Network Programming in Python : The Basic

This book includes revisions for Python 3 as well as all of the classic topics covered, such as network protocols, network data and errors, email, server architecture, and HTTP and web applications.

* Comprehensive coverage of Python 3s improved SSL support
* How to create an asynchronous I/O loop on your own.
* A look at the "asyncio" framework, which is included with Python 3.4.
* The Flask web frameworks URL-to-Python code connection.
* How to safeguard your website from cross-site scripting and cross-site request forgery attacks.
* How Django, a full-stack web framework, can automate the round journey from your database to the screen and back.
TAGLINE

For programmers who need to use Python for network-related activities and apps

KEY FEATURES

* Comprehensive coverage of Python 3s improved SSL support.
* Create an asynchronous I/O loop on your own.
* A look at the "asyncio" framework, which is included with Python 3.4.

WHAT YOU WILL LEARN

* asynchronous models and socket-based networks
* Monitor distant systems using Telnet and SSH connections
* Interact with websites using XML-RPC, SOAP, and REST APIs
* Configure virtual networks in various deployment scenarios
* Analyze security weaknesses in a network

WHO THIS BOOK IS FOR

This book is for Python programmers who need a thorough understanding of how to use Python for network-related activities and applications. This book covers all you need to know about web application development, systems integration, and system administration.

1. Client-Server Networking
2. UDP(User Datagram Protocol )
3. Transmission control protocol (TCP)
4. Domain name system & socket names
5. Data and Errors on the Internet
6. SSL/TLS
7. Architecture of the Server
8. Message Queues and Caches
9. HTTP Clients
10. Servers that handle HTTP

John Galbraith is an architect, designer, engineer, artist, playwright, and comedy writer. He had spent the last 14 years working with clients, vendors, service integrators In other life, he’s a student at MIT.