metaCore is a comprehensive, low-level ecosystem and framework written in C++.
It is designed to serve as a robust foundational infrastructure that provides developers with advanced helper tools to streamline development, testing, and error management with minimal external runtime dependencies.
- Streamline Software Engineering: Provide a unified workspace for managing errors, warnings, and comprehensive unit testing.
- Optimize Performance: Offer accurate benchmarking suites and high-efficiency stream-like objects for fast data pipelines.
- Future-Proof Vision: While the framework currently focuses entirely on and C++, the ultimate roadmap aims to expand coverage to Zig and Go.
- Unit Testing Framework: A flexible, embedded system to write and run automated unit tests, ensuring logic stability.
- Error & Warning Handling: An advanced mechanism to track, propagate, and handle errors/warnings gracefully at runtime.
- Benchmarking Tools: High-precision tools to measure execution time and resource consumption for critical optimization paths.
- Stream-like Objects: Specialized abstractions providing stream-based interfaces for seamless data reading and writing.
- I/O Utilities: Dedicated modules designed for high-performance file manipulation and data transfer.
- Bitwise Handling System: A comprehensive suite of advanced bitwise operation helpers written purely in C for direct, efficient memory/bit manipulation.
The framework relies on a centralized ecosystem structure:
- The Ecosystem Object: The codebase incorporates a primary central object that manages and ties together the core functionalities and subsystems.
- Current Availability: This main Ecosystem object is currently exclusive to C++.
| Language | Current Status | Available Features |
|---|---|---|
| C++ | ✅ Fully Supported | Complete framework suite, Ecosystem Object, Streams |
| Zig | ⏳ Planned | Comprehensive coverage for low-level system tooling |
| Go | ⏳ Planned | Concurrency-safe data primitives and systems tools |
To successfully run and compile the framework along with its automation suite, you will need:
- A modern compiler supporting up-to-date C/C++ standards.
This project is licensed under its respective terms - see the LICENSE file for details.