Use Cases

Every scenario below is drawn from the problems Sailwright was built to solve, and each names the commands involved — so you can jump straight from “that's us” to trying it. Prefer the view by role instead of by problem? See Who It's For.

A new hire's laptop should not depend on a senior engineer walking them through a wiki page. Point sailwright provision local at the team's shared roles and playbooks, and the same setup that runs on every existing machine applies to theirs — on macOS, Linux, or Windows. What used to be a half-day of manual installs and Slack questions becomes a single command they can re-run if something looks off.

Before a role change reaches real machines, run it against a disposable target instead: sailwright build, create, and provision --check spin up a throwaway VM and dry-run the exact playbook you're about to ship. Iterate until the diff looks right, provision for real to confirm it converges, then destroy the VM without leaving cleanup work behind.

Treat your daily-driver machine like any other managed target instead of a pile of hand-applied tweaks. A quick sailwright provision local --check shows you what has drifted from the intended setup before you touch anything, and running it for real brings the machine back in line — the same command surface whether you're checking a real workstation or a disposable test target.

When a team runs macOS, Windows, and Linux side by side, setup instructions tend to fork into three barely-maintained versions. With Sailwright, cross-platform roles cover the shared baseline, while ansible-role-sources.yml layers a private override repo in front of the public base — so team-specific tweaks stay versioned and reviewable without forking the whole role set.

Building the same base VM image on every laptop and CI runner wastes time. Push a finished build artifact to an OCI registry once with sailwright push, then sailwright pull it wherever it's needed — teammates, CI jobs, or a fresh machine all start from the same known-good image instead of rebuilding from scratch. Sailwright's own CI does exactly this, publishing Ubuntu build artifacts to GitHub Container Registry on every push to main.

Security-conscious teams don't want a Windows machine permanently reachable over WinRM or SSH just so Ansible can occasionally configure it. The local wrapper opens a temporary, loopback-only WinRM listener (or a temporary SSH key) only for the duration of a sailwright provision local run, then restores the machine's prior remote-access state during cleanup — no standing remote-management surface left behind.

Ansible behaves differently depending on what it's running on — a fork-safety crash here, a shadowed Python install there, a guest IP that takes a moment to appear. Sailwright absorbs that platform-specific handling inside the tool itself, so you run the same sailwright provision command regardless of host, instead of learning and re-learning each OS's rough edges yourself.

Because every run is idempotent, this also works as a recovery path: point Sailwright at a machine that has drifted from its intended state — through manual tweaks, a failed run, or someone else's "quick fix" — and re-provisioning brings it back in line rather than requiring a rebuild from scratch.

Ready to Try It?

Grab a release from GitHub and follow the documentation to run your first provision --check. Want the full command surface first? See Features — or get in touch with questions.