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Payment Processors Laravel Package
tepuilabs/payment-processors
tepuilabs/payment-processors is a Laravel/PHP package that provides a unified approach to integrating multiple payment processors, helping developers manage gateway configuration and payment handling consistently while reducing gateway-specific code in applications.
Payment processors
Frequently asked questions about Payment Processors
- What is tepuilabs/payment-processors used for in Laravel?
- It is a Laravel/PHP package that provides a unified approach to integrating multiple payment processors, with shared gateway configuration and payment handling. It aims to reduce gateway-specific code by letting you work through a consistent abstraction. Treat it as a thin adapter candidate rather than a full payment orchestration platform.
- Does tepuilabs/payment-processors support Laravel 11 and PHP 8.3?
- The package's last release was 2022-03-31 and the repository is archived, so official support for current Laravel and PHP versions is unlikely. Check the composer.json constraints in the repository and run a non-production install against your target PHP and Laravel versions. A 2022 release probably predates current Laravel releases and PHP 8.2/8.3 expectations, so expect to fork for compatibility.
- Is tepuilabs/payment-processors safe to use in production for payments?
- It carries high technical risk for production payments because archived status means no upstream security patches, framework compatibility updates, or gateway API fixes. Payment-specific concerns include idempotency, webhook signature validation, credential handling, PCI scope, and refund or partial-capture behavior. Do not make it the system of record; wrap it behind an internal interface you own and only adopt it after a time-boxed proof of concept.
- How do I install tepuilabs/payment-processors with Composer?
- Install it as a Composer dependency in a Laravel application, but first verify its declared PHP and Laravel constraints resolve on your target runtime. Run composer require tepuilabs/payment-processors in a non-production branch or spike environment. If constraints conflict, do not force an install into production; assess a fork and pin instead.
- How do I configure payment gateways in tepuilabs/payment-processors?
- It follows Laravel service-provider and config conventions, likely with gateway credentials and options in a config file published by the package. The metadata does not list supported gateways or payment methods, so review the source and README to confirm coverage and required config keys. Verify that the gateways and APIs you need are current before wiring credentials.
- Is tepuilabs/payment-processors still maintained?
- No upstream maintenance should be assumed: the repository is archived and the last release was 2022-03-31. That shifts security patching, Laravel upgrades, gateway API changes, and bug fixes to your team if you adopt it. Budget explicit ownership and on-call support for any production use.
- How should I test tepuilabs/payment-processors before adopting it?
- Start with a time-boxed spike in a non-production environment, and review the API surface, gateway coverage, tests, and security handling. Build contract tests and fixtures for declined, duplicate, timeout, and partial payment scenarios, since test coverage is unknown from metadata. If the proof of concept passes, fork and pin the package, then add CI and dependency scanning before considering production.
- What are the main risks of using an archived payment package in Laravel?
- Archived payment code creates risks such as unpatched dependencies, expired or changed gateway APIs, webhook replay or duplicate events, and duplicate charges caused by timeouts. You also face Laravel upgrade breakage and unclear failure semantics for declines, refunds, and partial captures. Mitigations include an internal adapter, idempotency keys, dead-letter queues, reconciliation jobs, and a rollback plan.
- How do I migrate from a custom Laravel payment integration to tepuilabs/payment-processors?
- Introduce an internal PaymentGateway interface owned by your product team and wrap the package behind that interface so domain logic stays outside the dependency. Migrate one low-risk payment path first and run parallel processing or shadow traffic before cutover. Reconcile outcomes, define exit criteria, and keep a replacement or rollback plan before expanding usage.
- Are there better maintained alternatives to tepuilabs/payment-processors for Laravel?
- Because tepuilabs/payment-processors is archived, compare it with maintained options that match your gateways, such as Laravel Cashier for Stripe or Paddle, Omnipay, or official gateway SDKs behind your own adapter. The right alternative depends on which processors and payment methods you need, plus current Laravel and PHP support. Evaluate maintenance status, security posture, and test coverage before choosing any payment dependency.
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