File Server Laravel Package

Product Decisions This Supports

• Build vs. buy for private file delivery. The core decision this package informs is whether to hand-roll expiring file URLs or adopt an abstraction. It provides a resource server that takes a FileInterface object and returns a time-limited, unguessable URL — which is exactly the "secure download link" primitive behind most file-handling features. Use it as the reference design when scoping that work, even if you don't install it.
• Feature scoping: gated content and time-boxed sharing. Directly enables product surfaces like expiring share links, invoice/report downloads, KYC and onboarding document review, media previews for authenticated users, and e-signature attachment retrieval. If any of these are on the roadmap, this is the pattern to specify.
• Storage abstraction as a product requirement. Because delivery is bound to an interface rather than a bucket, the product can swap local disk for object storage without changing user-facing behavior. This supports a roadmap decision to keep "where files live" an infrastructure concern instead of a product constraint.
• Security posture decisions. Signed/expiring URLs mean the app doesn't have to proxy every byte or expose storage credentials. That is a defensible answer to "how do we serve sensitive files" in a security review, and it reduces the blast radius of a leaked link from permanent to time-bound.
• Do not use it to justify a dependency commitment. With 1 star, 0 dependents, a [READ-ONLY] mirror marker, and an ecosystem score near zero, the package is evidence of a pattern, not a validated vendor choice. The PM decision it should trigger is "adopt the approach, own the implementation."
• Framework-fit caveat for the roadmap. The rekalogika/* family is Symfony-leaning (PSR-based file abstraction, middleware-style serving). On Laravel, treat it as design input; the native equivalents (URL::temporarySignedRoute, signed route middleware, Flysystem adapters, S3 presigned URLs) carry the same product semantics with first-party support.

When to Consider This Package

Consider the approach — and possibly the package — when:

• You need per-request, expiring access to files that must not be publicly listable (documents, PII, contracts, paid content).
• You want storage-backend portability as a stated requirement, and delivery logic that doesn't leak S3/GCS specifics into controllers.
• Your team is already Symfony-oriented or comfortable with PSR interfaces, and the file abstraction (FileInterface) is already in the stack — this is a companion piece, not a standalone win.
• You need a canonical reference for how to structure expiring-URL generation, and a working implementation is faster to read than to spec from scratch.

Look elsewhere when:

• You're on Laravel. URL::temporarySignedRoute() plus signed middleware, or Storage::temporaryUrl() for S3-compatible disks, covers the same ground with first-party maintenance, documentation, and hiring familiarity. A 1-star, 0-dependent dependency handling sensitive files is a poor trade against built-in primitives.
• You need a maintained dependency. Read-only mirrors, a single maintainer, and no dependent packages mean no downstream canary population — you would be the canary. For a security-adjacent surface, that is a supply-chain risk, not a shortcut.
• You need authorization, virus scanning, thumbnailing, audit logs, or quota enforcement. These are product requirements the package does not own; you'll be building them regardless, which erodes the buy case.
• You need SLA-backed object storage semantics. Prefer provider-native presigned URLs, which are documented, versioned, and supported by the storage vendor.
• You need community answers. No dependents means no Stack Overflow corpus, no forks with fixes, no blog posts describing your failure mode.

Recommended stance: use as a pattern reference and, if you adopt anything, vendor a small amount of code behind an internal interface so the package is replaceable in one file. Do not make it a load-bearing dependency without a spike and a documented exit path.

How to Pitch It (Stakeholders)

To executives (one paragraph): We're evaluating how we serve private files — contracts, invoices, customer documents — without making them public or routing every download through our application servers. This package is a compact, MIT-licensed implementation of the standard answer: generate a link that expires, so access is time-bound and revocable rather than permanent. It's a useful blueprint, but it has essentially no adoption (1 star, no dependent projects) and it's a read-only mirror, so it's not a vendor we can lean on. Recommendation: adopt the pattern, build it on our existing framework primitives, and keep the design portable so we can change storage providers without touching product behavior. This is a small, low-cost decision with a clear security upside.

To engineering leads: The package demonstrates a clean separation — a FileInterface abstraction plus a resource server that mints temporary URLs — which decouples delivery from storage. That separation is worth copying. The dependency itself is not: single-maintainer, unmaintained-looking, zero downstream users, and Symfony-leaning while we're on Laravel. I'd propose we implement the same contract internally using temporarySignedRoute / Storage::temporaryUrl, encapsulate it behind one interface, and use this repo as the design doc. Rough cost: a day or two for the core path plus tests; the package saves us at most a day and costs us an unowned security surface.

To security/compliance: Expiring, unguessable URLs reduce exposure versus public buckets or permanent links, and avoid long-lived storage credentials in application code. However, the package has no independent security review, no CVE history, and no downstream population to surface issues — so any adoption requires our own audit. Also note that signed URLs are bearer tokens: they leak through referrer headers, logs, and chat, and expiry is the only mitigation. We should pair the pattern with short TTLs, per-file authorization at mint time, and access logging.