- How do I install delight-im/base64 in a Laravel application?
- Install it with Composer using composer require delight-im/base64. The package is a plain PHP utility, so it does not register a Laravel service provider, facade, or config file. You can call its static API directly or, preferably, wrap it behind an internal service. Check its PHP version constraint before adding it to composer.json.
- Does delight-im/base64 support URL-safe Base64 encoding and decoding?
- Yes. The package is described as supporting standard, URL-safe, and custom alphabets, which is the main feature gap over PHP's native functions. URL-safe output is useful for tokens, signed URLs, and identifiers. Verify the exact method names and behavior in the source before relying on it.
- What does delight-im/base64 add over PHP's base64_encode() and base64_decode()?
- Native PHP functions handle standard Base64 but do not provide URL-safe alphabets, custom alphabets, padding control, or strict validation as first-class options. Delight-im/base64 advertises those features in a small, dependency-free API. The key adoption question is whether your application actually needs them. If you only encode and decode standard Base64, a small internal helper may be enough.
- Is delight-im/base64 safe for production Laravel projects?
- Functional risk is low because Base64 is a well-understood encoding, but supply-chain and maintenance risk are higher. The package has low adoption signals such as few stars, zero dependents, and a low score, and it has no commercial support or SLA. Pin the version, run Composer audit in CI, and isolate usage behind an internal wrapper. If adoption is justified, consider vendoring or auditing the small source.
- Which PHP and Laravel versions are compatible with delight-im/base64?
- The package is framework-agnostic and does not ship Laravel-specific integration, so Laravel version compatibility is likely broad. PHP version support must be verified in its composer.json constraints before adoption. Check the repository's CI configuration and recent commits for tested PHP versions. Pin the version in composer.json and lock it in CI.
- How should I use delight-im/base64 in a Laravel codebase?
- Do not let static calls spread across controllers, jobs, and models. Define a narrow internal interface such as Base64Encoder or a Base64Service and adapt the package behind it. Add unit tests for standard, URL-safe, padding, and invalid input cases. That wrapper also gives you a clean fallback to native PHP functions if you remove the dependency.
- What happens when delight-im/base64 receives invalid input?
- The package overview mentions strict input validation, but the exact failure mode, whether it throws an exception, returns false, or behaves differently, must be verified in the source and tests. Do not assume silent corruption or automatic exceptions. Write tests for malformed strings, missing padding, and invalid characters before production use. If the behavior is unclear, wrap calls and normalize errors in your adapter.
- Can I replace delight-im/base64 with native PHP Base64 functions?
- Yes, if your use case is standard Base64 encoding and decoding. A small internal helper around base64_encode() and base64_decode() removes the external dependency entirely. If you need URL-safe output, custom alphabets, padding control, or strict validation, implement and test those behaviors carefully or keep the package behind an adapter. Migration is a code refactor, not a data migration.
- Is delight-im/base64 actively maintained and reliable long term?
- The package is small, which limits its maintenance surface, but low stars, zero dependents, and a low adoption score suggest limited community scrutiny. There is no commercial support or SLA, so support will be internal. Assign an owner, pin the version, review it quarterly, and keep usage isolated. If long-term risk is unacceptable, vendor the code or copy the minimal logic into your application.
- Does delight-im/base64 support streaming or large payloads?
- The provided assessment lists streaming support for large payloads as an open question, so do not assume it. Base64 encoding is linear in input size and generally cheap, but memory behavior matters for large files or API payloads. Test with realistic sizes or use a streaming approach if needed. For simple string encoding, the package API is likely sufficient.