root-project/cling
Cling
Cling est un interpréteur C++ interactif et une boucle de lecture-évaluation-impression (REPL) qui permet l'exécution de code C++ en temps réel. Il fournit un environnement interactif où les instructions peuvent être évaluées immédiatement, contournant les cycles de compilation et de liaison manuels généralement requis pour le langage.
Le système fonctionne comme un noyau Jupyter C++, permettant le développement et la visualisation basés sur des cellules au sein d'interfaces de notebook. Il prend également en charge le chargement et l'exécution de fichiers sources externes au sein d'une session active.
L'environnement inclut des capacités de débogage et de profilage juste-à-temps en émettant des symboles de débogage pour le code compilé. Cela permet à la logique interprétée d'être analysée en utilisant des outils de profilage et de débogage système standards.
Features
- Read-Eval-Print Loops - Provides a read-eval-print loop for the immediate evaluation and execution of C++ statements.
- Interactive C/C++ Prototyping - Supports interactive development and logic testing through a read-eval-print loop without full recompilation.
- Language-Specific REPLs - Provides a language-specific REPL for executing C++ statements interactively without full compilation cycles.
- Jupyter Language Kernels - Implements a dedicated C++ kernel that enables cell-based development and visualization within Jupyter notebooks.
- Jupyter Notebook Integrations - Integrates C++ execution into notebook environments via a dedicated kernel for cell-based development.
- Notebook Environment Integrations - Provides a communication layer that maps Jupyter notebook cell requests to an interactive C++ execution environment.
- Rapid Prototyping Environments - Enables rapid prototyping of C++ code snippets and libraries by bypassing manual compilation and linking cycles.
- C++ REPLs - Implements a read-eval-print loop for prototyping and testing C++ logic through immediate statement evaluation.
- JIT-Compiled Bytecode Execution - Translates C++ source into LLVM intermediate representation and compiles it to machine code at runtime.
- C++ Interpreters - Provides an interactive environment for executing C++ code in real time without manual compilation and linking.
- Incremental Compilation - Implements mechanisms to process small code snippets while maintaining a persistent global state across execution cells.
- Just-In-Time Compilation - Leverages LLVM infrastructure to generate optimized native machine code on the fly from an interactive input stream.
- Execution-to-Source Mappers - Emits debug symbols during runtime compilation to map machine code back to the original source.
- JIT Debugging & Profiling - Emits debug symbols for just-in-time compiled code to enable analysis via standard system profiling and debugging tools.
- Interpreter Debuggers and Profilers - Allows analysis of interpreted C++ logic using standard profiling tools via emitted debug symbols.
- Compiler-Integrated AST Parsing - Uses a Clang-based frontend to parse C++ source into abstract syntax trees for interactive execution.
