We provide three base
StreamViewer implementations that you can choose from depending on your case.
Using them is a bit different but they all share the same functionality from the
StreamViewerController is the low level implementation that, unlike the others, is detached from
the UI. You will typically hold the controller instance in a ViewModel. Optionally,
for perfect state restoration during configuration changes, we also recommend that you use Android's
and pass it to the controller constructor.
As you can see, the
StreamViewerController must be released when you're done with it.
In order to show the UI and start using the host, you must also call one of the
as soon as you have a view container. For example, with a fragment:
By passing in the fragment instance, the controller will know how to ask for permissions. We also use the fragment lifecycle to avoid memory leaks, so there's no need to unbind.
StreamViewerFragment is a fragment implemented exactly as described above. It is
the recommended implementation as it is very easy to use - no need to release or bind UI,
because the fragment owns the views.
You can customize the fragment after it is attached or when creating it, thanks to
StreamViewerView is a view that holds a controller, to be used for codebases that
do not use fragments at all. Just like the controller, you must pass a fragment / activity /
bind() to use it. For example: