Skill UI

A comprehensive guide to building responsive and navigable user interfaces (UIs) in Godot 4.x. Learn to utilize Control nodes, Anchors for adaptive layout, various Container nodes (VBox, HBox, Grid), and Theme resources for consistent styling. This skill covers anchoring, layout management, focus navigation for controllers/keyboards, and signal handling for HUDs, menus, and dialog boxes.

This skill provides an engine-neutral, high-level architecture for abstracting raw physical inputs (keys, buttons, touch) into named gameplay actions. It supports advanced features like multi-device binding, conflict detection, analog deadzones, input buffering, and coyote time, ensuring flexible and accessible control schemes for modern games.

This skill provides comprehensive management of the Web Application Firewall (WAF) for Power Pages production sites. It allows users to check the current protection status, recommend necessary security measures, and apply granular rules such as IP blocking, country restrictions, path access controls, and rate limits. Use it to secure sites against brute-force attacks or common web vulnerabilities.

Manage the experimental Nasiko CLI lifecycle through ECC with read-only status checks, consent-gated installation of a pinned qualified version, dry-run previews, and ownership-checked uninstall. Use to install, inspect, or remove the Nasiko CLI safely.

A comprehensive guide for red team operators detailing techniques to manipulate, clear, or destroy digital evidence on Windows and Linux systems. Covers clearing Windows Event Logs (wevtutil), manipulating Linux system logs, timestamp forgery, file system scrubbing, and memory artifact removal. Essential for understanding advanced evasion methods and achieving operational security during authorized engagements.

Covers advanced API exploitation methodologies, focusing on business logic abuse, API call chaining, and sophisticated attack patterns that bypass traditional security controls. Topics include GraphQL abuse (batching, introspection), JWT manipulation (algorithm confusion), race conditions, and identifying API key leakage. This guide is designed for authorized penetration testers targeting deep-seated, logic-layer vulnerabilities.

This guide details how to implement physics simulation using Phaser 4's lightweight Arcade Physics engine. It enables features like top-down movement, gravity control, and collision detection (colliders) for building platformers and arcade-style games. It is essential for any game requiring dynamic movement or interaction between sprites and world boundaries.

This guide covers the fundamental architecture for building and debugging Phaser games. It details the Game configuration, the Scene lifecycle (init, preload, create, update), asset management, camera controls, and robust techniques for inter-scene communication and transitions. Use this when structuring any complex Phaser application.

This robust fixture is designed to execute predefined tasks using a specified seed path and current working directory. It intelligently separates dispatch metadata within YAML frontmatter from the main content body, ensuring the router reliably loads execution parameters while ignoring potential interference from the body text. Ideal for structured testing and controlled execution workflows.

This skill runs a comprehensive four-layer automated validation process designed for third-party control repositories packaged as binary bundles. It performs structural pre-flight checks covering native source structure (Android/iOS), manifest consistency, and contract agreement across layers. It is designed to surface fixable issues quickly without requiring slow, full toolchain compilation, providing crucial early validation.

This skill covers setting up a foundational Three.js scene. It includes configuring import maps, initializing the Scene, PerspectiveCamera, and WebGLRenderer trio, establishing a responsive render loop, and adding OrbitControls. Use this when bootstrapping a new Three.js application or debugging rendering issues like blank canvases. It excludes model loading and material lighting setup.

This guide details the modern, action-based approach to handling player input in Unity using the Input System package. It covers setting up Input Actions, Action Maps, utilizing the PlayerInput component, and advanced coding patterns (callbacks, polling). Use this when building robust, device-agnostic gameplay controls for modern Unity projects.