- What is vanilo/payment used for in a Laravel e-commerce application?
- It is a domain module for Vanilo e-commerce apps that helps manage payment methods, integrate gateways, record transactions, and link payments to orders. It provides a consistent abstraction for multiple providers and custom driver implementations. It is not a general-purpose Laravel payment package unless you deliberately adopt Vanilo contracts and module conventions.
- How do I install and configure vanilo/payment in Laravel?
- Install it via Composer, register the service provider according to Laravel and Vanilo conventions, publish configuration, and run migrations. Then configure a gateway adapter or driver and connect payment methods to your checkout and order flow. Check the repository documentation for exact commands and registration details for your Vanilo version.
- Which Laravel, PHP, and Vanilo versions does vanilo/payment support?
- The provided context does not list exact version constraints, so check composer.json, release notes, and the README for supported Laravel, PHP, and Vanilo versions. Pin the package, Vanilo modules, Laravel, PHP, and gateway SDK versions together. Run a sandbox proof of concept before upgrading major dependencies.
- Does vanilo/payment support multiple payment gateways and custom drivers?
- It offers a consistent abstraction for multiple providers and custom drivers, so you can implement or configure gateway adapters. Actual gateway coverage depends on available first-party, community-maintained, or custom adapters. Validate authorize, capture, refunds, partial refunds, webhooks, idempotency, and multi-currency behavior for each gateway you use.
- Is vanilo/payment suitable for a custom Laravel commerce platform without Vanilo?
- The fit is weaker unless your team deliberately adopts Vanilo payment contracts and module conventions. It is best evaluated as a Vanilo domain module, not as a standalone payment platform. For a custom checkout and order model, wrap it behind an internal payment service or adapter interface.
- What payment flows should I test before using vanilo/payment in production?
- Test authorization, capture, refunds, partial refunds, voids, failed payments, webhook replay, idempotency keys, currency handling, and reconciliation. Use a sandbox gateway with test cards and failure injection in staging. Confirm that transaction records reconcile correctly before cutover.
- How does vanilo/payment handle webhooks, idempotency, and duplicate charges?
- The module provides payment domain abstractions and transaction recording, but correctness depends heavily on your gateway adapter and integration layer. Implement idempotency keys, webhook signature verification, replay protection, and reconciliation jobs around it. Treat it as a payment domain helper, not a complete payment security or reconciliation solution.
- What are the production risks of adopting vanilo/payment?
- Key risks include ecosystem lock-in, low community adoption with about 6 GitHub stars and 0 public dependents, maintainer bandwidth, gateway coverage, and payment-specific correctness. Payment flows raise PCI scope, secrets management, duplicate charge, webhook replay, currency handling, and auditability concerns. Plan for internal ownership, monitoring, security patching, and a fork or maintainer escalation path.
- How should I integrate vanilo/payment without coupling checkout to package internals?
- Put the package behind an internal payment service or adapter interface so checkout and order domains depend on your contracts instead of package internals. Define an error taxonomy, webhook endpoint, idempotency strategy, observability, audit logs, and secrets management. If replacing an existing payment layer, run dual-path validation in sandbox and roll out behind a feature flag with rollback.
- What alternatives or maintenance considerations exist for vanilo/payment?
- Alternatives include broader Laravel payment packages or building gateway adapters directly, but compare them against Vanilo contract fit and your order model. Maintenance requires dependency monitoring, security patching, release cadence review, and possible fork or maintainer escalation. Because external validation is limited, budget a proof of concept and internal ownership of the integration layer.