31 Repos
Tools and techniques for reducing application bundle sizes and improving load times through selective imports and code splitting.
Distinguishing note: Focuses specifically on bundle size reduction and tree-shaking optimizations rather than general web framework features.
Explore 31 awesome GitHub repositories matching web development · Bundle Optimizers. Refine with filters or upvote what's useful.
vue-element-admin is a Vue.js admin dashboard template and frontend project boilerplate designed for building administrative interfaces. It functions as a single page application that integrates the Element UI component framework to provide a structured starting point for web portals. The project provides scaffolding for enterprise web applications, specifically focusing on admin dashboard development. It includes built-in support for role-based access control to manage user permissions and restrict access to specific application views. The system covers broad capabilities in frontend build
Utilizes code splitting and tree shaking to optimize the production bundle for faster loading.
Ionic Framework is a cross-platform UI toolkit and hybrid app framework used to build native-quality mobile and progressive web applications using HTML, CSS, and JavaScript. It functions as a web component library that enables the deployment of a single codebase across iOS, Android, and the web. The framework features a platform-adaptive design system that automatically switches the visual style of components to match the design patterns of the host operating system. It utilizes a web-component-based architecture with CSS custom properties for global theming and specialized bindings to synchr
Supports the import of individual components as standalone elements to optimize bundle size via tree-shaking.
This project is a comprehensive UI toolkit that provides a declarative, reactive framework for building modular web interfaces. It centers on a component-based architecture that maps application state to rendered elements, utilizing a twelve-point flexbox grid system and nested containers to manage complex layouts. The library ensures consistent behavior across large-scale applications by providing centralized configuration for component defaults, themes, and global design tokens. What distinguishes this framework is its deep integration of Material Design principles alongside a highly flexib
Improves application performance by selectively importing only necessary components to reduce production bundle sizes.
This is a foundational project structure for building scalable web applications using React. It provides a standardized directory structure and build tools to accelerate the bootstrapping of new projects, featuring a Redux architecture for predictable state management through unidirectional data flow and an immutable store. The project is distinguished by a command-line interface for generating standardized components, containers, and routes from predefined templates. It implements an offline-first framework using service workers to enable progressive web app functionality, alongside a compon
Optimizes JavaScript delivery through code splitting and production build minification.
Highlight.js is a syntax highlighting library that automatically detects and applies color-coded styling to source code blocks within web pages. It functions as a language-agnostic formatting engine, utilizing a modular processor that applies consistent visual themes to diverse programming languages based on their specific grammatical rules. By decoupling the core parsing logic from language-specific definitions, the library provides a unified execution environment that operates without requiring internal knowledge of the target language. The project is distinguished by its modular architectu
Enables efficient loading by allowing developers to include only necessary language definitions in the final application bundle.
The mdb-ui-kit is a frontend component library and visual extension that combines the Bootstrap 5 framework with Material Design principles. It provides a collection of pre-styled interface elements and responsive web templates to facilitate the development of consistent web applications. The toolkit extends the Bootstrap ecosystem by adding Material Design aesthetics and advanced styling options. It enables rapid prototyping through the use of pre-configured design blocks and provides mechanisms for deep visual customization via SCSS variables and native CSS custom properties, including supp
Implements tree-shaking and unused code removal to reduce the final package size and improve load times.
Lucide is a collection of consistent, scalable vector icons designed as a reusable component library for web and mobile interfaces. It provides a standardized set of visual symbols that support dynamic styling, programmatic manipulation, and accessibility features, ensuring that icons remain perceivable and usable across diverse development environments. The library distinguishes itself through a framework-agnostic architecture that defines icons as raw coordinate data, allowing for consistent rendering across various platforms. It supports tree-shakable module exports and bundle size optimiz
Supports tree-shakable module exports to ensure only necessary icon assets are included in the final application bundle.
web3.js is a comprehensive TypeScript library designed to facilitate interaction with Ethereum-compatible blockchain networks. It serves as a foundational toolkit for decentralized applications, providing the necessary interfaces to query network state, manage cryptographic identities, and execute smart contract transactions. By abstracting the complexities of blockchain communication, the library enables developers to integrate decentralized logic directly into their applications. The library distinguishes itself through a modular architecture that prioritizes extensibility and flexible conn
Reduces bundle size through selective imports and modular package structure.
Plotly.js is a JavaScript charting library and interactive graphing framework used to create web-based visualizations. It functions as a high-performance data visualization engine that utilizes both SVG for static elements and WebGL for hardware-accelerated rendering of large datasets and complex 3D plots. The library is distinguished by specialized toolkits for financial analysis, such as candlestick and OHLC charts, and geographic mapping tools for rendering choropleth and scatter maps with custom projections. It also supports complex scientific visualizations, including Sankey diagrams, pa
Provides tools to create reduced-size distributions by including only necessary trace types and modules.
This project is a styling library and framework designed for component-based architectures, enabling developers to define and manage visual styles directly within JavaScript or TypeScript. It functions as a styling engine that generates unique class names from style definitions, ensuring encapsulated, predictable, and maintainable visual presentation across applications. By integrating with component logic, it allows for the creation of reusable UI elements with styles defined through template literals or object syntax. The library distinguishes itself through a comprehensive suite of build-t
Minifies CSS output and marks style blocks for dead code elimination to reduce final application bundle size.
