midwayjs/midway

Features

• Service Structuring Patterns - Offers a comprehensive framework for organizing enterprise microservices using dependency injection and metadata decorators.
• Node.js Microservices Frameworks - Provides a structured framework specifically designed to implement enterprise microservices architectures using the Node.js runtime.
• Dependency Injection Containers - Centers on a dependency injection architecture to decouple object creation from usage.
• Dependency Injection Web Frameworks - Uses an inversion-of-control container and decorators to organize enterprise-grade web applications and microservices.
• Inversion-of-Control Containers - Includes an inversion-of-control container to manage object lifecycles and decouple component dependencies.
• Decorator-Based - Uses TypeScript decorators to attach configuration and routing metadata to classes for automated discovery.
• Full-Stack Frameworks - Offers an integrated environment for building complete web applications that bridges frontend interfaces with backend logic.
• Multi-Protocol Backend Frameworks - Ships a backend framework that natively supports multiple communication standards including HTTP, gRPC, and WebSockets.
• Service Middleware Pipelines - Utilizes service middleware pipelines to process requests through a sequential chain of interceptors.
• Ordered Middleware Pipelines - Implements ordered middleware pipelines to manage cross-cutting concerns like authentication and logging.
• Route Handlers - Implements route handlers that map incoming network traffic to specific business logic controllers.
• Serverless Node.js Frameworks - Provides a specialized framework for developing Node.js applications optimized for serverless cloud platforms.
• Unified Full-Stack Workflows - Merges frontend and backend development into a single workflow that allows calling server functions without manual API definitions.
• Runtime Agnostic Deployments - Allows applications to be hosted across traditional servers, containers, and various serverless cloud platforms.
• Environment Configuration Management - Provides mechanisms for defining service behavior using environment variables and configuration files across different deployment stages.
• Runtime Adapters - Provides a runtime adapter layer that abstracts deployment targets across serverless and container environments.
• Full-Stack Function Connectivity - Connects backend functions directly to frontend frameworks to simplify data movement and eliminate manual API definitions.
• Protocol-Agnostic Proxies - Implements a protocol-agnostic dispatch mechanism to unify diverse protocols like HTTP and gRPC.
• Multi-Protocol Gateways - Provides a multi-protocol gateway capable of handling HTTP, gRPC, and WebSockets simultaneously.
• Modular Plugin Extensions - Implements a component-based plugin system for integrating third-party add-ons to extend core framework functionality.
• Plugin-Based Architectures - Features a plugin-based architecture that extends core functionality through isolated, registerable modules.
• Request Body Validations - Ships systems for mapping and validating incoming request payloads against typed structures.
• Full-Stack Integrations - Facilitates full-stack integration by connecting frontend interfaces directly to backend logic.
• Standard HTTP Error Responses - Provides standardized HTTP error responses to ensure a consistent user experience across the API.
• Serverless - Serverless framework for cloud functions.
• Web Frameworks - Cloud-native, future-oriented Node.js framework.

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