Search Results for "python::module"

JavaCPP provides efficient access to native C++ inside Java, not unlike the way some C/C++ compilers interact with assembly language. No need to invent new languages such as with SWIG, SIP, C++/CLI, Cython, or RPython. Instead, similar to what cppyy strives to do for Python, it exploits the syntactic and semantic similarities between Java and C++. Under the hood, it uses JNI, so it works with all implementations of Java SE, in addition to Android, Avian, and RoboVM (instructions). More specifically, when compared to the approaches above or elsewhere (CableSwig, JNIGeneratorApp, cxxwrap, JNIWrapper, Platform Invoke, GlueGen, LWJGL Generator, JNIDirect, ctypes, JNA, JNIEasy, JniMarshall, JNative, J/Invoke, HawtJNI, JNR, BridJ, CFFI, fficxx, CppSharp, cgo, pybind11, rust-bindgen, Panama Native, etc.), it maps naturally and efficiently many common features afforded by the C++ language and often considered problematic, including overloaded operators, class and function templates, etc.

RxAndroid: Reactive Extensions for Android. Android specific bindings for RxJava 3. This module adds the minimum classes to RxJava that make writing reactive components in Android applications easy and hassle-free. More specifically, it provides a Scheduler that schedules on the main thread or any given Looper. Additional binaries and dependency information for can be found at search.maven.org. One of the most common operations when dealing with asynchronous tasks on Android is to observe the task's result or outcome on the main thread. ...

...If all features are developed as a separate plugin, each plugin will cost 10+s, and the compilation time will increase linearly. But if the iterative development in only one plugin module will make it more and more cluttered, for the code is deeply coupled. So an idea was raised. It could make sense to build a bytecode plugin platform, and the new feature can be extended based on it as a new plugin.