Currently the render thread is started / stopped when the activity is respectively resumed / paused. However, according to the `GLSurfaceView` documentation, this should be done instead when the activity is started / stopped, so this change updates the start / stop logic for the render thread to match the documentation.
Credit and thanks to @bruzvg for multiple build fixes, update of 3rd-party items and MinGW support.
Co-authored-by: bruvzg <7645683+bruvzg@users.noreply.github.com>
This is useful to speed up iteration when working on the engine
(or editor).
This can be combined with a script that calls `adb` to deploy the APK
on a device (coupled with Godot's `--export-*` for projects)
to further speed up iteration.
- Add contexts to give a better sense of benchmarked areas.
- Add missing benchmarks and adjust some begin/end points.
- Clean up names.
- Improve Android's internal benchmarks in a similar manner.
Co-authored-by: Fredia Huya-Kouadio <fhuya@meta.com>
Also fixes the timing issue when exporting all
presets at the same time, where the error report
would try to appear while the progress dialog
was still visible.
The issue occurred because during the 'close' event, the logic was trying to terminate the native engine on the UI thread instead of doing on the render thread.
The presence of those abis cause them to be included in the set of `p_features` passed to the `gdextension_export_plugin#_export_file(...)` method, which caused them to be lumped in the `features_wo_arch` set.
When trying to find the gdextension library path, we use a predicate with the following logic:
```
[features_wo_arch, arch_tag](String p_feature) { return features_wo_arch.has(p_feature) || (p_feature == arch_tag); }
```
For a `gdextension` config file like the one below, this causes the first android entry (`android.armeabi-v7a = ...`) to always be returned regardless of archs since it always satisfies the predicate.
```
[configuration]
entry_symbol = "example_library_init"
compatibility_minimum = 4.1
[libraries]
linux.x86_64 = "res://libgdexample.so"
android.armeabi-v7a = "res://libgdexample.android.template_release.armeabi-v7a.so"
android.arm32 = "res://libgdexample.android.template_release.armeabi-v7a.so"
android.x86 = "res://x86/libgdexample.android.template_release.x86.so"
android.x86_32 = "res://x86/libgdexample.android.template_release.x86.so"
android.x86_64 = "res://libgdexample.android.template_release.x86_64.so"
android.arm64-v8a = "res://libgdexample.android.template_release.arm64-v8a.so"
android.arm64 = "res://libgdexample.android.template_release.arm64-v8a.so"
```
- When using the project name, allow underscore (`_`) characters
- Send a warning instead of an error when the project name is modified to fit the package name format
- Provide api to retrieve the running Godot instance from a GodotHost
- Provide api for the GodotHost to register runtime GodotPlugin instances
- Hide the GodotService class until it's completed
- Include project setting to enable long press for Android devices
- Include project setting to enable pan and scale gestures on Android devices
This allows to include script_instance.h directly in the
generated gdvirtual.gen.inc, and remove excessive includes
from the codebase.
This should also allow Resource to use GDVIRTUAL macros,
which wasn't possible previously due to a circular dependency.
When a hardware keyboard is connected, all key events come through so we can route them directly to the engine.
This is not the case for soft keyboards, for which the current logic was designed as it requires extra processing.
Upon investigating the extremely slow MSVC build times in #80513, I noticed
that while Godot policy is to never use exceptions, we weren't enforcing it
with compiler flags, and thus still included exception handling code and
stack unwinding.
This is wasteful on multiple aspects:
- Binary size: Around 20% binary size reduction with exceptions disabled
for both MSVC and GCC binaries.
- Compile time:
* More than 50% build time reduction with MSVC.
* 10% to 25% build time reduction with GCC + LTO.
- Performance: Possibly, needs to be benchmarked.
Since users may want to re-enable exceptions in their own thirdparty code
or the libraries they compile with Godot, this behavior can be toggled with
the `disable_exceptions` SCons option, which defaults to true.
This makes it easy to retrieve the project version at runtime
for display purposes, while simplifying the export preset configuration.
You can now leave the version empty unless you need to override it on a per-preset
basis.
Since export presets save the values of default values to the `export_presets.cfg`
file, this change only affects export presets created after this commit was merged.
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
Decouples the Godot java entry point from the Android Fragment component. This enables the Godot component to be more easily reused across different types of Android components including Activities and Services.
We don't use that info for anything, and it generates unnecessary diffs
every time we bump the minor version (and CI failures if we forget to
sync some files from opt-in modules (mono, text_server_fb).
When trying to export a C# project, this displays an error message after
creating a export preset for an unsupported platform.
Support for these platforms is planned for a future release.
