Table of Content
Unique Advantages of Python Programming Language
- Simple to Code
- Simple to Read
- Free and Open Source
- Trustable standard library
- Interpreted
- Portable
- Procedure-oriented and object-oriented
- Extensible
- Expressive
- Assistance for GUI
- Dynamically Typed
- High-Level Language
- Simplify the Development of Complex Software
- Additional Complex Programming Features
The name "Python" has a purpose. Contrary to popular belief, the name "Python Programming" actually comes from the TV comedy series "Monty Python's Flying Circus," not from anything associated with the Python snake. In the 1970s, Guido Van Rossum enjoyed watching this series, which aired on the BBC channel in the UK. He settled on the name "Python" since it was brief, mysterious, and contained the title of his preferred TV comedy programme. If you are interested in Digital Marketing or Graphic Designing and want to learn these interesting courses then click on the links mentioned Digital Marketing Course and Graphic Designing course
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Unique Advantages of Python Programming Language
Simple to Code
Despite being a relatively advanced programming language, Python is simple to learn. Python coding may be learned by anyone in a matter of hours or days. It can take some more time to fully understand all of Python's complex concepts, packages, and modules. However, compared to other well-known languages like C, C++, and Java, understanding the fundamentals of Python syntax is quite simple.
Simple to Read
Python code resembles everyday English terms. The code block is defined by the indentations rather than by semicolons or brackets. Simply by glancing at the code, you can determine what it is designed to perform.
Free and Open Source
Trustable standard library
Anyone can utilise the vast standard library for Python. In contrast to other programming languages, this implies that programmers don't have to write code for everything. These include libraries for databases, unit testing, expressions, image manipulation, and many more features. There are thousands of additional components in addition to the standard library, which is a growing collection.
Interpreted
Programming languages that are interpreted execute the source code line by line rather than all at once. Because C++ and Java are not interpreted, they must first be compiled in order to be used. Python does not require compilation because the interpreter processes it at runtime.
Portable
The same code can be used on several machines, making Python portable. Let's say you use a Mac to write Python programmes. You don't need to modify it if you subsequently decide to run it on Windows or Linux. As a result, it is not necessary to build software more than once for different platforms.
Procedure-oriented and object-oriented
If a programming language centres design around data and objects rather than functions and logic, it is considered object-oriented. A programming language is instead procedure-oriented if it emphasises functions more than other concepts (code that can be reused). The fact that Python supports both object-oriented and procedure-oriented programming is one of its key strengths.
Extensible
If a programming language can be expanded to other languages, it is said to be extensible. Python is a very extensible language because code may also be written in other languages, such as C++.
Expressive
Python can handle complicated tasks with just a few lines of code. For instance, typing print("Hello World") will display the message Hello World. To perform this in languages like Java or C, numerous lines are required.
Assistance for GUI
Support for the Graphical User Interface, or GUI, is one of the most important features of any programming language. A GUI makes it simple for a user to interact with the software. Python has a number of toolkits, including Tkinter, wxPython, and JPython, which make it simple and quick to construct GUIs.
Dynamically Typed
The type of the variable must be declared before runtime in many programming languages. The type of a variable can be chosen at runtime in Python. Python is now a dynamically typed language as a result.
High-Level Language
Python is a high-level programming language since it spares programmers from having to manage memory or keep track of the system architecture. One of the main characteristics of Python is how extremely programmer-friendly it is.
Simplify the Development of Complex Software
Python can be used to create sophisticated scientific and numerical applications on the desktop, the web, and other platforms. Python's data analysis tools make it easier and faster to develop unique big data solutions. To present data in a more visually appealing manner, you can also use Python data visualisation packages and APIs. Python is used by a number of highly skilled software engineers to complete complex AI and natural language processing jobs.
Additional Complex Programming Features
Python has a number of sophisticated programming tools, including list comprehensions and generators (which are used to generate iterators using a different method than most other languages) (used to create new lists from other iterable). Python's automatic memory management also eliminates the requirement for manual memory allocation and release throughout the code.