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TypeScript project references split a monolithic codebase into independently compiled units: faster incremental builds, compiler-enforced module boundaries, and a worked example of extracting a shared package.
Set up Terramate stacks, git-based change detection, and generated backend config so CI runs terraform plan only on the monorepo directories that actually changed.
Nodemon's --exec flag turns it into a language-agnostic restart-on-change wrapper. Here's how to combine it with --ext, --watch, and --ignore for TypeScript, Python, and monorepo workflows — plus the pitfalls to check first.
Terramate's hierarchical globals and code generation eliminate Terraform boilerplate duplication across monorepo stacks. Define backend, provider, and version config once at the root, override per environment or region, and generate consistent HCL files in every stack directory.
pnpm's symlink-based node_modules makes phantom dependencies fail fast. This post explains the isolated layout, how to verify it locally, and the tooling trade-offs of strict resolution.
pnpm stores each package version once in a global content-addressable store and builds node_modules from hard links and symlinks, saving disk space and blocking phantom dependencies by default.
Learn how to define flags in codecov.yml, upload separate coverage reports, and use carryforward to keep trends alive for unchanged parts of a monorepo.
Learn how Git's sparse-checkout lets you clone only the directories you need from a large monorepo, reducing bandwidth and speeding up workflows.
Git sparse-checkout lets you keep a full monorepo clone but materialize only the directories you work in. Here's how cone mode works, a copy-paste setup, and the trade-offs.
terraform
nodemon
pnpm
codecov
git