Diamond Console Laravel Package

Product Decisions This Supports

• Build vs. buy on internal scaffolding. The alternative to this package is almost always a homegrown generator or a copy-paste "golden path" repo. That's a decision with a real carrying cost — someone owns the stubs, updates them when Laravel changes, and reviews every drift. Adopting diamond-console is a small, reversible bet that defers that build.
• Modular monolith vs. service extraction. DDD-style module boundaries are the cheapest way to keep the microservices option open. If the roadmap contains "we may split out billing/identity later," scaffolding bounded contexts now is far cheaper than a late decomposition — and this package lowers the per-module cost of doing that.
• Architecture as a first-class artifact. Generated code makes the intended layering (Domain / Application / Infrastructure / Interface) explicit and reviewable. That turns architecture from a wiki page into something that shows up in diffs, which is what actually governs behavior.
• Feature estimation and delivery shape. Boilerplate is a tax that shows up as consistently inflated estimates on "add a new domain concept" work. If we can measure time-to-first-endpoint for a new bounded context before and after, we have a defensible velocity argument.
• Onboarding as a product surface. A new engineer's first week is a product experience. A generator that produces a working, idiomatic slice is a materially better first-week than "read these 40 files and copy the good one."
• Explicitly not an infrastructure commitment. This is a dev-time tool: it writes files and exits. There is no production runtime dependency, no request-path risk, and the generated code is ours under MIT. That keeps the cost of being wrong bounded to a few days of rework rather than a migration.

When to Consider This Package

Adopt when most of the following hold:

• Laravel is the confirmed platform and will be for the foreseeable planning horizon. This package is opinionated toward Laravel base structures; it is not a portable architecture library.
• The team has, or is actively building, DDD conviction. Not "we read a blog post" — at least one senior engineer who can review generated boundaries and say no to bad ones. Generators amplify a team's architectural literacy; they do not substitute for it.
• The domain is genuinely non-trivial — multiple bounded contexts, real invariants, more than one team or more than ~3 engineers expected to touch the same modules.
• You are willing to own a fork. At 64 stars and a last release in December 2024, this is an early-stage, likely single-maintainer package. Accept that you may pin a version, patch it, or vendor the stubs. If that is unacceptable, stop here.
• You can absorb a framework-version pin risk. Verify compatibility against your target Laravel version before committing, and re-verify on every major Laravel upgrade.

Look elsewhere when:

• The product is fundamentally CRUD. Standard Laravel conventions plus form requests and policies will out-deliver a layered DDD scaffold for a small admin-style app; the ceremony is pure overhead.
• The team lacks DDD buy-in. Generated layer skeletons without shared understanding produce empty indirection — an Application folder that just calls Eloquent, which is worse than no layers at all.
• You need supported tooling with an SLA. This is a community MIT package; treat it as a head start, not a supply-chain dependency.
• You need full CQRS, event sourcing, or outbox infrastructure. This looks like a structure/scaffolding tool, not a messaging or persistence framework. You will still be choosing and integrating those pieces yourself.
• You have already standardized on another modularization approach (e.g., a modules package, or an existing in-house convention). A second scaffold vocabulary is a net negative.
• Your generated code would be immediately rewritten by a formatter, static analysis, or naming standard you can't configure. Confirm the output matches your linters before rollout.

How to Pitch It (Stakeholders)

For executives — one paragraph. We are evaluating a small open-source developer tool that standardizes how we structure new business-domain code in our Laravel applications. Its value is not new functionality; it is consistency and speed. It reduces the repetitive setup work on every new domain area, makes our architectural conventions visible and reviewable in code, and shortens ramp-up for new engineers. Cost is effectively zero (MIT-licensed, developer-machine only, no production runtime footprint), and the exit cost is low — the code it generates belongs to us and can be maintained without the package. The main risk is that it is an early-stage community project, which we mitigate by pinning a version and assuming we may need to fork it.

For engineering — the honest version. This is a scaffolding generator for DDD-shaped Laravel modules. It buys us a consistent folder contract and less keystroke-level boilerplate per bounded context. It does not buy us correctness of boundaries — that is still a design-review problem, and if we don't review boundaries we'll just generate well-organized mess faster. Before we adopt: pin it in require-dev, run it against one real bounded context as a spike, diff the output against our current conventions, and confirm it survives our linter and static analysis. If the spike holds, adopt for new modules only — do not retrofit existing code, since the churn would swamp the benefit.

The ask. One engineer-week: half a day for the spike, the rest for a written convention doc and a review checklist so the generator reinforces a standard rather than becoming the standard. Success metric: time-to-first-working-endpoint for a new bounded context, plus a drop in architecture-related review comments. Revisit at the next Laravel major upgrade, when the maintenance question becomes concrete.