- How do I install mariojgt/castle in a Laravel application?
- Install it with Composer using the package name mariojgt/castle, then follow the README for any service provider, config, or migration steps. Laravel package auto-discovery may handle registration, but confirm the exact setup instructions in the repository. Run your application's test suite after installation to catch integration issues early.
- Which Laravel versions does mariojgt/castle support?
- Castle is presented as a Laravel package for two-step verification, but the exact Laravel version constraints are defined in its composer.json and README. Check those files before upgrading a production app, since major Laravel releases can change authentication and middleware behavior. If your version is not listed, test in a staging branch before adopting it.
- What does Castle actually do for two-step verification?
- Castle is described as a simple and easy two-step verification integration for Laravel. It is intended to add a second verification step to your authentication flow rather than replace Laravel's built-in authentication. Review the README for the exact flow, routes, and code delivery mechanism it provides.
- Do I need to change my User model or database schema to use Castle?
- The package may require storing verification state or codes, so check the README for any migrations or model traits it expects. If migrations are provided, run them in a local or staging environment first and review the schema changes. Keep your User model changes minimal and covered by tests.
- Can I customize how the two-step verification code is sent?
- The package's stated scope is simple two-step verification integration, so delivery options depend on what the README documents. Look for configurable mail, SMS, or notification channels before assuming a specific provider is supported. If your required channel is not built in, you may need to extend the package or handle delivery in your application.
- How should I test two-step verification with Castle in Laravel?
- Use Laravel's testing tools to simulate the login flow, assert that the second step is required, and verify that valid and invalid codes behave correctly. Fake any mail or notification channels your app uses so tests do not send real messages. Also test expiry, reuse, and rate-limiting behavior if the package exposes those settings.
- Is Castle ready for production use?
- Castle can be used in production if its README, release history, and test coverage meet your project's standards. Since it is a small integration package, review how it stores codes, handles expiry, and protects against brute-force attempts before relying on it. Pin a known version in Composer and monitor for updates.
- What are good alternatives to Castle for Laravel two-step verification?
- Alternatives include well-known Laravel 2FA packages and first-party approaches built on Laravel's authentication and notification systems. Compare maintenance activity, supported Laravel versions, delivery channels, and recovery-code support before switching. Castle's advantage is its stated simplicity, so choose alternatives only if you need more features.
- How is mariojgt/castle maintained and updated?
- Maintenance activity is visible on the GitHub repository, including commits, releases, and open issues. Check the latest release date and whether the composer.json supports your Laravel version before adopting it. For long-term projects, consider pinning the package and reviewing changes on upgrade.
- Does Castle support recovery codes, trusted devices, or remember-me?
- The available context only describes Castle as a simple two-step verification integration, so advanced features like recovery codes or trusted devices are not confirmed. Check the README and source code for those capabilities before promising them to users. If they are missing, plan a fallback recovery process in your application.