Networking (HTTP Clients/Servers)

In this section

• API Documentation: Generating API Documentation using Swagger
  This article explores the process of generating API documentation in Clojure applications using Swagger, focusing on principles and patterns that enhance documentation quality and integration.
• API Gateway: Use Reverse Proxies as an API Gateway
  Leveraging API Gateways to streamline communication between clients and microservices using reverse proxies.
• API Versioning: Implementing Versioning in API Endpoints
  APIs evolve over time, and maintaining backward compatibility while implementing new features is crucial for sustainable API design. API versioning is a design pattern that helps manage these changes effectively.
• Authentication: Implement Basic or Token-Based Authentication
  An exploration of implementing basic and token-based authentication in Clojure, detailing the essential components, design considerations, and practical implementations using Clojure libraries and frameworks.
• Content Negotiation: Implementing Content Negotiation for Different Response Formats
  A guide to implementing content negotiation in web applications using Clojure, enabling servers to serve different formats like JSON, XML, or HTML based on client requests.
• CORS Handling: Configure Cross-Origin Resource Sharing (CORS) Settings
  Cross-Origin Resource Sharing (CORS) is an essential mechanism for enabling controlled access to resources located outside the domain from which the first resource was served. In this article, we delve into effective strategies for implementing CORS in Clojure applications, provide a comprehensive guide to settings and configurations, and explore best practices for secure and optimal performance.
• Custom Headers: Setting Custom Headers for HTTP Requests
  Learn how to set custom headers for HTTP requests in Clojure, facilitating enhanced control over HTTP client-server communication, by implementing this design pattern.
• Error Handling: Handle HTTP Errors with Retry Logic or Fallbacks
  An in-depth exploration of error handling design patterns in the context of HTTP clients and servers using retry logic or fallback strategies in Clojure.
• Handling Cookies: Manage Cookies in HTTP Requests and Responses
  Explore the design pattern for managing cookies in HTTP requests and responses using Clojure. Understand how to handle cookies effectively within Clojure applications to maintain state and user sessions across HTTP transactions.
• Handling JSON Responses: Parse JSON Responses with Cheshire
  A comprehensive guide to parsing JSON responses in Clojure using the Cheshire library. Learn how to efficiently handle JSON data coming from HTTP responses, ensuring robust and error-free data processing in your applications.
• Handling Redirects: Configure Redirect Handling in HTTP Clients
  Learn how to configure redirect handling in HTTP clients using Clojure, featuring practical examples and best practices.
• Handling XML Responses: Parsing XML with Clojure
  Learn how to parse XML responses using the clojure.data.xml library in Clojure, effectively handling and manipulating XML data retrieved from network requests.
• HTTP Caching: Implement Caching Strategies for HTTP Responses
  Effective caching strategies in Clojure for optimizing HTTP responses.
• HTTP GET Requests: Leveraging clj-http.client
  Utilizing the clj-http.client library to perform HTTP GET requests in Clojure applications, demonstrating effective and efficient communication with web services.
• HTTP POST Requests: Using clj-http.client/post to Send Data to a Server
  This article provides an in-depth guide on making HTTP POST requests in Clojure using the clj-http.client library. Learn how to send data to servers, handle responses, and manage errors effectively.
• HTTPS Connections: Configure HTTPS Requests with SSL Settings
  Secure your Clojure applications by configuring HTTPS requests with appropriate SSL settings, ensuring protected data transmission over network connections.
• Load Balancing: Implementing Load Balancing for HTTP Servers
  Explore the Load Balancing design pattern in the context of HTTP servers in Clojure. Understand the principles behind load balancing, its implementation using functional programming paradigms, and how it can effectively distribute traffic across multiple servers to ensure high availability and reliability.
• Load Testing: Simulate Load Testing Using HTTP Clients
  A comprehensive guide to simulating load testing in Clojure using various HTTP client libraries and techniques.
• Multipart Requests: Handle File Uploads with Multipart Requests
  Learn to handle file uploads using multipart requests in Clojure, a vital aspect of web applications for processing client-side file uploads efficiently.
• Proxy Configuration: Configure HTTP Clients to Use Proxies
  Learn how to configure HTTP clients to use proxies in Clojure for better control over network requests and enhanced security.
• Query Parameters: Add Query Parameters to HTTP Requests
  Learn how to add query parameters to HTTP requests in Clojure efficiently, using functional programming principles to manipulate and construct query strings.
• Rate Limiting Middleware: Implementing Throttling in Applications
  Explore the rate limiting middleware design pattern for Clojure applications to manage and throttle API requests effectively.
• Rate Limiting: Implement Rate Limiting for Outbound HTTP Requests
  Implementing Rate Limiting to control the rate of HTTP requests over a network. Essential for protecting APIs, managing resources, and ensuring efficient network traffic.
• Request/Response Logging: Comprehensive Guide
  Log HTTP requests and responses for monitoring and debugging, ensuring visibility into HTTP interactions within your applications.
• RESTful APIs: Design and Consume RESTful APIs using Ring and Compojure
  Explore the design and consumption of RESTful APIs in Clojure using the Ring and Compojure libraries. Understand how to handle HTTP requests and responses, and structure your Clojure applications to be robust and maintainable.
• Security Headers: Set Security Headers to Protect HTTP Communications
  The Security Headers design pattern focuses on enhancing the security of HTTP communications by setting appropriate HTTP headers. This pattern is essential for web applications to mitigate a wide range of security threats. In Clojure, using libraries like 'ring' and 'ring-headers,' developers can easily integrate such security headers into their web applications.
• Server-Sent Events: Implementing Real-Time Updates
  A comprehensive guide on implementing Server-Sent Events (SSE) for real-time updates in Clojure applications.
• Stateless Sessions: Manage sessions in a stateless manner
  A comprehensive guide to managing sessions in a stateless manner in Clojure, leveraging the functional programming paradigm to ensure scalability and simplicity.
• Streaming Responses: Stream Large HTTP Responses to Avoid Memory Issues
  Learn how to stream large HTTP responses in Clojure to efficiently handle large data transfers and avoid potential memory issues typically encountered with traditional response handling.
• Timeout Configuration: Setting Timeouts for HTTP Connections
  Configuring timeouts is a crucial aspect of managing HTTP connections. This article explores how to effectively set timeouts in Clojure, ensuring reliable network communication and resource management.
• Web Performance Optimization: Optimize Web Performance with Caching and Compression
  An in-depth exploration of techniques to enhance web performance using caching and compression methodologies.
• WebSocket Communication: Implementing WebSocket Clients and Servers in Clojure
  A comprehensive guide to implementing WebSocket clients and servers in Clojure, leveraging functional programming paradigms and design patterns.