dev-toolkit

Q: How to install dev-toolkit?

Create the skills directory: mkdir -p .claude/skills. Then run: mkdir -p .claude/skills && curl -o .claude/skills/dev-toolkit.md https://raw.githubusercontent.com/kimliss/claude-code-inhand/main/SKILL.md. Finally, /dev-toolkit in Claude Code.

Q: What is dev-toolkit best for?

dev-toolkit is categorized under Development. It covers: agent, agents, code-review, tdd, security, planning.

New

Community RegistryDevelopmentby kimliss

General-purpose development toolkit with agents, contexts, skills, and hooks for enhanced Claude Code workflows.

First seen 5/22/2026

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Summary

dev-toolkit is a general-purpose development toolkit that provides 10 AI agents, 3 context modes, and 4 skills to enhance Claude Code workflows.

It covers planning, code review, TDD, security, and architecture, making it a versatile companion for full-stack development.

Overview

Claude Code Inhand

Claude Code in hand, everything at your fingertips.

A curated plugin marketplace for Claude Code — 11 plugins across 6 categories, covering the full development lifecycle.

![Plugins](plugins/) ![Categories](#plugin-catalog) ![License: GPL v3](LICENSE)

Getting Started · Plugin Catalog · Contributing

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Features

•Full-stack coverage — Backend, frontend, mobile, DevOps, and database plugins
•LSP integration — Built-in language server support for Go, Java, Python, Vue, Swift, Dart
•10 AI agents — Planning, code review, TDD, security audit, architecture, and more
•3 context modes — Dev, research, and review workflows
•Extensible — Create your own plugins with the included template

Getting Started

bash

# Add the marketplace
claude plugin marketplace add kimliss/claude-code-inhand

# Install any plugin
claude plugin install dev-toolkit
claude plugin install go-dev

Plugin Catalog

Development

Plugin	Description	LSP
dev-toolkit	General-purpose toolkit with 10 agents, 3 context modes, 4 skills	—

Backend

Plugin	Description	LSP
go-dev	Go development with project scaffolding	`gopls`
java-dev	Java / Spring Boot development	`jdtls`
python-dev	Python (Django / FastAPI) development	`Pyright`

Frontend

Plugin	Description	LSP
vue-dev	Vue.js / Nuxt development	`Vue Language Server`
react-dev	React / Next.js development	—

Mobile

Plugin	Description	LSP
android-dev	Android / Kotlin / Jetpack Compose	—
ios-dev	iOS / Swift / SwiftUI	`sourcekit-lsp`
flutter-dev	Flutter / Dart cross-platform	`Dart Language Server`

DevOps

Plugin	Description	LSP
devops-toolkit	CI/CD, Docker, Kubernetes, Terraform	—

Database

Plugin	Description	LSP
database-toolkit	Schema design, query optimization, migrations	—

dev-toolkit

The core plugin that powers your daily workflow.

Component	Details
Agents	`planner` · `code-reviewer` · `tdd-guide` · `security-reviewer` · `architect` · `build-error-resolver` · `e2e-runner` · `refactor-cleaner` · `doc-updater` · `database-reviewer`
Contexts	`dev` — rapid implementation · `research` — exploration & learning · `review` — code quality & security
Skills	`iterative-retrieval` · `backend-patterns` · `frontend-patterns` · `explain-code`

Project Structure

code

claude-plugins-inhand/
├── .claude-plugin/
│   └── marketplace.json        # Plugin registry (11 plugins)
├── plugins/                    # All plugins
│   ├── dev-toolkit/
│   ├── go-dev/
│   ├── java-dev/
│   ├── python-dev/
│   ├── vue-dev/
│   ├── react-dev/
│   ├── android-dev/
│   ├── ios-dev/
│   ├── flutter-dev/
│   ├── devops-toolkit/
│   └── database-toolkit/
├── external_plugins/           # External plugin references (reserved)
└── templates/                  # Plugin development template

Contributing

bash

# Create a new plugin from template
cp -r templates/plugin-template plugins/your-plugin

See CONTRIBUTING.md for the full guide.

License

This project is licensed under the GNU General Public License v3.0.

Install & Usage

Create the skills directory

mkdir -p .claude/skills

Download the skill file

mkdir -p .claude/skills && curl -o .claude/skills/dev-toolkit.md https://raw.githubusercontent.com/kimliss/claude-code-inhand/main/SKILL.md

Invoke in Claude Code

/dev-toolkit

Use Cases

Plan a new feature by generating user stories, acceptance criteria, and implementation steps.

Automate code review with an AI agent that checks for bugs, style issues, and security vulnerabilities.

Practice test-driven development by generating tests before writing production code.

Perform a security audit on your codebase to identify common vulnerabilities like SQL injection or XSS.

Design system architecture with an agent that suggests patterns and component breakdowns.

Switch between dev, research, and review context modes to focus on different phases of development.

Usage Examples

/dev-toolkit plan a user authentication module with JWT tokens

Review this pull request for security issues and code quality: [paste diff]

Generate unit tests for the following function using TDD approach: [paste code]

View source on GitHub

agentagentscode-reviewtddsecurityplanning

Security Audits

LicenseUnknownSourceWarnRepositoryPass

Frequently Asked Questions

What is dev-toolkit?

dev-toolkit is a general-purpose development toolkit that provides 10 AI agents, 3 context modes, and 4 skills to enhance Claude Code workflows. It covers planning, code review, TDD, security, and architecture, making it a versatile companion for full-stack development.

How to install dev-toolkit?

To install dev-toolkit: create the skills directory (mkdir -p .claude/skills), then run: mkdir -p .claude/skills && curl -o .claude/skills/dev-toolkit.md https://raw.githubusercontent.com/kimliss/claude-code-inhand/main/SKILL.md. Finally, /dev-toolkit in Claude Code.

What is dev-toolkit best for?

dev-toolkit is a skill categorized under Development. It is designed for: agent, agents, code-review, tdd, security, planning. Created by kimliss.

What can I use dev-toolkit for?

dev-toolkit is useful for: Plan a new feature by generating user stories, acceptance criteria, and implementation steps.; Automate code review with an AI agent that checks for bugs, style issues, and security vulnerabilities.; Practice test-driven development by generating tests before writing production code.; Perform a security audit on your codebase to identify common vulnerabilities like SQL injection or XSS.; Design system architecture with an agent that suggests patterns and component breakdowns.; Switch between dev, research, and review context modes to focus on different phases of development..