umijs/umi

Features

• Micro-Frontend Orchestrators - Coordinates independent frontend modules and shared data flow to enable scalable micro-frontend application architectures.
• Build Plugin Architectures - Implements an extensible build architecture that allows custom logic to intercept and modify the build resolution pipeline.
• Frontend Build Toolchains - Provides a unified pipeline for packaging and producing client-side code and dependencies for enterprise applications.
• Frontend Enterprise Patterns - Integrates standardized architectural patterns for micro-frontends, data flow, access control, and internationalization for large-scale applications.
• Plugin-Based Architectures - Implements all internal features as plugins that hook into various stages of the application development lifecycle.
• React Frameworks - Offers a comprehensive development environment for React that integrates routing, build tooling, and deployment.
• Configuration-Driven Routing - Provides a configuration-driven routing engine for managing nested and dynamic routes with request optimization.
• URL Route Mapping - Implements a centralized configuration system to map application views to URLs with support for nesting and dynamic parameters.
• Enterprise Frameworks - Provides integrated routing, build tooling, and standardized patterns for building large-scale enterprise web applications.
• Micro-Frontend Frameworks - Combines multiple independent frontend applications into a single interface to enable distributed development and deployment.
• Application State Management - Implements data flow and state management patterns to coordinate complex interactions across the web application.
• Application Scaffolding - Quickly starts new projects with pre-configured routing, build pipelines, testing, and linting through a single dependency.
• Build Accelerators - Reduces development wait times through pre-bundling, module federation, and high-speed compression tools.
• Pluggable Compilation Engines - Allows toggling between different build engines and transpilers while maintaining consistent feature behavior and output.
• Feature Boilerplate Generators - Provides a system of micro-generators to install specific architectural features and configurations on demand.
• Automatic Component Imports - Eliminates the need for manual import statements for common components, hooks, and data flow utilities.
• Dependency Freezing - Freezes the entire dependency tree into a single release package to ensure long-term reproducibility and stability.
• Deterministic Dependency Locking - Pre-bundles and freezes dependency versions into the release to ensure stability and reproducibility across years.
• Build Optimization - Improves compilation speeds and long-term stability by switching build engines and pre-bundling dependency versions.
• Automatic Import Injections - Eliminates manual import statements by automatically injecting common components and hooks into the source code.
• Role-Based Access Control - Restricts application features and views based on defined user roles and permission sets.
• Build Abstractions - Provides an abstraction layer that allows switching between different compilation toolchains while maintaining consistent output.
• Content Translation - Translates application content and adapts formats into multiple languages based on regional settings.
• Nested Routing - Implements a system for defining hierarchical, nested, and dynamic URL structures to optimize application navigation.
• Project Bootstrapping - Automates the creation of a complete development environment with routing, build pipelines, and linting for React applications.
• Frontend and UI Development - React-based framework for enterprise web applications.

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