Pagelock Module Laravel Package

Product Decisions This Supports

• Concurrent-editing integrity on Zikula-based properties. PageLock represents a pessimistic "edit lock" capability: one editor holds a lock on a record while others are warned or blocked. This directly supports the decision of whether to ship coarse-grained locking as an MVP answer to the "two editors overwrote each other" bug class, versus investing in merge/conflict-resolution.
• Build vs. buy vs. borrow. At zero stars, zero dependents, and archived status, this is not a "buy" in any commercial sense — the real decision it informs is borrow the pattern (lock table, acquire/expire/release lifecycle, stale-lock reaper, UI affordance) versus build a modern equivalent on your own stack. Treat it as a reference specification, not a dependency.
• Roadmap sequencing for an editorial product. Locking is a cheap interim step before real-time collaboration. This package lets you scope the "phase 1: prevent lost updates" milestone concretely, so you can defer CRDT/OT or live-cursor work until usage data justifies it.
• Risk/portfolio decisions on legacy PHP estates. If you inherited a Zikula install, this is evidence of what the ecosystem offered and when it stopped (last release Dec 2021). That feeds decisions on freeze-vs-migrate, security-patch exposure, and how much engineering budget goes to maintaining a dead module versus re-platforming.
• Scope boundaries for admin/editor UX. It frames small, cheap product asks — "who's editing this?" badges, lock-expiry notices, admin force-unlock, takeover prompts — that are high-perceived-value and low-effort relative to collaborative editing.

When to Consider This Package

Consider it only when all of these hold:

• You are already running Zikula (or a fork) and the module is compatible with your PHP/Symfony version — and you have verified it against your runtime, not just the 2021 release date.
• You need coarse, short-lived record-level locking for a small editorial team, and the business tolerates occasional "locked by someone who went to lunch" friction.
• You can vendor and own the code: fork it, patch it, and wrap it behind your own interface so it is replaceable.
• The alternative — building lock acquire/expire/release plus stale-lock cleanup yourself — genuinely costs more than adopting this.

Look elsewhere when:

• You are not on Zikula. There is no adoption signal here (0 stars, 0 dependents) and no maintainer; a generic lock table or database advisory locks plus a unique constraint will be less work than porting this.
• You need optimistic concurrency or real merge. Locking is the opposite tradeoff: it blocks rather than reconciles. If the requirement is "let both editors work and merge," you want version columns/ETags, or a CRDT-based editor — not this.
• You need long-term support, security patching, or a maintained dependency. Archived status means no CVE response; that is a procurement and compliance blocker for most regulated environments.
• Lock granularity must be fine (field-level, block-level) or multi-node/scale-out correctness matters — evaluate the implementation's use of caching/DB transactions before trusting it under load.

How to Pitch It (Stakeholders)

To executives (one paragraph): Our legacy Zikula properties have a real, low-grade data-loss problem: two editors open the same page, both save, and one person's work silently disappears. zikula/pagelock-module is a small, free module that adds an "edit lock" — a warning and a block while someone else is editing. It is the cheapest possible fix and validates demand before we fund anything bigger. Important caveat: it is archived and unmaintained (last release December 2021, no community traction), so we would not adopt it as a strategic dependency. We would vendor it, own the patches, and treat it as a stopgap with a defined exit: replace with an in-house lock service or a proper collaborative editor on our re-platforming timeline. Recommendation: proceed only if we are staying on Zikula for 12+ months; otherwise the borrow-the-pattern route is strictly better.

To engineering (summary): Treat this as a reference implementation, not a dependency. Extract the design — lock acquisition with owner and timestamp, expiry/TTL to handle abandoned locks, admin override, and a UI affordance showing lock holder — and implement it behind an internal interface (LockService) with a database-backed adapter. Do not wire module code directly into domain logic. Before any adoption, verify PHP/Symfony compatibility against our runtime, confirm transaction/isolation behavior under our DB, and audit for any request-path queries that will not scale. Expect to own all security patching indefinitely. If the estimate to reimplement the pattern on our current framework is under a sprint, that is the preferred path; the module's only residual value is as a checklist of edge cases we might otherwise forget.