This allows UDP receive buffer size to be increased to avoid potential
packet loss result from receive buffer overrun.
Another related flag is --io_cache_size. buffer_size in UDP options
defines the UDP buffer size of the underlying system while
io_cache_size defines the size of the internal circular buffer managed
by Shaka Packager.
Closes#411
Change-Id: I57c843a88f13da546417dadc2a78df2bee0a00f3
- Also fixed documentation missing --hls_playlist_type LIVE for HLS
live examples.
- Also updated packager.cc to use RETURN_IF_ERROR macro for
consistency.
Fixes#347Fixes#403
Change-Id: Idbccd7137b873170cd54e2c780bd554d25031a0b
http://docutils.sourceforge.net/docs/ref/rst/restructuredtext.html#option-lists
RST only accepts two forms for option argument:
- Begins with a letter and consists of [a-zA-Z0-9_].
- Begins with "<" and ends with ">"; any characters except angle
brackets are allowed internally.
Updated documents to obey the above rule.
Also cleaned up the documents to follow the syntaxes defined in
http://docopt.org/.
Change-Id: I06c6fa6db524325373053b26fc99169469664f01
Packager uses ThreadedIO to write media segments and manifest /
playlists. There was a possibility that media segments write being
delayed and scheduled after updating manifest / playlists.
This CL fixes the race condition.
Also added a note on how segments can be synced to cloud storage to
avoid the race condition during file sync.
Also added a live WebM test.
Fixes#386.
Change-Id: Icf9c38cdec715fa3dc2836eab1511131e129fe41
The number of preserved segments outside live window can be
configured using flag --preserved_segments_outside_live_window,
which is default to 50, i.e. 5 minutes for 6s segment.
Note that the segment removal will be disabled if it is set to 0.
Only HLS live playlist and DASH dynamic MPD are affected by this flag.
- Also add end to end tests.
Fixes#223.
Change-Id: I8a566efebe2f1552c7d9509ab017bade5a4a1c98
- Add --time_shift_buffer_depth to HLS doc.
- Fix a problem in HLS tutorial
Partially address #304, fixes#305
Change-Id: I60bc1eb659a30beb0a6ab73433f4cc99a7deab07
KongQun Yang
Haoming Chen