- Updated changelog with proper version & date.
- Updated description (based on common metadata)
- Removed duplicated files that are condensed in /usr/share/doc/koreader
Misc:
- make `frontend/device/devicelistener.lua` non executable
- make `plugins/terminal.koplugin/profile` executable
* GestureDetector:adjustGesCoordinate: Remove one layer of indirectiçon in
direction translation
That function call wrapper felt pretty unnecessary to me ;).
* GestureDetector: Translate complex gesture positions, too
i.e., if there's a start and end position, translate those, too.
Fix#13090
Problem: when you install Kiwix from FDroid or as a standalone apk (ergo not via
the Play Store) it installs as `org.kiwix.kiwixmobile.standalone`, which before
this commit isn't supported.
This commit simply just adds it as a seperate option :)
It's relatively easy to miss-click the buttons, especially on devices
with questionable touch panels...
And while doing so is perfectly fine, you miss the InfoMessage telling
you that the update will be applied on restart, which is potentially
confusing.
Re: #12674
The only codepath that sets pending_connection to true in NetworkManager calls turnOnWifi right after, so we can't really ever see pending_connection w/o isWifiOn being also true ;).
kobov4 exists solely because there's a dedicated TC for it,
but we don't distribute binaries for it (it doesn't differ enough from
kobo, and experience has taught us that this kind of split was not a
great idea (e.g., kindle5 vs. kindlepw2)).
kobov5 targets a massively updated userland, and requires further
changes, including to the delivery mechanism, so it very much warrants a
dedicated package (re: #12401)
Get rid of the weird interaction between device implementations,
`ffi.util` (`isSDL`, `noSDL`) and the device input code: each
device knows if it's using SDL or not, so rely on that to load
the right underlying input implementation.
Using `require` didn't make much sense since most of them are only used in a single place anyway, and it takes care of a few weird interactions in the process (besides not polluting `package.loaded` with useless crap ;)).
On Monza, the lift frame can report these for *multiple contacts* without an id or a slot, which is super-duper invalid -_-".
(And we have ABS_MT_POSITION_X & ABS_MT_POSITION_Y for the "saner" frames, plus these devices generally don't support pens, so we don't make use of pressure).
(Also, switched to a dedicated handler like for the phoenix quirks, to avoid bogging down the standard handler with hacks for broken drivers).
Fix#11910
I don't even remember how badly things broke (at least on old devices) without it, despite it making absolutely no sense at all (state-extended just flips a global that dictates whether some things get flagged as wakeup sources or not).
So, don't rock the boat too much: we don't remove it, but instead of using a sleep, we use a task deadline instead, which ensures we'll keep processing input events in the right order in the meantime. We'll already have neutered input by this point, so we'll only process power events anyway.
That means that the only iffy things are potentially *when* and *where* we have to potentially cancel that task. Resume makes sense, of course, and we log an info message to make the log flow clear; but we also do so in suspend... just in case. With a warning log because that probably indicates something fishy went on.
Also cleanup the comments while I'm there, and actually rewrite the wakeup_count stuff properly so it could actually theoretically be used if ntx kernels were actually reliable. Spoiler alert: they're not, this is still horribly broken on at least Mk < 7. Works just fine on a Forma, though, so, yay.
Fix#12325
While #12256 papered over the tracking of a *single* suspend -> (resume->suspend) series of events, things still go out of sync if you tack on *more* suspend/resume events after that.
The upside is that our *actual* tracking of suspend/resume is solid, so at least we're actually doing the right thing as far as PM is concerned.
The downside is that on Kobo, the frontlight handling code is full of delays, and the ramping down/up itself also takes some time, so things can quickly overrun into the wrong event.
This means a couple of things:
* We need to cancel any scheduled frontlight toggles and ramps on Kobo, to ensure that only the one from the *last* event received goes through, in an attempt to limit the amount of potential crossover.
* Tracking fl_was_on *cannot* reliably be done from the suspend/resume handlers (especially on Kobo), as the ramps themselves may cross over the event barriers (and we potentially cancel the task anyway), so this was moved to the very few interactive callers that will actually change the frontlight state.
