Can I limit how many changes the skill makes at once?

Yes, you can configure the ERROR_BATCH_SIZE and MAX_ITERATIONS parameters to control the scope and duration of the resolution process.

How does the skill handle complex type errors?

It uses an iterative approach, fixing batches of errors and re-running PHPStan to verify the changes until the issues are resolved or stagnation is detected.

Does it require a specific PHPStan configuration?

It works with your existing phpstan.neon or phpstan.neon.dist files and uses your project's local vendor/bin/phpstan binary by default.

What happens if the AI cannot fix a specific error?

The skill includes a stagnation detection mechanism that stops the process if no further progress is made, providing a final report of what was fixed and what remains.

PHPStan Error Resolver

Name: PHPStan Error Resolver
Author: atournayre

byatournayre

•

Security & Testing

Automatically detects and resolves PHPStan static analysis errors by iteratively fixing type issues and code inconsistencies.

About

The PHPStan Error Resolver skill streamlines the process of achieving zero-error status in PHP projects by automating the repetitive cycle of running static analysis and applying fixes. It intelligently groups errors by file, handles batch corrections using specialized AI agents, and loops through iterations until errors are cleared or stagnation is reached. This is an essential tool for legacy code modernization, strict typing migrations, and maintaining high code quality standards in PHP and Symfony applications.

Key Features

Configurable error batch sizes and iteration limits for controlled refactoring
Automatic stagnation detection to prevent infinite loops in complex cases
5 GitHub stars
Automated iterative error resolution loop up to 10 iterations
Smart grouping of static analysis errors for efficient batch processing
Seamless integration with existing phpstan.neon configurations

Use Cases

Migrating legacy PHP codebases to higher PHPStan strictness levels
Automating the resolution of complex type-hinting issues during upgrades
Maintaining zero-error status in projects before major releases or merges

About

Key Features

Configurable error batch sizes and iteration limits for controlled refactoring
Automatic stagnation detection to prevent infinite loops in complex cases
5 GitHub stars
Automated iterative error resolution loop up to 10 iterations
Smart grouping of static analysis errors for efficient batch processing
Seamless integration with existing phpstan.neon configurations

Use Cases

Migrating legacy PHP codebases to higher PHPStan strictness levels
Automating the resolution of complex type-hinting issues during upgrades
Maintaining zero-error status in projects before major releases or merges