Listify Laravel Package

Product Decisions This Supports

• Roadmap feasibility for "user-ordered collections." Any roadmap item where the user controls sequence — drag-and-drop prioritization, pinning, curated/featured rails, playlists and queues, ordered nav menus, kanban card ordering, admin sortable category trees — reduces to the same primitive: a position column on an Eloquent model plus relative-move operations (up/down/top/bottom) and a scoped ordered read. This package is a working articulation of that primitive, which is useful for sizing: it is roughly a one-day build, not a multi-sprint epic.
• Build vs. buy framing. This is not a vendor dependency in any meaningful sense — it is a trait plus a migration. The real decision is build in-house vs. copy the pattern vs. adopt a maintained sortable package. Treat Listify as a reference implementation to read, not a component to depend on.
• The data-model decision it forces early. The integer-position-with-resequencing approach this package implies is simple and readable but writes multiple sibling rows per reorder and needs care under concurrent edits. If a shared list is reordered by many users, or lists run into the thousands, you want fractional/lexicographic ranking or a gap-based scheme instead. Deciding this before launch avoids a painful migration after data exists.
• The scoping decision. Whether ordering is global per model or scoped to a parent (per-project, per-user, per-tenant) is a product question about whether two users can hold different orderings of the same rows. Settle it before committing to a schema; retrofitting scope later is a data project.
• Consistency play. If ordering appears in three or four features, standardizing on one trait/contract keeps the admin UI, API responses, and reorder endpoints uniform — cheaper to build, cheaper to support, and easier to hand to new engineers.
• List-rendering consistency. Its Blade-friendly helpers cover the smaller, adjacent decision: dropdowns, nested category selects, and menus can be generated from one consistent API rather than hand-rolled per feature, keeping presentation logic out of controllers and views.

When to Consider This Package

Consider it as source material only — read the trait, lift the approach, write your own — when:

• You are on a Laravel version inside its support window. Verify against composer.json: the zero-star / zero-dependent / zero-score profile strongly suggests it predates current Laravel releases, and older packages commonly break on lists() → pluck() renames, PHP 8 deprecations, and return-type changes.
• Your ordered sets are small (tens to low hundreds of rows per parent), reordering is single-user or low-concurrency, and integer positions with resequencing are acceptable.
• You want the smallest possible surface area and are comfortable owning the code permanently.

Look elsewhere — and by default assume you should — when:

• You need a maintained dependency. Zero dependents and no visible community means no security response process, no upgrade path for new Laravel majors, no issue triage, and no one to ask during a framework upgrade. That is a real cost carried by your team, not the package author, and it will surface in every future security review.
• You need battle-tested behavior. spatie/eloquent-sortable is the de facto standard in this space and is the sane default; compare against it before writing anything.
• You need high-concurrency or collaborative ordering, heterogeneous item types in one list, DB-level uniqueness constraints on (parent_id, position), audit history of reorder events, or sparse positions that survive bulk imports and rapid drag-and-drop. All of those go beyond what a simple position trait provides.

How to Pitch It (Stakeholders)

To executives: Ordering features — prioritize, pin, reorder, curate, "featured" rails — look like separate roadmap asks, but they are one small capability. We can deliver them cheaply by standardizing on a single ordering pattern across the product. This specific package is a useful blueprint but is unmaintained and has effectively zero adoption, so we should not take it as a dependency. We will implement the pattern in-house (roughly a day) or use the maintained community standard. Net: the feature is cheap; the dependency would be the expensive part — it buys us a permanent maintenance and security-review tax in exchange for code we could own outright.

To engineering: Listify is a reference implementation for an ordered-list trait on Eloquent models — a position column, relative moves, scoped ordering, and a small list-rendering API. Do not add it to composer.json: no stars, no dependents, no score, and framework support is likely stale. Sequence the work as: (1) timebox a half-day spike to confirm the constraint set resolves against our Laravel version and to read the trait source; (2) default to a ~150-line in-house trait with scopeOrdered, moveBefore/moveAfter, and a transactional reindex, or fork-and-vendor under a private repo; (3) evaluate spatie/eloquent-sortable first as the maintained alternative. Whichever path we take, add the two things a naive position trait does not give us — a uniqueness constraint on (scope, position) and a documented concurrency story for shared lists — plus a deterministic backfill migration for existing rows, integration tests for reorder concurrency and reindex idempotency before the UI ships, and a note on fork provenance so a future engineer isn't left asking why the dependency exists.