Config.RTMPURL was being appended when updated, which means that
it would just continue to grow, and by the time we actually try
to use the RTMP URLs that are stored, we end up using old ones.
Instead this should just be completely replaced.
The globalLogger type wraps a logger.Logger. If you use GetLogger
which gets the global logger (which provides an interface
logger.Logger) a type assertion to JSONLogger will fail, because
the type is actually globalLogger. We need to provide the
underlying logger instead when we return from GetLogger.
This change improves the mechanism that deals with recv requests
from non active macs. We're no only logging every minute so that
we don't clutter the logs. We're also dealing with both non active
and slate recvs with the same mechanism using a switch.
For control requests, we only update aspects of the broadcast if
they have changed. Therefore, if the urls list has not changed
the revid pipeline is not updated, similarly if the status has
not changed, we don't do anything there.
This change adds a file watcher and then uses this file watcher
to perform updates based on changes in a configuration file. This
configuration file contains logging parameters for the time being
in the hope that it will help with debugging.
Testing was also added for this functionality.
This change modifies vidforward to accept multiple RTMP URLs in
its control request handler. This allows for the creation of a
revid pipeline for a mac with multiple RTMP outputs.
This change fixes some bugs relating to the Makefile and the
systemd watchdog notifier system. We have also removed the run.sh
script which was the culprit of latter problem (not sure exactly
how, but probably something to do with PIDs).
This change bumps the required iot tag and adds functional option
variadic parameters to the httpSender constructor so that we can
provide the HTTPAddress config variable and modify the httpSend
destination address. In addition to this, we have added an option
for the report callback.
This change adds functionality for broadcastManager state save.
This is done by marshalling the broadcastManager and saving to a
file. Loading is performed by unmarshalling an re-populating a
broadcastManager value. Testing has been added for this
functionality. Other functionality has been added a side effect.
Interface the function with pre-existing data structures. The filters can now be generated into a filter type using a generic Generate function.
This generates a filter off of the specifications within the filter struct. There is a generic Apply function which takes in a buffer of PCM data (defined in pcm.go),
and outputs to a []byte.
Saxon Nelson-Milton