Render large datasets in browser grids using Rust and WebAssembly.
npx skills add https://github.com/ruxelion/rs-grid --skill rs-grid
Please help me install this Agent Skill. Skill: rs-grid Source: https://github.com/ruxelion/rs-grid/tree/main/docs Command: npx skills add https://github.com/ruxelion/rs-grid --skill rs-grid
This Skill enables the efficient handling of large datasets, allowing for smooth 60 fps rendering in browser-based applications through viewport virtualization and the power of Rust.
To get started with rs-grid, add it to your project's dependencies and mount the <GridCanvas> in your Leptos view with a provided GridModel.
High-intent search queries and answers about installing and using this skill.
Viewport virtualization processes only visible rows to render large datasets at 60 fps in browser applications. By combining Rust and WebAssembly, the grid engine computes layout changes efficiently before passing rendering instructions to the Canvas2D API.
Yes, this Rust data grid integrates with Leptos, Dioxus, or Yew CSR applications. You mount the grid component directly within your view logic and supply it with a GridModel to handle browser-based table management.
The WebAssembly data grid supports cell, row, and column selection alongside inline editing. Users can modify text inputs and interact with dropdown selections directly within the rendered viewport.
Building this Rust data grid requires the Rust 2024 edition, the wasm32-unknown-unknown compilation target, and Trunk for WASM builds. These tools configure the environment for optimized client-side browser rendering.
Viewport virtualization ensures smooth performance across thousands of rows by rendering only the visible subset of data. This approach prevents browser rendering bottlenecks when handling large-scale datasets in WebAssembly.
The data grid engine is renderer-agnostic but primarily designed for client-side rendering using the Canvas2D API. This architecture allows the Rust core to manage state and virtualization independently of the specific rendering implementation.
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