Most usages of `toggleFullscreen` are clear about whether they want to
enter or exit fullscreen, so let’s split the setup into two functions
for easier debugging.
The two remaining uses of `toggleFullscreen` *should* really toggle,
but I’m not 100% sure.
Also rename `onScreenRotationButtonClicked` to
`onFullscreenToggleButtonClicked`, since we renamed the button id
earlier.
Their names must have come from a very old version of the app, they
both toggle the fullscreen mode and rotate the screen depending on
circumstances.
So
`fullscreenButton` -> `fullscreenToggleButtonSecondaryMenu` because it
is only visible in the secondary video menu on some configurations.
and
`screenRotationButton` -> `fullscreenToggleButton` because it is the main
fullscreen button next to the video progress bar.
This was always a bit weird, that clicking a timestamp would
unconditionally switch to the popup player.
With the new enum, it’s trivial to change it to always stay at the
selected player now ;)
In 063dcd41e5 I falsely claimed that the
fallthrough case is always degenerate, but it kinda somehow still
worked because if you long-click on e.g. the popup button, it would
call enqueue, but if nothing was running yet it would fallthrough to
the very last case and start the player with the video.
So let’s return to that and add a TODO for further refactoring in the
future.
Fixes https://github.com/TeamNewPipe/NewPipe/issues/11013
We finally are at the point where we can have good logic around
clicking on timestamps.
This is pretty straightforward:
1) if we are already playing the stream (usual case), we skip to the
correct second directly
2) If we don’t have a queue yet, create a trivial one with the stream
3) If we have a queue, we insert the video as next item and start
playing it.
The skipping logic in 1) is similar to the one further down in the old
optimization block, but will always correctly fire for timestamps now.
I copied it because it’s not quite the same code, and moving into a
separate method at this stage would complicate the code too much.
Instead of implicitely reconstructing whether the intent was
intended (lol) to be a timestamp change, we create a new kind of
intent that *only* sets the data we need to switch to a new timestamp.
This means that the logic of what to do (opening a popup player) gets
moved from `InternalUrlsHandler.playOnPopup` to the
`Player.handleIntent` method, we only pass that we want to jump to a
new timestamp. Thus, the stream is now loaded *after* sending the
intent instead of before sending.
This is somewhat messy right now and still does not fix the issue of
queue deletion, but from now on the queue logic should get more
straightforward to implement.
In the end, everything should be a giant switch. Thus we don’t
fall-through anymore, but run the post-setup code manually by calling
`handeIntentPost` and then returning.
The goal here is to convert all player intents to use a single enum
with extra data for each case. The queue ones are pretty easy, they
don’t carry any extra data. We fall through for everything else for
now.
We can do this, because:
1. if `playQueue` is not null, we return early
2. if `playQueue` is null and we need to enqueue:
- the only “proper” case that could be triggered is
the `RESUME_PLAYBACK` case, which is never `true` for the queuing
intents, see the comment in `NavigationHelper.enqueueOnPlayer`
- the generic `else` case is degenerate, because it would crash on
`playQueue` being `null`.
This makes some sense, because there is no way to trigger the
enqueueing logic via the UI currently if there is no video playing
yet, in which case `playQueue` is not `null`.
So we need to transform this whole if desaster into a big switch.
Okay, so this is the … only? branch in this if-chain that will
conditionally fire if `playQueue` *is* `null`, sometimes.
This is why the unconditional `initPlayback` in `else` is not passed a
`null` in many cases … because `RESUME_PLAYBACK` is `true` and
`playQueue` is `null`.
It’s gonna be hard to figure out which parts of that are intentional,
I say.
- ErrorInfo.getMessage() now returns an ErrorMessage instance that can be formatted into a string using a context (this allows the construction of an ErrorInfo to remain independent of a Context)
- now the service ID is used in ErrorInfo.getMessage() to customize some messages based on the currently selected service
- player HTTP invalid statuses are now included in the message
- building a custom error message for AccountTerminatedException was moved from ErrorPanelHelper to ErrorInfo
