Define GPUI actions and bind keyboard shortcuts with cx.bind_keys().
npx skills add https://github.com/zerx-lab/rmx --skill gpui-action
Please help me install this Agent Skill. Skill: gpui-action Source: https://github.com/zerx-lab/rmx/tree/main/.opencode/skills/gpui-action Command: npx skills add https://github.com/zerx-lab/rmx --skill gpui-action
GPUI action definitions and keyboard shortcuts provide a unified approach to declare actions and bind keys, enabling consistent, accessible, and keyboard-driven interfaces across GPUI components.
Define actions with actions! macro in your component, bind keys to those actions using KeyBinding, and implement on_action handlers to respond to input. For example, bind "up" and "down" to navigation actions within a context and implement corresponding handlers.
High-intent search queries and answers about installing and using this skill.
To set up keyboard bindings in a GPUI application, use cx.bind_keys() to map keys to actions and implement .on_action() handlers to respond to input within a defined context.
The best way to declare actions in a Rust GPUI component is using the actions! macro or deriving Action, simplifying wiring actions to keyboard bindings for consistent interfaces.
Focus-based routing for GPUI on_action handlers directs contextual keyboard shortcuts to the active element, ensuring per-element action handlers respond only to relevant input.
Yes, you can build a text editor-like GPUI app with global shortcuts and contextual bindings by defining actions with the actions! macro and binding keys using cx.bind_keys().
Yes, you need Rust to use derive(Action) and KeyBinding types, as the solution relies on Rust-based GPUI patterns requiring the actions macro and on_action handlers to operate.
onehrGenerate GPUI procedural macros for actions, components, and tests.
cnwzhuImplements type-safe action-based event handling in GPUI applications with the actions! macro.
zerx-labManage keyboard focus and navigation with GPUI focus handles and focus events.
hafley66List cross-platform input capabilities for Rust using rdev, enigo, and inputbot.
