Helpers Laravel Package

Product Decisions This Supports

• Whether to make static-analysis hardening a roadmap item. This package only matters if "raise PHPStan to a stricter level and hold the line" is an actual committed initiative with a budget line. If it isn't, this package has no job to do in your product.
• Build vs. buy for the utility layer. The scope is thin, mechanical wrappers around PHP built-ins (json_encode, file_get_contents, array/string functions) that return T|false or mixed and therefore generate static-analysis noise. This is a "build in an afternoon" candidate, not a strategic dependency. Decision framing: ~100 lines of in-house typed wrappers you own and can tune to your PHPStan baseline vs. an external package with 0 stars, 0 dependents, and no external users to surface bugs.
• Consolidation of scattered helper code. If your product surfaces show repeated @phpstan-ignore / baseline-triage work across teams, this is evidence for a standardized internal helpers module with a documented contract — which this package can inform as a reference design even if you don't adopt it.
• Ecosystem alignment decisions. It's a satellite of elasticMS (LGPL-3.0, versioned in lockstep with the elasticMS monorepo, dual 6.x/7.x release lines). Adoption is really a decision about whether you are buying into the elasticMS toolchain. If you're not, version numbering that tracks a platform you don't use is a maintenance smell.
• Delivery-metric hypotheses worth testing. The plausible value is reduced CI flakiness and faster PHPStan baseline burn-down (change failure rate, lead time). Treat these as hypotheses to instrument, not as established ROI — do not put unmeasured productivity percentages into a business case.
• Not customer-facing. No end-user feature, no revenue lever, no direct roadmap item. Classify it as engineering-enablement spend, judged only by developer throughput and defect escape rate.

When to Consider This Package

Consider it if:

• You already run PHPStan at a level where native functions' false/mixed returns are a recurring, quantified source of baseline entries and silenced errors.
• You are inside or deliberately standardizing on the elasticMS ecosystem, so its release cadence and license posture already match your constraints.
• You want a reference implementation of PHPStan-friendly signatures to copy into an internal package — often the highest-value use of a repo like this.
• Your legal team has cleared LGPL-3.0 for dependency use (generally workable as an unmodified library, but it is not a permissive MIT/Apache license and many enterprises require review; redistribution and modification carry obligations).

Look elsewhere if:

• Adoption signal is a gate. 0 stars and 0 dependents means no external bug surface, no community backstop, one effective maintainer, and no evidence anyone runs it outside the parent project. That is a real supply-chain and bus-factor risk for anything on a critical path.
• You can solve it locally. PHPStan stubs, phpstan-strict-rules, Larastan, and a handful of in-house wrappers cover most of the same ground with no third-party dependency and no license review.
• Your pain is actually framework-level typing (Eloquent, facades, collections) — that's Larastan territory, not this.
• You need semantic guarantees. Thin wrappers inherit native edge cases (json_encode returning false, locale and float-precision behavior); they add types, not correctness. If you need validation or exceptions on failure, write your own contract.
• Governance requires stable semver decoupled from an unrelated product's release train — here major versions track elasticMS, not this package's own API.
• Hot-path performance is being scrutinized; any wrapper adds a call frame, and the honest answer is "measure it," not "it's negligible."

How to Pitch It (Stakeholders)

Executives (one paragraph): "This is a small code-quality utility, not a product feature. It wraps PHP built-in functions in type-safe signatures so our static analysis stops flagging legitimate code. The honest framing: the benefit is real but narrow — less time triaging false errors in CI, cleaner code review — and it's fully reproducible in-house in a few days. My recommendation is not to adopt it as a dependency. Instead, treat it as a free reference design for a small internal helpers module we own, which removes the supply-chain, licensing (LGPL-3.0), and single-maintainer risks entirely. If we do pilot it, scope it to one service and one quarter, with a measured baseline of PHPStan suppressions and CI failures before and after."

Engineering leadership: "This solves a genuine gap — native PHP functions return T|false and mixed, so strict PHPStan levels produce noise that teams silence rather than fix. The package's wrapper approach is sound and directly portable. Two caveats before we depend on it: (1) it has 0 stars, 0 external dependents, and versions that track the elasticMS platform rather than its own API, so we'd be the first real consumer; (2) LGPL-3.0 needs a legal pass. Concrete proposal: spend a sprint writing ~100 lines of equivalent typed wrappers in an internal package, use this repo's test cases as a spec, and lift our PHPStan level one notch on a single service. If the internal version is insufficient, we revisit — with evidence rather than a guess. Success criteria: measurable drop in baseline suppressions and PHPStan-related build failures, no regression in runtime benchmarks."