10 Advantages of Python Over Other Programming Languages

There’s a reason why so much emphasis is given to choosing the ‘right language’ to build your apps. It’s because programming languages are like the foundational beams of your app. Like a beam of our home that supports its structure, language supports your app structure. If beams are weak, the structure will crumble!

But, why Python?

What’s so great about Python that other languages do not have? Why has it maintained its status as an OG of programming languages for the past 30 years? This article will answer all your questions.

10 Advantages Of Python Over Other Languages

Python is a well-known programming language among tech savvies. In this section, let’s understand the advantages and applications of Python over other programming languages with an example. We will explore more about Python’s features and efficiency.

1. Python is Simple to Learn and Use

The simplicity of the language is the greatest boon. Why?

Let’s take an example. Suppose, you have used a particular language in building your app. Now, what if the developer who built it leaves the team? You will need to replace them, right? If the language is hard to learn, or too complex, you will find it hard to replace the original developer who developed it. Fortunately, this is not an issue with Python. Python is beginner-friendly and has less complexity as compared to a language like Java. This generally converts to not having issues with hiring other developers for your project. Its simplicity is also the reason many startups like Instagram, Dropbox, and YouTube started with Python.

2. Perfect for Rapid Deployment

In the age of startups, rapid development is paramount. You just can’t wait for years before launching your application. Technology changes every three to six months, and so do user preferences. And that’s why Python is often considered as one of the best languages for rapid deployment.

Let’s see the reasons why.

• Firstly, Python has REPL which stands for read – evaluate, print loop. This loop enables interactive development where developers can test and experiment with code snippets quickly. This interactivity fosters a more iterative development process.
• Secondly, Python’s versatility is unmatched. Python is applicable in almost all the major domains including web development, data science, automation, Internet of Things, manufacturing and so much more! You have the flexibility to use Python for a range of tasks without changing code to suit the platforms.

3. Python has High-Performance

Python is like a sprinter in coding, proving that not all interpreted languages are slow. It achieves high performance through clever tricks. One of them is its smart memory management – Python uses a dedicated space for memory and a garbage collector to tidy up unused parts, avoiding memory leaks and keeping things efficient. Then there’s PyPy, a dynamic translator that turns Python code into machine code on the go. This makes Python run faster, putting it on par with languages known for their speed.

Python’s high-performance strength shines, especially in tasks involving lots of number crunching. Libraries like NumPy and Pandas, written in efficient languages like C or Fortran, ensure Python handles heavy-duty math operations.

4. Strong Support for Data Analysis and Scientific Computing

Python is a great helper for data analysis and scientific computing, thanks to special tools like NumPy, Pandas, and Matplotlib. These tools give developers the ability to analyze and visualize data effectively.

When you have a lot of data to dig through, Python’s Pandas library is a standout. It provides specific tools designed to manipulate and analyze data. At the same time, another library NumPy makes the math part easy, simplifying complex calculations. Together, these tools create a strong setup for analysts working with data. For scientific computing tasks, Python has another tool called SciPy. It adds even more useful features, making it handy for tasks like optimization, signal processing, or dealing with numbers.

5. User-Friendly Built-in Data Types

Python makes dealing with data easy and friendly. Python’s data types are like a helpful friend, ensuring you can handle data without getting tangled in confusing steps. It’s all about making things straightforward and efficient, making Python a go-to language for managing data with ease.

It has simple structures, like lists, which are like containers for your stuff. With lists, you can add, remove, or change things hassle-free. Then there are dictionaries, which work like real dictionaries but for data. You store information with key-value pairs, making it easy to organize and find what you need. And if you want a collection of unique items, sets in Python are like a tidy solution, keeping everything distinct without any repeats.

6. Python Needs Less Coding

Python keeps things simple with its easy-to-understand syntax. It allows developers to express complex ideas with fewer lines of code compared to some other languages like Java. For instance, what might take 7 lines in C++ only needs 3 lines in Python. As a result, Python greatly reduces boilerplate code and speeds up development time. Fewer lines of code also convert to benefits like less usage of space and less debugging.

For Example: Suppose you are working on some data analysis project, and you require some complicated math to do some operations on data. With Python’s simple way of writing code and pre-build libraries, you can express complex math formulas in just a few lines, making it much easier to understand without writing complex lines of code.

7. Python Has OS Portability

Python’s OS portability is like a tech superhero that talks to any computer. Imagine you create a cool program on one computer, and guess what? Python makes it work smoothly on other computers too! Whether it’s Windows, macOS, or Linux – Python’s got it covered, no stress. And it doesn’t stop there – Python works with all kinds of computers. Unlike C++ where you need to make some modifications to run C++ code depending on the operating system you intend to use. So, when you code with Python, it’s like your program becomes universal code, easily running on different computers without any problems.

Python’s adaptability not only makes coding simpler but also gives developers the confidence that their project will effortlessly work on different operating systems.

8. Python is Flexible in Deployment

Python’s ability to deploy applications flexibly is like having a versatile tool for sending programs to different places. Whether it’s on servers, desktops, or even in the cloud, Python makes the process smooth and efficient. Imagine a team wanting to launch a web application. Python’s adaptability becomes clear as Python supports various deployment ways. From traditional servers to modern cloud platforms, Python, allows developers to choose the best development method for their projects. But it doesn’t stop there-Python also works well with other technologies like Docker, making deployment even more consistent. It’s like packing your application in a special bundle so that it works the same way, no matter where it goes.

9. Support from Renowned Corporate Sponsors

Python gets a big thumbs-up from some major players in the tech domain, like Google, Microsoft, and Facebook. These corporate giants aren’t just cheering from the sidelines – they are actively making it better.

For Example: Imagine you are a developer picking a programming language for your next big project. Knowing Google, Microsoft, and Facebook are putting their weight behind Python gives you confidence. It’s like having the support of the pros, ensuring that Python isn’t just a trend but a reliable choice for the long run. Having these industry giants on Python’s side adds an extra layer of trust. Developers worldwide can rely on Python, not just for its amazing features, but also because it’s backed by the expertise and resources of these major corporate sponsors.

10. Hundreds of Community Driven Python Libraries and Frameworks

Python is like a treasure chest for developers, filled with a set of community-made Python libraries and Python frameworks. Think of these libraries as organized tool sets, each designed for specific coding challenges. Over 30 years, Python devs worldwide have built hundreds of these libraries to make things easier for future developers. These libraries cover everything from web development to data analysis. These libraries act as ready-made solutions, allowing developers to focus on their projects without reinventing the wheel.

Frameworks are another powerful aspect of Python. Languages like C++ or C# or even Java cannot match the quality and community-backed Python frameworks. For example, consider Django and Flask. They simplify web application development by offering pre-built components and clear structures.

This collaborative support system ensures that developers have a lot of resources at their fingertips. It makes Python the go-to language for projects of all sizes and complexities.

Conclusion

Python stands out in the 21st century thanks to its simplicity. We have already seen how languages like React.js got complex over time and how developers are now moving towards fuss-free, less complex coding. And Python fits all these boxes. However, its advantages extend beyond programming. It helps you build a powerful ecosystem that will continue to grow. And there lies its true power. Very few languages today have an ecosystem like Python.