Summary:
@public
Passing primitive data via JNI is more efficient than passing objects.
Here, we avoid creating `YogaValue` (Java) instances via JNI, and rather pass a `long` back to Java. The instance is then created by extracting the necessary bytes on the Java side.
Reviewed By: foghina
Differential Revision: D14576755
fbshipit-source-id: 22d09ad50c3ac6c49b0a797a0dad639ea4829df9
Summary:
@public
Moving all native methods in a single class provides the benefit of not having to load native bindings eagerly when just creating config objects in the startup paths, or setting Java-only values on them.
Loading native bindings triggers additional class loads (`YogaConfig` / `YogaNode`), and can lead to problems in multi-dex scenarions.
Reviewed By: pasqualeanatriello
Differential Revision: D14560658
fbshipit-source-id: 14e31e3c3b560675b5a752a38ae75ab80a565ea1
Summary:
Renamed class from YogaNodeJNI to YogaNodeJNIBase.
This change set is for adding experiment for layout outputs batching using a float array where we will have two separate classes which will override how layout outputs are transferred to java YogaNode object.
We needed two separate classes because having everything in one class was causing memory issues as both the individual fields for width, height etc. and float array for batching needs to be present in code.
Reviewed By: davidaurelio
Differential Revision: D14368069
fbshipit-source-id: 0e98e28c8c7a9788345ccb92b2cd0f2cd4a53525
Summary:
@public
Moves all Java classes used from C++ to their own header + implementation file. In `YGJNI.cpp`, we only call methods on these objects deriving from `jni::JavaClass`.
This is only a bit of cleanup, no functional change.
Reviewed By: SidharthGuglani
Differential Revision: D14261043
fbshipit-source-id: 2db1d81cb7f56a4cdc24b182b2166e1d7e24ba3c
