Llvm

LLVM هي بنية تحتية معيارية للمترجمات (compiler infrastructure) وإطار عمل يتكون من مجموعة من المكتبات القابلة لإعادة الاستخدام لبناء واجهات اللغات وأدوات التحسين. تعمل كآلة افتراضية منخفضة المستوى توفر تمثيلاً وسيطاً (intermediate representation) وخط أنابيب للتحسين لتمكين توليد كود مستقل عن لغة البرمجة.

يوفر المشروع مجموعة أدوات للترجمة في الوقت الفعلي (JIT compilation)، حيث يقوم بتحويل التمثيلات الوسيطة إلى كود آلة أثناء التشغيل للتنفيذ الفوري. يتيح تصميمه المعياري للمطورين إنشاء واجهات لغات مخصصة وبيئات تشغيل عالية الأداء عبر معماريات مستهدفة متعددة.

تغطي البنية التحتية تحسين الكود عالي الأداء وتنسيق سلاسل أدوات البرمجيات عبر المنصات، بما في ذلك دمج المترجمات، وبيئات التشغيل، والمصححات (debuggers).

Features

Compiler Infrastructure Libraries - Build new compilers and language-specific front-ends using a reusable set of shared libraries and tools.
Compiler Infrastructure - Exposes a comprehensive set of modular compiler libraries and frameworks used to build language front-ends and optimization tools.
Low-Level Virtual Machines - Provides a low-level virtual machine architecture with an intermediate representation and optimization pipeline for language-agnostic code generation.
Compiler Frameworks - Offers a modular collection of reusable libraries and toolkits for building high-performance compiler backends and intermediate representations.
Code Optimization Pipelines - Improve program performance through compile-time and runtime optimizations for code written in any programming language.
Compiler Frontend Development - Facilitates the design and implementation of the initial compiler stages, including parsing and IR generation.
Compiler Optimizations - Provides a specialized toolkit of libraries to construct high-performance compilers and runtime environments.
Three-Phase Architectures - Employs a three-phase design that decouples language front-ends from machine back-ends using a universal intermediate representation.
Just-In-Time Compilation - Provides a toolkit for translating intermediate representations into native machine code at runtime for immediate program execution.
Modular Library Architectures - Offers a collection of compiler components as independent, integrable libraries for building custom language front-ends.
LLVM-Based Compilers - Offers a modular collection of reusable compiler and toolchain technologies used to build language front-ends and optimization tools.
Multi-Pass Lowering Pipelines - Provides a sequence of target-independent optimization passes to improve performance regardless of the final hardware architecture.
Code Optimization - Implements advanced compile-time and runtime code transformations to maximize program execution speed and efficiency.
Cross-Platform Toolchains - Coordinates the integrated build process for compilers, runtimes, and debuggers across different hardware architectures.
Instruction Selection Tables - Implements table-driven instruction selection to match intermediate representations to specific hardware capabilities.
Compiler Toolchain Management - Manages the coordinated compilation of core infrastructure, front-ends, runtimes, and debuggers.
Static Single Assignment Forms - Implements an intermediate representation using static single assignment form to simplify data flow analysis and optimization.

سجل النجوم

llvm-mirrorllvmArchived

Name: llvm-mirror/llvm
Author: llvm-mirror

View on GitHub

4,580 نجوم2,068 تفرعاتLLVM6 مشاهداتllvm.org

Llvm

Features

Compiler Infrastructure Libraries - Build new compilers and language-specific front-ends using a reusable set of shared libraries and tools.
Compiler Infrastructure - Exposes a comprehensive set of modular compiler libraries and frameworks used to build language front-ends and optimization tools.
Low-Level Virtual Machines - Provides a low-level virtual machine architecture with an intermediate representation and optimization pipeline for language-agnostic code generation.
Compiler Frameworks - Offers a modular collection of reusable libraries and toolkits for building high-performance compiler backends and intermediate representations.
Code Optimization Pipelines - Improve program performance through compile-time and runtime optimizations for code written in any programming language.
Compiler Frontend Development - Facilitates the design and implementation of the initial compiler stages, including parsing and IR generation.
Compiler Optimizations - Provides a specialized toolkit of libraries to construct high-performance compilers and runtime environments.
Three-Phase Architectures - Employs a three-phase design that decouples language front-ends from machine back-ends using a universal intermediate representation.
Just-In-Time Compilation - Provides a toolkit for translating intermediate representations into native machine code at runtime for immediate program execution.
Modular Library Architectures - Offers a collection of compiler components as independent, integrable libraries for building custom language front-ends.
LLVM-Based Compilers - Offers a modular collection of reusable compiler and toolchain technologies used to build language front-ends and optimization tools.
Multi-Pass Lowering Pipelines - Provides a sequence of target-independent optimization passes to improve performance regardless of the final hardware architecture.
Code Optimization - Implements advanced compile-time and runtime code transformations to maximize program execution speed and efficiency.
Cross-Platform Toolchains - Coordinates the integrated build process for compilers, runtimes, and debuggers across different hardware architectures.
Instruction Selection Tables - Implements table-driven instruction selection to match intermediate representations to specific hardware capabilities.
Compiler Toolchain Management - Manages the coordinated compilation of core infrastructure, front-ends, runtimes, and debuggers.
Static Single Assignment Forms - Implements an intermediate representation using static single assignment form to simplify data flow analysis and optimization.

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الأسئلة الشائعة

ما هي وظيفة llvm-mirror/llvm؟

ما هي الميزات الرئيسية لـ llvm-mirror/llvm؟

الميزات الرئيسية لـ llvm-mirror/llvm هي: Compiler Infrastructure Libraries, Compiler Infrastructure, Low-Level Virtual Machines, Compiler Frameworks, Code Optimization Pipelines, Compiler Frontend Development, Compiler Optimizations, Three-Phase Architectures.

ما هي البدائل مفتوحة المصدر لـ llvm-mirror/llvm؟

تشمل البدائل مفتوحة المصدر لـ llvm-mirror/llvm: chai2010/go-ast-book — go-ast-book is a collection of educational and technical resources focused on abstract syntax tree analysis, compiler… llvm/llvm-project — The project is a modular compiler infrastructure framework designed for building programming language toolchains,… apple/swift — Swift is a general purpose, compiled systems programming language designed for building high-performance software. It… gcc-mirror/gcc — This project is a multi-language compiler collection and cross-platform toolchain used to translate source code from… vlang/v — V is a statically typed, compiled programming language designed for high-performance systems development. It… jax-ml/jax — This project is a high-performance numerical computing library designed for large-scale scientific and machine…