- Reduce the visibility of multiple Hilt `Module`s and implementations of public interfaces
- Correctly configure the visibility of dependencies:
- `api` when it's part of it's public `api`
- `implementation` when it's part of it's internal `implementation`
- Remove unnecessary dependencies in build.gradle.kts files
- Remove unnecessary dependencies provided by plugins
- Remove unnecessary applied plugins (i.e. roborazzi)
- Sort dependencies in `build.gradle.kts`
- Delete unused entries in `libs.versions.toml`
- Remove unnecessary nullable types
- Replace no-op method bodies with Unit
- Convert to expression body
- Replace if with when
- Remove braces from 'when' entries
- Remove braces from if statement
- Convert to single line lambda
- oneline if/returns
- Replace 'contains' call with 'in' operator
Following this refactor, it could be great to envision a more "strict" code formatter like ktlint 1.0 (we are currently stuck at 0.48.1)
* WIP: Adds screenshot tests to :core:designsystem
Change-Id: I0672845feba4064652dd8d60f07047b87864e121
* 🤖 Updates screenshots
* Creates tests for more components and cleans up
Change-Id: I61fe3ae6a4e8a41a599d520e16fc14aa6a643a22
* WIP: More cleanup and more combinations of themes
Change-Id: I34312bc7d147b31f1c638cd505a9c241f8267523
* Added the rest of the screenshot tests for designsystem
Change-Id: Ic427db5491910781c038882055524e3f3dbed194
* Some more cleanup
Change-Id: I7384e55864719af9122ad9da8e50a09cb9a60180
* Spotless
Change-Id: I22aa46e1f56b8b638c9d609ababbe49d471a26c6
* 🤖 Updates screenshots
* ScreenshotHelper cleanup
Change-Id: Ic94d41618e7850ab47f294d8022b405f18c843f0
* Adds screenshot tests using Roborazzi (Robolectric Native Graphics)
- Adds Roborazzi to convention plugins
- Adds Screenshot helper in :core-testing
- Creates screenshot suites for :app and :feature-foryou
* CI and spotless
* Moves :app tests to testDemo and makes NiaAppScreenSizesScreenshotTests prettier
* CI: Moves local tests to their own step
* CI: Adds --rerun to screenshot task
* CI: Moves screenshots before local tests
* CI: Fixes wrong if statement in workflow
* CI WIP: trying to trigger the push step
* CI: Re-enables roborazzi verification
* Fixes flaky screenshot tests by setting LocalInspectionMode on
* CI: screenshot commits now use the original author intead of bot account
* CI: Disables globbing because file_pattern didn't work
* CI: Trying new file pattern for png files
* CI: Adds a check for forks
* 🤖 Updates screenshots
* Code review: toml cleanup, comments
* Use new github.event.pull_request.head.repo.fork
Co-authored-by: Simon Marquis <contact@simon-marquis.fr>
* Uses Robolectric qualifiers to set the dpi, adds section to README
* Spotless
* Delegates creation of repository to Hilt in test
* Revert "Use new github.event.pull_request.head.repo.fork"
* 🤖 Updates screenshots
* Empty commit to trigger GHA on main branch
* Makes time zones deterministic in screenshot tests
* Increases GMD timeout to 90m, but it has to be reduced
---------
Co-authored-by: Simon Marquis <contact@simon-marquis.fr>
The initial reason for this `StringDecoder` was to make sure the AndroidX navigation route would not use incompatible chars in the resulting String.
For that, `Uri.encode(String)` was used, but this is an Android API (`android.net.Uri`).
Unit tests would fail because Uri is not mocked (since we are not using Robolectric).
Therefore, a `StringDecoder` interface was introduced with 2 implementations: `UriDecoder` and `FakeStringDecoder`, Hilt modules were added, etc.
FWIW, the naming of the API was misleading: `StringDecoder.decodeString(encodedString: String)` does not inform how encoded the input is, so `UriDecoder` could "decode" something that was not necessarily uri "encoded".
The solution to this problem was to simply use regular Java APIs:
- `URLDecoder.decode(urlEncodedTopicId, "UTF-8")`
- `URLEncoder.encode(topicId, "UTF-8")`
Continues the work initiated in #738.
Extract the SDK version check inside a `GrantPostNotificationPermissionRule` class that delegates to a regular `GrantPermissionRule`.
Implement search feature
- Add a feature module named "search"
- Add a SearchScreen that is navigated by tapping the search icon at the top left corner
- Add a data layer that takes care of populating the *Fts tables and querying them by a search query
- Add a SearchViewModel that wires up the data layer of the Fts tables with the SearchScreen
The SearchScreen has following features:
- The user is able to type the search query in the TextField
- The search result is displayed as the user types
- When the search result is clicked, it navigates to:
- The InterestsScreen when a topic is clicked
- Chrome custom tab with the URL of the clicked news resource
- When the search result is clicked or the IME is explicitly closed by the user, the current search query in the TextField is saved as recent searches
- Latest recent searches are displayed in the SearchScreen
Jaehwa Noh
Alex Vanyo
Tomáš Mlynarič
Simon Marquis
Don Turner
lihenggui
Mario Manhique
Jose Alcérreca
Roy Matero
Roy Matero
prosixe
TJ Dahunsi
James Rose
Miłosz Moczkowski
Don Turner
Takeshi Hagikura
Márton Braun
Angie Sasmita
Jolanda Verhoef