Python Django Programming


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  • Lectures: 7 Modules
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Python Django Programming is a high-level Python web framework that enables rapid development of secure and maintainable websites. Built by experienced developers, Python Django Programming takes care of much of the hassle of web development, so you can focus on writing your app without needing to reinvent the wheel.

  1. Ridiculously fast: Django was designed to help developers take applications from concept to completion as quickly as possible.
  2. Reassuringly secure: Django takes security seriously and helps developers avoid many common security mistakes.
  3. Exceedingly scalable: Some of the busiest sites on the Web leverage Django’s ability to quickly and flexibly scale.

Django is a high-level Python Web framework that encourages rapid development and clean, pragmatic design. Built by experienced developers, it takes care of much of the hassle of Web development, so you can focus on writing your app without needing to reinvent the wheel. It’s free and open source. Django is a Python-based free and open-source web framework that follows the model-template-views architectural pattern. It is maintained by the Django Software Foundation, an American independent organization established as a 501 non-profit.

Python Django Programming helps you write software that is:

Django follows the “Batteries included” philosophy and provides almost everything developers might want to do “out of the box”. Because everything you need is part of the one “product”, it all works seamlessly together, follows consistent design principles, and has extensive and up-to-date documentation.
Django can be (and has been) used to build almost any type of website — from content management systems and wikis, through to social networks and news sites. It can work with any client-side framework, and can deliver content in almost any format (including HTML, RSS feeds, JSON, XML, etc). The site you are currently reading is built with Django!

Internally, while it provides choices for almost any functionality you might want (e.g. several popular databases, templating engines, etc.), it can also be extended to use other components if needed.

Python Django Programming helps developers avoid many common security mistakes by providing a framework that has been engineered to “do the right things” to protect the website automatically. For example, Django provides a secure way to manage user accounts and passwords, avoiding common mistakes like putting session information in cookies where it is vulnerable (instead cookies just contain a key, and the actual data is stored in the database) or directly storing passwords rather than a password hash.

A password hash is a fixed-length value created by sending the password through a cryptographic hash function. Django can check if an entered password is correct by running it through the hash function and comparing the output to the stored hash value. However due to the “one-way” nature of the function, even if a stored hash value is compromised it is hard for an attacker to work out the original password.

Django enables protection against many vulnerabilities by default, including SQL injection, cross-site scripting, cross-site request forgery and clickjacking (see Website security for more details of such attacks).

Django uses a component-based “shared-nothing” architecture (each part of the architecture is independent of the others, and can hence be replaced or changed if needed). Having a clear separation between the different parts means that it can scale for increased traffic by adding hardware at any level: caching servers, database servers, or application servers. Some of the busiest sites have successfully scaled Django to meet their demands (e.g. Instagram and Disqus, to name just two).
Python Django Programming code is written using design principles and patterns that encourage the creation of maintainable and reusable code. In particular, it makes use of the Don’t Repeat Yourself (DRY) principle so there is no unnecessary duplication, reducing the amount of code. Django also promotes the grouping of related functionality into reusable “applications” and, at a lower level, groups related code into modules (along the lines of the Model View Controller (MVC) pattern).
Django is written in Python, which runs on many platforms. That means that you are not tied to any particular server platform, and can run your applications on many flavours of Linux, Windows, and Mac OS X. Furthermore, Django is well-supported by many web hosting providers, who often provide specific infrastructure and documentation for hosting Django sites.

Where did it come from?

Django was initially developed between 2003 and 2005 by a web team who were responsible for creating and maintaining newspaper websites. After creating a number of sites, the team began to factor out and reuse lots of common code and design patterns. This common code evolved into a generic web development framework, which was open-sourced as the “Django” project in July 2005.

Django has continued to grow and improve, from its first milestone release (1.0) in September 2008 through to the recently-released version 3.1 (2020). Each release has added new functionality and bug fixes, ranging from support for new types of databases, template engines, and caching, through to the addition of “generic” view functions and classes (which reduce the amount of code that developers have to write for a number of programming tasks).

