This layout is far more commonly used on mobile devices, and allows for
much easier typing. The keyboard primarily functions through gestures in
the four cardinal directions to select which vowel kana to select. In
addition, users can cycle through each kana row by tapping the key
within a 2-second window (this is the equivalent to T9 input for
Japanese phone keyboards).
This also resolves the long-standing issue that the old keyboard did not
correctly handle dakuten (there was a standalone dakuten key which added
a stray dakuten mark, and the umlat mode which added dakuten to all of
the keys it could) and could not input handakuten characters at all.
In order to allow adding dakuten and cycling through the various
modifiers for the previous kana, we need to wrap the input-box (similar
to korean) but luckily we don't need any state machine magic since we
just need to modify the last character in the character buffer. However
because the tap timeout for T9-like-cycling needs to be reset after any
non-tap key we need to add some basic wrappers around a few other
input-box methods.
Signed-off-by: Aleksa Sarai <cyphar@cyphar.com>
The previous version of JMdict comes from 2009 and doesn't appear to
work at all when trying to do basic lookups (likely due to some kind of
encoding problem). In addition, the license information and sourcing was
not really in line with the requirements specified by the JMdict
license. This version is far more up-to-date and also includes synonym-based
deinflection (though because KOReader has a Japanese plugin now, this is
technically not necessary).
Since there didn't exist a nicely-maintained place to download these
dictionaries (because StarDict is not widely used for Japanese
dictionaries), I've set up a personal GitHub repository where I've
hosted them. Note that we're intentionally not pinning the commit hash
because GitHub only recommends we use gh-pages for CDN purposes, and one
of the requirements of the JMdict license is that you need to be able to
update to later versions.
Signed-off-by: Aleksa Sarai <cyphar@cyphar.com>
Store list of layouts in settings file as array of enabled
layouts only (up to 4 elements). Optimize code.
Allows sorting of the abbreviations in the globe popup:
just check layouts in the desired order (the first checked
will be northeast).
Requires onetime migration to clean up the settings.
Migrate *global* zoom_mode settings to genus/type, too.
Nothing can actually set this as a global anymore, but we still honored
it nonetheless.
Fix#7778
* Namely, ensure zoom_mode is consistent with genus & type *both ways*. (I only dealt with the "no zoom_mode" case in my original fixup).
Because documents with settings dating back from before the new zoom modes had "old" zoom_mode settings mixed with "new" genus/type defaults that didn't agree with each other.
It lead to super-confusing ConfigDialog behavior, because ConfigDialog was in fact not reflecting the reality.
(As the source of truth is actually `zoom_mode`).
* There was a snafu in manual mode, because of the extremely weird way prefixes are handled by Configurable/ReaderConfig/DocSettings/ConfigDialog.
So, make sure we only have a *single* zoom_factor, and that it's updated and saved properly under the right name everywhere.
Fixes inconsistencies between first swapping to manual mode, and what the ConfigDialog said/did (because again: possibly a lie), vs., re-opening the same document, which would magically use *different* settings, closer to what was expected (but still broken because of the prefix mismatch and a disagreement on defaults between the two variants).
Fallout from #6885
Notification: adds some functions so it can be used as
a notification manager.
Have various bits of code emitting events that may generate
notifications advertize themselves as the source for following
notifications.
Add a menu to allow selecting some subsets of sources
to show or hide.
Use a table & table.concat instead of individual concats.
And then use that same table for every hash-related operation.
(Nothing else uses the configurable hash function, otherwise I'd have
limited the table shenanigans to the function itself).
Ought to be faster than our naive array-based approach.
Especially for the glyph cache, which has a solid amount of elements,
and is mostly cache hits.
(There are few things worse for performance in Lua than
table.remove @ !tail and table.insert @ !tail, which this was full of :/).
DocCache: New module that's now an actual Cache instance instead of a
weird hack. Replaces "Cache" (the instance) as used across Document &
co.
Only Cache instance with on-disk persistence.
ImageCache: Update to new Cache.
GlyphCache: Update to new Cache.
Also, actually free glyph bbs on eviction.
* Minor updates to the min & max cache sizes (16 & 64MB). Mostly to satisfy my power-of-two OCD.
* Purge broken on-disk cache files
* Optimize free RAM computations
* Start dropping LRU items when running low on memory before pre-rendring (hinting) pages in non-reflowable documents.
* Make serialize dump the most recently *displayed* page, as the actual MRU item is the most recently *hinted* page, not the current one.
* Use more accurate item size estimations across the whole codebase.
TileCacheItem:
* Drop lua-serialize in favor of Persist.
KoptInterface:
* Drop lua-serialize in favor of Persist.
* Make KOPTContext caching actually work by ensuring its hash is stable.