* On Kobo, crossover is still *somewhat* possible because the ramps take time. It's mostly harmless for the ramp down, we just need to tweak the ramp down to start from the actual intensity to avoid a weird jump on the initial step if there's an inconsistency. For the ramp up, we potentially need to manually kill the light first, because off -> on assumes it *really* starts from off ;).
Followup to #12256Fix#12246 (again)
Hopefully in the least intrusive way possible, because frontlight handling code is hell.
`self.fl_was_on` could go out of sync with the expected state when resume->suspend events happened in very quick succession, leading to it being set to false, preventing the frontlight from being turned back on on the next resume.
Fix#12246
* UIManager: Let the fb backend deal with Kaleido wfm promotion. This fixes a number of quirks that poisoned the refresh queue with spurious full-screen refreshes. See https://github.com/koreader/koreader-base/pull/1865 for more details.
* This also means we now disable Kaleido waveform modes when color rendering is disabled (remember to trash your thumbnail cache if you don't want to mix color w/ grayscale thumbnails, though).
* UIManager: Merge refreshes that share an edge, because that was driving me nuts (and would have most likely been merged by the kernel anyway). A perfect test-case is the FM, which trips two separate refreshes because of its title bar.
* ReaderFlipping: Use sensible dimensions, so that we only refresh the icon's region.
* ReaderBookmark: Only refresh the dogear instead of the whole page when toggling bookmarks.
* NetworkSetting: Make it a real boy, so it consistently refreshes properly on dismiss instead of relying on UIManager saving the day.
* Kobo: Aggressively prevent *both* suspend & standby while MTK devices are plugged-in, as both will horribly implode the kernel (we previously only prevent standby while charging).
* Kobo: Switch to 8bpp on B&W MTK devices (or when color rendering is disabled on Kaleido panels).
so as not to break the beforeWifiction shenanigans...
Which is most of them, only the Emulator subclass sets it, for...
reasons.
(That Emulator quirk is also why we can't simply scrap the whole thing
to use NetworkMgr's default imps).
Fix#12203 (thanks to @benoit-pierre for spotting that one).
This was clearly an oversight on my part when working on #10669
Devices with a single target might want to specify it in `Device.ota_model`
Devices with multiple targets want to override the function or to specify `ota_model` variants for each target.
* Kindle: Implement a NetworkMgr backend loosely based on WpaClient in order to allow feature-parity with hasWifiManager platforms. This involves dealing with the native wifid over lipc (the native IPC system, based on DBus), through custom Lua bindings (https://github.com/notmarek/openlipclua), since the stock ones lack support for the needed hasharray data type.
* NetworkMgr: Clear up leftover hallucinations from #10669, making `enableWifi` much simpler (and much more similar to `turnOnWifiAndWaitForConnection`).
* NetworkMgr: Made it clearer that `turnOnWifi` implementations *must* deal with `complete_callback`, as part of the aforementioned changes mean that it's *always* wrapped in a connectivity check, and we need that for proper event signaling.
* Android, Emu: Run `complete_callback` properly in `turnOnWifi`.
* Kindle: Support `powerd:isCharged()` on the PW2 (yes, this is random, it just happened to be my test device :D).
* NetworkMgr:disableWifi: Properly tear down any potential ongoing connection attempt (e.g., connectivity check).
* NetworkMgr:promptWifi: Make the "wifi enabled but not connected" popup clearer if there's an ongoing connection attempt, and gray out the "Connect" button in this case (as it would only lead to another "connection already in progress" popup anyway).
* NetworkMgr:reconnectOrShowNetworkMenu: Make *total* scanning failures fatal (they will lead to an immediate wifi teardown).
* NetworkMgr:reconnectOrShowNetworkMenu: Clear up the long-press behavior (which *always* shows the network list popup) so that it doesn't weirdly break all the things (technical term!).
* NetworkMgr:reconnectOrShowNetworkMenu: When we manage to connect to a preferred network on our own *before* showing the network list, make sure it is flagged as "connected" in said list.
* NetworkMgr:reconnectOrShowNetworkMenu: Make connection failures fatal in non-interactive workflows (they'll lead to a wifi teardown).
* NetworkSetting (the aforementioned network list widget): Clear NetworkMgr's "connection pending" flag on dismiss when nothing else will (i.e., when there's no connectivity check ticking).
