Python is a simple and powerful object-oriented computer programming language. Simplicity refers to its coding style. Python's design philosophy is elegance, clarity and simplicity. It is best to use only one method to do one thing, which has better readability. Object-oriented means that Python is designed with objects as the core. Functions, modules, numbers, and strings are all objects, which is beneficial to enhance the reusability of source code. Are you still worried about finding a partner when learning Python?
Distinguished features of Python:
Python has elegant syntax and easy-to-read program coding.
Python is easy to use, and the program you write can be run through simple operations. Python is great for prototyping or other specialized coding tasks without the hassle of maintenance.
Python has a large number of standard libraries to support general coding tasks, such as connecting to network servers, searching for text with regular expressions, reading and modifying files, etc.
Python's interactive mode can easily detect code snippets. At the same time, Python actually comes with an integrated development environment called IDLE, which beginners can use to easily create, run, test and debug Python programs.
Python can be easily extended by adding new modules, which can be used to execute applications through compiled languages such as C or C. Note that Python is an interpreted scripting language.
Python can also be embedded in applications to provide a programmable interface.
Python can run in any environment, including Mac OS X, Windows, Linux and Unix, and through unofficial builds, it can also run on Android and iOS.
Python double free. It's completely free to download and use or build Python into your application first. Secondly, Python can be freely modified and then released because the language is completely open source.
Some features of Python as a programming language:
A variety of data types are available: numbers (floating point numbers, complex numbers, integers of unlimited length etc.), strings (including ASCII and Unicode encodings), lists and dictionaries
Python supports object-oriented programming through classes and diverse inheritance
Code can be packaged into modules and packages
Python supports raising and catching exceptions, and error handling is clear
Data types are strongly and dynamically classified. Mixing incompatible types (such as trying to add a string and a number) will throw an exception, so errors can be caught faster.
Python includes advanced programming features such as generators and list comprehensions.
Python's automatic memory management can relieve you from the trouble of manually allocating and releasing code memory
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