An interpreter designed from the ground up to execute Syringa code. It also serves as an educational resource, promoting learning and encouraging contributions to the open-source Syringa ecosystem.
Welcome to Syringa Interpreter in C++ project! This project aims to provide a robust and feature-rich interpreter for the new programming language Syringa, built entirely from scratch in C++. Whether you're looking to explore the internals of how an interpreter works, experiment with language features, this interpreter is a powerful tool designed with flexibility and extensibility in mind.
Syringa supports dynamic typing, allowing variables to change types at runtime. This feature provides flexibility, making it easier to write and execute dynamic code.
Support for Object-Oriented Programming is implemented! You can define your own classes, create instances, and access attributes and methods.
The interpreter supports operator overloading, allowing you to define specific behaviors for operators like +, -, *, /, and more, within your custom classes.
The interpreter supports function overloading, allowing you to define different behaviors for same function name.
The architecture of the interpreter includes a robust parser and execution system that translates Syringa code into executable operations. This allows for dynamic interpretation and real-time code execution.
To manage memory efficiently, the project includes an integrated garbage collector, based on built-in smart pointer in C++ 'std::shared_ptr', which helps prevent memory leaks by automatically freeing unused objects.
There are some bugs in this project such as:
- Run-Time Error when creating nested classes or functions.
- An infinite loop when there is an error during parsing
- Modules, Classes, Instances.
- Scopes bugs.
- Some other bugs.
$ git clone https://github.com/Captain3BoOd/Syringa.git
$ cd Syringa
$ make- Set, Dict, Pointers, Byte Code, etc.
- Static typing for variables and functions.
- BigInt class with Karatsuba algorithm.
- REPL mode.
- Virtual Machine.
- Better type checking and error handling.
- Fixing All bugs.
- Iterator and generator objects.
- Inheritance.
- New error types.
- etc.
This project is under continuous development, with new features being added regularly. If you’re passionate about Syringa, C++, or just interested in contributing to an exciting open-source project, feel free to jump in!
- Fork this repository.
- Create a new branch for your feature (git checkout -b feature/NewFeature).
- Commit your changes (git commit -m 'Add NewFeature').
- Push to the branch (git push origin feature/NewFeature).
- Open a Pull Request.
Any form of contribution is welcome, whether it’s code, documentation, or testing. Additionally, feel free to share this project with friends, colleagues, or within developer communities.