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Phpforge Laravel Package
infocyph/phpforge
PHPForge from infocyph is a lightweight PHP scaffolding and code generation toolkit for forging boilerplate classes, files, and project structures from simple commands or templates, helping streamline everyday development workflows.
Shared Composer-powered QA, refactoring, benchmark, release, hook and CI tooling for PHP projects.
Frequently asked questions about Phpforge
- Is infocyph/phpforge a Laravel package or a runtime dependency?
- It is not a Laravel runtime package. The technical assessment positions it as development tooling for PHP projects, covering QA, refactoring, benchmarks, release workflows, hooks and CI, so it should be installed with require-dev or used only in CI. It should not ship with a Laravel application or be added to production dependencies.
- Does infocyph/phpforge support Laravel 10 and Laravel 11?
- Laravel 10 and 11 projects typically require PHP 8.1 or 8.2+, so the first check is the package's PHP constraint in composer.json. The package is described as framework-agnostic and is not expected to provide Laravel service providers, config publishing or Artisan commands. Verify compatibility in a disposable branch before adopting it.
- How do I install infocyph/phpforge as a dev dependency?
- Use Composer with the dev flag, for example composer require --dev infocyph/phpforge, and pin the exact version in composer.lock. Because adoption is very low, start in a sandbox or a single non-critical repository rather than a shared CI pipeline. Confirm the CLI entry points and PHP constraints before running it against source code.
- Can infocyph/phpforge generate classes and project scaffolding?
- The package blurb describes a lightweight PHP scaffolding and code generation toolkit for boilerplate classes, files and project structures. The technical overview instead emphasizes shared QA, refactoring, benchmark, release, hook and CI tooling, so inspect the README and available commands to confirm which scaffolding features are actually implemented. Do not assume Laravel-native generators or Artisan commands.
- Is infocyph/phpforge safe for refactoring production code?
- Refactoring is one of the highest-risk capabilities because a defect can rewrite source files. The assessment recommends evaluating it only after QA and benchmark checks, using a dry run if available and a disposable branch with version control. There is no demonstrated production usage, so keep existing tooling as the source of truth until parity is proven.
- Will infocyph/phpforge conflict with PHPUnit, PHPStan, Pint, Rector or PHPBench?
- Dependency conflicts are a key unresolved question. The package is broad in scope, covering QA, refactoring, benchmarks and release automation, which are usually separate tools with separate dependency trees. Review composer.json and test installation alongside your current PHPUnit, PHPStan, Pint, Rector and PHPBench versions before committing.
- What should I check before using the release and CI tooling?
- Release and CI tooling can alter release artifacts or break pipelines, and it may require repository or release credentials. Review what permissions and secrets it expects, run it first in a non-critical repository, and avoid granting broad tokens. Pin the exact version and keep a manual fallback for releases.
- How mature and maintained is infocyph/phpforge?
- The available assessment reports 1 GitHub star and 0 dependents, which is near-zero external validation and suggests single-maintainer risk. Check tagged releases, test suite, CI configuration, static analysis and recent commit history before relying on it. Treat it as experimental developer productivity tooling rather than an established standard.
- What are good alternatives to infocyph/phpforge for Laravel QA and release workflows?
- For Laravel and PHP teams, established tools include PHPUnit or Pest for tests, PHPStan or Psalm for static analysis, Pint for style, Rector for refactoring and PHPBench for benchmarks, plus GitHub Actions or similar CI for releases. These are mature, widely adopted and have clearer compatibility guarantees. Compare PHPForge capability by capability rather than replacing the stack at once.
- How should a team evaluate infocyph/phpforge without taking on too much risk?
- Use a time-boxed evaluation in a disposable branch or low-risk internal repository. Run each capability independently, starting with QA, then benchmarks, then dry-run refactoring, and finally release tooling, comparing output against existing tools. Adopt one capability at a time only after value and safety are demonstrated, and keep it out of production dependencies.
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