Python is a very powerful and versatile programming language for web development. Despite its capabilities, there are numerous myths and misconceptions surrounding the said sample. Some consider Python too slow for web applications, while some affirm the scalability of applications or sacrifice it for large-scale projects.
These myths cut down business and developer opportunities to harness its capability for web development. Contrary to myths, Python, with frameworks like Django and Flask, plays host to some of the most in-running and high-traffic sites in the world.
Python is one of the most popular computer programming languages that is used for building high-performance web-based applications, mobile applications, GUI or CUI software.
Top 5 Python Web Development Myths
Python, with its extensive library, allows developers to write clean and optimized codes for creating dynamic websites that can interact with the database to perform back-end operations. This article debunks common myths in Python web development while illuminating facts about its effectiveness, ease of scaling, and performance efficiency.
Myth #1: Python is too slow for Web Development
Java and C++ developers say that when we need to computer arithmetic operations on web-based applications, these types of activities are faster when we use Java and C++. So, it is not suitable for web development for ecommerce websites.
Python, on the other hand, provides leverage to Python developers to make use of Cython for optimizing code for performance improvement and reducing server execution time. The code simplicity of Python enables developers to build AI-powered features to enhance business abilities.
Myth #2: Python Web Development is Limited to Django and Flask
Dot net or PHP developers claim that the Python web development ecosystem is limited to Django and Flask web frameworks. However, that is not true at all. There are many other web frameworks that Python supports. FastAPI is one such popular web framework supported by Python that allows developers to build secure APIs for integrating third-party applications into our web-based applications.
Python developers have the freedom of choice to choose any python-supported web development framework. Selecting the best web development frameworks for Python web development projects is a crucial task and requires in-depth knowledge of Python development frameworks and excellent Python development skills.
Myth #3: Python is not secure for Web Development
Some developers argue that Python is an open-source programming language; hence, it is not secure for enterprise-level application building. Python allows developers to make use of modern web-based frameworks that are equipped with web development tools and built-in components for dynamic web components and provide protection against SQL injection, cross-site scripting and cross-site request forgery.
Python applications can make use of authentication, authorization and encryption methods for securing the account and prohibiting unauthorized access to company resources. API gateways are also password protected; hence, we can also check the SQL injection and bot invasion from cyber criminals who try to gain unauthorized access to the database and steal company data.
Also Read: Why Hiring Python Developers from India Can Be a Game Changer?
Myth #4: Python Web Applications are not scalable
There is a misconception that Python web development solutions struggle with scalability features and have performance-related issues at the time of business growth or expansion. However scalability of Python is achieved by proper architecture and design patterns.
Python consultants make use of microservices architecture where server requests are handled with intelligent API gateways for fetching data from relevant independent microservices database and display the results in specified format to requested users. The major benefit of following this architecture is that if there are some issues with microservices, not all microservices are affected, which reduces the downtime and disruption of services.
When business owners need to grow their business or expand their team size or composition, then, if the business applications are not scalable, we might face performance-related issues. However, with the Python application, we can scale the application as per unique business demands and ensure performance is unhampered with an increase in concurrent business tasks.
Also Read: 7 Reasons to Choose Python for AI App Development
Myth #5: Python Web Development is Only for Beginners
Some people say that Python web development is not recommended for beginners who are working on professional web development projects. Python, being an open-source computer programming language, is often treated as a low-value and cheap programming language, and the development of high-end applications is not done using Python.
This is yet another myth because Python is the most widely used web development programming language across the world. The simplicity of coding allows us to write code for building apps with complicated logic. Moreover, they are also supported with extensive and large Python libraries and frameworks that help us in rapid prototyping and DevOps development.
Conclusion
The reputation of Python among the web development community is often contradictory. Some developers believe that Python is slow in executing codes that involve computational tasks. Python programming language is used by developers and programmers across the globe for building high end applications for enterprises.
These applications can be integrated with artificial intelligence and machine learning and can be hosted on a cloud platform to provide unrestricted scalability and enhanced performance. Python is a simple, easy-to-learn and use programming language that can be utilized for building web-based applications, mobile applications and CUI or GUI software for businesses.
These applications can solve real-life challenges and problems that we face in our daily lives. That is why Python is also used in home automation DIY projects.
