), decode_extension3(), decode_inner_header_flags(), and get_bit_index().

#define GET_BIT_4_6 ( x ) ( ((*(x)) & 0x70) >> 4 )

Referenced by decode_type_0(), decode_type_1(), and decode_type_3().

#define GET_BIT_4_7 ( x ) ( ((*(x)) & 0xf0) >> 4 )

Referenced by d_decode_static_ip(), d_decode_static_ip4(), d_decode_static_ip6(), and d_is_add_cid().

#define GET_BIT_5 ( x ) ((*(x)) & 0x20)

Referenced by d_decode_dynamic_ip4(), decode_extension3(), decode_inner_header_flags(), find_packet_type(), and get_bit_index().

#define GET_BIT_5_7 ( x ) ( ((*(x)) & 0xe0) >> 5 )

Referenced by d_sdvalue_decode(), d_sdvalue_size(), and find_packet_type().

#define GET_BIT_6 ( x ) ((*(x)) & 0x40)

Referenced by d_decode_dynamic_ip4(), decode_inner_header_flags(), decode_uor2(), find_packet_type(), and get_bit_index().

#define GET_BIT_6_7 ( x ) ( ((*(x)) & 0xc0) >> 6 )

Referenced by d_algo_list_decompress(), d_sdvalue_decode(), d_sdvalue_size(), decode_extension3(), extension_type(), and find_packet_type().

#define GET_BIT_7 ( x ) ((*(x)) & 0x80)

Referenced by d_decode_dynamic_ip4(), d_sdvalue_decode(), d_sdvalue_size(), decode_extension3(), decode_inner_header_flags(), decode_type_0(), decode_type_1(), decode_type_3(), decode_uo1(), decode_uor2(), find_packet_type(), and get_bit_index().

#define GET_NEXT_16_BITS ( x ) ((((*((x) + 1)) << 8) & 0xff00) | ((*(x)) & 0x00ff))

Get the next 16 bits at the given memory location in Network Byte Order

Referenced by d_decode_dynamic_ip4(), decode_extension3(), decode_outer_header_flags(), do_decode_uo0_and_uo1(), do_decode_uor2(), ip_decode_dynamic_ip(), rtp_decode_dynamic_rtp(), rtp_decode_uo_tail_rtp(), udp_decode_dynamic_udp(), udp_decode_static_udp(), udp_decode_uo_tail_udp(), udp_lite_decode_dynamic_udp(), and udp_lite_decode_uo_tail_udp().

#define GET_REAL ( x ) ( (x) ? 1 : 0 )

Convert GET_BIT_x values to 0 or 1, ex: GET_REAL(GET_BIT_5(data_ptr));.

Referenced by d_algo_list_decompress(), d_decode_dynamic_ip4(), d_generic_detect_ir_size(), decode_extension3(), decode_inner_header_flags(), decode_outer_header_flags(), decode_type_3(), decode_uo1(), decode_uor2(), and encode_type_3().

#define MAX_FO_COUNT 3

Defines the minimal number of packets that must be sent while in FO state before being able to switch the the SO state.

Referenced by c_init_header_info(), changed_dynamic_one_hdr(), changed_static_one_hdr(), code_EXT3_packet(), decide_FO_packet(), decide_state(), header_fields(), and header_flags().

#define MAX_IR_COUNT 3

Defines the minimal number of packets that must be sent while in IR state before being able to switch the the FO state.

Referenced by c_udp_lite_create(), decide_state(), rtp_changed_rtp_dynamic(), rtp_decide_state(), rtp_header_flags_and_fields(), udp_changed_udp_dynamic(), udp_lite_send_cce_packet(), and uncompressed_decide_state().

#define MOD_CHECK 0x0040

Indicates that the IPv4 Checksum field changed.

#define MOD_DADDR 0x0100

Indicates that the IPv4 Destination Address field changed.

#define MOD_FRAG_OFF 0x0008

Indicates that the IPv4 Fragment Offset field changed.

#define MOD_ID 0x0004

Indicates that the IPv4 Identification field changed.

#define MOD_PROTOCOL 0x0020

Indicates that the IPv4 Protocol field changed.

Referenced by changed_fields(), changed_static_one_hdr(), header_fields(), and header_flags().

#define MOD_RTP_EXT 0x0400

Indicates that the RTP Extension field changed.

#define MOD_RTP_M 0x0800

Indicates that the RTP Marker field changed.

#define MOD_RTP_PADDING 0x0200

Indicates that the RTP Padding field changed.

#define MOD_RTP_PT 0x1000

Indicates that the Payload Type field changed.

#define MOD_RTP_SN 0x2000

Indicates that the Sequence Number field changed.

#define MOD_RTP_SSRC 0x8000

Indicates that the SSRC field changed.

#define MOD_RTP_TS 0x4000

Indicates that the Timestamp field changed.

#define MOD_SADDR 0x0080

Indicates that the IPv4 Source Address field changed.

#define MOD_TOS 0x0001

Indicates that the IPv4 Type Of Service field changed.

Referenced by changed_dynamic_one_hdr(), changed_fields(), header_fields(), and header_flags().

