How does this skill improve build times?

It analyzes your existing build toolchain and applies advanced patterns like persistent caching, parallelization, and dependency optimization to target builds under 30 seconds.

Can it help with monorepo management?

Yes, it is proficient with monorepo orchestrators like Nx, Turbo, and Lerna to optimize task execution and dependency graph management.

Does it work with legacy projects?

Absolutely. It excels at identifying bottlenecks in legacy configurations and either migrating them to modern alternatives or optimizing the existing setup for better performance.

What specific tools does the DX Optimizer support?

It specializes in modern web tooling including Vite, Webpack, Turborepo, Nx, Rush, and Lerna, alongside general IDE and test runner configurations.

DX & Build Optimizer

Name: DX & Build Optimizer
Author: Tony363

byTony363

•

Productividad y Flujo de Trabajo

Optimizes build performance, tooling efficiency, and development workflows to minimize friction and maximize developer productivity.

Acerca de

The agent-dx-optimizer is a specialized Claude Code skill designed to transform slow, friction-heavy development environments into high-performance workspaces. It leverages deep expertise in build tools like Vite, Webpack, and Turborepo to achieve sub-30-second builds and near-instant Hot Module Replacement (HMR). By focusing on IDE configuration, test suite acceleration, and workflow automation, this skill helps development teams eliminate bottlenecks and maintain a flow state by providing instant feedback loops.

Características Principales

Automation of repetitive development workflows to eliminate friction
Reduction of Hot Module Replacement (HMR) latency to sub-100ms
Build performance optimization for Vite, Webpack, and Monorepo tools
Strategic configuration of IDE indexing and development servers
Optimization of test suites to ensure feedback in under two minutes
10 GitHub stars

Casos de Uso

Refactoring sluggish Webpack or Vite configurations for large-scale applications
Implementing monorepo management with Nx or Turbo to scale development teams
Auditing and accelerating local development feedback loops and CI/CD pipelines

Acerca de

Características Principales

Automation of repetitive development workflows to eliminate friction
Reduction of Hot Module Replacement (HMR) latency to sub-100ms
Build performance optimization for Vite, Webpack, and Monorepo tools
Strategic configuration of IDE indexing and development servers
Optimization of test suites to ensure feedback in under two minutes
10 GitHub stars

Casos de Uso

Refactoring sluggish Webpack or Vite configurations for large-scale applications
Implementing monorepo management with Nx or Turbo to scale development teams
Auditing and accelerating local development feedback loops and CI/CD pipelines