Skill UI

A comprehensive diagnostic and resolution guide for frequent issues encountered in the Cursor IDE. Covers advanced topics including authentication failures (OAuth loops), AI completion glitches, indexing problems, performance slowdowns, and extension conflicts, ensuring developers can quickly restore optimal workflow.

A comprehensive guide for integrating and managing VS Code extensions within the Cursor IDE environment. This resource details the transition from the Microsoft Marketplace to the Open VSX Registry, covering installation methods (in-app, VSIX, CLI), conflict resolution with advanced AI features (e.g., Copilot, TabNine), and best practices for ensuring optimal performance and recommended extension stacks for various languages like Python, JavaScript, and Go.

This skill provides comprehensive patterns for synchronizing, backing up, and maintaining data consistency between a local database and the Linear API. It covers full pagination sync, efficient webhook-based incremental updates, and conflict resolution. Implement this when building client applications that require a reliable, up-to-date local mirror of Linear issue data.

This skill provides systematic, advanced diagnostic paths for complex Sentry issues. It addresses common pitfalls such as silently dropped events, failed source map resolution, gaps in distributed tracing, SDK memory leaks, and conflicts with other observability libraries. Use this guide when standard debugging fails and events disappear mysteriously.

This skill integrates advanced AI assistance into Git workflows within the Windsurf IDE. It automates complex source control tasks, including generating descriptive commit messages from staged changes, suggesting optimal branch names, assisting with merge conflict resolution, and streamlining common Git operations. Ideal for developers managing version control or needing robust support for collaborative coding environments.

This guide details the critical steps and changes required to transform a reviewed SIGIR submission into the final Version of Record published via ACM Digital Library. It covers technical requirements, metadata standardization (CCS, keywords), conflict resolution, and adhering to publishing timelines and copyright protocols (e-rights, TAPS).

A systematic methodology for resolving discrepancies between conceptual models (documentation, tests, diagrams, metrics) and actual observed behavior (live code execution or real data). This process mandates that observed reality (the 'territory') always overrules the theoretical map, ensuring system integrity and accurate knowledge updates.

A systematic methodology for resolving deeply conflicting technical requirements (e.g., needing a system to be both fast and consistent). Instead of accepting a midpoint compromise or trade-off, TRIZ instructs users to name the conflict, separate the opposing states (using time, space, condition, or scale), and invent a concrete, no-compromise resolution. Ideal for architecture, API design, and complex system parameter definition.