PHP 8.x

PHP is the engine of a huge share of the web, and modern PHP 8.x is a genuinely capable language. I work with full type declarations, enums, readonly properties, named arguments, attributes, and the JIT-era performance of the latest major versions.

My PHP experience spans the framework spectrum — from Laravel and Symfony down to a deep Zend Framework history — which means I am equally comfortable with a batteries-included stack and with hand-rolled, framework-agnostic application code.

Long-lived PHP systems reward discipline: strict typing, dependency injection, clearly separated layers, and query paths that survive years without a rewrite. That is the bar I hold PHP code to.

Modern PHP 8.x closes most of the old complaints about the language. Union types, `match`, enums, readonly properties, named arguments, and attributes give it the ergonomics of newer languages while keeping its famously fast bootstrap and low operational overhead.

Typing is the backbone of that discipline. I default to `declare(strict_types=1)`, type every method boundary, and let the engine catch category errors statically at dev time rather than at deploy. The result is PHP that fails fast and reads clearly.

Dependency injection and explicit structure keep the architecture honest. Whether I am inside a framework's container or assembling services by hand, the dependency graph stays visible and testable instead of accumulating global state and hidden coupling.

Performance is an engineering tool, applied with judgment, not superstition: OPcache, a tuned PHP-FPM process manager, and profiling with Xdebug/Blackfire guided by real request traces rather than folklore about "fast frameworks".

Testing is part of the language of delivery for me — PHPUnit for thorough unit coverage, Pest for expressive specs, and integration tests against real databases and HTTP. A PHP codebase without a solid suite is one I consider unfinished.

Because PHP powers so much of the web, my decade-plus of it spans e-commerce, fintech, enterprise, and SaaS — and that breadth is exactly why I trust the language's practical longevity for systems meant to run for years.

I default to strict typing everywhere it counts. `declare(strict_types=1)`, typed parameters and returns, and enums means the engine surfaces category errors at run rather than letting them slip into deployed logic.

Dependency injection is used to keep the graph visible and testable. Whether the container is Laravel's, Symfony's, or hand-rolled, services resolve explicitly instead of reaching into global state.

I keep layers separated. Controllers stay thin, business logic lives in services/actions, and persistence sits behind repositories — so the application survives framework churn.

Performance is measured, not guessed. I tune OPcache and PHP-FPM, profile with Xdebug/Blackfire on real request traces, and only then decide where the bottleneck really is.

Modern syntax is a tool for clarity. Named arguments, `match`, attributes, and readonly properties make intent explicit rather than clever.

Testing is continuous. PHPUnit covers the unit surface, Pest gives expressive specs, and integration tests hit real databases and HTTP so refactors stay safe.

Legacy PHP gets a disciplined migration path. I tighten types, remove globals, and step toward PSR/Composer conventions incrementally rather than rewriting everything at once.

Composer hygiene is maintained. Pinned, audited dependencies and a lean tree keep the supply chain safe and the build reproducible.

My PHP experience spans fintech, e-commerce, and enterprise — and that breadth is why I trust the language's practical longevity for systems meant to run for years.