Create interactive REPL command-line interfaces with custom commands and persistent state.
npx skills add https://github.com/copilot-ld/copilot-ld --skill librepl
Please help me install this Agent Skill. Skill: librepl Source: https://github.com/copilot-ld/copilot-ld/tree/main/packages/librepl Command: npx skills add https://github.com/copilot-ld/copilot-ld --skill librepl
librepl - Interactive REPL utilities. Repl class creates command-line interfaces with custom commands, state persistence, and terminal formatting. Supports dependency injection for testability. Use for building CLI tools, interactive debugging interfaces, and developer utilities.
Solves the challenge of building interactive CLIs by offering a dependency-injected REPL with pluggable commands and persistent state.
Install @copilot-ld/librepl, import Repl, configure a prompt and commands, and call start() to launch the interactive interface.
High-intent search queries and answers about installing and using this skill.
To build an interactive CLI with dependency injection and persistent state, use a DI-REPL utility that provides customizable commands, a storage hook for saving runtime state, and a configurable app model. This approach supports testability and modular tooling for developer utilities.
A dependency-injected REPL is an interactive command interface where commands receive injected dependencies for modular testing and state persistence. You need one when building debugging shells, developer utilities, or CLI apps requiring pluggable commands and testability.
Yes, the REPL framework supports state persistence across sessions via a configurable storage hook. This allows you to persist configuration and runtime state, ensuring command-line interface data remains available between multiple terminal debugging and utility sessions.
You add custom commands and terminal formatting to an interactive CLI tool by defining command definitions within a configurable app model and utilizing built-in terminal formatting features. This enables structured output and input handling for debugging interfaces and developer utilities.
Yes, you can use a DI-REPL pattern for testing and prototyping developer utilities. Dependency injection allows modular testing and easy mocking, while interactive command-line scaffolding enables rapid prototyping of debugging shells and internal tools.
leaderiopImplement deterministic runtime containers with lifecycle management, scoping, and disposal patterns.
bruno-garciaManage interactive and long-running commands in isolated tmux sessions.
siviter-xyzDesign and implement async-first CLIs with modular commands.
agentmattersOperate and extend NanoClaw v2 REPL sessions with persistent markdown storage.