#define MOD_TOT_LEN 0x0002

Indicates that the IPv4 Total Length field changed.

#define MOD_TTL 0x0010

Indicates that the IPv4 Time To Live field changed.

Referenced by changed_dynamic_one_hdr(), changed_fields(), header_fields(), and header_flags().

#define PACKET_CCE 6

Defines an CCE packet (UDP-Lite profile only)

Referenced by d_udp_lite_decode().

#define PACKET_CCE_OFF 7

Defines an CCE(OFF) packet (UDP-Lite profile only)

Referenced by d_udp_lite_decode().

#define PACKET_EXT_0 0

Defines the EXT-0 extension for the UOR-2 packet.

Referenced by code_UO2_packet(), code_UOR2_bytes(), code_UOR2_ID_bytes(), code_UOR2_RTP_bytes(), code_UOR2_TS_bytes(), decide_extension(), and do_decode_uor2().

#define PACKET_EXT_1 1

Defines the EXT-1 extension for the UOR-2 packet.

Referenced by code_UO2_packet(), code_UOR2_bytes(), code_UOR2_ID_bytes(), code_UOR2_RTP_bytes(), code_UOR2_TS_bytes(), decide_extension(), and do_decode_uor2().

#define PACKET_EXT_2 2

Defines the EXT-2 extension for the UOR-2 packet.

Referenced by code_UO2_packet(), code_UOR2_bytes(), code_UOR2_ID_bytes(), code_UOR2_RTP_bytes(), code_UOR2_TS_bytes(), decide_extension(), and do_decode_uor2().

#define PACKET_EXT_3 3

Defines the EXT-3 extension for the UOR-2 packet.

Referenced by code_UO2_packet(), code_UOR2_bytes(), code_UOR2_ID_bytes(), code_UOR2_RTP_bytes(), code_UOR2_TS_bytes(), decide_extension(), and do_decode_uor2().

#define PACKET_IR 4

Defines an IR packet.

Referenced by c_assessment_size(), c_generic_encode(), c_rtp_encode(), c_udp_encode(), c_udp_lite_encode(), code_packet(), d_generic_decode_ir(), decide_algo(), decide_packet(), find_packet_type(), ip_decode_dynamic_ip(), rtp_code_dynamic_rtp_part(), udp_lite_decode_dynamic_udp(), and uncompressed_code_packet().

#define PACKET_IR_DYN 3

Defines an IR-DYN packet.

Referenced by c_assessment_size(), c_generic_encode(), c_rtp_encode(), c_udp_encode(), c_udp_lite_encode(), code_packet(), d_generic_decode(), d_udp_lite_decode(), decide_algo(), decide_FO_packet(), decide_packet(), find_packet_type(), ip_decode_dynamic_ip(), and udp_lite_decode_dynamic_udp().

#define PACKET_NOEXT (-1)

No extension for the UOR-2 packet.

Referenced by code_UO2_packet(), code_UOR2_bytes(), code_UOR2_ID_bytes(), code_UOR2_RTP_bytes(), code_UOR2_TS_bytes(), and decide_extension().

#define PACKET_NORMAL 14

Defines a Normal packet (Uncompressed profile only)

Referenced by uncompressed_code_packet().

#define PACKET_UNKNOWN 5

If packet type is not defined yet.

Referenced by find_packet_type(), and uncompressed_code_packet().

#define PACKET_UO_0 0

Defines an UO-0 packet.

Referenced by act_on_crc_failure(), c_assessment_size(), code_packet(), d_generic_decode(), decide_algo(), decide_SO_packet(), do_decode_uo0_and_uo1(), and find_packet_type().

#define PACKET_UO_1 1

Defines an UO-1 packet.

Referenced by act_on_crc_failure(), c_assessment_size(), code_packet(), code_UO1_packet(), d_generic_decode(), decide_algo(), decide_SO_packet(), decode_uo1(), and find_packet_type().

#define PACKET_UO_1_ID 9

Defines an UO-1-ID packet.

Referenced by act_on_crc_failure(), c_assessment_size(), code_packet(), code_UO1_packet(), d_generic_decode(), decide_algo(), decide_SO_packet(), decode_uo1(), and find_packet_type().

#define PACKET_UO_1_RTP 8

Defines an UO-1-RTP packet.

Referenced by act_on_crc_failure(), c_assessment_size(), code_packet(), code_UO1_packet(), d_generic_decode(), decide_algo(), decide_SO_packet(), decode_uo1(), and find_packet_type().

#define PACKET_UO_1_TS 10

Defines an UO-1-TS packet.

Referenced by act_on_crc_failure(), c_assessment_size(), code_packet(), code_UO1_packet(), d_generic_decode(), decide_algo(), decide_SO_packet(), decode_uo1(), and find_packet_type().

#define PACKET_UOR_2 2

#define PACKET_UOR_2_ID 12

#define PACKET_UOR_2_RTP 11

#define PACKET_UOR_2_TS 13

#define ROHC_ERROR -5

Return code: the action encountered a problem.

