Skill UI

Automates Timelinesai tasks by driving Composio’s toolkit through the Rube MCP interface, ensuring connection management, schema discovery, and lifecycle steps (search, connect, execute) are enforced before workflow execution.

This skill provides comprehensive guidance for the entire lifecycle of Conductor tracks—the logical work units used to organize features, bugs, and refactors. It assists users in creating, reviewing, updating specifications (spec.md), developing plans (plan.md), and managing the status and metadata of tasks from initial conception through final completion, ensuring structured and traceable development processes.

This expert guide provides comprehensive best practices for developing robust, high-performance C++ code within Unreal Engine 5.x. It covers critical topics such as UObject lifecycle management, adhering to Epic Games' strict coding conventions, optimizing performance-critical sections (e.g., avoiding unnecessary Ticking), and correctly using soft references for asset loading. Use this skill for professional game development tasks requiring deep knowledge of the Unreal reflection system and advanced C++ patterns.

Guidance for automating Virustotal tasks through Composio’s toolkit on Rube MCP, covering discovery, connection management, schema-aware execution, and workflow best practices.

This skill enables the creation and management of Windsurf Flows, providing automated workflows for handling repetitive development tasks. Users can utilize it to scaffold components, generate boilerplate code, run comprehensive test sequences, and execute complex multi-step operations with a single command, significantly streamlining the development process.

TaskEither is a functional programming utility from fp-ts designed for handling asynchronous operations that might fail. It provides a robust, type-safe mechanism for managing complex async workflows, such as chained API calls or promise wrappers. Instead of relying on traditional try/catch blocks where errors can be lost, TaskEither forces the developer to explicitly handle both success and failure paths, making error management predictable and composable.

A lightweight integration providing full read/write access to Google Slides presentations. This tool allows users to programmatically create, inspect, modify, and extract content (including text and tables) from Google Workspace documents. Perfect for local automation tasks requiring full control over presentation structure and content without needing a dedicated server.

This agent ensures seamless continuity across multiple work sessions. It automatically captures, compresses, and stores critical project information—including summarized discussions, architectural decisions, pending tasks, modified files, and technical discoveries. When a new session starts, it loads a comprehensive briefing, allowing users to quickly resume work without losing track of the project's current state.

This advanced prompt simulates a Senior Project Manager and DevOps specialist. It takes comprehensive feature artifacts (PRD, technical breakdowns, testing plans) and generates a structured, automated GitHub project plan. It enforces Agile best practices (Epic > Feature > Story > Enabler > Task) and includes templates for issue creation, dependency management, risk assessment, and Definition of Done, ensuring robust project tracking within GitHub.

This skill enables users to create, update, and manage GitHub issues via MCP tools or CLI. It supports bug reports, feature requests, and task tracking. Users can add labels, assignees, milestones, and link issues. It handles issue types and dependencies, streamlining project management.

This tool provides comprehensive automation for core GitLab operations, streamlining the entire development lifecycle. Users can manage projects, track issues, review merge requests, manage branches, and monitor CI/CD pipelines. It leverages a unified API interface to handle complex workflows, ensuring efficiency in version control and collaborative development environments.

This comprehensive guide serves as a technical reference for migrating applications from the Universal Windows Platform (UWP) framework to the modern WinUI 3 / Windows App SDK. It details crucial API changes, including namespace updates, window management (CoreWindow to AppWindow), threading models (CoreDispatcher to DispatcherQueue), and best practices for dialogs and background tasks. Essential for developers updating legacy UWP codebases.