Generate Hex1b widget scaffolds with nodes, theming, extensions, and tests.
npx skills add https://github.com/mitchdenny/hex1b --skill widget-creator
Please help me install this Agent Skill. Skill: widget-creator Source: https://github.com/mitchdenny/hex1b/tree/main/.github/skills/widget-creator Command: npx skills add https://github.com/mitchdenny/hex1b --skill widget-creator
This Skill provides a structured, repeatable methodology for extending the Hex1b TUI library by adding new widgets. It codifies the required widgets, nodes, theming, extensions, and tests so teams can implement UI components quickly and consistently.
Generate a new widget named ExampleWidget by following the template and file layout described in this skill; the tool will produce:
High-intent search queries and answers about installing and using this skill.
Building a custom TUI widget requires scaffolding an immutable widget record, a mutable node, theme elements, and fluent extension methods. This approach provides a repeatable blueprint for creating interactive controls consistently within the Hex1b library.
You need to generate files across five directories: the widget record, mutable node class, theme elements, fluent extensions, and unit tests. This structured file layout ensures consistent integration of new controls within the Hex1b TUI library.
Structure unit tests by generating test files that validate mutable node behavior and include integration tests for UI rendering. This ensures the new interactive control functions correctly and consistently within the Hex1b library architecture.
Separating immutable widget records from mutable node classes isolates the widget definition from its runtime state changes. This architecture maintains predictable rendering behavior while allowing interactive state updates within the TUI library.
Yes, generating theming elements is a core part of the widget scaffolding process. The blueprint includes creating theme files alongside widget records and nodes to ensure consistent visual styling and rapid UI component implementation.
Use a structured, repeatable methodology that codifies the required widget records, node classes, theming, extensions, and tests. This blueprint approach enables teams to implement new interactive UI components quickly and with architectural consistency.
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