- What is phariscope/safephp and what problem does it solve?
- SafePHP wraps PHP built-in functions in type-safe alternatives that throw exceptions instead of returning false on failure. It helps failures surface immediately and makes error handling clearer. The package provides drop-in replacements so code is safer and easier to statically analyze.
- How do I install phariscope/safephp in a Laravel project?
- Install it with Composer using the package name phariscope/safephp. Then import the SafePHP replacement functions or classes wherever you currently call PHP built-ins. Review the package README for the exact replacements and usage details.
- Is SafePHP compatible with Laravel?
- It is a Composer package for PHP code, so it can be used inside Laravel applications. Check the package's Composer constraints for the Laravel and PHP versions it supports, and test the replacements in your app. The provided overview does not list specific framework version requirements.
- What happens when a SafePHP function fails?
- SafePHP replacements are designed to throw exceptions on failure instead of silently returning false. That means failures surface at the call site and can be handled with normal try/catch blocks or Laravel's exception handling. You should plan for exceptions rather than checking false return values.
- Can I use SafePHP as a drop-in replacement for PHP built-in functions?
- The package is described as providing drop-in replacements for PHP built-in functions. You replace the native call with the SafePHP equivalent to get type-safe behavior and exception-based failure handling. Verify the exact function names and signatures in the package documentation before migrating.
- Does SafePHP improve static analysis?
- Yes, the package is positioned to make code easier to statically analyze by using type-safe, exception-throwing alternatives. This gives static analyzers clearer return types and failure paths than functions that may return false. Combine it with your existing PHPStan or similar tooling for best results.
- Do I need to replace every PHP built-in function with SafePHP?
- No, you can adopt SafePHP incrementally where silent false returns or unclear failure modes are a concern. Start with call sites where a false return could hide an error and replace those with the SafePHP equivalents. Keep native functions where their behavior is already well understood and error handling is explicit.
- How do I test code that uses SafePHP exceptions?
- Write tests that assert the SafePHP replacement throws the expected exception for invalid input or failure conditions. For success paths, assert the returned value has the expected type. In Laravel, you can use the framework's exception assertions or PHPUnit's expectException.
- Is SafePHP suitable for production Laravel applications?
- It can be suitable if you want failures to throw exceptions and you handle those exceptions appropriately. Because it changes failure behavior from false returns to exceptions, review your error handling and test critical paths before deploying. Check the package's maintenance status and version constraints before relying on it in production.
- What are alternatives to SafePHP for safer PHP functions?
- Alternatives include manually wrapping built-ins in your own exception-throwing helpers or using static analysis rules to catch unchecked false returns. SafePHP's advantage is offering ready-made type-safe replacements. Evaluate alternatives based on the functions you need and your project's error-handling conventions.