Dockerize Laravel Package

Product Decisions This Supports

• Developer onboarding and time-to-value. The core promise—containerized PHP in under five minutes—directly attacks the "works on my machine" tax and the first-week productivity dip for new hires and contractors. A PM can use this to set and defend an onboarding SLO (e.g., new engineer runs the service locally in <15 minutes).
• Local development standardization as a platform bet. Rather than every service hand-rolling a Dockerfile, a generator creates a consistent baseline across PHP repos. This is the seed of an internal "golden path" for PHP services and a prerequisite for any internal developer platform or service-template roadmap item.
• Build vs. buy (specifically: build vs. adopt vs. template). If the roadmap includes "give teams a standard container setup," the options are: build a custom scaffolding tool, adopt a generator like this, or hand-write a golden-path template. This package lets you buy option value cheaply before committing engineering time.
• Legacy PHP modernization sequencing. For teams moving old PHP apps into containers as a step toward CI/CD or cloud migration, a fast generator de-risks the first mile. It supports deciding whether to containerize the long tail of PHP services now vs. defer.
• CI/CD reproducibility. Generated entrypoints and image definitions give a repeatable base for pipeline work, supporting decisions about how much pipeline standardization to invest in per-language.
• Reversibility as a decision criterion. Because output is plain Dockerfiles and Compose files (not a runtime dependency), adoption is low-lock-in. That makes "try it on two repos" a safe, cheap roadmap experiment rather than an architecture commitment.

When to Consider This Package

Consider it when:

• You have multiple PHP services or repos and inconsistent or nonexistent container setups—standardization ROI scales with repo count.
• Teams have varied Docker expertise and you want a scaffold that encodes sane defaults (PHP version, extensions, web server, DB) without each team researching it.
• You want a fast, reversible spike to validate a golden-path container template before investing in an internal platform build.
• Your PHP surface is conventional (Laravel/Symfony-style apps, Apache/Nginx, common extension sets, MySQL/Postgres/Redis).
• You're doing a one-time modernization push and want to compress the "first container" step for many small apps.
• You need developer-environment containers more than hardened production images.

Look elsewhere when:

• You need production-grade, security-hardened, minimal/distroless images with a supported patch cadence and CVE response SLAs—treat generated output as a starting point, not a shipping artifact.
• Your infra is highly bespoke (custom Kubernetes operators, service mesh sidecars, non-standard runtime bases) where a generator's opinions become rework.
• You're a polyglot monorepo needing one consistent toolchain across languages; a PHP-only generator fragments the story.
• Maintenance risk is unacceptable for the use case: small star count, zero dependents, and effectively a single-maintainer project. Fine for a scaffolding tool you vendor/fork; risky as a load-bearing dependency in a platform you must support for years.
• You already have a maintained golden-path template and internal platform team; the marginal value drops sharply and you'd be adding a second source of truth.
• You need guaranteed long-term support, SLAs, or vendor accountability.

In short: adopt as a starting-point generator, not as infrastructure you depend on. Pin, vendor, or fork if you standardize on it.

How to Pitch It (Stakeholders)

For executives (30 seconds): This is a free, MIT-licensed CLI that generates a working Docker setup for a PHP project in minutes. It's a developer-productivity tool, not a runtime dependency—it writes ordinary Docker files that teams can read, edit, and own. The business case is reduced onboarding time and less duplicated container plumbing across PHP services, at near-zero licensing cost and low switching cost. Risk is low because adoption is reversible; the main caveat is that it's a small, single-maintainer project, so we'd treat its output as our code and not lean on it for production hardening.

For engineering leadership: Position it as a scaffolding accelerator for local dev and CI baselines—useful if we have several PHP repos with inconsistent container setups. It does not replace our security baseline, image-hardening standards, or platform tooling. Recommend a bounded evaluation: run it against two representative services, measure time-to-running-container and diff the generated output against our existing templates, then decide whether to adopt, fork as an internal template, or pass. Success criteria: faster onboarding, fewer bespoke Dockerfiles, no new mandatory dependency.

For the delivery team: It removes the blank-page problem—you get a Dockerfile, Compose file, and entrypoint that already encode common PHP/web/DB choices. Expect to customize for our conventions. Treat generated files as first-draft code we own; review them like any other PR.