erbsland-color-term

Integrate the Erbsland Color Terminal library into C++ projects for colorful terminal output and UI rendering.

Updated Feb 17, 2026
One-click install
npx skills add https://github.com/erbsland-dev/skills --skill erbsland-color-term
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: erbsland-color-term
Source: https://github.com/erbsland-dev/skills/tree/main/erbsland-color-term
Command: npx skills add https://github.com/erbsland-dev/skills --skill erbsland-color-term

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

The Erbsland Color Term library makes it easy to create colorful, interactive terminal UIs in C++ by providing a cohesive API surface (Terminal, CursorWriter, Buffer, CursorBuffer) and ready-to-use rendering patterns, avoiding low-level cursor juggling.

Core Features & Use Cases

  • Colorful terminal output and Unicode-aware layouts using the <erbsland/cterm/...> APIs, shared across live terminals and in-memory buffers.
  • Full-screen rendering with buffers and the updateScreen() workflow, plus retained history via CursorBuffer for dashboards, logs, and consoles.
  • Flexible styling and composition with CharAttributes, CharStyle, and Rectangle-driven layouts to build panels, frames, and responsive UIs.
  • Common use cases include building terminal dashboards, interactive tools, and rapid-Prototyping of terminal apps.

Quick Start

Install erbsland-color-term, include <erbsland/cterm/all.hpp>, initialize a Terminal, and render a simple Buffer to verify lifecycle and basic output.

Frequently Asked Questions about erbsland-color-term

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I build a colorful terminal UI in C++ without managing low-level cursor commands?

You can build a colorful terminal UI in C++ using the Erbsland Color Term library, which provides a cohesive API with Terminal, CursorWriter, and Buffer interfaces to handle rendering and avoid low-level cursor juggling.

What is the workflow for full-screen terminal rendering in C++?

Full-screen terminal rendering uses a buffer-driven workflow where you construct a Buffer, write to it via CursorWriter, and then call updateScreen() on a single Terminal instance to flush the output.

How do I create a C++ terminal dashboard with retained history and logs?

You can create a C++ terminal dashboard with retained history by using CursorBuffer, an in-memory buffer that captures output history and integrates with Terminal for rendering dashboards, logs, and consoles.

Can I style and layout panels in a C++ terminal application?

Yes, you can style and layout C++ terminal panels using CharAttributes and CharStyle for flexible styling, alongside Rectangle-driven layouts to build responsive frames and UI components.

Do I need multiple Terminal instances to render to a live terminal and an in-memory buffer?

No, you only need a single Terminal instance. The library shares CursorWriter and CursorBuffer interfaces across live terminals and in-memory buffers to ensure consistent rendering.

What is the best way to prototype interactive terminal apps in C++?

The best way to prototype interactive terminal apps in C++ is using a library that provides ready-to-use rendering patterns and buffer-driven output, enabling rapid development of tools and widgets.