Skill UI

This runbook provides implementation patterns for interacting with the Procore REST API using OAuth2 authentication. It guides users on accessing company data, handling common API errors (e.g., 401, 429, 403), and executing core project management workflows within the construction industry.

This skill provides implementation patterns for setting up multi-environment integrations with the Procore construction management platform. It utilizes the REST API and OAuth2 authentication to manage tasks such as project management, retrieving company details, or handling submittals. It is essential for developers building automated workflows that interact with Procore data.

This skill provides implementation patterns for achieving observability within Procore, a comprehensive construction management platform, using its REST API. It is designed for automating critical project management tasks, such as retrieving company data, managing Requests for Information (RFIs), or handling submittals, requiring secure OAuth2 authentication for integration.

This skill guides the implementation of a comprehensive project checklist using the Procore REST API. It covers OAuth2 authentication, necessary API call patterns (such as retrieving company data), and includes thorough error handling for common issues like unauthorized access or rate limits. Ideal for developers integrating Procore into custom project management workflows, handling tasks like RFIs, submittals, and overall project status tracking.

This skill provides detailed instructions on implementing Procore API calls, focusing on OAuth2 authentication and robust error handling. It is crucial for automating tasks such as retrieving project data, managing RFIs, or handling submittals within a construction management workflow, ensuring reliable interaction while respecting API rate limits.

This guide provides comprehensive strategies for scaling datasets that exceed the capacity of a single node. It covers various architectural patterns, including multi-tenancy with payload partitioning and sliding time window management. We detail the full scaling progression, from optimizing a single node (Vertical Scaling) to distributing data across multiple nodes via sharding (Horizontal Scaling), ensuring reliable handling of massive, growing datasets.

This mechanism is designed to optimize Qdrant's performance when handling queries with very large limits or when paginating results across multiple shards. Instead of forcing every shard to transfer the full requested limit (which is bandwidth-intensive), it uses Poisson distribution statistics to calculate smaller, optimized limits for each shard. This significantly reduces inter-shard data transfer and improves the efficiency of large-scale vector search, while maintaining a very high degree of accuracy.

This skill allows for the generation and execution of complex, optimized SQL queries to derive deep business insights. It supports sophisticated data workflows, including multi-table joins, multi-dimensional analysis (e.g., trend analysis, attribution modeling, comparative analysis), and subsequent recommendations for appropriate data visualizations (e.g., line charts, waterfall charts). It goes beyond simple SELECT statements by planning the query structure, handling schema relationships, and ensuring adherence to best practices.

This skill provides implementation patterns for robust integration with the Ramp Developer API. It supports core financial workflows, including corporate card management, expense tracking, and accounting synchronization. It guides users through the OAuth2 authentication process and demonstrates best practices for handling common API errors (e.g., 401 Unauthorized, 429 Rate Limited) to ensure stable and reliable financial data access.

This workflow integrates with the Ramp API to manage corporate card transactions and expenses. It allows users to list, filter, and retrieve detailed transaction data, and crucially, sync these expenses directly to an accounting system (ERP). The process includes mapping transactions to general ledger accounts, making it ideal for finance teams handling expense reconciliation and accounting processes.

This skill provides integration patterns for the Ramp Developer API, enabling comprehensive data handling for corporate cards and expense management. It covers the full workflow, including OAuth2 authentication, retrieving card details, and syncing financial data. Use it for automating expense reports, accounting reconciliation, and building robust financial SaaS workflows.

This skill provides implementation patterns for interacting with the Ramp Developer API, focusing on security basics, OAuth2 authentication, and managing corporate card and expense data. It guides developers through obtaining access tokens, querying card information, and handling common API errors, making it essential for integrating financial sync or expense tracking into custom applications.