Rune is a novel systems programming language designed for secure and efficient development. It addresses performance bottlenecks in common programming models by integrating aspects of the DataDraw code generation tool. Rune aims to enhance security through compiler-enforced protections against timing attacks and memory safety issues, achieving performance advantages through Structure-of-Array (SoA) memory management and DataDraw optimization.
Rune distinguishes itself through its proactive security features, particularly constant-time operations for secrets. It leverages a 'DB-embedded' approach to data structures, enabling efficient relational modeling. The compiler intelligently optimizes memory layouts for performance. Rune's design eliminates the need for manual memory management, which improves reliability and developer productivity.
- Constant-Time Secret Handling: Ensures protection against timing attacks through compiler enforcement of constant-time operations on secret types.
- DataDraw Integration: Utilizes DataDraw for code generation, leading to optimized and high-performance implementations.
- DB-Embedded Data Structures: Enables efficient modeling of relational data with built-in support for relationships.
- Automatic Memory Management: Eliminates manual explicit memory management and associated errors,.
- SoA Memory Layout: Employs Structure-of-Array for improved cache utilization and reduced memory footprint.
- Null Safety: Default protection against null pointers, with optional overrides for explicit nullability.
- Recursively Destroying Relations: Handles complex data structures with automatically handled resource cleanup.
Rune is an evolving language with active development and a growing community. The repository demonstrates ongoing improvements with recent commits and a focus on documentation. While it's currently classified as unfinished, the project exhibits a solid foundation with clear design goals and a commitment to addressing critical security and performance concerns.
Rune benefits developers who require high-performance and secure applications, especially those working with relational data or sensitive information. It provides an alternative to languages like C++ and Rust by offering a more streamlined approach to memory management and security. The language's unique features significantly reduce the risk of common vulnerabilities and improve code efficiency, particularly for memory-intensive workloads.