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How Python can help web developers

As a web developer, you're no stranger to the never-ending quest for tools and technologies that can help you build better, faster, and more efficient websites and applications. Well, allow us to introduce you to a little language called Python.

You heard of Python before - after all it's been around since the late 1980s. But what you might not know is just how versatile and useful Python can be for web development.

First off, Python has an active and supportive community of developers who have created a vast array of libraries and frameworks specifically geared towards web development. From Django and Flask, which are popular for building server-side applications, to Scrapy and Beautiful Soup, which are great for web scraping and data mining, there's a Python library for just about every web development task you can think of.

But Python's usefulness for web development goes beyond just having a bunch of pre-made tools. The language itself is known for its simplicity, readability, and flexibility, which makes it a great choice for developers of all skill levels. And with its strong emphasis on object-oriented programming (which admittely not everyone likes), Python is especially well-suited for building large, complex web applications.


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Another advantage of using Python for web development is its strong support for server-side tasks. While Node.js is often the go-to choice for building real-time, high-concurrency server applications, Python can be a better fit for certain types of projects.

One key reason is Python's extensive standard library, which includes many built-in modules and functions that can save you time and effort when working on the backend. For example, the csv module makes it easy to read and write CSV files, the smtplib module allows you to send emails through an SMTP server, and the json module allows you to parse and serialize JSON data.

Python also has a number of libraries and frameworks specifically designed for server-side tasks, such as Django and Flask. These tools provide a robust set of features for building web servers and applications, including support for templates, databases, and routing.


Jinja2 is a powerful and popular template engine for Python. It's often used in conjunction with web frameworks like Flask and Django to generate HTML, XML, or other markup languages that are served to users via the web.

One of the main benefits of Jinja2 is its ability to simplify the creation of complex, dynamic templates. It allows you to embed Python code in your templates, which gives you a lot of flexibility in how you generate and customize your markup.

For example, you can use Jinja2 to loop over a list of items and generate a table row for each one, or to create a form that includes multiple input fields based on the number of fields in a database. You can also use Jinja2 to perform basic arithmetic and logical operations, or to filter and manipulate data before it's rendered in the template.

Jinja2 also supports template inheritance, which means you can create a base template that includes common elements like headers, footers, and navigation menus, and then extend it with specific content for each page. This can save you a lot of time and code duplication when building large, complex websites.

Finally, Python's support for asynchronous programming can make it a good choice for building high-concurrency web servers and applications. Asyncio is a built-in library that provides a framework for asynchronous programming, and there are also several popular asyncio-based libraries and frameworks, such as Sanic and aiohttp, that can make it even easier to build async-powered web servers and clients.

I hope this gives you a sense of how Python can be a good choice for certain types of backend projects, and some of the specific benefits it offers for server-side development. Let me know if you have any questions or if you'd like me to clarify anything.

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