Orchestrate monorepo tasks with Turborepo using caching and dependency graphs.
npx skills add https://github.com/zeis974/TaxDOM --skill turborepo-zeis974
Please help me install this Agent Skill. Skill: turborepo Source: https://github.com/zeis974/TaxDOM/tree/main/.agents/skills/turborepo Command: npx skills add https://github.com/zeis974/TaxDOM --skill turborepo-zeis974
Turborepo provides a standardized way to orchestrate tasks across a monorepo, enabling parallel execution and caching so builds don't re-run unnecessarily.
Create a minimal turbo.json with a root build task and run turbo run build to see the pipeline in action.
High-intent search queries and answers about installing and using this skill.
Monorepo caching stores task outputs and replays them deterministically when inputs remain unchanged. By configuring turbo.json with proper outputs and dependsOn properties, you skip redundant executions and accelerate both local development and CI pipelines.
Configure a monorepo task pipeline by creating a turbo.json file and defining root tasks. Specify per-package scripts and use the dependsOn property to establish execution order, enabling parallel processing and correct dependency graph orchestration across apps and packages.
Monorepo dependency graphs automatically detect shared library updates and trigger downstream apps to rebuild only what changed. This affected build workflow maximizes parallelism while enforcing package boundaries to maintain structural integrity across the repository.
Run only changed packages in CI by applying Turborepo's affected builds workflow. This approach uses task graph orchestration and caching to execute per-package tasks exclusively for modified code, maximizing parallelism and reducing pipeline execution time.
Yes, per-package scripts must be defined to enable caching in a monorepo. Turborepo relies on these scripts alongside a properly configured turbo.json file, specifying dependsOn and outputs, to correctly cache and parallelize task executions.
Cached monorepo task outputs fail to replay correctly when turbo.json lacks proper outputs definitions. Ensure every task specifies its exact output file paths and deterministic inputs so the cache can validate and skip redundant builds accurately.
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