- How do I install collegeman/fuerte in a Laravel app?
- Install it with Composer using composer require collegeman/fuerte. In a Laravel app, check the README for any service provider or configuration publishing step because the package is described as a small, dependency-free utility. Commit composer.json and composer.lock so the version is pinned.
- Does Fuerte use a cryptographically secure random generator?
- The provided overview does not document the random source, so verify the implementation before production use. A security-sensitive password generator should use PHP's random_int or random_bytes rather than rand or mt_rand. Review the source for modulo bias and charset handling as part of your security review.
- Which Laravel and PHP versions does Fuerte support?
- The supplied context does not list exact PHP or Laravel version constraints. Check the package's composer.json and README for supported PHP and Laravel ranges before adding it to your matrix. Run CI against the PHP and Laravel versions your application actually supports.
- What are the default password length and character set options?
- Default length, character set, and ambiguity rules are not specified in the available overview. Inspect the package configuration or source to confirm defaults before relying on them. If you need reproducible policy, set length and charset explicitly in your adapter rather than accepting implicit defaults.
- Does Fuerte include a Laravel service provider or facade?
- The package is described as a no-dependency utility for PHP, JavaScript, and WordPress, not as a full Laravel auth package. The provided context does not confirm a Laravel service provider or facade, so check the README and composer.json. If none exists, call it behind an application-owned service or adapter.
- Can I use Fuerte to generate API keys or session tokens?
- Fuerte is positioned as a password generator, and passwords are not automatically suitable for API keys, session identifiers, or URL-safe tokens. Those use cases often require different charsets, entropy targets, and encoding rules. Use Laravel-native token helpers or a dedicated token generator unless Fuerte explicitly documents URL-safe token support.
- Is Fuerte safe for production password generation?
- It can be reasonable for low-risk flows such as admin-provisioned temporary passwords if a security review confirms CSPRNG use, entropy, and charset behavior. Do not treat it as a replacement for Laravel authentication, password hashing, breach checks, or credential lifecycle management. Wrap it behind an internal interface and keep a native fallback in case the package is abandoned.
- How do I test password generation in a Laravel application?
- Create an application-owned PasswordGenerator contract and inject a Fuerte adapter so tests can substitute a deterministic fake. Unit test your adapter for length, allowed characters, and edge cases instead of testing the vendor package's internals. The provided context does not mention built-in Laravel testing helpers, so plan your own test coverage.
- Is collegeman/fuerte actively maintained?
- Adoption signals in the provided assessment are limited, including about 25 GitHub stars and a low package score. Check the repository's commit history, release tags, and issue activity before committing. Pin the version and isolate it behind an adapter so replacing it later is inexpensive.
- What alternatives to Fuerte should I consider for Laravel password generation?
- Consider Laravel's built-in Str::password helper where your Laravel version supports it, or a small internal random_int-based generator with explicit charset and length rules. Dedicated security libraries may be better if you need reviewed entropy guarantees or token-specific output. Fuerte remains a reasonable point solution only if its randomness and maintenance pass your review.