Counter Bundle Laravel Package

Product Decisions This Supports

• Feature delivery: human-readable sequential identifiers (invoice numbers, order IDs, ticket references), usage/rate counters, and view/like tallies. These show up in almost every commerce, billing, or support workflow, so the build-vs-buy question arrives early and repeatedly.
• Build vs buy: this replaces the anti-pattern we most often inherit — SELECT MAX(id) + 1 or DB auto-increment dressed up as a business number. That pattern breaks under concurrency, breaks under multi-tenant partitioning, and breaks when the sequence needs a yearly reset. If the package solves atomic increment and sequence scoping, buying is far cheaper than owning that correctness burden.
• Roadmap enabler: per-tenant, per-year, per-region, and prefix/suffix numbering schemes are recurring enterprise requirements. Having a ready abstraction shortens the path for deals that stipulate "invoice numbers must restart each fiscal year per entity."
• Risk decision: numbering is operationally and often legally sensitive (tax invoicing, audit trails, reconciliation). Correctness and provenance matter more than feature breadth — a missing digit or a duplicate number is a support incident, not a bug ticket.
• Release signal: 1.0.1 shipped with no published changelog content beyond a diff link. For a component whose entire value proposition is "the counter is correct," an undocumented patch is a governance data point, not a feature signal. Treat it as "pin and verify," not "adopt freely."

When to Consider This Package

Consider adopting when:

• You need counters or sequences and do not already have a reviewed, atomic implementation.
• You can read the source — it is a small package, verifiable in an afternoon — and can write your own concurrency test.
• You need a thin abstraction over "next number" rather than a full ID-generation platform.
• You can pin versions and absorb a low-ceremony release process.

Look elsewhere or build in-house when:

• You require gap-free sequences across rollbacks and crashes. That is a transactional-log design decision, not something a bundle can promise for you.
• You need distributed, high-throughput ID generation — use ULID, Snowflake, or a dedicated sequence service instead.
• You need published changelogs, a CVE response process, or vendor support. 1.0.1's notes are a diff link and nothing else; maintainer process maturity is still forming.
• Counters are a write hotspot at your scale. Verify the backing store (row locks vs. Redis INCR vs. file locks) before designing around it.

Required due diligence before adoption:

1. Read the 1.0.0 → 1.0.1 diff directly; do not rely on the release entry.
2. Identify the atomicity mechanism and confirm it holds on your DB/Redis topology.
3. Check test coverage for concurrent increment and for sequence reset/rollover.
4. Confirm framework and PHP version constraints against your matrix.

How to Pitch It (Stakeholders)

For executives: This is a small, focused dependency that solves sequential numbering and counters — the kind of utility we would otherwise build and then quietly maintain forever. Integration cost is low and switching cost is low because we will wrap it behind our own interface, so this is a cheap bet rather than a platform commitment. The caveat is maturity: it is a 1.0.x package with a thin release-notes trail, so we pin versions and keep our own tests around numbering correctness. Approve a short evaluation, not a standard.

For engineering: Worth a spike, not a mandate. Stand up a concurrency test that hammers the counter from N processes and confirm the atomicity and locking story against our actual database topology before adopting. Wrap it in a thin internal interface (SequenceGenerator) so we can swap implementations if maintenance stalls. Note that 1.0.1 is a patch release with only a diff link published — review the commit before bumping, and set a standing expectation that we read diffs rather than release notes for this dependency.