Helix

Supercharged C++

Programming!

Unleashing the Power of Helix: Combines Efficiency, Flexibility, and High-Performance for Your Development Process.

Create Robust, High-Performance, Cross Language, Maintainable, Code with Ease and Speed

Features

All the tools you need

Helix is a high-performance general-purpose language that seamlessly integrates with C++, Rust, and Python. It allows you to build robust and maintainable systems with ease and speed, without sacrificing on performance.

Async Operations

Helix supports async operations, enabling non-blocking execution of complex tasks with ease without having to manually manage threads.

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Pattern Matching

Pattern matching in Helix simplifies complex conditional logic, making your code more readable and maintainable.

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Macros

Helix macros provide powerful code generation capabilities, allowing you to write less boilerplate and more expressive code.

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Generators

Generators in Helix provide an easy way to create iterators with the yield keyword, making it simple to work with streams of data.

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Error Handling

Comprehensive error handling and error displaying can handle even the most unaccepted errors, such as seg faults - errors are only pretty printed in debug mode

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Data Structures

Helix supports a variety of data structures including classes, structs, enums, and more, giving you the tools to model your data effectively.

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Module Imports

Seamlessly import modules from C++, Rust, and Python, making Helix a perfect glue language for mixed-language projects.

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Type Handling

Robust type handling features in Helix, including type inference, type casting, and type checking, ensure your code is both safe and efficient.

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Memory Management

Helix provides efficient memory management features, including automatic memory allocation and garbage collection, ensuring your applications run smoothly.

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Frequently Asked Questions

Helix is a high-performance general-purpose programming language that seamlessly integrates with C++, Rust, and Python.
Helix is designed to provide robust, efficient, and maintainable applications. It leverages the strengths of C++, Rust, and Python, making it a versatile choice for various programming needs.
While you can technically remove Helix's integrations with C++, Rust, or Python, it is not recommended as Helix is designed to leverage these languages for maximum performance and flexibility.
Helix can be configured for various environments by setting the appropriate target triples. Refer to the Helix documentation for detailed configuration instructions.
Helix uses efficient memory management techniques and provides mechanisms for manual and automatic memory management, ensuring your applications run smoothly and efficiently.
Yes, Helix can be used for web development. It provides tools and integrations that make it suitable for building high-performance web applications.
Helix offers comprehensive error handling capabilities. It supports traditional try-catch mechanisms and provides detailed error reporting for easier debugging and maintenance.
You can contribute to Helix by visiting our GitHub repository. We welcome contributions in the form of code, documentation, and issue reporting. Follow the contribution guidelines outlined in the repository.
To update Helix to the latest version, follow the instructions provided in the Helix documentation. Ensure you have the necessary dependencies and tools installed before updating.
Helix's documentation can be found on the official website at www.helix-lang.com/docs. The documentation includes tutorials, API references, and guides to help you get started with Helix.
If you encounter an issue with Helix, you can report it on our GitHub issues page. Please provide detailed information about the issue, including steps to reproduce it, so we can assist you effectively.

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