Skill UI

This methodology guides the development of new features, product slices, or integrations while mitigating the risk of overbuilding. It mandates an architecture-first approach, requiring the definition of clear acceptance criteria and explicit non-goals. The process focuses on delivering a coherent end-to-end path across responsible system layers, omitting unnecessary configuration, polish, or complexity, and halting immediately upon successful acceptance testing.

A comprehensive guide to developing gothic, mysterious, and historically reconstructed narratives in the style of Li Bihua. This skill focuses on themes of fate, intense love, tragedy, and female obsession, guiding users through the unique 'Qi Qing' (gothic/supernatural) genre, far beyond typical romance.

A comprehensive framework for developing a sustainable LinkedIn presence. It guides users through three critical phases: defining a robust positioning brief (pillars and exclusions), establishing a realistic posting cadence priced against a 'bad week,' and determining newsletter viability with a long-term commitment. Essential for career changers, consultants, or thought leaders seeking structured growth.

A comprehensive guide for setting up and debugging the fundamental structure of a LÖVE (Love2D) game in Lua. Covers the essential callback loop (love.load, love.update, love.draw), delta-time movement, handling various input types, and managing screen states.

This skill assists legal professionals and mediators in conducting comprehensive dispute analysis. By reviewing case materials—including contracts, pleadings, and evidence—it identifies the core issues, underlying interests of all parties, and relevant legal principles. It focuses on developing practical, resolution-oriented strategies for mediation or settlement, moving beyond mere legal rights.

This tool utilizes the Microsoft Learn Command Line Interface (CLI) to retrieve the most current and official documentation, code samples, and best practices directly from Microsoft Learn. It is ideal for developers needing accurate details on Azure, .NET, Microsoft 365, SDKs, APIs, configuration limits, or troubleshooting Microsoft-specific errors, ensuring reliance on authoritative sources rather than internal training data.

This skill provides a controlled and safe mechanism for managing the qualified Nasiko Command Line Interface (CLI). It facilitates read-only status checks, pinned installation, and qualified uninstallation. By enforcing explicit user consent and operating within defined safety contracts, it ensures a reliable and predictable development environment without directly operating the core control plane.

A comprehensive methodology for exploiting modern Continuous Integration/Continuous Delivery (CI/CD) pipelines. This skill covers advanced attack vectors across major platforms, including GitHub Actions expression injection, Jenkins RCE, GitLab YAML abuse, and Azure DevOps compromise. Techniques focus on privilege escalation, credential theft, and supply chain poisoning, mapping to MITRE ATT&CK T1195.002.

Ouroboros is a sophisticated requirement crystallization engine designed for robust AI workflows. It transforms vague, high-level ideas into validated, actionable specifications using advanced techniques, including Socratic interviewing to expose hidden assumptions, generating immutable seed specs, and executing a rigorous 3-stage evaluation (Mechanical > Semantic > Consensus). Ideal for product managers and developers needing to solidify complex AI project requirements.

This powerful diagnostic skill monitors the operational status of long-running, complex sessions. It not only queries whether the session is active, completed, or failed, but also performs crucial 'goal drift' measurement. This measurement quantifies the deviation between the current execution output and the original defined seed goal. Based on the calculated drift score, it provides actionable status reports and suggests necessary course corrections, ensuring the project remains aligned with its core objectives.

This skill guides the advanced process of reverse engineering vulnerabilities from vendor-released security patches (N-day). By performing binary diffing between patched and unpatched binaries, users can pinpoint specific code changes (e.g., new boundary checks, locks) to infer the original vulnerability class (e.g., OOB, Race Condition) and develop a working Proof of Concept (PoC) for weaponization.

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.