Python: 7 Important Reasons Why You Should Use Python
According to the latest
TIOBE Community Programming Index, Python is one of the 10 programming
languages of Python 2017. This is a high-level universal programming
language. You can use Python to develop user desktop applications, websites,
and web applications. In addition, Python's high-level programming language
allows you to focus on the basic features of the application and take care of
common programming tasks. The simple syntax rules of the programming language
further facilitate the maintenance of the readable code base and the
maintenance of the application. There are a number of reasons why you should
prefer Python over other programming languages.
7
reasons why you should consider writing software applications in Python
1)
Code readable and maintainable
When writing a software
application, you must focus on the quality of your source code to simplify
maintenance and updates. With Python syntax rules, you can express concepts
without writing additional code. At the same time, unlike other programming
languages, Python focuses on the readability of code and allows the use of
English keywords instead of scores. Therefore, you can use Python to create
custom applications without writing additional code. The readable and clean
code base helps you to maintain and update the software without wasting time or
effort.
2)
several programming paradigms
Like other modern
programming languages, Python supports several programming paradigms. It fully
supports object-oriented and structured programming. In addition, his
linguistic resources support several functional and aspect-oriented programming
concepts. At the same time, Python also has a dynamic system and automatic
memory management. Programming paradigms and language resources help you
develop large and complex software applications using Python.
3)
Compatible with major platforms and systems
Currently, Python
supports multiple operating systems. You can even use Python interpreters to
run code on specific platforms and tools. In addition, Python is an interpreted
programming language. You can run the same code on multiple platforms without
recompiling. Therefore, you do not have to recompile the code after making
changes. You can run the modified application code without recompiling and
immediately check the effects of code changes. This feature facilitates code
changes without increasing development time.
4)
Robust standard library
Its large and robust
standard library punctuates Python in relation to other programming languages.
The standard library allows you to choose from a wide variety of modules that
meet your specific needs. With each module, you can also add functions to the
Python application without writing additional code. For example, if you write a
web application in Python, you can use certain modules to implement Web service
chain operations, manage interface operations, or work with the Internet
Protocol system. You can even collect information about multiple modules by
searching the documentation of the standard Python library.
5)
Many open source frameworks and tools
As a free programming
language, Python helps you dramatically reduce software development costs. You
can even use multiple open-source Python frameworks, libraries, and development
tools to reduce development time without increasing development costs. You can
always choose from a wide range of open source Python frameworks and
development tools based on your specific needs. For example, you can simplify
and accelerate web application development by using stable Python Web
structures such as Django, Flask, Pyramid, Bottle, and CherryPy. You can also
accelerate the development of desktop GUI applications with Python GUI
structures and toolboxes such as PyQT, PyJs, PyGUI, Kivy, PyGTK and WxPython.
6)
Simplify the development of complex software
Python is a universal
programming language. Therefore, you can use the programming language to
develop desktop and web applications. In addition, with Python you can develop
complex scientific and digital applications. Python has resources for easy data
analysis and visualization. You can leverage Python's data analytics
capabilities to create custom, high-end solutions without wasting extra time
and effort. At the same time, Python's data visualization libraries and APIs
help visualize and display data in a more engaging and efficient way. Many
Python developers use Python to perform Artificial Intelligence (AI) and
natural language processing.
7)
Adopt evidence-based development
You can use Python to
quickly build the prototype of the software application. In addition, you can
build the application directly from the prototype by simply modifying the
Python code. Python simplifies the simultaneous execution of coding and testing
by using the Test-Driven Development (TDD) approach. You can simply write the
necessary tests before you write the code and use the tests to continuously
evaluate the code of the application. The tests can also be used to verify that
the application meets the given requirements based on its source code.
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Like other programming
languages, Python has its own weaknesses. Lack of internal resources provided by another modern
programming language. Therefore, it is necessary to use Python libraries,
modules, and structures to accelerate the development of custom software. In
addition, several studies have shown that Python is slower than some common
programming languages, including Java and C ++. You must accelerate the Python
application by modifying the application code or using the custom runtime
environment. However, you can still use Python to speed up software development
and simplify software maintenance.
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