turborepo

Configure Turborepo turbo.json tasks with caching and dependency-aware execution.

Updated Mar 12, 2026
One-click install
npx skills add https://github.com/mpsuesser/workspace --skill turborepo-mpsuesser
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: turborepo
Source: https://github.com/mpsuesser/workspace/tree/main/dotconfig/pi/agent/skills/__techs__/turborepo
Command: npx skills add https://github.com/mpsuesser/workspace --skill turborepo-mpsuesser

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Turborepo monorepo setups often become slow and unreliable when builds run in the wrong order, miss cache opportunities, or fail to invalidate outputs when inputs (like env or shared configs) change.

Core Features & Use Cases

  • Parallel task orchestration: Ensures package-level tasks run concurrently based on dependency graphs rather than sequential root scripts.
  • Correct caching with inputs/outputs: Restores and stores artifacts based on hashed inputs, with guidance on avoiding cache misses/hits due to env and file tracking mistakes.
  • Targeted execution with filtering: Runs only changed or relevant packages using --affected and --filter patterns for efficient CI and local development.
  • Use Cases: Configure turbo.json tasks, set up remote cache for CI speed, debug cache behavior, design monorepo boundaries, and optimize workflows around watch/affected builds.

Quick Start

Use the turborepo skill to configure your root package scripts to delegate with turbo run, then define package tasks and register them in turbo.json for cached, dependency-aware builds.

Frequently Asked Questions about turborepo

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I configure turbo.json for correct task orchestration in a monorepo?

Configure turbo.json by defining package-level tasks with proper dependsOn relationships and specifying correct inputs, env, and outputs for deterministic hashing and correct build order. This ensures tasks run concurrently based on dependency graphs while maximizing cache reuse.

Why are my Turborepo builds missing cache hits when environment variables change?

Turborepo cache misses occur when environment variables are not properly declared in task inputs. Fix caching behavior by specifying correct env variables and file tracking in turbo.json to ensure deterministic hashing and proper cache invalidation.

How do I run only changed packages in CI using Turborepo?

Run only changed or relevant packages in Turborepo by using --affected and --filter patterns in the turbo run command. This enables targeted execution for efficient CI pipelines and faster local development by skipping unchanged packages.

What is the best way to speed up monorepo builds with smart caching?

Speed up monorepo builds by delegating root package scripts with turbo run, defining package tasks in turbo.json, and setting up remote cache for CI. This enforces package tasks over root tasks and restores artifacts based on hashed inputs.

Can I use Turborepo to enforce package boundaries and avoid running root scripts directly?

Turborepo enforces package boundaries by requiring turbo run in code and package-level tasks over root scripts. This satisfies safe execution requirements by ensuring tasks run concurrently based on dependency graphs rather than sequential root scripts.

How does remote cache work in Turborepo for CI optimization?

Remote cache in Turborepo stores and restores build artifacts based on hashed inputs across CI runs. Configure turbo.json tasks with correct inputs, env, and outputs to ensure deterministic hashing, enabling cache reuse and faster CI pipelines.