The previous packaging format for Godot Android plugins consisted of the plugin's `gdap` config file accompanied by binaries defined in the `gdap` file.
This format is now deprecated (starting with Godot 4.2), and instead Godot Android plugins are now packaged as `EditorExportPlugin` plugins.
The `EditorExportPlugin` class has been updated with the following methods to provide the necessary set of functionality:
- `_supports_platform`: returns true if the plugin supports the given platform
- `_get_android_dependencies`: retrieve the set of android dependencies (e.g: `org.godot.example:my-plugin:0.0.0`) provided by the plugin
- `_get_android_dependencies_maven_repos`: retrieve the urls of the maven repos for the provided android dependencies
- `_get_android_libraries`: retrieve the local paths of the android libraries (AAR files) provided by the plugin
- `_get_android_manifest_activity_element_contents`: update the contents of the `<activity>` element in the generated Android manifest
- `_get_android_manifest_application_element_contents`: update the contents of the `<application>` element in the generated Android manifest
- `_get_android_manifest_element_contents`: update the contents of the `<manifest>` element in the generated Android manifest
Additionally:
* for custom builds, add commit hash
* added a tooltip to help mitigate potential/understandable confusion whether the single-line output might be a bug
* prettify driver name
These dialogs were added to the plugin itself so theme can't be
propagated.
Also moved initialization of the VCS menu after the creation of
EditorInterface.
plus minor static-related fixes
* linuxbsd: get_systemd_os_release_info_value() -> static breaks usage if used multiple times
* windows/linuxbsd: get_video_adapter_driver_info() writes info into static
* linuxbsd: get_distribution_name() + get_version() -> write bsd fallback into static variable
* windows/uwp/android: remove unnecessary use of static
Move the benchmarking measuring methods from `Engine` to `OS` to allow for platform specific overrides (e.g: can be used to hook into platform specific benchmarking and tracing capabilities).
* Node processing works on the concept of process groups.
* A node group can be inherited, run on main thread, or a sub-thread.
* Groups can be ordered.
* Process priority is now present for physics.
This is the first steps towards implementing https://github.com/godotengine/godot-proposals/issues/6424.
No threading or thread guards exist yet in most of the scene code other than Node. That will have to be added later.
When enabled, this scales the editor icons to improve usability on touchscreen devices.
In addition this commit fixes touch detection for the collision_shape_2d_editor_plugin so it scales with the icons size.
