Laminas Servicemanager Laravel Package

Product Decisions This Supports

• Framework-agnostic library architecture. If your product ships reusable PHP packages (SDKs, domain modules, integrations) that must run inside Laravel, Laminas/Mezzio, Symfony, or plain PHP, this package gives you a PSR-11/container-interop-compliant container so your library can accept any conformant container instead of hard-coding Laravel's Illuminate\Container. That is a packaging and portability decision, not an app-level one.
• Build vs. buy for DI infrastructure. Building your own container is a 2–6 week engineering detour plus years of maintenance. This is a mature, documented, benchmarked implementation (PHPBench harness included, v3 stable line, active releases) you can adopt for near-zero build cost.
• Extensibility architecture (plugin managers). AbstractPluginManager gives you typed, validated service collections — validators, formatters, payment connectors, import/export drivers — where every resolved instance is guaranteed to implement a given interface. This directly supports a "pluggable modules" or "bring-your-own-integration" roadmap item without bespoke registry code.
• Performance and cost-of-ownership tradeoffs. The docs explicitly frame abstract factories (convenience, slower, hard to trace) vs. explicit factories (faster, greppable, more boilerplate). That is a real product decision about developer velocity early vs. runtime cost and debuggability later — and the package ships console tooling to migrate one to the other as the codebase matures.
• Lazy service initialization. Proxying expensive dependencies (DB connections, HTTP clients, queue publishers) so they only instantiate when used is a direct lever on per-request latency and resource consumption — relevant for high-throughput endpoints where most requests don't touch every dependency.
• Roadmap sequencing for developer experience. The documented workflow (ReflectionBasedAbstractFactory as catch-all → ConfigAbstractFactory once dependencies settle → generated explicit factories for production) is essentially a phased DX plan you can adopt as your own team convention.
• Make-vs-integrate for Laravel specifically. For a Laravel application, this is almost never the right call: Laravel already ships a capable, PSR-11-compatible container plus service providers, facades, and contextual binding. The decision this package informs is "do we need container portability or typed plugin registries that Laravel's container doesn't give us cleanly?" — not "which container should our app use?"

When to Consider This Package

Adopt when:

• You maintain framework-agnostic PHP libraries that must be wired into multiple hosts; PSR-11 interop is a hard requirement or a likely customer requirement.
• You are already in (or entering) the Laminas / Mezzio / Laminas MVC ecosystem, where this is the native, idiomatic container and interoperates with the rest of the component family.
• You need plugin managers — homogeneous, interface-validated service sets with per-context separation of concerns. Laravel's container has no first-class equivalent.
• You want lazy services via delegator factories to defer expensive construction, and you're willing to accept proxy indirection in stack traces.
• You need a stable, spec-compliant container with documentation you can hand to a new hire faster than you can write and validate your own.

Look elsewhere when:

• The host is Laravel and will stay Laravel. Using this alongside Illuminate\Container means two containers, two resolution paths, and two sets of debugging mental models for zero user-facing benefit. Use Laravel's container and service providers.
• The host is Symfony. Symfony's DI component is more capable (compiled container, autowiring, tags) and is the ecosystem default.
• You want autowiring-first ergonomics. This package is factory-driven and explicit by design; teams expecting Laravel-style zero-config resolution will find it verbose.
• Ecosystem momentum matters to your risk model. 160 stars and effectively no downstream dependents is a niche footprint. It's maintained and released, but it is not where community energy or hiring-pool familiarity concentrates. Treat it as a stable utility, not a strategic bet.
• The app is small. If you have fewer than a few dozen services, a plain constructor-injection style or Laravel's container removes an entire abstraction layer and its config surface.
• You need a vendor SLA. BSD-3-Clause with volunteer maintainership means no commercial support path; if procurement requires one, budget for internal ownership of upgrades.

How to Pitch It (Stakeholders)

To executives: This is a small, free, standards-compliant plumbing component, not a platform commitment. It lets us build integration and module code once and run it inside customer environments regardless of their framework — which reduces re-work per deployment and shortens time-to-market for new integrations. Cost is effectively zero (permissive BSD-3-Clause license, no commercial dependency), and the risk is contained because it's a leaf dependency we can swap or replace behind a PSR-11 interface without touching business logic. The caveat to flag: it's a niche project with a small community, so we should own our upgrade path rather than assume vendor support.

To engineering: It's a mature, PSB-11/container-interop-compatible, factory-driven container with strong documentation, benchmarks, console tooling, plugin managers for typed service registries, and lazy-service proxying. It is not a Laravel package — for our Laravel services we should keep using Laravel's container. The value is in portable library code and typed plugin registries: we get explicit factory mappings that are greppable and fast, with a documented migration path from reflection-based catch-all factories to generated explicit factories as modules stabilize. Tradeoff to accept: more configuration boilerplate than autowiring, and one more container abstraction in the codebase — so we should confine it to the package boundary and not let it leak into application-level service wiring.

To design/ops (if applicable): Lazy services let us defer expensive dependencies like database and HTTP clients until a request actually needs them, which is a straightforward latency and resource-cost win on endpoints that fan out to many dependencies but use few.