neuro-wp-plugin-development

Generate production-grade WordPress plugins with OOP architecture, Composer autoloading, and WPCS compliance.

Updated Apr 18, 2026
One-click install
npx skills add https://github.com/webdevarif/claude-skills --skill neuro-wp-plugin-development-webdevarif
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: neuro-wp-plugin-development
Source: https://github.com/webdevarif/claude-skills/tree/main/neuro-wp-plugin-development
Command: npx skills add https://github.com/webdevarif/claude-skills --skill neuro-wp-plugin-development-webdevarif

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve? Building WordPress plugins that pass WordPress.org review and remain maintainable requires deep knowledge of OOP architecture, PSR-4 autoloading, security hardening, and coding standards. This Skill provides complete, production-ready patterns so you avoid flat procedural code, naming collisions, and security vulnerabilities. ## Core Features & Use Cases - OOP Plugin Architecture: Full directory structure with PSR-4 namespaced classes, a singleton service container, hook loader, activator/deactivator, and i18n support. - Composer & Dependency Management: PSR-4 autoloading configuration plus Strauss-based dependency scoping to prevent conflicts with other plugins. - WordPress.org Standards: WPCS compliance via PHPCS, strict prefixing rules for every identifier, Settings API integration, REST API controllers, custom database tables with dbDelta, and security best practices. - Use Case: Scaffold a new plugin with a custom post type, settings page, and REST endpoint that passes WordPress.org review on the first submission. ## Quick Start Ask the AI to scaffold a new WordPress plugin called 'event-manager' with a settings page, custom database table, and REST API endpoint following OOP architecture.

Frequently Asked Questions about neuro-wp-plugin-development

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I structure a WordPress plugin with OOP and Composer?

Use a PSR-4 autoloaded src/ directory with namespaced classes organized by concern: Core, Admin, Frontend, API, Database, Models, and Services. The main plugin file only defines constants, checks PHP version, loads the Composer autoloader, and boots a singleton Plugin class.

How to prevent Composer dependency conflicts between WordPress plugins?

Use Strauss to scope third-party packages under a plugin-specific namespace prefix like PluginName\Vendor. This rewrites package namespaces into a vendor-prefixed directory so two plugins loading different versions of the same library do not collide.

What naming prefix rules does WordPress plugin development require?

Every function, class, constant, option, transient, meta key, hook, table, and shortcode must use a unique plugin prefix such as acme_crm_. Generic names like my_plugin or helper cause fatal collisions across the WordPress ecosystem.

Does this approach work for WordPress.org plugin submission?

Yes, the patterns target WordPress.org quality standards including WPCS compliance via PHPCS, GPL-2.0-or-later licensing, readme.txt formatting, text domain internationalization, and escaping/sanitization of all input and output.

Why should plugin hooks use class methods instead of closures?

Anonymous closures registered with add_action cannot be removed by other developers. Storing class instances and registering array callables lets third-party plugins call remove_action or remove_filter to modify behavior.

When should plugin data be deleted during the WordPress lifecycle?

Never delete data in the deactivation hook, since users may deactivate temporarily. Cleanup of options, tables, and transients belongs in uninstall.php, which only runs when the plugin is permanently deleted.