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Python Web Development with Sanic

Python Web Development with Sanic

By : Stephen Sadowski, Adam Hopkins
4.2 (6)
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Python Web Development with Sanic

Python Web Development with Sanic

4.2 (6)
By: Stephen Sadowski, Adam Hopkins

Overview of this book

Today’s developers need something more powerful and customizable when it comes to web app development. They require effective tools to build something unique to meet their specific needs, and not simply glue a bunch of things together built by others. This is where Sanic comes into the picture. Built to be unopinionated and scalable, Sanic is a next-generation Python framework and server tuned for high performance. This Sanic guide starts by helping you understand Sanic’s purpose, significance, and use cases. You’ll learn how to spot different issues when building web applications, and how to choose, create, and adapt the right solution to meet your requirements. As you progress, you’ll understand how to use listeners, middleware, and background tasks to customize your application. The book will also take you through real-world examples, so you will walk away with practical knowledge and not just code snippets. By the end of this web development book, you’ll have gained the knowledge you need to design, build, and deploy high-performance, scalable, and maintainable web applications with the Sanic framework.
Table of Contents (21 chapters)
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Fundamentals of IPv6

The need for IPv6 is high on the internet today, with the creation of IoT devices that increase the rate of exhaustion of the public IPv4 address space. Nowadays, there are many data centers and cloud computing providers that offer virtual machines to their tenants. In addition, there are many more devices on the internet than there were over a decade ago. All of this contributes to the quick exhaustion of public IPv4 addresses from the various RIRs around the world.

Unlike the IPv4 address space, which has approximately 4.3 billion public addresses, IPv6 contains 128 bits that provide approximately 340 undecillion (3.4 x 1038) IPv6 addresses in the world. Each IPv6 address has 8 hextets, each of which is made up of 16 bits. This implies 8 hextets x 16 bits per hextet = 128-bit address.

Additionally, IPv6 is written using hexadecimal values and not decimals, as with IPv4. Hexadecimal values have the following range:

0 1 2 3 4 5 6 7 8 9 A B C D E F

Each...

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Python Web Development with Sanic
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