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Orchestrate the full software development lifecycle within Claude: from architecture decisions and functional specs through task breakdown, implementation, code review, debugging, refactoring, and release documentation — all with persistent knowledge graph context across sessions.
npx claudepluginhub giuseppe-trisciuoglio/developer-kit --plugin developer-kitProvides guided feature development capability with codebase understanding and architecture focus. Use when implementing a new feature from scratch.
Provides guided bug fixing and debugging capability with systematic root cause analysis. Use when encountering bugs, errors, or unexpected behavior.
Creates a GitHub pull request with branch creation, commits, and detailed description. Use when you need to submit changes for review.
Provides comprehensive GitHub pull request review with code quality, security, and best practices analysis. Use when reviewing a PR before merging.
Provides guided code refactoring capability with deep codebase understanding, compatibility options, and comprehensive verification. Use when restructuring or improving existing code.
Provides expert document generation capability for creating professional technical and business documents. Produces comprehensive assessments, feature specifications, analysis reports, process documentation, and custom documents. Use proactively when generating any type of structured documentation including assessments, feature specs, technical analysis, process docs, and custom reports.
Provides deep analysis of existing codebase features by tracing execution paths, mapping architecture layers, understanding patterns and abstractions, and documenting dependencies. Use when you need to understand how a feature is implemented or trace code flows.
Provides code review capability for bugs, logic errors, security vulnerabilities, and quality issues using confidence-based filtering to report only high-priority issues. Use when reviewing code changes or before merging pull requests.
Provides expert debugging capability for root cause analysis. Traces execution paths, analyzes stack traces, identifies failure points, and proposes targeted fixes with minimal changes. Use proactively when encountering errors, test failures, or unexpected behavior.
Expert code refactoring specialist. Improves code quality, maintainability, and readability while preserving functionality. Applies clean code principles, SOLID patterns, and language-specific best practices. Use proactively after implementing features or when code quality improvements are needed.
Creates new Architecture Decision Record (ADR) documents for significant architectural changes using a consistent template and repository-aware naming and storage guidance. Use when a user or agent decides on an architectural change, needs to document technical rationale, or wants to add a new ADR to the project history.
Provides automated documentation updates by analyzing git changes between the current branch and the last release tag. Performs git diff analysis to identify modifications, then updates README.md, CHANGELOG.md following Keep a Changelog standard, and discovers documentation folders for contextual updates. Use when preparing a release, maintaining documentation sync, or before creating a pull request. Triggers on "update docs", "update changelog", "sync documentation", "update readme", "prepare release documentation".
Creates professional logical flow diagrams and logical system architecture diagrams using draw.io XML format (.drawio files). Use when creating: (1) logical flow diagrams showing data/process flow between system components, (2) logical architecture diagrams representing system structure without cloud provider specifics, (3) BPMN process diagrams, (4) UML diagrams (class, sequence, activity), (5) data flow diagrams (DFD), (6) decision flowcharts, or (7) system interaction diagrams. This skill focuses on generic/abstract representations, not AWS/Azure-specific architectures (use aws-drawio-architecture-diagrams for cloud diagrams).
Provides a structured 8-phase workflow for resolving GitHub issues in Claude Code. Covers fetching issue details, analyzing requirements, implementing solutions, verifying correctness, performing code review, committing changes, and creating pull requests. Use when user asks to resolve, implement, work on, fix, or close a GitHub issue, or references an issue URL or number for implementation.
Manages persistent Knowledge Graph for specifications. Caches agent discoveries and codebase analysis to remember findings across sessions. Validates task dependencies, stores patterns, components, and APIs to avoid redundant exploration. Use when: you need to cache analysis results, remember findings, reuse previous discoveries, look up what we found, spec-to-tasks needs to persist codebase analysis, task-implementation needs to validate contracts, or any command needs to query existing patterns/components/APIs.
Executes bash commands
Hook triggers when Bash tool is used
Uses power tools
Uses Bash, Write, or Edit tools
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Sign in to claimBased on adoption, maintenance, documentation, and repository signals. Not a security audit or endorsement.
