Skill UI

Provides a comprehensive guide to diagnosing and fixing common API errors encountered when integrating with Apollo.io. Covers specific HTTP status codes (401, 403, 429, 422), addressing issues like invalid API keys, insufficient permissions (Master vs Standard keys), rate limiting, and request validation failures. Essential for robust API development and debugging.

Provides a comprehensive guide on authenticating and setting up the Apollo.io API client. This guide covers installation steps for both Node.js (axios) and Python (requests), demonstrating best practices for handling API keys securely using environment variables and verifying the connection status using the /auth/health endpoint.

This comprehensive guide sets up a robust and isolated local development environment for Apollo.io integrations. It covers essential steps including configuring sandbox API keys, implementing a Mock Service Worker (MSW) for reliable offline API mocking, setting up detailed request logging, and configuring Vitest for efficient local testing. Ideal for developers building and debugging complex, API-dependent features.

This comprehensive tool provides an automated, multi-stage checklist for deploying Apollo.io integrations to a production environment. It validates crucial aspects including secure authentication (API keys, headers), system resilience (rate limiting, retry logic), observability (PII redaction, structured logging), and financial controls (credit tracking). Use this checklist before going live or when performing production system audits to ensure full compliance and stability.

A comprehensive guide covering security best practices for integrating with the Apollo.io API. This includes secure key storage (using secret managers/env vars), implementing PII redaction for logging, adhering to the principle of least privilege (using standard vs. master keys), and performing key rotation procedures. Essential for building secure and compliant integrations.

This is a client library designed for Rust, providing comprehensive functionality to interact with Azure Key Vault. It allows developers to securely create, manage, retrieve, and perform cryptographic operations (such as encryption, decryption, signing, and verification) using various key types (RSA, EC, HSM). Use this SDK to integrate robust, secure key management into your Rust applications.

This SDK provides comprehensive functionality for managing cryptographic keys and secrets within Azure Key Vault using TypeScript. It allows developers to perform key lifecycle operations—including creation, rotation, and deletion—as well as advanced cryptographic tasks like encryption, decryption, signing, and verifying. It is essential for building secure, production-grade applications that require robust secret and key handling.

A comprehensive Python SDK guide for securely managing secrets, cryptographic keys, and certificates within Azure Key Vault. This tool allows developers to implement secure storage, perform cryptographic operations (encryption, decryption, signing, verification), and handle certificate lifecycle management, ensuring sensitive application data is protected across various development environments.

This client library provides robust functionality for securely accessing, storing, and managing sensitive secrets, such as passwords and API keys, within Azure Key Vault using the Rust programming language. It supports full CRUD operations including getting specific versions, updating properties, and listing all secrets, making it essential for building secure, enterprise-grade cloud applications.

A comprehensive SDK guide for managing secrets and cryptographic keys within Azure Key Vault using TypeScript. It provides methods for creating, retrieving, listing, rotating, and performing advanced cryptographic operations such as encryption, decryption, signing, and key wrapping. Ideal for secure application development and infrastructure secret management.

Provides the Azure Resource Manager SDK for .NET to manage Application Insights resources. It enables comprehensive observability, allowing developers to programmatically create, configure, and manage performance monitoring components, API keys, and availability tests (WebTests) within Azure cloud environments.

This SDK provides full management plane capabilities for Azure Cache for Redis within the .NET ecosystem. It allows developers to provision, configure, and manage various aspects of the Redis resource using the Azure Resource Manager (ARM) framework. Key functions include creating and updating cache instances, managing network firewall rules, rotating access keys, scheduling patch updates, and performing data import/export operations.