Quelles sont les fonctionnalités principales de webassembly/wasi ?

Les fonctionnalités principales de webassembly/wasi sont : Platform-Independent Execution Environments, WebAssembly, Portable System API Abstractions, Cross-Language API Standards, Binary Component Composition, Binary Component Systems, Portable System Interfaces, Capability-Based Security.

Quelles sont les alternatives open-source à webassembly/wasi ?

Les alternatives open-source à webassembly/wasi incluent : zerobias/effector — Effector is a reactive state management library and data flow orchestrator designed for building complex, event-driven… alipay/fury — Fury is a multi-language binary serialization framework designed for encoding domain objects and complex graphs to… grpc/grpc — gRPC is a language-agnostic remote procedure call framework designed for high-performance communication between… apache/thrift — Thrift is a cross-language remote procedure call framework and data serialization protocol. It provides an interface… blizzard/s2client-proto — s2client-proto provides a set of structured data definitions and language-neutral communication protocols used to… apache/dubbo-spring-boot-project — This project is an integration framework that bootstraps Apache Dubbo remote procedure call services within Spring…

WASI

Le WebAssembly System Interface (WASI) est un ensemble standardisé d'API qui permettent aux modules WebAssembly d'interagir avec les systèmes d'exploitation de manière portable et indépendante de la plateforme. Il fournit une abstraction de runtime portable qui sépare les appels système de haut niveau des implémentations hôtes de bas niveau pour assurer la compatibilité entre différents systèmes d'exploitation.

Le projet utilise un système de modules basé sur des composants pour lier des modules binaires indépendants via des interfaces partagées, supprimant l'exigence d'un binaire monolithique unique. Il emploie une définition d'interface inter-langages pour fournir un système de types portable et des signatures d'API qui mappent de manière cohérente à travers plusieurs langages de programmation et cibles.

Le système couvre un large éventail de domaines de capacités, incluant la gestion de la sécurité basée sur les capacités pour restreindre l'accès au système via des jetons explicites. Il gère également la coordination des tâches asynchrones et l'intégration système portable pour interagir avec les ressources matérielles.

Features

Platform-Independent Execution Environments - Runs WebAssembly applications across different operating systems using a standardized set of system interface APIs.
WebAssembly - Provides a standardized set of APIs that allow WebAssembly modules to interact with operating systems in a portable manner.
Portable System API Abstractions - Separates high-level portable system calls from low-level host implementations to ensure cross-platform compatibility.
Cross-Language API Standards - Defines a universal type system and set of interfaces that work consistently across multiple programming languages.
Binary Component Composition - Allows linking independent binary modules through shared interfaces to avoid monolithic binaries.
Binary Component Systems - Links independent binary modules through shared interfaces to create complex applications without a single monolithic binary.
Portable System Interfaces - Defines universal communication paths to interact with operating systems in a portable and platform-independent manner.
Capability-Based Security - Provides a security model that restricts system access via explicit capability tokens instead of ambient authority.
Interface Definition Languages - Defines portable API signatures and types that map consistently across multiple programming languages.
Runtime Abstraction Layers - Implements a layered API that separates high-level system calls from low-level host implementations.
System Call Mapping - Translates standardized abstract system calls into concrete host-specific operating system functions.
Asynchronous Flow Coordination - Coordinates concurrent tasks and data flows using asynchronous tools and streams to prevent blocking execution.
Asynchronous Operation Execution - Implements non-blocking system calls using futures to track background operation completion.
Modular Architecture Interfaces - Defines a collection of communication patterns using a type system that works across multiple programming languages.

Historique des stars

WebAssemblyWASI

Name: webassembly/wasi
Author: WebAssembly

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WASI

Features

Platform-Independent Execution Environments - Runs WebAssembly applications across different operating systems using a standardized set of system interface APIs.
WebAssembly - Provides a standardized set of APIs that allow WebAssembly modules to interact with operating systems in a portable manner.
Portable System API Abstractions - Separates high-level portable system calls from low-level host implementations to ensure cross-platform compatibility.
Cross-Language API Standards - Defines a universal type system and set of interfaces that work consistently across multiple programming languages.
Binary Component Composition - Allows linking independent binary modules through shared interfaces to avoid monolithic binaries.
Binary Component Systems - Links independent binary modules through shared interfaces to create complex applications without a single monolithic binary.
Portable System Interfaces - Defines universal communication paths to interact with operating systems in a portable and platform-independent manner.
Capability-Based Security - Provides a security model that restricts system access via explicit capability tokens instead of ambient authority.
Interface Definition Languages - Defines portable API signatures and types that map consistently across multiple programming languages.
Runtime Abstraction Layers - Implements a layered API that separates high-level system calls from low-level host implementations.
System Call Mapping - Translates standardized abstract system calls into concrete host-specific operating system functions.
Asynchronous Flow Coordination - Coordinates concurrent tasks and data flows using asynchronous tools and streams to prevent blocking execution.
Asynchronous Operation Execution - Implements non-blocking system calls using futures to track background operation completion.
Modular Architecture Interfaces - Defines a collection of communication patterns using a type system that works across multiple programming languages.

Alternatives open source à WASI

Projets open source similaires, classés selon le nombre de fonctionnalités partagées avec WASI.

zerobias/effector
zerobias/effector
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Effector is a reactive state management library and data flow orchestrator designed for building complex, event-driven applications. It models application logic as a directed acyclic graph, where state updates and asynchronous side effects propagate automatically through declarative pipelines. By decoupling business logic from user interface layers, it allows developers to maintain state in independent containers that communicate via standard interfaces, ensuring the system remains framework-agnostic. The library distinguishes itself through its robust support for isolated execution scopes, w
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alipay/fury
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Fury is a multi-language binary serialization framework designed for encoding domain objects and complex graphs to facilitate cross-language data exchange. It includes an interface definition language compiler that translates schema definitions into idiomatic native types and serialization boilerplate across multiple languages. The project distinguishes itself through a zero-copy binary reader that allows specific fields to be accessed without deserializing the entire object, as well as an object graph serializer that preserves circular references and referential integrity. It also features a
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grpc/grpc
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gRPC is a language-agnostic remote procedure call framework designed for high-performance communication between distributed services. It utilizes a structured interface definition language to generate consistent client stubs and server skeletons, enabling applications to invoke methods on remote servers as if they were local objects. By leveraging the HTTP/2 transport layer, the framework supports efficient binary serialization and multiplexed data exchange across diverse programming environments. The framework distinguishes itself through its support for flexible communication patterns, incl
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apache/dubbo-spring-boot-project
apache/dubbo-spring-boot-project
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This project is an integration framework that bootstraps Apache Dubbo remote procedure call services within Spring Boot applications. It serves as a microservice communication framework that enables the implementation of RPC services, service discovery, and distributed governance through automated configuration. The project distinguishes itself by providing a cross-language RPC bridge, allowing services written in different languages to communicate via standards such as gRPC and Protobuf. It further enables the exposure of backend microservices as REST endpoints using the Triple protocol for
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Voir les 30 alternatives à WASI

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