External tools integration skills for CLI utilities, APIs, and third-party services
Spec-driven development using GitHub spec-kit methodology. Constitution-first approach with specify, plan, tasks, and implement phases.
Specification-driven development workflow: specify → plan → tasks → implement
Spec-driven development workflow system with structured phases: Requirements → Design → Tasks → Implementation
Skills-first specification-driven development framework with 7 agent skills for planning, implementation, review, and shipping. Natural language activation with intelligent agent orchestration. Includes /plan, /implement, /research commands plus managing-specifications, implementing-features, and reviewing-and-shipping skills.
Spec-driven development for big features. When features get too big, plan mode gets too vague—leading to hallucinations during implementation. ShipSpec replaces vague plans with structured PRDs, technical designs, and ordered tasks that keep Claude grounded.
DevOps and containerization expertise
GitHub specification integration and verification
AI/ML capabilities including prompt engineering, RAG, and chunking strategies
TypeScript/JavaScript full-stack development with NestJS, React, and React Native
Python development capabilities
Runs pre-commands
Contains inline bash commands via ! syntax
Runs pre-commands
Contains inline bash commands via ! syntax
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A modular plugin system of reusable skills, agents, and commands for automating development tasks in Claude Code
Listed on:
Developer Kit for Claude Code teaches Claude how to perform development tasks in a repeatable way across multiple languages and frameworks. Built as a modular marketplace, you can install only the plugins you need.
# Install from marketplace (recommended)
/plugin marketplace add giuseppe-trisciuoglio/developer-kit
# Or install from local directory
/plugin install /path/to/developer-kit
Claude Desktop: Enable Skills in Settings
Developer Kit is organized as a modular marketplace with 11 independent plugins:
plugins/
├── developer-kit-core/ # Core agents/commands/skills (required)
├── developer-kit-java/ # Java/Spring Boot/LangChain4J/AWS SDK/GraalVM Native Image
├── developer-kit-typescript/ # NestJS/React/React Native/Next.js/Drizzle/Monorepo
├── developer-kit-python/ # Python development/AWS Lambda
├── developer-kit-php/ # PHP/WordPress/AWS Lambda
├── developer-kit-aws/ # AWS CloudFormation/AWS Architecture
├── developer-kit-ai/ # Prompt Engineering/RAG/Chunking
├── developer-kit-devops/ # Docker/GitHub Actions
├── developer-kit-project-management/ # LRA workflow/Meetings
├── developer-kit-tools/ # Additional development tools and MCP integrations
└── github-spec-kit/ # GitHub specification integration
Current marketplace totals: 116 skills, 43 agents, and 44 commands across the 11 plugin manifests.
Language plugins (Java, TypeScript, Python, PHP) include coding rules (rules/ directory) that auto-activate via globs: path-scoped matching to enforce naming conventions, project structure, language best practices, and error handling patterns. They also include LSP server configurations (.lsp.json) for real-time code intelligence, diagnostics, and navigation features.
The Developer Kit follows a systematic development workflow that ensures high-quality, well-documented features from idea to implementation:
Command: /devkit.brainstorm [idea-description]
Start here when you have a new feature idea. This command guides you to create a functional specification (WHAT the system should do, not HOW):
Output: Functional specification saved to docs/specs/YYYY-MM-DD--feature-name.md
Example:
/devkit.brainstorm Add user authentication with JWT tokens
Next step: After specification, continue with /devkit.spec-to-tasks
Command: /devkit.spec-to-tasks [--lang=java|spring|typescript|nestjs|react|python|general] [spec-file]
Converts the functional specification into atomic, executable tasks:
Output: Task list saved to docs/specs/[id]/tasks/TASK-XXX.md with complexity scores
Example:
/devkit.spec-to-tasks docs/specs/001-user-auth/
/devkit.spec-to-tasks --lang=spring docs/specs/001-user-auth/
Next step: Review task complexity and manage tasks with /devkit.task-manage
Command: /devkit.task-manage --action=[list|split|add|mark-optional|update|regenerate-index] [options]
Manage tasks after generation to ensure they're appropriately sized and prioritized: