selene-core 0.2.0a3

The core interop library for Selene python interfaces

Selene-Core

Selene is designed to be extensible through the use of plugins, in the form of compiled libraries and lightweight python interfaces that provide configuration for the selene-sim frontend. We achieve this through this selene-core crate and python module.

Each plugin should comprise a python component and a compiled library component. The compiled library implements the Selene plugin API, and the python component provides configuration, link information and the path to the compiled library to the selene frontend.

The python module

The selene-core python module provides interfaces for plugins to adhere to. It also provides a bundled include directory, containing C headers for the Selene plugin API for each type of component.

To access the C headers in the build stage of a python package, depend on selene-core as a build dependency and call selene_core.get_include_directory(). The resulting path can be provided to a build system for C or C++ and the plugin APIs can be included through:

#include <selene/simulator.h>   # for the simulator API
#include <selene/error_model.h> # for the error model API
#include <selene/runtime.h>     # for the runtime API

By implementing the required functions, the plugin can be dynamically loaded by Selene at runtime.

The rust crate

The selene-core rust crate defines the compiled plugin interfaces for the Selene backend to use. It additionally provides helper functionality for rust-based plugins to expose the Selene plugin APIs while providing a more idiomatic trait interface.

See the following for examples:

• example simulator
• example error model
• example runtime