Backend DevelopmentPython TutorialPython is a cross-platform, open source, free high-level dynamic programming language, right?Python is a cross-platform, open source, free high-level dynamic programming language, right?
Python is a cross-platform, open source, free high-level dynamic programming language, yes. Python has the advantages of simplicity, easy to learn, fast speed, free, open source, portability, scalability, and rich libraries. The Python language is extremely easy to get started. It is a language that represents simplicity.
Python is a cross-platform, open source, free high-level dynamic programming language, yes.
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Advantages of python:
Simple: Python It is a language that represents the idea of simplicity. It allows you to focus on solving problems rather than figuring out the language itself.
Easy to learn: Python is extremely easy to get started because Python has extremely simple documentation.
Fast speed: The bottom layer of Python is written in C language, and many standard libraries and third-party libraries are also written in C, which runs very fast.
Free and open source: Python is one of FLOSS (Free/Open Source Software). Users are free to distribute copies of this software, read its source code, make changes to it, and use parts of it in new free software. FLOSS is based on the concept of a group sharing knowledge.
Portability: Due to its open source nature, Python has been ported on many platforms (with modifications to enable it to work on different platforms).
Interpretability: A program written in a compiled language such as C or C can be converted from a source file (i.e. C or C language) into a language used by your computer (binary code, i.e. 0s and 1s) . This process is done through the compiler and different flags and options.
Object-oriented: Python supports both procedural and object-oriented programming. In "procedural-oriented" languages, programs are built from procedures or simply functions that are reusable code.
Scalability: If you need a critical piece of code to run faster or you want some algorithms not to be public, you can write part of the program in C or C and then use them in a Python program.
Embeddability: Python can be embedded into C/C programs to provide scripting functions to program users.
Rich library: The Python standard library is indeed huge. It can help with various tasks including regular expressions, document generation, unit testing, threading, databases, web browsers, CGI, FTP, email, XML, XML-RPC, HTML, GUI (Graphical User Interface), Tk and other system-related operations. In addition to the standard library, there are many other high-quality libraries, such as wxPython, Twisted, and the Python imaging library, among others.
Standardized code: Python uses forced indentation to make the code more readable. Programs written in Python do not need to be compiled into binary code.
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