Convert UI requirements into per-frame Context calls for SuperLightTUI terminal UIs.
npx skills add https://github.com/subinium/SuperLightTUI --skill slt
Please help me install this Agent Skill. Skill: slt Source: https://github.com/subinium/SuperLightTUI/tree/main/.agents/skills/slt Command: npx skills add https://github.com/subinium/SuperLightTUI --skill slt
SuperLightTUI (SLT) eliminates the repetitive work of building terminal UIs by hand, so you can focus on interactive behavior and layout instead of diffing, focus management, and rendering loops.
Tell the assistant: “Use the slt (SuperLightTUI) skill to implement a terminal UI that shows a bordered ‘Hello’ header and a clickable ‘Quit’ button, using v0.20 APIs and returning a Response from the button.”
High-intent search queries and answers about installing and using this skill.
Immediate-mode Rust TUIs use a single per-frame closure like slt::run(|ui: &mut Context| { ... }) to automatically handle diffing, focus management, and rendering, letting you focus entirely on interactive behavior and layout instead of boilerplate.
You manage widget state in normal Rust variables and use hooks like use_state_named, use_memo, and use_effect alongside provide/use_context injection, avoiding the need to thread excessive props through your layout hierarchy.
SuperLightTUI v0.20 enforces consistent builder and Response patterns, requiring you to return a Response from widgets like buttons and match verified source signatures to reduce compile-time surprises and avoid removed APIs.
The best way to compose interactive layouts is using per-frame Context calls within your closure, leveraging predictable widget state signatures and v0.20 builder rules to construct complex interfaces without manual diffing.
Compile failures happen when using removed APIs; you must debug API mismatches against v0.20 docs and examples, prioritizing verified source signatures before inventing new methods to ensure your widget state signatures match correctly.
Yes, you can use hooks like use_state_named, use_memo, and use_effect for state management in Rust terminal UIs, allowing you to store state in normal variables while avoiding excessive prop threading through context injection.
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