Is Python a programming language or simply a scripting language?

In this article, we will learn whether Python programming or simply a scripting language and what is a scripting language and the differences between scripting and a programming language.

Guido Van Rossum developed Python, one of the most well-known programming languages. Python is popular among developers because of its clear syntax and simple code, even for newcomers. Learning Python can be highly advantageous for those who have just begun their career in programming. They can use Python Programming Training, blogs, videos, modules, and thousands of other resources to get into every aspect of this popular language. Once completed, you will be able to do modern development activities such as GUI development, web design, system administration, complex financial transactions or calculations, data science, visualization, and the list goes on.

Python a programming or a scripting language? People frequently ask questions and are confused by the answer. It's easy to see why so many people are perplexed by it, especially if they're new to the field. The truth is that Python is a programming language, but it can also be used for scripting. It's confusing, which is why so many people are surprised by the reply. While some understand how it may be used as a scripting language if it is a programming language, others do not. To make it more clear, let us first understand the difference between scripting language and programming language.

What is a scripting language?

The scripting language is used to complete a task that is based on automating a repetitive task. It contains the same types of stages when putting the procedure or program into action. It saves time while also reducing costs. Scripting languages are interpreted rather than compiled languages. Perl, Visual Basic, JavaScript, Python, Unix Shell Scripts, ECMAScript, and Bash are examples of scripting languages.

Before delving deeper into this topic, it's important to understand the distinction between scripting and programming languages −

Difference Between Scripting and Programming Language

All scripting languages are considered programming languages in general. The primary distinction between the two is that scripting languages do not require compilation and are directly interpreted. For example, a C++ program must be compiled before execution, but scripting languages such as JavaScript do not.

Programming languages differ greatly. Python has various programming language versions, including Pypy and Jython. Python programming languages, on the other hand, are considered scripting languages since they can be written as scripts.

Python scripting language does not require compilation before execution. C++ programming languages, on the other hand, require compilation before execution. Script language is easy to learn and is used to increase the functionality of web pages. It also uses less code.

Due to their feature of converting into native machine code, compiled codes execute faster than interpreted codes. In a compiler, the overall code is analyzed only once during the entire cycle, and the errors encountered are notified. At the same time, the interpreter evaluates the entire program and stops execution if an error is found.

Interpreted codes are considerably slower. Since they are executed much slower than compiled codes, errors appear line by line. Compilers examine the full program data and report any errors identified at the end. When an error is found, interpreters will terminate the program. Python code is interpreted while programming and Python machine code is simple to convert. While the differences are minimal, they can have an impact on how the program runs in general. It's both fascinating and quite beneficial.

While we distinguish between scripting and programming languages, keep in mind that it must decide the environment. As a result, we can create an interpreter for programming and utilize it as a scripting language. Similarly, Google Chrome's JS engine generates JS programs rather than understanding them.

Features of Scripting Language

  • It does tasks more quickly and efficiently.

  • It is simple to learn and use.

  • To write code, no IDEs are necessary.

  • It is appropriate for automation activities.

  • Fetches data from the specified data sets.

  • The scripting language does not need memory to run the program.

  • In comparison to other languages, fewer lines of code are required to complete the task.

Features of Programming Language

  • Runs within a script or other parent code

  • After compilation, Python programming languages can be utilized on a variety of systems

  • They are completely consistent with complex mathematical models.

Is Python a programming language or a scripting language?

Yes, python is a programming as well as a scripting language. According to Linux Journal readers, Python is one of the greatest programming and scripting languages available.

Python as a scripting language is general-purpose, high-level, and interpreted. It also includes the object-oriented programming approach. Python has several filename extensions, including .py,.pyw,.pyc,.pyd, and.pyz.

Python is primarily used as a programming language and, like Java, is growing in popularity. Other popular programming languages include PHP, C, and Ruby, but Python applications remain the most appealing high-level programming solution of the decade. Script languages differ greatly.

Python machine learning is significantly easier to grasp than most people believe. Python machine learning is easier for students and beginners, which is critical. People seek a clear and simple approach to learning web development, and Python is both simple and useful in many ways. Learning Python is something that more people desire to do, and like Java, it is becoming more popular and is continuing to influence the world.


Python is a programming language as well as a scripting language. It is versatile and provides everything that developers and programmers require. Python is well worth your time and effort. It's advantageous on numerous levels.