HTTP response status codes are standard codes returned by web servers in response to a client's request made to the server. These status codes provide information about the outcome of the request, indicating whether it was successful, encountered an error, or requires further action. 

## Why Use HTTP Response Status Codes Logs?

HTTP Response Status Codes logs are invaluable for various aspects of website management. They aid in **problem detection** by identifying which URLs generate errors, assist in **troubleshooting** by providing insights into the reasons behind HTTP errors, and are essential for **performance tracking** by highlighting potential issues that could impede website operation. Additionally, these logs facilitate **user behavior analysis** by allowing examination of user interactions, including visited pages and encountered errors.

By default, Django logs to the console. You can start the Django test server using the command `python manage.py runserver` and see the logs in the console.

Which range of HTTP response status codes signifies successful responses?

The Django REST Framework course opens the gateway to the world of web interface development, where you'll learn to create connections between servers and clients through APIs. As you delve into the technical details, you'll master how to transform complex data structures into network-friendly formats and vice versa. You'll understand how to efficiently handle user requests and return responses in a format that seamlessly integrates into web applications.

We begin by understanding the fundamental concepts of RESTful API architecture, comparing Django to Django Rest Framework (DRF), and exploring JSON formatting. We'll also discuss the latest trends in web development and guide you through the installation and project setup process.

Serialization is a crucial aspect of building APIs. Here, we'll dive deep into serialization, exploring its importance, discussing various models, and understanding serializers in Django Rest Framework. Additionally, we'll cover built-in serializers for efficiency.

Next, we'll explore views and routers in DRF. We'll cover class-based views, their significance, and the built-in views provided by Django Rest Framework. Routers play a vital role in API routing, and we'll provide a comprehensive overview of how to utilize them effectively with DRF's API router.

Understanding HTTP request methods is essential for building robust APIs. We'll cover GET, POST, PUT, and DELETE methods, along with their practical applications. Additionally, we'll discuss HTTP response status codes and their significance in API development.