This reverts commit e7e0d2edb6.
Whatever's actually going on with nightmode, this isn't it.
This was independently confirmed to behave as expected,
and the issue that prompted this was *not* fixed by this commit.
* Device: Add a `hasSeamlessWifiToggle` devcap to complement `hasWifiToggle`, to denote platforms where we can toggle WiFi without losing focus, as this has obvious UX impacts, and less obvious technical impacts on some of the NetworkMgr innards...
* Android: Mark as `!hasSeamlessWifiToggle`, as it requires losing focus to the system settings. Moreover, `turnOnWifi` returns *immediately* and we *still* run in the background during that time, for extra spiciness...
* NetworkMgr: Ensure only *one* call to `turnOnWifi` will actually go on when stuff gets re-scheduled by the `beforeWifiAction` framework.
* NetworkMgr: Ensure the `beforeWifiAction` framework will not re-schedule the same thing *ad vitam aeternam* if a previous connection attempt is still ongoing. (i.e., previously, on Android, if you backed out of the system settings, you entered the Benny Hill dimension, as NetworkMgr would keep throwing you back into the system settings ;p). This has a few implications on callbacks requested by subsequent connection attempts, though. Generally, we'll try to honor *explicitly interactive* callbacks, but `beforeWifiAction` stuff will be dropped (only the original cb is preserved). That's what prevents the aforementioned infinite loop, as the `beforeWifiAction` framework was based on the assumption that `turnOnWifi` somewhat guaranteed `isConnected` to be true on return, something which is only actually true on `hasWifiManager` platforms.
* NetworkMgr: In `prompt` mode, the above implies that the prompt will not even be shown for concurrent attempts, as it's otherwise extremely confusing (KOSync on Android being a prime example, as it has a pair of Suspend/Resume handlers, so the initial attempt trips those two because of the focus switch >_<").
* NetworkMgr: Don't attempt to kill wifi when aborting a connection attempt on `!hasSeamlessWifiToggle` (because, again, it'll break UX, and also because it might run at very awkward times (e.g., I managed to go back to KOReader *between* a FM/Reader switch at one point, which promptly caused `UIManager` to exit because there was nothing to show ;p).
* NetworkMgr: Don't drop the connectivity callback when `beforeWifiAction` is set to prompt and the target happens to use a connectivity check in its `turnOnWifi` implementation (e.g., on Kindle).
* Android: Add an `"ignore"` `beforeWifiAction` mode, that'll do nothing but schedule the connectivity check with its callback (with the intent being the system will eventually enable wifi on its own Soon(TM)). If you're already online, the callback will run immediately, obviously. If you followed the early discussions on this PR, this closely matches what happens on `!hasWifiToggle` platforms (as flagging Android that way was one of the possible approaches here).
* NetworkMgr: Bail out early in `goOnlineToRun` if `beforeWifiAction` isn't `"turn_on"`. Prompt cannot work there, and while ignore technically could, it would serve very little purpose given its intended use case.
* KOSync: Neuter the Resume/Suspend handlers early on `CloseDocument`, as this is how focus switches are handled on Android, and if `beforeWifiAction` is `turn_on` and you were offline at the time, we'd trip them because of the swap to system settings to enable wifi.
* KOSync: Allow `auto_sync` to be enabled regardless of the `beforeWifiAction` mode on `!hasSeamlessWifiToggle` platforms. Prompt is still a terrible idea, but given that `goOnlineToRun` now aborts early if the mode is not supported, it's less of a problem.
Move as much of the state tracking as possible inside VirtualKeyboard itself.
InputDialog unfortunately needs an internal tracking of this state because it needs to know about it *before* the VK is shown, so we have to keep a bit of duplication in there, although we do try much harder to keep everything in sync (at least at function call edges), and to keep the damage contained to, essentially, the toggle button's handler.
(Followup to #10803 & #10850)
* Enforce a minimal standby timer for the first standby after a resume.
* On Kobo, sleep a bit before standby.
This aims to alleviate race conditions causing visible refresh glitches on sunxi, especially when using an extremely low standby timer (i.e., below the defaults).
Includes:
- SVG: <epub:switch/case/default>: accept SVG
- Text: don't adjust spacing of leading no-break-space
- Block rendering: fix "break-before: always" sometimes not ensured
- Styles: parse <style> as white-space: pre
- CSS: revamp 'inherit' handling, now fully per CSS specs
- CSS/colors: handle 'transparent' as a real color
Also includes:
- android: forward play and pause to the system
wpa_supplicant returns all non-ASCII SSIDs as raw bytes in the form
\x0a. We interpret these bytes as UTF-8, and make sure that all invalid
characters are replaced with a �.
Fix issue introduced by 976aaf5f: with full screen
text editor and hiding the keyboard, a tap in the
text area would show a new keyboard hiding the
buttons allowing to save/close the text editor,
getting us stuck there.
An attempt was made in the original code, but the whole thing was designed in the hope of actually switching to turbo, so it was super janky without it.
Anyway, we now actually have a sane way to set socket timeouts, so, use that, and set them very tight for now.
This is fairly critical right now, because the server is down, and the default timeouts are ~30s. That happens to be *above* the debounce threshold, so you can't even hope for that to help you. Meaning, right now, you get a 2 * 30s block on resume with auto sync. That's... Very Not Good(TM).
That becomes a single 2s one after this.
Makes more sense this way.
Re: #10828
Also clarify the UIManager "no dialogs left" message, and drop the
return value, as it's meaningless, we just want to break & return.
Assume the host system does things right otherwise.
Should be sane on Kindle
On PocketBook, who knows, but assuming the device actually suspends,
that should effectively kill our keepalive
Irrelevant for Android, as we skipped it because the wifi toggling
methods are interactive.
Fix#10823
(For reference, we *enable* wifi_was_on no matter *how* wifi is enabled,
but we only toggle it off when it's killed by a *direct* user interaction,
the intent being that if *something* non-interactive enabled wifi,
you'll probably silently need it on resume too).
