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Type-graphql is a toolkit and framework for creating type-safe GraphQL APIs. It functions as a schema generator and resolver library that uses TypeScript classes and decorators as the primary source of truth for data structures and query logic.
The main features of michallytek/type-graphql are: GraphQL APIs, GraphQL Schema Generation, GraphQL, Schema Generation, Single-Source-of-Truth Modeling, Field Resolvers, GraphQL Schema Definitions, Schema-First Development Frameworks.
Open-source alternatives to michallytek/type-graphql include: 19majkel94/type-graphql — Type-graphql is a framework for building GraphQL servers that uses TypeScript classes as the single source of truth… graphql-python/graphene — Graphene is a library and framework for building type-safe GraphQL APIs and schemas using Python objects and… async-graphql/async-graphql — async-graphql is a type-safe framework for building specification-compliant GraphQL servers in Rust. It uses… litestar-org/litestar — Litestar is a high-performance Python ASGI web framework designed for building asynchronous APIs and web services. It… loopbackio/loopback-next — LoopBack Next is a Node.js API framework used for building REST and multi-protocol APIs. It functions as an OpenAPI… elysiajs/elysia — Elysia is a high-performance TypeScript web framework designed for building type-safe backend services. It provides a…
Type-graphql is a framework for building GraphQL servers that uses TypeScript classes as the single source of truth for schema definitions and types. It provides a schema generator and a resolver framework that allows developers to define queries and mutations using class-based controllers and decorators. The project focuses on a schema-first approach where TypeScript classes and metadata reflection are used to automatically derive GraphQL schemas. It incorporates a dependency injection container to manage the instantiation and lifecycle of resolver classes. The system includes a middleware
Graphene is a library and framework for building type-safe GraphQL APIs and schemas using Python objects and resolvers. It provides a system for mapping internal data models to typed GraphQL schemas, enabling the creation of servers that process queries and execute resolvers to return structured data. The project includes a full implementation of the Relay specification, providing standardized patterns for global object identification and cursor-based pagination. It utilizes a class-based approach to schema definition and supports interface-based type inheritance. The framework covers a broa
async-graphql is a type-safe framework for building specification-compliant GraphQL servers in Rust. It uses procedural macros to automatically generate schemas from native language structures, ensuring consistency between the data model and the API specification. The project provides native support for Apollo Federation v2, allowing entities and fields to be shared and resolved across multiple distributed subgraphs. It also implements real-time data streaming via WebSocket subscriptions and asynchronous event streams. The framework includes a wide array of capabilities for schema design, su
Litestar is a high-performance Python ASGI web framework designed for building asynchronous APIs and web services. It functions as a type-safe toolkit that leverages Python type hints to provide automatic request validation and response serialization, while natively generating interactive API documentation based on the OpenAPI specification. The framework is distinguished by its integrated dependency injection system, which manages shared resources and resolves complex nested service chains directly within request handlers. It further organizes API development through class-based controllers