Skill UI

Master expert patterns for building robust serverless applications using Azure Functions. This guide covers multi-language support (.NET, Python, Node.js), including the isolated worker model, Durable Functions orchestration, cold start optimization, and implementing various triggers (HTTP, Timer, Blob). Essential for developing scalable, production-ready cloud backend services.

This SDK provides comprehensive Python tools for managing Azure API Management (APIM) resources programmatically. Users can automate the entire lifecycle, including creating and updating APIM services, importing APIs from OpenAPI specifications (JSON or URL), defining product tiers, managing subscriptions, applying granular security policies (like rate limiting), and configuring backends and users.

This SDK provides comprehensive management plane capabilities for provisioning and controlling Microsoft Fabric compute capacities via Azure Resource Manager (ARM). Use it to perform core lifecycle operations such as creating, updating (including scaling), suspending, resuming, and deleting Fabric capacities. Note: This SDK manages the underlying compute resource, not the data plane elements like workspaces or lakehouses.

This SDK provides comprehensive management plane capabilities for provisioning and controlling Microsoft Fabric compute capacities via Azure Resource Manager (ARM). Use it to perform core lifecycle operations such as creating, updating (including scaling), suspending, resuming, and deleting Fabric capacities. Note: This SDK manages the underlying compute resource, not the data plane elements like workspaces or lakehouses.

This skill specializes in generating expert-level, component-level architecture documentation based on the C4 Model. It synthesizes low-level code documentation into a high-level view, clearly defining component boundaries, service interfaces (REST, GraphQL, etc.), and inter-component dependencies. Ideal for documenting complex software systems and creating accurate Mermaid C4 Component diagrams.

An expert resource for developing highly reusable, production-grade cloud infrastructure using AWS Cloud Development Kit (CDK) in languages like TypeScript, Python, or Java. This guide provides established patterns for common services (e.g., Serverless APIs, ECS, Data Pipelines), focusing on best practices such as implementing least privilege, separating stateful resources, and ensuring monitoring via CloudWatch.

Automates AWS CDK stack generator tasks by offering guided best practices, production-ready code, and validation for compute, storage, networking, serverless, and CloudFormation scenarios within AWS Skills.

A comprehensive guide to essential Bash and Linux command patterns for macOS and Linux systems. Covers fundamental scripting concepts, including command chaining (&&, ||), file operations (find, grep, sed, awk), process management, text processing, environment variable handling, and network utilities (curl). Ideal for automating system tasks and improving command-line efficiency.

Automates Brightpearl operations through Composio's toolkit via the Rube MCP interface, guiding users through connection checks, schema discovery, and multi-execute calls for reliable workflows.

Guide for automating Browserless tasks through the Composio Rube MCP workflow, covering tool discovery, connection validation, schema compliance, and execution patterns for Browserless toolkits.

This comprehensive guide demonstrates how to integrate external applications with the Clay platform using webhooks. Users learn to send raw data (such as company domains or lead information) via API calls in multiple popular languages (cURL, Python, Node.js). Clay automatically processes this data through configured enrichment columns and returns enriched, structured results. This is essential for building robust data pipelines and testing webhook setups.

A comprehensive guide to configuring SaaS integrations (like Clay) across development, staging, and production environments. This skill outlines best practices for maintaining environment isolation by using separate tables, managing unique webhook URLs, and implementing environment-aware code guards to prevent data leakage and ensure system stability during deployment.