MetaForge is a meta programming language designed to combine power, simplicity and versatility, positioning itself as a bridge between low-level and high-level languages. Below is a chronology of MetaForge's development, with key milestones achieved during its lifecycle.
- Introduction to the project: MetaForge was conceived as a low-medium level language, positioned between Assembly and C.
- Integration with Python, C and C++: Initial support for the use of the native libraries of these languages.
- Main goals:
- Direct communication with the system at a near-native level.
- Simplification of syntax compared to traditional low-level languages.
- Flexibility for use in different contexts (e.g. embedded systems and advanced software engineering projects).
- Syntax Refinement: Further reduction of syntactic complexity to improve code readability and usability.
- Compatibility with new languages: Extended support for additional languages such as JavaScript and Rust.
- Support for web systems: Start of adaptation of MetaForge for use in web application development.
- Dedicated IDE: Creation of an integrated development environment to facilitate writing and debugging in MetaForge.
- Expanding compatibility: Integration with additional programming languages and emerging technologies.
- Adaptation for distributed systems: Make MetaForge suitable for cloud-native applications.
- Comprehensive documentation: Publication of detailed user guidance and practical examples.
MetaForge is designed to evolve over time, based on developers' needs and technological innovations. Stay up to date with the latest news by visiting the official repository.
If you want to contribute to MetaForge, visit the official repository or contact the main developer directly. Any suggestions, patches or bug reports are welcome!
Developed by SeregonWar