Paginator Laravel Package

Product Decisions This Supports

• Build vs. buy on pagination plumbing. Pagination is a solved problem in Laravel (LengthAwarePaginator, CursorPaginator, paginate()/simplePaginate()), so this package only justifies a decision if it encodes a convention your product needs: consistent meta/links envelopes across API responses, per-page negotiation with hard caps, or cursor-based paging for large/infinite-scroll feeds. Treat the package as a reference implementation of a convention, not as infrastructure.
• API contract standardization. If your roadmap includes exposing a public or partner API, a dedicated paginator wrapper is where you decide once — and enforce everywhere — how page size is bounded, how next/prev are expressed, and whether totals are returned (a real cost at scale: COUNT(*) on large tables). That is a genuine product decision with performance and caching consequences.
• Client-facing UX commitments. Cursor vs. offset paging determines whether users see "page 7 of 40" or an infinite feed, and whether items can shift/duplicate between pages. This drives frontend work, empty-state design, and support load ("I saw the same item twice").
• Roadmap sequencing. If you are pre-product-market-fit with internal-only consumers, native Laravel pagination is sufficient and this is a no-decision. If you are heading toward high-volume list endpoints or mobile infinite scroll, schedule an explicit pagination-strategy ticket rather than letting each team improvise.
• Use cases this pattern is suited to (if adopted in-house): admin data tables with server-side paging, search result pages, activity/audit feeds, any resource with variable page sizes set by the client.

Caveat that must lead the decision: the observable signal here is 0 GitHub stars, 0 dependents, and a low opportunity score. That is not evidence of poor quality — it is evidence of no evidence. The only realistic outcomes are "read it for design ideas" or "adopt it because your organization already standardizes on Ruvent/Ruwork packages." Do not treat it as a de-risked third-party dependency.

When to Consider This Package

Consider it when:

• Your team already depends on other ruwork/* or Ruvent-maintained packages and has an existing support relationship with that maintainer — adoption then costs nothing extra in vendor management.
• You have read the source and confirmed it does something Laravel's native paginator does not: e.g., a specific serialization shape your frontend contract requires, opinionated query-parameter parsing, or a page-size policy with enforced min/max.
• The codebase is small enough that a fork is cheap. With a package this size, "adopt" should really mean "vendor a copy you own," which converts vendor risk into a maintenance line item you can actually staff.
• You need a short-lived internal utility and want to avoid spending sprint time on envelope formatting.

Look elsewhere when:

• You need a maintained, audited dependency. Zero stars and zero dependents means no community CVE surface review, no Stack Overflow corpus, and a single-maintainer bus factor. For a payments-adjacent or compliance-scoped service, that alone is disqualifying.
• Laravel's built-in paginate() / cursorPaginate() already covers you — which, for the large majority of CRUD list endpoints, it does. Prefer the framework primitive; its upgrade path is guaranteed by the framework release cycle.
• You need cursor pagination at scale, keyset pagination with composite sort keys, or pagination over non-Eloquent sources (Elasticsearch, external APIs). Use Laravel's CursorPaginator or a purpose-built client library for that data source.
• You require documented support SLAs, security disclosure processes, or a named maintainer commitment.
• The package would sit on a critical path with no internal owner able to patch it. Unmaintained dependencies on critical paths become incidents, not tickets.

Minimum due diligence before any adoption: confirm the license (MIT is stated — permissive, compatible with commercial use, no copyleft obligation), pin the version, read every file (feasible at this size), check the last commit date and open-issue count, and write one integration test asserting the response envelope so a future fork swap is mechanical.

How to Pitch It (Stakeholders)

For executives — one paragraph: This is a small, MIT-licensed pagination helper from the Ruvent/Ruwork ecosystem with effectively no external adoption. My recommendation is not to adopt it as a dependency, and instead to either use Laravel's built-in pagination or vendor a copy we own. The reason is risk asymmetry: the package is cheap to reimplement and expensive to be stranded on if its single maintainer stops. The real decision in front of us is our pagination contract — page-size limits, whether we return total counts (which costs database time at scale), and offset versus cursor paging for large feeds — because that choice affects API performance, frontend scope, and future partner integrations. That decision we should make deliberately and document, regardless of which library implements it.

For engineering — the ask:

• Spend a timeboxed read (hours, not days) on the source and tell me whether it contains any convention we actually want. At this size, reading it is faster than evaluating it.
• Default position: extend Laravel's native paginator with a thin internal wrapper that emits our agreed envelope. This gives us one place to enforce page-size caps, one place to switch offset→cursor later, and no external dependency.
• If the package's envelope shape is exactly what our frontend needs, fork it, attribute under MIT, own the code, and record it in our dependency register as vendored-and-owned.
• Either way, produce a one-page spec of the pagination contract and an integration test that pins it. That test is the asset that makes any future library swap a non-event.
• Flag if any current or planned endpoint returns unbounded page sizes or unbounded total counts — those are the two pagination decisions with real production cost.