Sail Ssl Laravel Package

Technical Evaluation

• Architecture fit: sail-ssl is a local-development utility for Laravel Sail, not a production TLS/runtime dependency. It fits teams standardizing local HTTPS for Laravel apps running in Docker Compose. v1.5.0 improves fit by supporting Sail v1.46.0 compose.yaml conventions and replacing brittle stub/regex compose manipulation with symfony/yaml.
• Integration feasibility: Straightforward as a Composer dev dependency with Sail/Artisan commands and Docker Compose present. The two-tier CA signing change improves browser-trustable certificate generation but adds a root CA trust/import step, which is the main integration friction.
• Technical risk: Low production risk because this should remain dev-only tooling. Medium developer-environment risk from certificate trust model changes: existing local certs may need regeneration, and each developer/browser/OS trust store may need the new root CA imported. The symfony/yaml dependency could conflict in tightly pinned Laravel lockfiles, though it is likely already familiar in Symfony-heavy stacks. The empty SSL_ALT_NAME fix removes a known certificate-generation failure path.
• Key questions: Which Laravel, PHP, Sail, and Docker Compose versions are officially supported? Is there a documented migration from v1.4.0 certificates to the new two-tier CA? How is the root CA distributed, trusted, rotated, and removed? Are generated certs/CA files safely gitignored? Does certificate generation work non-interactively in CI or fresh onboarding? Is symfony/yaml a hard dependency, and what version constraints apply? What is the rollback path to v1.4.0?

Integration Approach

• Stack fit: Best suited to Laravel Sail local development on Docker Compose. Keep it in require-dev; do not position it as production ingress, reverse-proxy, or TLS termination tooling.
• Migration path: Pin v1.5.0 in a test branch, regenerate certificates, import the new root CA where required, verify browser trust, and inspect the generated compose.yaml diff. Remove stale v1.4.0 certificates/CA artifacts and document rollback to v1.4.0 plus certificate restoration.
• Compatibility: Validate against the team’s current Sail/compose files and Sail v1.46.0. Check symfony/yaml constraints against existing composer.lock. Test trust-store behavior across macOS, Linux, and WSL, since browser/OS trust differs.
• Sequencing: Inventory current Sail/compose/cert setup; pilot in one repository; verify compose rewrite and certificate chain; update onboarding/runbooks; roll out to the team; monitor certificate-trust and compose-format issues before broadening use.

Operational Impact

• Maintenance: Low ongoing maintenance for the package itself, but certificate lifecycle and root CA management become recurring operational tasks. Track Sail compose.yaml changes and symfony/yaml upgrades.
• Support: Expect increased onboarding/support load around browser trust errors, stale certificates, and compose parsing. A short runbook is needed for “certificate not trusted,” “compose.yaml changed unexpectedly,” and “SSL_ALT_NAME empty” scenarios.
• Scaling: Works well for many local developer environments if root CA distribution and trust steps are scripted/documented. CI usage requires non-interactive certificate generation and careful secret/artifact handling.
• Failure modes: Compose file rewrite/format drift, dependency conflicts, certificate generation failure, browser trust rejection, stale CA/leaf mismatch, file permission issues on cert/key files, and running containers not picking up regenerated certs.
• Ramp-up: Low for Laravel developers already comfortable with Sail; moderate for teams unfamiliar with local CA trust stores. Require a documented migration, root CA handling procedure, and rollback plan before organization-wide adoption.