/* The goal here is to figure out, once we have pushed a keyframe downstream,
* what the next ideal keyframe to download is.
- *
+ *
* This is done based on:
* * the current internal position (i.e. actual_position)
* * the reported downstream position (QoS feedback)
/*
Parse an RFC5322 (section 3.3) date-time from the Date: field in the
- HTTP response.
+ HTTP response.
See https://tools.ietf.org/html/rfc5322#section-3.3
*/
static GstDateTime *
GstEvent *pending_caps = NULL, *pending_segment = NULL, *pending_tags = NULL;
GList *pending_events = NULL;
- /* FIXME :
+ /* FIXME :
* This is duplicating *exactly* the same thing as what is done at the beginning
* of _src_chain if starting_fragment is TRUE */
if (stream->first_fragment_buffer) {
if (!stream->downloading_header && !stream->downloading_index) {
/* If this is the first buffer of a fragment (not the headers or index)
- * and we don't have a birate from the sub-class, then see if we
+ * and we don't have a bitrate from the sub-class, then see if we
* can work it out from the fragment size and duration */
if (stream->fragment.bitrate == 0 &&
stream->fragment.duration != 0 &&