Introduction
Philosophy and Goals of Wave
Wave aims to complement and simplify low-level programming languages while providing a versatile and unified language that encompasses various fields of development. Rather than replacing low-level languages, Wave focuses on creating a robust and consistent development ecosystem that spans diverse domains such as web development, operating systems, artificial intelligence, blockchain, hardware, compilers, networking, and cryptography.
The core philosophy of Wave is to provide high-level abstractions through a powerful standard library while maintaining precise low-level control. This enables intuitive handling of complex tasks while still allowing precise and sophisticated operations when needed.
One of Wave’s key features is its hardware library, designed to be easily accessible even to developers with limited expertise in hardware. It also offers the flexibility to directly control hardware when detailed, fine-grained control is required. This combination enables developers to intuitively leverage hardware capabilities without sacrificing performance.
Wave aims to break the boundaries between high-level and low-level programming, offering an intuitive and unified language environment that simplifies the development experience.
Main Features and Characteristics of Wave
- Unified Language Structure
Wave integrates various fields of development into one language, eliminating the need for developers to learn multiple languages.
- High-level Abstraction
Wave significantly enhances productivity by allowing complex tasks to be performed easily through its powerful standard library.
- Ease of Hardware Accessibility
Wave’s hardware library is designed to be user-friendly for non-experts to interact with hardware and provides direct control options when precise management is required.
- Performance Optimization
Wave provides efficient compilers and memory management systems to ensure optimal performance in critical tasks and operates smoothly even in performance-sensitive applications.
- Modularity and Reusability
Wave supports modular programming, enabling developers to efficiently reuse code and reduce project complexity.
- Robust Error Handling and Debugging
Wave provides intuitive and clear error messages and debugging tools to help developers quickly resolve issues.
Wave's Roadmap and Plans
- Expansion of Core Language Features
Wave plans to release an initial version focusing on basic syntax and features, followed by updates including pattern matching, asynchronous programming, and advanced data structures.
- Strengthening of the Standard Library
The standard library will be continuously expanded to meet user needs, adding various features to enable developers to work more easily and efficiently.
- Improvement of the Hardware Library
As a core element of Wave, the hardware library will enhance compatibility with various devices, add new control features, and continually evolve.
- Incorporating Community Feedback
Developer feedback plays a crucial role in the progress of Wave, and plans are in place to actively gather user opinions via forums and feedback channels.
- Providing Documentation and Educational Materials
Wave will offer comprehensive documentation and various educational materials and tutorials to support learning. This will allow even beginner users to easily learn and use Wave.
- Support for Various Platforms
Wave will be optimized to provide consistent performance and accessibility across major operating systems, including Windows, macOS, and Linux.
- Strengthened Collaboration with the Open Source Community
Wave will foster contributions and lead innovation through collaboration with the open source community to promote its development.