Implemented two new experimental functions:
```kotlin
/**
* Retrieves the byte array of the drawable resource.
*
* @param environment The resource environment, which can be obtained from [rememberResourceEnvironment] or [getSystemResourceEnvironment].
* @param resource The drawable resource.
* @return The byte array representing the drawable resource.
*/
@ExperimentalResourceApi
suspend fun getDrawableResourceBytes(
environment: ResourceEnvironment,
resource: DrawableResource
): ByteArray {...}
/**
* Retrieves the byte array of the font resource.
*
* @param environment The resource environment, which can be obtained from [rememberResourceEnvironment] or [getSystemResourceEnvironment].
* @param resource The font resource.
* @return The byte array representing the font resource.
*/
@ExperimentalResourceApi
suspend fun getFontResourceBytes(
environment: ResourceEnvironment,
resource: FontResource
): ByteArray {...}
```
fixes https://github.com/JetBrains/compose-multiplatform/issues/4360
Users noticed if an app has big a `string.xml` file it affects the app
startup time:
https://github.com/JetBrains/compose-multiplatform/issues/4537
The problem is slow XML parsing.
Possible ways for optimization:
1) inject text resources direct to the source code
2) convert XMLs to an optimized format to read it faster
We selected the second way because texts injected to source code have
several problems:
- strict limitations on text size
- increase compilation and analysation time
- affects a class loader and GC
> Note: android resources do the same and converts xml values to own
`resources.arsc` file
Things was done in the PR:
1) added support any XML files in the `values` directory
2) **[BREAKING CHANGE]** added `Res.array` accessor for string-array
resources
3) in a final app there won't be original `values*/*.xml` files. There
will be converted `values*/*.cvr` files.
4) generated code points on string resources as file -> offset+size
5) string resource cache is by item now (it was by the full xml file
before)
6) implemented random access to read CVR files
7) tasks for syncing ios resources to a final app were seriously
refactored to support generated resources (CVR files)
8) restriction for 3-party resources plugin were deleted
9) Gradle property `compose.resources.always.generate.accessors` was
deleted. It was for internal needs only.
Fixes https://github.com/JetBrains/compose-multiplatform/issues/4537
Ports a part of Unicode's ICU in pure Kotlin and implements
Android-style plural string resource support. Fixes
JetBrains/compose-multiplatform#425.
# Changes
- Added `org.jetbrains.compose.resources.intl.{PluralCategory,
PluralRule, PluralRuleList}`, which parses and evaluates scripts in
Unicode's Locale Data Markup Langauge.
- Copied `plurals.xml` from Unicode's
[CLDR](https://github.com/unicode-org/cldr/blob/release-44-1/common/supplemental/plurals.xml).
- Added `GeneratePluralRuleListsTask`, which parses `plurals.xml` and
generates required Kotlin source codes.
- Added `PluralStringResource`, `pluralStringResource`, or
`getPluralString`, corresponding to `StringResource`, `stringResource`,
or `getString`.
- Modified `ResourcesSpec.kt` so the generated `Res` class exposes
`Res.plurals`.
# Potential Further Improvements
- [ ] Allow configuring the default language in the `compose.resources
{}` block (#4482) to determine the default pluralization rule (or just
presume English as default)
- [ ] Move the parser logic to the Gradle plugin and generate
pluralization rules in `Res` only for languages used in
`composeResources`
---------
Co-authored-by: Konstantin Tskhovrebov <konstantin.tskhovrebov@jetbrains.com>
Changes:
- added k/wasm target to library and demo
- added libs.versions.toml with coroutines version
Tested:
- using demo project
- publishToMavenLocal
I'll setup the test separately.
---------
Co-authored-by: Oleksandr.Karpovich <oleksandr.karpovich@jetbrains.com>
There was a problem with an android publication. Android artifactId has
name "module_name"-"android" even though we explicitly renamed
artifactId inside the configureMavenPublication block. It means that
"components-ui-tooling-preview" android library rewrites
"components-resources" android library on the maven. Because they have
the same name "library-android".
Dowgrading to Kotlin 1.8 will allow to use `components` in Kotlin 1.8 and Kotlin 1.9 projects (iOS, JS targets). Now it is supported only in Kotlin 1.9 projects.
* Added animated image component
* Simplified network request
* Resource load is now done in the IO Dispatchers
* Renamed constant to express better its use
* Refactored animated image component to use the default Image component instead of creating our own component
* Added missing keys
* Created new module resources & adapted AnimatedImage to it
SplitPane by design, shouldn't have default visual representation, because it mostly depends on the design system (material, material3, etc)
Fixes https://github.com/JetBrains/compose-jb/issues/1975
RelNote:
SplitPane no longer depends on compose.material. Now, by default, SplitPane has invisible 0px splitter, not 1px black/white splitter as it was before. If you want to preserve the previous behaviour, specify a splitter explicitly:
```
HorizontalSplitPane(splitterState) {
splitter {
visiblePart {
Box(
Modifier
.height(1.dp)
.fillMaxHeight()
.background(MaterialTheme.colors.background)
)
}
}
}
```
Konstantin
Chanjung Kim
Oleksandr Karpovich
Igor Demin
Igor Demin
dima.avdeev
Nikita Lipsky
Abdelilah El Aissaoui
LAP2
Nikolay Igotti