📄️ Introduction to Requests
As a developer, understanding how requests are handled in both traditional websites and APIs is crucial for building efficient and scalable web applications. Let's explore the concept of requests and how they are processed in both contexts:
📄️ Using the API Class
Phlame provides a built-in API class, which allows you to access parts of the request using simple methods,
📄️ Request Headers
In Phlame's API development toolkit, the headers method within the API class provides a convenient way to handle HTTP headers in incoming requests. This method offers flexibility and ease of use, allowing developers to check for specific headers, retrieve all headers, and execute callbacks based on the results. Let's dive into the syntax and usage of the headers method:
📄️ Request Body
In Phlame's API development toolkit, the body method within the API class provides a straightforward approach to handle HTTP request bodies in incoming requests. This method offers developers flexibility and simplicity, enabling them to process request payloads efficiently and execute custom logic based on the contents. Let's explore the syntax and usage of the body method:
📄️ Request Parameters
In Phlame's API development toolkit, the params method within the API class provides a straightforward approach to handle HTTP request bodies in incoming requests. This method offers developers flexibility and simplicity, enabling them to process request payloads efficiently and execute custom logic based on the contents. Let's explore the syntax and usage of the params method:
📄️ Request Authorization
The auth function in Phlame provides a streamlined approach to handle authentication within web applications and APIs. This function enables developers to authenticate incoming requests based on authorization headers and tokens, with support for optional prefixing and hashing. Let's explore the documentation for the auth function and how it can be used.