What is Python
Python is a high-level, interpreted programming language that has become one of the most popular languages in the world. Python 3, the latest version of the language, was released in 2008 and has since gained significant traction in the programming community. In this blog post, we will discuss the benefits of Python 3 and why it is the future of programming.
Reading List
Reading List
- Accelerate Python Function with Numba
- Django Cheat Sheet
- Get local IP address with Python
- How to clear screen (console) in Python3
- Introduction to Python PEP8
- Iterate over multiple lists (tuple) simultaneously in Python
- List, dictionary, set comprehension in Python
- Multithread Efficiency Comparison between Python and PyPy
- Program in Pythonic way
- Python Project Structure: Best Practices
- Python asynchronous programming demo: process/thread pool
- Python bisect module demo
- Python decorators usage and example
- Python performance analysis with Profile module
- Python
- Send http/https requests with Python
- Set Multiple CORS Domains in Flask
- Start a new Python3 Environment in 10 sececond
- Using Python socket to get public address
- Using datetime to Deal with Time in Python
- common package and module in Python
- currency calculation using decimal in Python
- dict sort in Python based on key, value
- implement lru cache in Python
- master Python3
- single and double underscore of class member name in Python
- try except else finally in Python
- usage of virtualenv in Python
Enhanced Syntax and Features
Python 3 comes with several new syntax features and enhancements that make it much easier to use and more powerful than its predecessor. Some of the notable features include:
Unicode Support
Python 3 has full support for Unicode and makes it easier to work with different languages and character sets. This is a significant improvement over Python 2, which had limited support for Unicode.
Improved Print Function
The print function in Python 3 has been significantly improved and is now a function rather than a statement. This means that it is more flexible and can be used in more situations than the print statement in Python 2.
Type Annotations
Python 3 allows developers to annotate function and variable types in their code. This makes it easier to write clear and concise code and helps prevent bugs and errors.
Improved Performance
Python 3 has several performance improvements over Python 2, including:
Better Memory Management
Python 3 uses a new memory management system that reduces memory fragmentation and improves performance.
Enhanced Threading Support
Python 3 has better support for threading and can handle multiple threads more efficiently than Python 2.
Faster and More Efficient Modules
Python 3 comes with several new modules that are faster and more efficient than their Python 2 counterparts.