Referenced by d_generic_decode(), d_generic_decode_ir(), d_udp_lite_decode(), decode_irdyn(), decode_uo0(), decode_uo1(), decode_uor2(), rohc_decompress(), and uncompressed_decode().

#define ROHC_ERROR_CRC -4

Return code: the action failed due to a CRC failure.

Referenced by act_on_crc_failure(), d_decode_header(), d_optimistic_feedback(), decode_uo0(), decode_uo1(), decode_uor2(), and rohc_decompress().

#define ROHC_ERROR_NO_CONTEXT -1

Return code: the action can not proceed because no context is defined.

Referenced by d_decode_header(), d_optimistic_feedback(), and rohc_decompress().

#define ROHC_ERROR_PACKET_FAILED -2

Return code: the action failed due to an unattended or malformed packet.

Referenced by d_optimistic_feedback(), and rohc_decompress().

#define ROHC_FALSE 0

False value for the boolean type.

Referenced by c_ack_remove(), c_create_wlsb(), c_encodeSdvl(), and c_is_in_list().

#define ROHC_FEEDBACK_ONLY -3

Return code: the action failed because the packet only contains feedback info.

Referenced by d_decode_header(), and rohc_decompress().

#define ROHC_NEED_REPARSE -6

Return code: the packet needs to be parsed again.

Referenced by d_generic_decode(), and decode_uor2().

#define ROHC_OK 1

Return code: the action done without problem.

Referenced by d_decode_header(), d_optimistic_feedback(), and rohc_decompress().

#define ROHC_PROFILE_IP 0x0004

The number allocated for the ROHC IP-only profile (see 5 in the RFC 3843)

Referenced by c_assessment_size(), and c_generic_create().

#define ROHC_PROFILE_RTP 0x0001

The number allocated for the ROHC RTP profile.

Referenced by c_assessment_size(), c_generic_create(), c_generic_encode(), c_get_profile_from_packet(), code_EXT3_packet(), code_IR_DYN_packet(), code_IR_packet(), code_UO1_packet(), code_UO2_packet(), decide_algo(), decide_extension(), decide_FO_packet(), decide_SO_packet(), decode_extension3(), decode_inner_header_flags(), decode_uo0(), decode_uo1(), decode_uor2(), do_decode_uo0_and_uo1(), do_decode_uor2(), find_packet_type(), and update_variables().

#define ROHC_PROFILE_UDP 0x0002

The number allocated for the ROHC UDP profile.

Referenced by c_assessment_size(), and c_generic_create().

#define ROHC_PROFILE_UDPLITE 0x0008

The number allocated for the ROHC UDP-Lite profile (see 7 in the RFC 4019)

Referenced by c_assessment_size(), and c_generic_create().

#define ROHC_PROFILE_UNCOMPRESSED 0x0000

The number allocated for the ROHC Uncompressed profile.

Referenced by c_generic_create(), c_get_profile_from_packet(), rohc_compress(), and uncompressed_code_IR_packet().

#define ROHC_TRUE 1

True value for the boolean type.

Referenced by c_ack_remove(), c_ack_sn_wlsb(), c_ack_time_wlsb(), c_add_wlsb(), c_encodeSdvl(), c_get_k_wlsb(), c_mean_wlsb(), c_sum_wlsb(), print_wlsb_stats(), and rtp_code_dynamic_rtp_part().

#define RTP_PORTS 1234, 36780, 33238, 5020, 5002

List of UDP ports associated with RTP streams The port numbers must be separated by a comma.

#define WEIGHT_NEW 1

Referenced by update_inter_packet().

#define WEIGHT_OLD 1

Referenced by update_inter_packet().

#define zfree ( pointer )

Value:

do { \
                free(pointer); \
                pointer = NULL; \
        } while(0)

Free a pointer plus set it to NULL to avoid hidden bugs.

Referenced by c_alloc_contexts(), c_create_wlsb(), c_deliver_feedback(), c_destroy_contexts(), c_destroy_wlsb(), c_generic_destroy(), c_uncompressed_destroy(), context_array_decrease(), context_array_increase(), context_create(), context_free(), create_ip6_item(), create_ipv6_item(), d_change_mode_feedback(), d_generic_create(), d_generic_destroy(), d_optimistic_feedback(), d_rtp_create(), d_udp_create(), d_udp_destroy(), d_udp_lite_create(), d_udp_lite_destroy(), f_append_cid(), rohc_alloc_compressor(), rohc_alloc_decompressor(), rohc_c_statistics(), rohc_d_statistics(), rohc_free_compressor(), and rohc_free_decompressor().

Typedef Documentation

typedef unsigned char boolean

Boolean type that can only take two values: ROHC_TRUE or ROHC_FALSE.

Enumeration Type Documentation

enum rohc_mode

ROHC operation modes (see 4.4 in the RFC 3095)

Enumerator:

U_MODE	The Unidirectional mode (U-mode)
O_MODE	The Bidirectional Optimistic mode (O-mode)
R_MODE	The Bidirectional Reliable mode (R-mode)

Classes

Defines

Typedefs

Enumerations

Functions

Detailed Description

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Typedef Documentation

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