Awesome GitHub RepositoriesRuntime Code Compilation

EvalXR is an interactive Rust compiler that compiles code into dynamically loaded libraries for iterative evaluation without restarting the process. It serves as a Rust Jupyter kernel, a notebook runtime, and a REPL environment, all with state retention across evaluations. The project provides a stateful Rust evaluation engine that runs code snippets in isolated sandboxes while keeping functions and variables alive between executions. It supports cell-based execution, compiling Rust code into a shared library and loading it into the same process to preserve state, with an error-aware compilat

Este proyecto es un puente de runtime políglota y framework de interoperabilidad diseñado para ejecutar código .NET y Node.js dentro de un único proceso del sistema operativo. Funciona como un motor de ejecución cross-runtime y host de scripting in-process, permitiendo la comunicación bidireccional y el intercambio de datos entre el Common Language Runtime y los entornos de JavaScript para eliminar la sobrecarga de comunicación entre procesos. El framework se distingue por proporcionar un sistema para callbacks asíncronos bidireccionales y marshalling automático de buffers binarios y valores serializables entre diferentes tipos de objetos gestionados. Permite la compilación y ejecución de archivos fuente o scripts en línea de múltiples lenguajes dentro de una aplicación en ejecución aprovechando un modelo de compilador común. El proyecto cubre una amplia gama de capacidades, incluyendo la descarga de tareas asíncronas a hilos en segundo plano, la integración de lógica externa como middleware de framework web y la ejecución asíncrona de SQL. También proporciona herramientas de observabilidad para el mapeo de excepciones cross-runtime y admite la depuración de procesos tanto gestionados como nativos.

This repository provides a collection of example configurations demonstrating how to define project build logic and dependencies using the Kotlin domain-specific language. It serves as a reference for implementing build automation within the Gradle ecosystem, focusing on the transition from traditional scripting to a type-safe, expressive approach for managing software lifecycles. The samples illustrate how to leverage the Kotlin compiler to validate build scripts during development, enabling features such as IDE autocompletion and early error detection. By utilizing this approach, developers

The expression-language is a lightweight calculation component and parser tool that compiles and evaluates single-line string expressions against runtime variables. It functions as an expression engine that parses logical expressions into executable code or evaluates them directly against provided variables and functions to power dynamic rule evaluation and configuration. The engine features a complete architecture covering lexical tokenisation, intermediate code generation, and execution caching. It parses expression strings into hierarchical abstract syntax trees to enable programmatic insp

The Kotlin Language Server is a static code analysis tool that provides real-time intelligence for Kotlin projects. By implementing the Language Server Protocol, it enables developers to access professional-grade development features, such as code completion, diagnostics, and navigation, within any compatible text editor. The project distinguishes itself through an architecture that maintains persistent, in-memory compiler instances to facilitate rapid, incremental recompilation during active development. It supports remote hosting via TCP, allowing editors to connect to centralized analysis

The project is a reusable collection of modular compiler and toolchain technologies designed for building optimizers, code generators, and multi-language programming environments. It provides foundational compiler frontend technologies that translate source code written in C, C++, and Objective-C into a low-level programming language and intermediate code format. This intermediate representation enables cross-language analysis, program transformation, and target-independent optimization alongside a cross-platform programming framework that allows developers to write single-source accelerated a