Laravel Executor Laravel Package

Product Decisions This Supports

• Onboarding as a product surface. The package codifies "what a fresh install must do" (migrations, seeders, storage links, queue restarts, front-end build, external shell steps) into a versioned, runnable artifact. This lets a PM treat time-to-first-green-environment as a measurable KPI instead of a wiki page nobody updates.
• Upgrade/runbook reliability. Instead of a Notion checklist for "steps to run after deploying v2.x," the steps ship with the code and execute in order. This directly supports decisions like "can we ship major-version upgrades to self-hosted/on-prem customers without a support engineer on the call?"
• Build vs. buy vs. copy the pattern. The package is a thin fluent wrapper over artisan calls, shell commands, closures, and confirm-before-running prompts. The real decision is not "adopt this library" but "do we standardize an install/upgrade pipeline interface?" — and whether 250 lines of dependency is cheaper than a 40-line internal app:install command. The low opportunity score (0.07) and 0 dependents are unchanged by v2.2.0; the pattern remains commoditized and the package remains undifferentiated. The decision is still "adopt the pattern, not the dependency."
• Feature use cases worth scoping: one-command local bootstrap for new engineers; demo/sandbox environment provisioning for sales engineering; installer flows for distributed/self-hosted editions; multi-tenant reference-data upgrades. These are all "productized operations" features that reduce support load and shorten sales-to-first-value.
• Explicitly out of scope: production deploy orchestration (zero-downtime, rollback, health checks). That belongs to Forge/Envoyer, Deployer, or your CI/CD system. Keeping this boundary clear prevents the team from growing a bespoke deploy tool by accident.
• Roadmap framing: an "install/update contract" is a prerequisite for shipping a supported self-hosted or on-prem tier. If that tier is on the roadmap, this decision blocks it; if it isn't, this package is optional polish.

When to Consider This Package

What changed in v2.2.0: the package now runs on PHP 8. That removes one real blocker (a PHP 8-only codebase previously could not install it at all) but does not change framework compatibility, governance, or the maintenance picture. Read it as a compatibility patch, not a revival — a single-issue release after a long dormancy is weak evidence of ongoing stewardship, and Laravel 9/10/11 support is still unaddressed and unclaimed.

Consider it when:

• You are on a PHP 8.0-era runtime and a Laravel version the package actually supports (historically the Laravel 8 generation) — or you are willing to vendor/fork it and own the maintenance. It is small and MIT-licensed, so forking remains realistic, and PHP 8 support means the fork starts from a base that installs cleanly on a modern runtime.
• The consumer is internal tooling, a demo environment, or a short-lived project where a stalled dependency is an annoyance rather than a contractual risk.
• You want the human-in-the-loop pattern — prompting before destructive steps — and would rather reuse a tested fluent API than reinvent ordering and confirmation logic.
• You want a reference implementation to copy the design from, not a runtime dependency. Reading the repo and writing your own command is still often the highest-value outcome.

Look elsewhere when:

• You are on Laravel 10/11+ or need a maintained dependency; no framework-compatibility work has shipped, and zero dependents means no community backpressure. v2.2.0 does not clear this bar — verify actual framework support in the spike rather than assuming PHP 8 implies Laravel 10+.
• You need idempotency, audit logging, partial-failure recovery, or observability on setup/upgrade steps — the package does not provide a durable execution model.
• Your process is container-first (entrypoint scripts, init containers) or CI-driven — the pipeline already exists in a better place, and adding a PHP-level runner duplicates it.
• Security/procurement requires actively maintained dependencies — a one-line compatibility release will not by itself survive a supply-chain review; you still need a fork-and-own commitment.

How to Pitch It (Stakeholders)

To executives (one paragraph): Every new engineer, demo environment, and on-prem customer currently depends on a human reading a checklist to get the app installed and upgraded correctly. This package is a small, MIT-licensed pattern for expressing those steps as code that runs on one command. The upside is lower onboarding cost, fewer "works on my machine" tickets, and a safer story for shipping upgrades to customers who run the app themselves. A recent release added PHP 8 support so the code installs on a current runtime, but the library has had essentially no feature work or framework-compatibility investment in years — so I am still recommending we adopt the pattern, not the dependency: copy or fork it, own roughly 200 lines, and keep deploy orchestration out of scope. The PHP 8 patch makes the fork cheaper; it does not make the dependency safe.

To engineering: Small fluent API — chain artisan() calls, external shell commands, and closures, with optional confirmation prompts before destructive steps. v2.2.0 only adds PHP 8 runtime support, so treat the maintenance question as narrowed, not resolved: the open item is now Laravel framework compatibility, not PHP. Cheap to evaluate, cheap to fork. Please time-box a spike: install v2.2.0 on our current PHP version, confirm which Laravel versions actually boot it, standardize an install/upgrade interface, get it running in CI for a fresh clone, and confirm ordering, failure behavior, and idempotency before we commit. Also check for PHP 8.1+/8.2+ deprecation noise — "supports PHP 8" should not be read as "supports every 8.x." Flag now if framework support makes a fork unavoidable, because that changes the estimate from "afternoon" to "small owned component."

Ask: A one-to-two day spike, measured against time-to-first-green-environment on a clean checkout, now with an explicit PHP-version and Laravel-version matrix as a gate. Success = a new engineer or a fresh environment reaches a working app with a single documented command and zero tribal knowledge. Failure = we've reimplemented migrations and Composer scripts and gained nothing; in that case, keep the checklist and revisit only if a self-hosted tier gets funded.