Wizard Laravel Package

Technical Evaluation

Architecture fit. ruwork/wizard is a small, narrowly scoped library for modeling multi-step form/wizard flows (step definitions, transitions, and flow state). Architecturally it belongs in the application/domain layer of a Laravel app, beneath controllers and above persistence. It is not an infrastructure package and does not attempt to own routing, views, or ORM concerns — which is the right shape for a wizard library, but it also means it provides no batteries-included Laravel integration. Fit is therefore conditional: it suits teams that want a thin flow abstraction and are prepared to own the surrounding wiring (controllers, validation, persistence, UI). It is a poor fit if the expectation is a drop-in Livewire/Blade wizard component.

Integration feasibility. Composer installation is trivial and the MIT license permits forking and vendoring. The practical blocker is not installation but lifecycle: the repository is archived, has one star, zero dependents, and no community surface. There is no upstream to absorb PHP/Laravel version drift, security patches, or bug fixes. As a reference implementation or vendored starting point, feasibility is high. As a maintained external dependency in a production roadmap, feasibility is low.

Technical risk. High and concentrated in sustainment rather than runtime. Specific risks: (1) abandonment — no maintainer, no issue triage, no CVE response; (2) version drift — the package likely pins older PHP/Symfony constraints that will conflict with current Laravel releases; (3) zero validation — no dependents means no field evidence of correctness under real load or edge cases; (4) hidden coupling — wizard libraries often assume session-backed state and specific validation semantics that may not match Laravel's Validator/FormRequest model. Runtime risk is modest because the domain is simple; lifecycle risk is severe.

Key questions.

• Does it support branching/conditional steps, or only linear flows?
• Where does flow state live — session, request, or user-supplied persistence?
• How does step validation integrate with Laravel's validator and FormRequests?
• What PHP and Laravel versions does composer.json constrain, and does it install cleanly on our matrix?
• Is there a test suite, and what is its coverage of transition edge cases?
• How large is the source? (If small, vendoring and owning it is cheap; if large, the opposite.)
• Can step-skipping be prevented server-side, or is ordering enforced only client-side?

Integration Approach

Stack fit. Treat this as a plain-PHP library wrapped by our Laravel code, not as a Laravel package. There is unlikely to be a service provider, config, or facade; we would register bindings and adapters ourselves. That is acceptable for a thin domain helper but should be reflected in estimates.

Migration path. Do not retrofit an existing flow onto it. If adopted, use it greenfield for a single new wizard behind an internal interface (e.g., WizardFlow contract) so the implementation can be swapped. Prefer vendoring the relevant classes into an application namespace over a hard Packagist dependency, which converts an abandoned dependency into owned code and removes supply-chain and upgrade-conflict exposure.

Compatibility. Run a source audit before any commitment: inspect composer.json constraints, PSR-4 layout, and Symfony/PSR dependencies; install against our PHP/Laravel matrix in a throwaway container; scan for known-vulnerable transitive dependencies. Expect to patch version constraints and possibly deprecations. Any incompatibility is ours to fix permanently.

Sequencing. (1) Timeboxed spike, one to two days, to reproduce one representative wizard. (2) Source and license audit plus vulnerability scan. (3) Build-vs-vendor decision: adopt as reference, vendor-and-own, or build a small state machine in-house. (4) Wrap behind an internal contract and add characterization tests around transitions and validation. (5) Ship one low-risk flow, then reassess before broader reuse. (6) Document the ownership decision explicitly.

Operational Impact

Maintenance. Adoption means we become the maintainer. Budget ongoing ownership: PHP/Laravel upgrade compatibility, bug fixes, and documentation. This is the dominant cost and should be priced against writing a few hundred lines of wizard logic ourselves, which for linear flows is often cheaper over a two-to-three-year horizon.

Support. No maintainer, no community, no SLA, and documentation limited to a README. Internal runbooks and onboarding docs are mandatory. Any production incident routes to our team with no upstream escalation path.

Scaling. Computationally negligible — wizard orchestration is low-throughput and request-scoped. The real scaling decision is state storage: session-backed flows require a shared session store (e.g., Redis) for horizontal scaling and introduce expiry semantics; database-backed flows add write load but survive session loss. Neither is provided by the package; both are ours to design.

Failure modes. Most probable: silent breakage on PHP/Laravel upgrades; state loss on session expiry mid-flow; validation gaps permitting step-skipping or out-of-order submission; and bus-factor loss of the one engineer who understands the vendored code. Mitigations are characterization tests, server-side step-order enforcement, explicit state persistence, and a documented internal owner.

Ramp-up. The codebase is likely small and learnable in a few days by a mid-level engineer, faster than building from scratch. The catch is that ramp-up includes reading source rather than docs, and the knowledge is non-transferable externally. Net: low individual ramp-up, elevated organizational risk.

TPM recommendation. Given an archived repository, one star, zero dependents, and a composite score of 0.0025, this should not enter the production dependency graph as-is. Use it as a design reference or vendor it under explicit ownership if the flow model is a strong fit; otherwise implement a minimal internal wizard abstraction. The opportunity value (5.3) is in the problem domain, not in this artifact's sustainment profile.