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Add some additional payload types, put in a URL for the IANA page with 

RTP parameters (including payload types), put in comments giving
citations for the payload types, and improve the descriptions of some
payload types.

svn path=/trunk/; revision=7223
This commit is contained in:
Guy Harris 2003-02-28 22:03:08 +00:00
parent 5e665db815
commit 370285b09e
1 changed files with 37 additions and 27 deletions
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64
packet-rtp.c
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@ -6,7 +6,7 @@
* Copyright 2000, Philips Electronics N.V.
* Written by Andreas Sikkema <andreas.sikkema@philips.com>
*
* $Id: packet-rtp.c,v 1.36 2002/08/28 21:00:30 jmayer Exp $
* $Id: packet-rtp.c,v 1.37 2003/02/28 22:03:08 guy Exp $
*
* Ethereal - Network traffic analyzer
* By Gerald Combs <gerald@ethereal.com>
@ -137,30 +137,36 @@ static const value_string rtp_version_vals[] =
/*
* RTP Payload types
* Table B.2 / H.225.0
* Also RFC 1890
* Also RFC 1890, and
*
* http://www.iana.org/assignments/rtp-parameters
*/
#define PT_PCMU 0
#define PT_1016 1
#define PT_G721 2
#define PT_GSM 3
#define PT_G723 4
#define PT_DVI4_8000 5
#define PT_DVI4_16000 6
#define PT_LPC 7
#define PT_PCMA 8
#define PT_G722 9
#define PT_L16_STEREO 10
#define PT_L16_MONO 11
#define PT_MPA 14
#define PT_G728 15
#define PT_PCMU 0 /* RFC 1890 */
#define PT_1016 1 /* RFC 1890 */
#define PT_G721 2 /* RFC 1890 */
#define PT_GSM 3 /* RFC 1890 */
#define PT_G723 4 /* From Vineet Kumar of Intel; see the Web page */
#define PT_DVI4_8000 5 /* RFC 1890 */
#define PT_DVI4_16000 6 /* RFC 1890 */
#define PT_LPC 7 /* RFC 1890 */
#define PT_PCMA 8 /* RFC 1890 */
#define PT_G722 9 /* RFC 1890 */
#define PT_L16_STEREO 10 /* RFC 1890 */
#define PT_L16_MONO 11 /* RFC 1890 */
#define PT_QCELP 12 /* Qualcomm Code Excited Linear Predictive coding? */
#define PT_CN 13 /* RFC 3389 */
#define PT_MPA 14 /* RFC 1890, RFC 2250 */
#define PT_G728 15 /* RFC 1890 */
#define PT_DVI4_11025 16 /* from Joseph Di Pol of Sun; see the Web page */
#define PT_DVI4_22050 17 /* from Joseph Di Pol of Sun; see the Web page */
#define PT_G729 18
#define PT_CELB 25
#define PT_JPEG 26
#define PT_NV 28
#define PT_H261 31
#define PT_MPV 32
#define PT_MP2T 33
#define PT_H263 34
#define PT_CELB 25 /* RFC 2029 */
#define PT_JPEG 26 /* RFC 2435 */
#define PT_NV 28 /* RFC 1890 */
#define PT_H261 31 /* RFC 2032 */
#define PT_MPV 32 /* RFC 2250 */
#define PT_MP2T 33 /* RFC 2250 */
#define PT_H263 34 /* from Chunrong Zhu of Intel; see the Web page */
static const value_string rtp_payload_type_vals[] =
{
@ -171,16 +177,20 @@ static const value_string rtp_payload_type_vals[] =
{ PT_G723, "ITU-T G.723" },
{ PT_DVI4_8000, "DVI4 8000 samples/s" },
{ PT_DVI4_16000, "DVI4 16000 samples/s" },
{ PT_LPC, "LPC" },
{ PT_LPC, "Experimental linear predictive encoding from Xerox PARC" },
{ PT_PCMA, "ITU-T G.711 PCMA" },
{ PT_G722, "ITU-T G.722" },
{ PT_L16_STEREO, "16-bit uncompressed audio, stereo" },
{ PT_L16_MONO, "16-bit uncompressed audio, monaural" },
{ PT_MPA, "MPEG-I/II Audeo"},
{ PT_QCELP, "Qualcomm Code Excited Linear Predictive coding" },
{ PT_CN, "Comfort noise" },
{ PT_MPA, "MPEG-I/II Audio"},
{ PT_G728, "ITU-T G.728" },
{ PT_DVI4_11025, "DVI4 11025 samples/s" },
{ PT_DVI4_22050, "DVI4 22050 samples/s" },
{ PT_G729, "ITU-T G.729" },
{ PT_CELB, "Sun CELL-B" },
{ PT_JPEG, "JPEG" },
{ PT_CELB, "Sun CellB video encoding" },
{ PT_JPEG, "JPEG-compressed video" },
{ PT_NV, "'nv' program" },
{ PT_H261, "ITU-T H.261" },
{ PT_MPV, "MPEG-I/II Video"},