Docker PHP Startup Optimizer FAQs

Question 1

Can these optimizations be used for development environments?

Accepted Answer

While primarily designed for production, these patterns can significantly speed up local development restarts, though certain classmap optimizations are usually disabled during active coding to allow for file changes.

Question 2

Will running migrations in the background cause issues?

Accepted Answer

The skill suggests a 'wait-for-it' pattern where non-critical tasks run in the background, allowing the container to pass health checks faster while the application handles eventual consistency or brief wait states internally.

Question 3

Does it support both Laravel and Symfony?

Accepted Answer

Yes, the skill provides specific optimization patterns for Laravel (config/route/view/event caching) and Symfony (cache:warmup and lazy service initialization).

Question 4

How does this skill reduce PHP container startup time?

Accepted Answer

It implements a multi-layered approach: moving heavy initialization tasks to the Docker build phase, optimizing the Composer autoloader, and parallelizing runtime tasks like database migrations in the entrypoint script.

Question 5

What is the benefit of OPcache preloading in Docker?

Accepted Answer

OPcache preloading (PHP 7.4+) compiles and loads critical classes into memory once when the PHP-FPM process starts, eliminating the 200-500ms compilation latency usually seen on the very first request.

Docker PHP Startup Optimizer

Docker PHP Startup Optimizer

Características Principales

Casos de Uso

Características Principales

Casos de Uso