Note: Check out the release notes on the Django website to see what has changed in recent versions, and how much work is going into making Django better.

Django is now a thriving, collaborative open source project, with many thousands of users and contributors. While it does still have some features that reflect its origin, Django has evolved into a versatile framework that is capable of developing any type of website.

There isn’t any readily-available and definitive measurement of popularity of server-side frameworks (although sites like Hot Frameworks attempt to assess popularity using mechanisms like counting the number of GitHub projects and StackOverflow questions for each platform). A better question is whether Django is “popular enough” to avoid the problems of unpopular platforms. Is it continuing to evolve? Can you get help if you need it? Is there an opportunity for you to get paid work if you learn Django?

Based on the number of high profile sites that use Django, the number of people contributing to the codebase, and the number of people providing both free and paid for support, then yes, Django is a popular framework!

High-profile sites that use Django include: Disqus, Instagram, Knight Foundation, MacArthur Foundation, Mozilla, National Geographic, Open Knowledge Foundation, Pinterest, and Open Stack (source: Django overview page).

Is Django opinionated?

Web frameworks often refer to themselves as “opinionated” or “unopinionated”.

Opinionated frameworks are those with opinions about the “right way” to handle any particular task. They often support rapid development in a particular domain (solving problems of a particular type) because the right way to do anything is usually well-understood and well-documented. However they can be less flexible at solving problems outside their main domain, and tend to offer fewer choices for what components and approaches they can use.

Unopinionated frameworks, by contrast, have far fewer restrictions on the best way to glue components together to achieve a goal, or even what components should be used. They make it easier for developers to use the most suitable tools to complete a particular task, albeit at the cost that you need to find those components yourself.

Django is “somewhat opinionated”, and hence delivers the “best of both worlds”. It provides a set of components to handle most web development tasks and one (or two) preferred ways to use them. However, Django’s decoupled architecture means that you can usually pick and choose from a number of different options, or add support for completely new ones if desired.

What does Django code look like?

In a traditional data-driven website, a web application waits for HTTP requests from the web browser (or other client). When a request is received the application works out what is needed based on the URL and possibly information in POST data or GET data. Depending on what is required it may then read or write information from a database or perform other tasks required to satisfy the request. The application will then return a response to the web browser, often dynamically creating an HTML page for the browser to display by inserting the retrieved data into placeholders in an HTML template.

Django web applications typically group the code that handles each of these steps into separate files:

  • URLs: While it is possible to process requests from every single URL via a single function, it is much more maintainable to write a separate view function to handle each resource. A URL mapper is used to redirect HTTP requests to the appropriate view based on the request URL. The URL mapper can also match particular patterns of strings or digits that appear in a URL and pass these to a view function as data.
  • View: A view is a request handler function, which receives HTTP requests and returns HTTP responses. Views access the data needed to satisfy requests via models, and delegate the formatting of the response to templates.
  • Models: Models are Python objects that define the structure of an application’s data, and provide mechanisms to manage (add, modify, delete) and query records in the database.
  • Templates: A template is a text file defining the structure or layout of a file (such as an HTML page), with placeholders used to represent actual content. A view can dynamically create an HTML page using an HTML template, populating it with data from a model. A template can be used to define the structure of any type of file; it doesn’t have to be HTML!



  1. Your First Django Project
  2. Your First App
  4. Models
  5. Migrations
  6. Changing the Models
  7. Admin
  8. Customizing the Admin
  9. Database Abstraction API
  10. Templates
  11. Adding Bootstrap
  12. Customizing the Layout
  13. Sharing a Template Across Multiple Apps
  14. Url Parameters
  15. Getting a Single Object
  16. Raising 404 Errors
  17. Referencing Urls
  18. Creating APIs
  19. Adding the Homepage
  20. Getting Ready to Deploy
  21. Deployment
Prerequisites: Basic computer literacy. A general understanding of server-side website programming, and in particular the mechanics of client-server interactions in websites.
Objective: To gain familiarity with what Django is, what functionality it provides, and the main building blocks of a Django application.


Jaswinder Singh – Post Graduate Degree Holder in Data Science, Machine Learning