Skill UI

Set up Databricks job notifications and webhook endpoints to relay alerts to Slack, Teams, or other systems, with guidance on custom handlers, monitoring SQL tables, and alert integration for failures.

Automates Datadog monitoring workflows via Composio’s Rube MCP, letting you query metrics, search logs, manage monitors and dashboards, and create events or downtimes after connecting to the MCP toolkit and tools list.

Guides using Rube MCP’s Composio toolkit to discover current Datagma tools, verify connections, and execute workflows while adhering to live schemas, session reuse, and required memory parameters.

This guide provides best practices for developing reliable, fault-tolerant Go applications using DBOS durable workflows. It covers critical aspects such as application initialization, registering workflows, structuring steps, using queues for concurrency control, and maintaining determinism. Essential for developers integrating DBOS into existing Go codebases.

This guide outlines best practices for building reliable, fault-tolerant Python applications using DBOS durable workflows. It is essential when integrating DBOS into existing codebases, structuring complex workflows and steps, or implementing robust concurrency control using message queues. Follow these rules to ensure your application lifecycle is deterministic and resilient.

A comprehensive guide for developers building reliable, fault-tolerant applications using DBOS durable workflows within TypeScript. It covers best practices for integrating DBOS into existing codebases, defining complex workflows, managing steps, and controlling concurrency using queues. Use this reference when setting up the application lifecycle, implementing communication patterns, or ensuring workflow determinism.

This skill guides the definition of relationships and integration contracts between distinct bounded contexts within a complex system using Domain-Driven Design (DDD) patterns. It is crucial for preventing domain leakage, planning anti-corruption layers (ACLs), and clarifying ownership boundaries when multiple services interact, ensuring a robust and scalable system architecture.

This skill guides the architectural definition of complex business domains using Domain-Driven Design (DDD). It helps in defining core subdomains, separating services by bounded contexts, and establishing a unified ubiquitous language. It is essential for decomposing monoliths, structuring microservices, and aligning team ownership with clear domain boundaries.

This skill guides the application of Domain-Driven Design (DDD) tactical patterns, including defining aggregates, modeling value objects, managing repositories, and utilizing domain events. It helps developers translate complex domain rules into clean, robust, and behavior-rich code structures, ensuring invariants are explicitly enforced.

Guides diagnosing Buttercup CRS Kubernetes issues across the crs namespace by triaging pod states, analyzing logs, checking resource pressure, monitoring Redis, and inspecting queues for cascading failures in services such as redis, build-bot, scheduler, and UI.

Guides developers through capture of errors, reproduction steps, isolation, fixes, and verification so debugging focuses on root causes and prevention rather than symptoms.

This skill guides users in transforming chaotic debugging efforts into a structured, systematic process. It provides a methodology for tracking down elusive bugs, investigating complex performance degradation, and resolving critical production incidents. Users learn to capture necessary logs, formulate testable hypotheses, narrow the scope using techniques like binary search, and methodically verify fixes in distributed systems environments.