The Stellar theme for Hexo is a highly configurable, feature-rich theme designed for creating blogs, wikis, documentation sites, and note-based platforms. It integrates multiple content systems (blog, wiki, column, notebook) and provides a rich set of tag plugins for content expression. The theme emphasizes performance through lazy loading, responsive design, and on-demand bundling, while offering dynamic data services that fetch and cache information from external APIs (GitHub, comment systems, RSS, etc.). Its architecture is modular, with clear separation between templates, styles, client-side scripts, and Hexo-specific helpers and generators. The theme stands out for its craftsmanship in areas such as: a stale-while-revalidate caching mechanism for external data, a client-side plugin system with lifecycle management, adaptive text color calculation for readability over varying backgrounds, and a three-layer integration architecture (build-time, render-time, runtime) for external services. Additionally, it maintains a verified knowledge base to prevent documentation drift, showcasing exceptional commitment to accuracy. While the theme is an application (a Hexo theme), it contains several reusable components and patterns that could be adapted for use in other web projects, particularly its utility modules, color manipulation functions, and UI plugins.
This repository hosts Homepage, a self-hosted dashboard application for homelab and server enthusiasts. Built with Next.js and React, it aggregates data from over 100 external services (media servers, download clients, network tools, system monitors) via a centralized proxy architecture. The system is configuration-driven: users define services, bookmarks, widgets, and settings in YAML files, optionally extended via Docker labels or Kubernetes ingress annotations. A key architectural pattern is the widget system, where each integration consists of a React component, a proxy handler (handling authentication, session management, and data transformation), and a widget metadata file. The backend API routes handle proxying, caching, authentication (NextAuth with OIDC/password), Docker/Proxmox stats, weather, stocks, and an MCP endpoint for AI-assisted configuration. The frontend uses SWR for client-side data fetching, Tailwind CSS for theming, and i18next for internationalization (20+ languages). The codebase exhibits solid engineering practices: comprehensive test coverage (Vitest), CI/CD pipelines (GitHub Actions), Docker multi-arch builds, and extensive documentation. However, the large widget surface introduces duplication in authentication and proxy logic, and some patterns (in-memory caching, version-specific endpoints) represent maintenance risks. Overall, this is a well-crafted application for its domain, offering high customizability and a clean plugin-style architecture.
libvaxis is a terminal user interface (TUI) library for Zig that provides both low-level terminal manipulation and a high-level declarative widget system (vxfw). The library does not rely on terminfo; instead it dynamically queries terminal capabilities via escape sequences, supporting modern features such as RGB color, kitty keyboard and graphics protocols, hyperlinks (OSC 8), bracketed paste, mouse shapes, system clipboard, notifications, synchronized output, and Unicode Core. The architecture comprises an event-driven loop (generic over event type) that reads from a platform-specific TTY abstraction, a state-machine parser for input sequences, double-buffered screen rendering with diff-based updates, and a widget tree with constraint-based layout, focus management, and event propagation (capture/target/bubble phases). Low-level components include the TTY abstraction (Posix, Windows, test stub), input parser, screen buffer, window sub-region handling, and image transmission via the kitty graphics protocol. The high-level vxfw framework offers composable widgets such as Button, TextInput, ListView, SplitView, Border, FlexRow/Column, ScrollView, Spinner, and more. Widgets receive draw context with min/max constraints and an arena allocator per frame, returning surfaces that may contain child surfaces. The library also includes an embedded terminal emulator widget (Terminal) that runs a child process in a PTY and renders its output as a virtual terminal. A stable C API is provided via `vaxis.h`, exposing parsing, screen manipulation, and runtime management without requiring Zig compilation. Cross-platform support covers macOS, Windows, Linux and BSD/Unix systems. The library is built with Zig 0.16.0 and depends on `zigimg` for image decoding and `uucode` for Unicode property data, both fetched as build dependencies.
LobsterBoard is a self-hosted, drag-and-drop dashboard builder implemented as a monolithic Node.js server with a vanilla JavaScript frontend. It provides real-time system monitoring via SSE, 50+ configurable widgets (weather, finance, AI usage, system stats, etc.), a template gallery, custom pages with server-side APIs, and remote server management with ECDH-encrypted polling. The server handles authentication (password/PIN/public mode), secrets management, proxy with SSRF protection, and AI provider integrations. The frontend consists of modular editor components (canvas, drag-drop, properties, export) and a widget library using a simple generateHtml/generateJs pattern. The architecture is straightforward but lacks modern framework abstractions, has some code duplication between source and legacy files, and uses eval for widget JS generation, posing potential security risks. The project is actively maintained (recent commits, CHANGELOG) but shows signs of technical drift: dated JavaScript patterns (var, IIFEs), manual DOM manipulation, and a BSL license that restricts commercial use.
This repository is a Kodi skin (theme) called Arctic Fuse 2, providing a highly customizable user interface for the Kodi Media Center. It is explicitly deprecated by the author in favor of Arctic Fuse 3. The skin implements a modular widget and hub system driven by a generator that combines JSON configuration files with XML templates to produce dynamic includes. It integrates deeply with TMDbHelper for metadata, script.skinvariables for runtime XML generation, and script.texturemaker for dynamic textures. The skin supports movies, TV shows, music, PVR, games, weather, and extensive user customization through a visual shortcut editor, color picker, and settings panels. The architecture is a classic Kodi skin with extensive use of parameterized includes, conditional expressions, and animation templates. The codebase is large and well-structured for its domain, but it is tightly coupled to Kodi's skinning engine and several external addons, making it non-reusable outside Kodi.