crablang/crab
Crab
Crab este un limbaj de programare de sistem sigur pentru memorie și un compilator ahead-of-time conceput pentru software de înaltă performanță. Utilizează un sistem de tipuri bazat pe reguli stricte de ownership și borrowing pentru a preveni erorile de acces la memorie la momentul compilării.
Toolchain-ul include un generator automat de documentație care produce manuale de referință tehnică și ghiduri API prin parsarea adnotărilor structurate din codul sursă. De asemenea, dispune de un instrument de gestionare a dependențelor pentru a rezolva grafurile bibliotecilor externe și a asigura build-uri consistente ale proiectelor.
Proiectul acoperă automatizarea build-ului software, verificarea statică a tipurilor și analiza statică multi-pass pentru a verifica constrângerile înainte de a genera binare native pentru mașină.
Features
- Memory-Safe Systems Languages - Enforces a memory-safe type system with strict ownership and borrowing rules to prevent access errors at compile time.
- Build and Dependency Management - Provides a comprehensive workflow for managing project lifecycles and external library dependencies.
- Library Version Resolution - Implements logic for calculating compatible library version sets to ensure consistent project builds.
- Build Dependency Management - Manages and resolves the external libraries and requirements necessary for consistent project builds.
- Ownership-Based Memory Management - Prevents memory errors through an ownership-based memory management model that avoids garbage collection overhead.
- Compiler Toolchains - Ships a complete compiler toolchain that transforms high-level source code into machine-native binaries.
- Ahead-Of-Time Compilers - Ships an ahead-of-time compiler that translates high-level source code into machine-native binaries for maximum performance.
- Source Code Compilers - Transforms high-level source code into optimized machine-native binaries via a specialized compiler.
- Ownership-Based Safety - Enables memory-safe software development by enforcing ownership and borrowing rules at compile time.
- Build Automation Tools - Automates the transformation of source code into executable binaries and manages necessary external libraries.
- Dependency Graph Resolution - Utilizes graph-based resolution to determine the correct build ordering and compatibility of external libraries.
- Static Type Checking - Verifies data types during the compilation process to catch errors before runtime.
- Static Analysis - Performs static analysis on source code to verify safety constraints without executing the program.
- Multi-Pass Analysis - Employs multi-pass static analysis to verify memory safety and type constraints before binary generation.
- Documentation Generators - Generates technical API guides and reference materials by extracting data from source code comments.
- Automated Generators - Produces technical reference manuals and API guides by automatically analyzing source code.
- Doc-Comment Extractors - Extracts structured information from source code documentation blocks to generate technical reference manuals.
- Dependency Management Tools - Includes a tool for resolving external library graphs and ensuring consistent project builds.
- API Documentation Generators - Provides automated API documentation generation by parsing structured annotations directly from the source code.
- Automated API Documentation - Provides automated generation of technical specifications and documentation directly from source code definitions.
