Skill UI

Spawn N parallel subagents in isolated git worktrees to tackle the same session task concurrently, using optional templates with dispatch prompts for optimizer, refactorer, test-writer, or bug-fixer strategies.

Launches an interactive web dashboard designed to visualize the comprehensive knowledge graph of an entire codebase. By mapping out dependencies, relationships, and structural components, this tool provides developers with a high-level, graphical understanding of complex projects. It is invaluable for onboarding new team members, undertaking large-scale refactoring, or debugging intricate system architectures.

A comprehensive guide for building, refactoring, and ensuring the architectural integrity of SwiftUI macOS menubar utilities. It enforces best practices by strictly separating application concerns—such as state management (Store), networking (Client), and presentation (View)—and standardizing the build and launch process using Tuist manifests and dedicated run scripts. This ensures the resulting application is highly testable, maintainable, and architecturally sound.

A robust skill designed to plan and safely execute massive, high-throughput code refactoring tasks. It achieves this by analyzing the entire codebase scope in parallel, synthesizing a single dependency-aware plan, and breaking the work into independent 'work packets.' These packets are then executed by specialized sub-agents, ensuring behavioral parity, managing conflicts, and providing rigorous, multi-stage validation gates throughout the process.

Refactors large SwiftUI views into small, stable components by enforcing explicit dependency injection, keeping business logic in services/models, and avoiding unnecessary view models so the UI tree stays predictable and maintainable.

Summarizes the Test-Driven Development workflow with RED/GREEN/REFACTOR phases, the AAA pattern, prioritization cues, anti-patterns, and AI-augmented agent roles to guide implementation.

Trace every user-facing button or touchpoint to ensure the final UI state matches its label by mapping state stores, analyzing handler call sequences, and spotting conflicts like silent undos or race conditions after refactors.

repo-scan audits cross-stack repositories by classifying every source file, detecting embedded third-party libraries, scoring modules with four action-oriented verdicts, and producing interactive HTML reports so teams can review ownership, duplication, and cleanup work before refactors.

Guides building and refactoring services via the Hexagonal (Ports & Adapters) architecture so business logic stays independent of frameworks, transports, and persistence while orchestrating use cases across TypeScript, Java, Kotlin, or Go stacks.

Guides AI agents through analyzing working code, spotting overly complex structures, then refactoring for clarity while preserving exact behavior and project conventions, especially after reviews or high-pressure edits.

Documents Go naming conventions for packages, structs, interfaces, errors, constructors, receivers, booleans, tests, and variants, helping you choose consistent identifiers when writing, refactoring, or reviewing Go code.

Guides Go developers through samber/do v2 usage for setting up dependency injection containers, registering providers, invoking services, managing lifecycles, and organizing scoped modules during refactors or service orchestration.