* For each stream listed in the SDP a new rtp_stream%d pad will be created
* with caps derived from the SDP media description. This is a caps of mime type
* "application/x-rtp" that can be connected to any available RTP depayloader
- * element.
+ * element.
*
* rtspsrc will internally instantiate an RTP session manager element
* that will handle the RTCP messages to and from the server, jitter removal,
- * packet reordering along with providing a clock for the pipeline.
+ * packet reordering along with providing a clock for the pipeline.
* This feature is implemented using the gstrtpbin element.
*
- * rtspsrc acts like a live source and will therefore only generate data in the
+ * rtspsrc acts like a live source and will therefore only generate data in the
* PLAYING state.
*
* <refsect2>
/*
* Mapping of caps to and from SDP fields:
*
- * m=<media> <UDP port> RTP/AVP <payload>
+ * m=<media> <UDP port> RTP/AVP <payload>
* a=rtpmap:<payload> <encoding_name>/<clock_rate>[/<encoding_params>]
* a=fmtp:<payload> <param>[=<value>];...
*/
g_slist_free (list);
}
-/* Parse a WWW-Authenticate Response header and determine the
+/* Parse a WWW-Authenticate Response header and determine the
* available authentication methods
*
* This code should also cope with the fact that each WWW-Authenticate
- * header can contain multiple challenge methods + tokens
+ * header can contain multiple challenge methods + tokens
*
* At the moment, for Basic auth, we just do a minimal check and don't
* even parse out the realm */
* gst_rtspsrc_setup_auth:
* @src: the rtsp source
*
- * Configure a username and password and auth method on the
- * connection object based on a response we received from the
+ * Configure a username and password and auth method on the
+ * connection object based on a response we received from the
* peer.
*
* Currently, this requires that a username and password were supplied
*
* url=<URL>;[seq=<seqbase>;rtptime=<timebase>] [, url=...]
*
- * rtptime corresponds to the timestamp for the NPT time given in the header
+ * rtptime corresponds to the timestamp for the NPT time given in the header
* seqbase corresponds to the next sequence number we received. This number
* indicates the first seqnum after the seek and should be used to discard
* packets that are from before the seek.