Candidates are now generated with real priority, and actually pay
attention to the inbound messages.
Next we just need to pluck use-candidate + ice-controlling from the
messages and we will have a full-ice implementation (but we are not
controlling)
We then need to add timers to alert when the peer goes away OR when we
need to send again.
Before pion-WebRTC will fail if you bounce between STUN/Host
candidates. Our network code incorrectly failed to share SRTP/DTLS state
between all ports.
DataChannel messages are now printed to stdout. This also adds a new
datachannel package that parses ChannelOpen, and starts the skeleton of
getting the data to the public API
* Make sure errors in SCTP make it all the way back
* Move structs into files with proper names in SCTP
* Add String() for AssociationState enum
* Add callbacks to Association to that we can handle
DATA in the DataChannel package and send outbound SCTP
Update gstreamer-receive to create pipelines for each input.
Currently we don't allow the user to pass in what codecs they support and we don't
take into account the offer. The API will need to be updated to catch
both these signaling errors. The user will pass a slice of support
codecs.
