The mtsSender now has a ringBuffer and tests have been updated accordingly. The mtsSender now uses an output routine to get data from it's ringBuffer to send.
Revid now uses ioext.multiWriteClosers for encoders to write to so that senders can be closed and therefore any output routines.
Wrote test TestPayload which will check that we can correctly get the payload from an RTP
packet using Payload for a variety of different RTP packet configurations.
Wrote test TestHasExt which checks the behaviour of hasExt for when it's call with an
RTP packet with an extension indicator and also for an RTP packet with no extension
indicator.
Added parse.go. This file contains functionality to obtain the Payload from an RTP packet.
Unexported functions to help with this extraction have been added; extHeaderLen, hasExt,
csrcCount and version.
Previously the encoder would not care if a write was given that exceeded the max PES packet size
because we were never using PES packets bigger than a frame of video. Now I have changed it so that
the encoder will check the write length and create a new PES packet if needed.
I have also restructured my test so that it can extract the data from PES packets that span accross multiple
MTS packets.
Previously the encoder would not care if a write was given that exceeded the max PES packet size
because we were never using PES packets bigger than a frame of video. Now I have changed it so that
the encoder will check the write length and create a new PES packet if needed.
I have also restructured my test so that it can extract the data from PES packets that span accross multiple
MTS packets.
Much of the functionality we require for rtsp input is here, but some modification will be required to fix some bugs and get it functional; which will come in later PRs.
The mtsSender now has a ringBuffer and tests have been updated accordingly. The mtsSender now uses an output routine to get data from it's ringBuffer to send.
Revid now uses ioext.multiWriteClosers for encoders to write to so that senders can be closed and therefore any output routines.
Saxon