8 Repos
Techniques that allow web applications to remain functional when disconnected from the network.
Distinct from Offline Connectivity: None of the candidates address general web app offline functionality; they focus on P2P or document retrieval.
Explore 8 awesome GitHub repositories matching web development · Offline Capabilities. Refine with filters or upvote what's useful.
This project is a pre-configured project foundation for building scalable web applications. It serves as a React application boilerplate and component scaffold designed to provide a scalable architecture and a foundation for long-term growth. The setup is characterized by an offline-first web framework that maintains application availability without an active network connection. It includes an internationalized UI foundation with integrated translation tooling and a modular CSS-in-JS setup for scoped, component-level styling. The boilerplate covers broader capability areas including automate
Implements techniques that allow the web application to remain functional when disconnected from the network.
This project is a Hacker News clone built with Vue.js. It serves as a demonstration of a server-side rendered application and a progressive web app that supports offline access and mobile installation. The application showcases the implementation of centralized state management for coordinating global data flow and a routing system that features route-level code splitting and animated view transitions. It covers broader capabilities in frontend route optimization, server-side rendering for improved initial load speeds, and the use of service workers and app manifests to enable offline functi
Maintains application functionality without a network connection using service workers and app manifests.
This project is a comprehensive reference guide and directory of web browser capabilities. It serves as a technical map for accessing native operating system functions, hardware interfaces, and standard web APIs to bridge the gap between web applications and desktop or mobile environments. The resource provides detailed guidance on implementing Progressive Web App features, including offline caching, push notifications, and native installation prompts. It also catalogs methods for interacting with hardware peripherals via USB, Bluetooth, and NFC, as well as reading raw data from device sensor
Details techniques for maintaining web application functionality when disconnected from the network.
This project is a front-end interview study guide and a collection of structured notes designed for technical job preparation. It serves as a comprehensive reference for web technologies, common technical interview questions, and JavaScript algorithm implementation. The notebook distinguishes itself by integrating specialized guides for web performance optimization, browser API documentation, and JavaScript algorithm references. It provides a structured approach to solving coding challenges involving data structures like binary trees, linked lists, and array manipulation. The content covers
Covers the use of manifest files and local caching to enable web application functionality offline.
This project is a responsive Jekyll blog theme and static site template designed as a technical blogging framework. It converts markdown content into a professional personal blog with integrated support for social profile management. The template is configured as a progressive web app, providing offline access and an app-like experience for visitors. It specifically caters to technical documentation by supporting the rendering of mathematical notation, formatted code snippets, and embedded presentations. The site includes capabilities for reader engagement through discussion system integrati
Implements offline capabilities that allow the site to remain functional without network connectivity.
UpUp ist ein Service-Worker-Framework und ein Progressive-Web-App-Tool, das entwickelt wurde, um Websites Offline-Funktionen bereitzustellen. Es fungiert als Browser-Cache-Manager, der die Offline-Verfügbarkeit von Websites durch die Nutzung von Service-Workern und der Cache-API ermöglicht. Das Projekt verwaltet den Offline-Workflow durch statisches Asset-Pre-Caching und versionsbasiertes Cache-Busting, um sicherzustellen, dass gespeicherte Ressourcen aktuell bleiben. Es enthält zudem ein Offline-Fallback-Management, um spezifische Seiten oder Inhalte zu definieren, die Benutzern angezeigt werden, wenn keine Netzwerkverbindung verfügbar ist und die angeforderte Ressource nicht zwischengespeichert ist. Zusätzliche Funktionen decken die Überwachung des clientseitigen Netzwerkzustands und die konsolenbasierte diagnostische Protokollierung für die Fehlersuche ab.
Implements techniques that keep the web application functional when disconnected from the network.
Erxes ist ein selbst gehostetes Business-Betriebssystem, das Marketing-, Vertriebs- und Kundensupport-Operationen in einer einheitlichen Plattform integriert. Es fungiert als KI-Agent-Orchestrator, Tool zur Geschäftsprozessautomatisierung und umfassende Suite zur Verwaltung von Kundenbeziehungen und Omnichannel-Erlebnissen. Die Plattform zeichnet sich durch ein selbst gehostetes Infrastrukturmodell aus, das die vollständige Eigentümerschaft und Privatsphäre der Organisationsdaten sicherstellt. Sie verfügt über ein KI-Orchestrierungs-Framework, das Retrieval Augmented Generation (RAG) nutzt, damit Agenten über interne Workspace-Daten schlussfolgern können, um Datensätze und Ticket-Lösungen zu automatisieren. Das System deckt ein breites Spektrum an operativen Funktionen ab, einschließlich Sales-Pipeline-Management über Kanban-Boards, ein Headless-Content-Management-System für digitales Publishing und Omnichannel-Support-Koordination für Nachrichten über E-Mail und soziale Medien. Es bietet zudem Tools für Lead-Konvertierung, internes Projekt-Tracking und Handelsoperationen, einschließlich offline-fähigem Point-of-Sale-Management. Die Architektur ist auf Erweiterbarkeit durch ein Plugin-basiertes Framework ausgelegt und unterstützt Multi-Tenant-Workspace-Isolierung.
Uses progressive web app capabilities to maintain retail and point of sale functionality during network instability.
This project is an Android hybrid mobile framework that enables the development of applications running web content inside a native Android container. It functions as a cross-platform build system that packages shared web assets into native binaries, allowing developers to access device hardware and system APIs via JavaScript. The framework utilizes a native device API bridge and a plugin architecture to expose hardware sensors and system-level functionality not available through standard browser interfaces. It employs a manifest-driven orchestration system to manage application metadata, bra
Implements architecture to keep web-based applications functional on Android devices without an active internet connection.