This project is a design system component library and adaptive UI framework based on Adobe's Spectrum design system. It provides a collection of accessible React components designed to create consistent user experiences through a standardized set of adaptive and themeable interface elements. The framework features a responsive scale system that automatically optimizes touch targets and component sizing for mobile and desktop contexts. It is built as a tree-shakable library, allowing for the import of only the specific components used to minimize the final JavaScript and CSS bundle size. The
Reduces the amount of JavaScript and CSS delivered to the client by importing only used components.
Quarkus is a Kubernetes-native Java framework designed for building high-performance, memory-efficient applications. It utilizes ahead-of-time native compilation to transform Java code into standalone, optimized binaries that eliminate the need for a virtual machine, enabling rapid startup and reduced memory consumption. By performing code augmentation during the build phase, it shifts heavy processing tasks away from runtime, ensuring that applications are optimized for cloud-native environments. The framework distinguishes itself through a unified approach to reactive and imperative program
Optimizes and packages scripts, styles, and libraries using built-in tools to ensure efficient delivery.
React Native Paper is a cross-platform UI framework that provides a comprehensive suite of pre-built components based on Material Design specifications. It serves as a library for building consistent mobile interfaces by mapping high-level design elements to native platform primitives, ensuring a unified visual language across different operating systems. The library distinguishes itself through a global context provider that manages theme injection and portal-based overlay rendering for elements like modals and tooltips. Developers can apply custom brand identities by overriding default desi
Reduces bundle size by enabling selective imports of specific components.
Prepack is a build-time code evaluator and JavaScript bundle optimizer. It functions as a static analysis compiler that pre-evaluates static code and precalculates function results and global assignments during the build phase to accelerate startup times and reduce bundle size. The project specifically targets JSX optimization by processing syntax and node serialization to improve user interface rendering efficiency. It utilizes a partial evaluation engine and static execution analysis to replace runtime computations with precalculated constants. The tool covers a range of capabilities inclu
Provides a bundle optimizer that reduces JavaScript bundle size and execution time.
This project is a documentation and tooling resource designed to guide the migration from heavy date libraries to native JavaScript functions. It provides a date API migration guide, a utility reference for native replacements of common date tasks, and an ESLint plugin to identify outdated library usage. The tooling identifies redundant date library patterns via a linting plugin that suggests modern native alternatives. This process supports legacy code refactoring and frontend bundle optimization by replacing external dependencies with built-in language functions. The resource covers broade
Supports reducing total shipped JavaScript by identifying and removing redundant date libraries.
React is a JavaScript library for building user interfaces through the composition of modular, self-contained components. It employs a declarative programming model where developers describe the desired visual state, and the library automatically manages the underlying document updates and state synchronization. By utilizing a virtual representation of the document, it calculates and applies minimal changes to the browser, ensuring efficient rendering even in complex applications. The library distinguishes itself through a sophisticated scheduling system that manages rendering work in increme
Compiles source code and dependencies into optimized bundles for deployment using specialized build tools.
Dieses Projekt ist ein vorkonfiguriertes Fundament für Webanwendungen, das eine strukturierte Codebasis und Build-Tools für den Start neuer Frontend-Projekte bereitstellt. Es dient als Boilerplate, das React für das User-Interface, Redux für das State-Management und React-Router für die Navigation integriert. Die Architektur zeichnet sich durch die Verwendung verschachtelter Routendefinitionen zur Handhabung hierarchischer Navigation und ein System für dynamische Reducer-Injektion aus, das es ermöglicht, State-Management-Logik zur Laufzeit zum Store hinzuzufügen, während spezifische Module geladen werden. Das Toolkit deckt ein breites Spektrum an Frontend-Funktionen ab, einschließlich clientseitigem Routing, Bundle-Optimierung via Lazy-Route-Loading und einer Build-Pipeline, die statisches Asset-Bundling unterstützt. Es enthält zudem einen integrierten Unit-Test-Runner zur Validierung von Anwendungslogik und Hot-Module-Replacement für einen Entwicklungsworkflow, der Codeänderungen ohne vollständigen Browser-Reload widerspiegelt. Ein Projekt-Initialisierungs-Utility wird bereitgestellt, um die initiale Verzeichnisstruktur und Umgebungseinstellungen zu scaffolden.
Reduces initial load times through selective imports and route-based code splitting.
WXT is a development framework and build tool for creating browser extensions. It transforms source code into browser-compatible formats and provides a structured environment for managing the compilation and asset management of web extensions. The framework automates the definition of background and content scripts by mapping the file-system structure directly to extension manifests. It includes a development environment with hot module replacement to apply real-time code updates in the browser without manual restarts. The toolset covers the full extension lifecycle, including project bootst
Automates the mapping of source folder structures to extension manifests for background and content scripts.
This project is a Webpack build guide and a reference for implementing a JavaScript module bundler. It serves as a frontend build pipeline designed to resolve dependencies, package source files, and optimize assets for web browsers. The guide focuses on asset optimization and performance strategies. This includes implementing code splitting for asynchronous module loading, extracting shared dependencies to improve browser caching, and generating multiple entrypoints to reduce initial download sizes. The project covers a broad range of build-time capabilities, including modern JavaScript tran
Generates unique output files based on defined starting points to optimize the initial load for different pages.
loadable-components is a React code splitting library and client-side bundle optimizer. It functions as a dynamic component loader that splits application code into smaller chunks to reduce initial bundle size and improve page load performance. The project manages the delivery of JavaScript assets through asynchronous component loading, ensuring that code chunks are fetched on demand. It utilizes a dynamic import wrapper and promise-based resolution to handle the transition from pending states to rendered components. The library provides infrastructure for server-side rendering integration,
Optimizes the delivery of JavaScript bundles through selective imports and strategic code splitting.