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microsoft/windows-rs

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Windows Rs

This project provides a comprehensive set of language bindings that enable direct interaction with the Windows API and Windows Runtime components from Rust. It serves as a native interface for systems programming, allowing developers to execute system functions and access operating system services while maintaining memory safety and idiomatic language constructs.

The library utilizes metadata-driven code generation to map the entire Windows API surface area into type-safe wrappers. By employing a zero-cost abstraction layer, it ensures that these high-level calls compile to the same machine instructions as manual pointer manipulation, avoiding additional runtime overhead. The implementation relies on direct foreign function interfaces and binary-standard object communication to maintain compatibility with the operating system.

The project covers the full spectrum of Windows systems programming, from invoking low-level native commands to consuming complex runtime components. It is designed to support the development of applications that require deep integration with platform-specific features and services.

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Features

  • Windows API Bindings - Provides a comprehensive collection of language bindings for direct access to the entire Windows API surface.
  • Windows System Integrations - Provides a low-level interface for executing Windows system functions and interacting with operating system services directly from code.
  • Operating Systems & Systems Programming - Provides the foundational interface for high-performance systems programming on the Windows operating system.
  • Language Projections - Consumes Windows Runtime components and system services using idiomatic language types and memory safety guarantees.
  • Component Object Model Handlers - Implements the binary standard for cross-language object communication and interface-based memory management on Windows.
  • API Binding Generators - Generates language-specific bindings by parsing machine-readable metadata files describing the operating system API surface.
  • Runtime Development Kits - Supports building modern desktop applications that interact with Windows Runtime components using native language bindings.
  • Foreign Function Interfaces - Provides direct foreign function interfaces to map high-level language calls to native Windows binary entry points.
  • System Type Mappings - Translates complex system-level data structures into idiomatic language constructs while preserving binary compatibility.
  • Zero-Overhead Abstractions - Provides type-safe wrappers that compile to efficient machine code without adding runtime overhead.
12,444 stars·630 forks·Rust·Apache-2.0·24 views

Star history

Star history chart for microsoft/windows-rsStar history chart for microsoft/windows-rs

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

Frequently asked questions

What does microsoft/windows-rs do?

This project provides a comprehensive set of language bindings that enable direct interaction with the Windows API and Windows Runtime components from Rust. It serves as a native interface for systems programming, allowing developers to execute system functions and access operating system services while maintaining memory safety and idiomatic language constructs.

What are the main features of microsoft/windows-rs?

The main features of microsoft/windows-rs are: Windows API Bindings, Windows System Integrations, Operating Systems & Systems Programming, Language Projections, Component Object Model Handlers, API Binding Generators, Runtime Development Kits, Foreign Function Interfaces.

Which projects share features with microsoft/windows-rs?

Projects with overlapping indexed features include: java-native-access/jna — JNA is a foreign function interface and native memory mapper that allows Java applications to call functions in shared… odin-lang/odin — Odin is a compiled, statically typed systems programming language designed for high-performance software development.… rust-lang/book — The Rust Programming Language Book is the official technical guide and educational resource for the Rust language. It… microsoft/rusttraining — This project is a structured Rust programming curriculum and systems programming course designed to take learners from… mhammond/pywin32 — pywin32 is a collection of Python extensions that serve as a wrapper for the native Windows API, enabling the… itm4n/privesccheck — PrivescCheck is a PowerShell-based security auditing tool designed to scan Windows configurations for potential…

Projects sharing features with Windows Rs

These projects share indexed features with Windows Rs. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • java-native-access/jnajava-native-access avatar

    java-native-access/jna

    8,916View on GitHub↗

    JNA is a foreign function interface and native memory mapper that allows Java applications to call functions in shared native libraries without writing custom JNI wrapper code. It serves as a JNI alternative framework for invoking C functions and mapping native data structures using high-level interfaces. The library distinguishes itself through its ability to translate Java objects and primitives into C-style structs, unions, and pointers for cross-platform memory exchange. On Windows, it provides a dedicated toolkit for interacting with Component Object Model objects using both early and la

    Java
    View on GitHub↗8,916
  • odin-lang/odinodin-lang avatar

    odin-lang/Odin

    9,806View on GitHub↗

    Odin is a compiled, statically typed systems programming language designed for high-performance software development. It focuses on pragmatic low-level memory control, providing a toolset for manual memory management and precise control over hardware utilization. The language is distinguished by its flexible memory model, which includes custom allocators and precise data layout capabilities to optimize resource usage. It features a comprehensive foreign function interface for importing assembly files and linking with external libraries using configurable calling conventions. The type system

    Odincompilerlanguageodin
    View on GitHub↗9,806
  • rust-lang/bookrust-lang avatar

    rust-lang/book

    17,930View on GitHub↗

    The Rust Programming Language Book is the official technical guide and educational resource for the Rust language. It provides a comprehensive walkthrough of the language's design, focusing on its core identity as a systems programming language that enforces memory safety and high-performance execution without the need for a garbage collector. The project is distinguished by its focus on ownership, borrowing, and lifetime tracking, which allow the compiler to verify memory safety and thread safety at compile time. It covers the language's unique approach to zero-cost abstractions, including t

    Rustbookmdbookrust
    View on GitHub↗17,930
  • microsoft/rusttrainingmicrosoft avatar

    microsoft/RustTraining

    14,636View on GitHub↗

    This project is a structured Rust programming curriculum and systems programming course designed to take learners from beginner to expert levels. It provides a comprehensive set of training materials focused on mastering the core syntax, idioms, and technical foundations of the Rust language. The project features a specialized language transition framework that maps concepts from C++, managed languages, and dynamic typing to Rust idioms. This allows developers from different ecosystems to translate architectural patterns and memory models into idiomatic Rust. The training covers a broad rang

    Rust
    View on GitHub↗14,636
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