3 dépôts
Loads JavaScript from standard ES modules to keep component dependencies self-contained and avoid global namespace pollution.
Distinct from Pluggable Module Loading: Distinct from Pluggable Module Loading: focuses on ES module isolation for JavaScript dependencies, not general plugin loading.
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Blazor is a .NET framework for building interactive web user interfaces using C# instead of JavaScript. It provides a component-based UI composition model where reusable, self-contained UI elements are built with C# logic and Razor markup, supporting nesting, parameters, and lifecycle events. The framework offers two primary rendering models: a client-side runtime that compiles C# to WebAssembly and executes directly in the browser, and a server-side model that renders UI on the server and sends incremental DOM updates over a persistent SignalR connection. A central capability of Blazor is it
Loads JavaScript from standard ES modules to keep component dependencies self-contained and avoid global namespace pollution.
This is a video course that teaches JavaScript from scratch, covering fundamentals like variables, functions, scope, closures, and data types through 88+ lessons organized into 15 modules. The course uses a live-coding pedagogy where students code alongside pre-recorded video lessons, with each lesson providing starter and solution files for self-paced practice. The curriculum focuses on browser-native APIs, teaching DOM manipulation, event handling, and data fetching without external frameworks. Students build real-world projects like image galleries, drawing tools, and audio visualizers thr
Organizes JavaScript into reusable ES modules and bundles them with build tools for larger applications.
This project is a frontend visualization library and gallery of interactive web examples. It provides a collection of implementations that demonstrate advanced visual effects through the use of stylesheets, canvas drawing surfaces, and three-dimensional graphics libraries. The collection specifically features implementations for visualizing artificial intelligence outputs and complex data patterns. It includes specialized galleries for three-dimensional scenes and spatial objects, as well as a showreel of stylistic motion effects and interface designs. The library covers a broad range of ren
Uses module isolation to prevent style leakage and logic interference between different visual demonstrations.