1. Python User Input
2. Python Try Except
3. Python PIP
4. Python RegEx
5. Python JSON
6. Python Math
7. Python Scope
8. Python Modules
9. Python Iterators
10. Python Inheritance
11. Python Classes & Objects
12. Python Arrays
13. Python Anonymous (Lambda) Function
14. Python Functions
15. Python While Loops
16. Python For Loops
17. Python If Elif Else
18. Python Dictionary
19. Python Sets
20. Python Tuples
21. Python Lists
22. Python Operators
23. Python Booleans
24. Python Strings
25. Python Casting
26. Python Variables and Types
27. Python Comments
28. Python Syntax
29. Python Tutorial

Python is an interpreted, high-level and general-purpose programming language created in 1989 by Dutch programmer Guido van Rossum.

Van Rossum is still today a leader in the community of software developers working to improve the Python language and its basic implementation, CPython, written in C.

Python is a multifunctional language used for example by companies like Google or Yahoo ! for programming web applications, but there are also a number of scientific or entertainment applications programmed in part or in full in Python.

Python emphasizes the cleanliness and simplicity of the code, and its syntax allows developers to express some programmatic ideas in a clearer and more concise manner than in other programming languages such as C. In terms of the programming paradigm, Python can serve as language for object-oriented software, but also allows imperative, functional or procedural programming.


Syntax and Implementation Dynamic languages are often characterized by dynamic typing, are interpreted, have automated memory management (garbage collecting) and have a high level of abstraction.

The type of variables is not fixed at the time of their declaration (in fact, the declaration of variables is not required as in C), but is determined by the interpreter according to their content or after the operations performed. In such a case we speak of dynamic typing.

The most important features of the package are:
        - Simplicity: this language is simple to use

        - Easy to use: the language has a syntax similar to the C language, which is very popular among programmers.

        - Efficiency: language specifications include the use of POO (Object Oriented Programming) techniques and this helps to increase productivity

        - Cross-platform: there are language implementations on several operating systems, the most popular being those on Linux and Windows systems.

        - Free: PYTHON is an Open Source program.

The advantage of this method of working with types is that the product code is clearer and more intuitive. E.g:

1. Python User Input
2. Python Try Except
3. Python PIP
4. Python RegEx
5. Python JSON
6. Python Math
7. Python Scope
8. Python Modules
9. Python Iterators
10. Python Inheritance
11. Python Classes & Objects
12. Python Arrays
13. Python Anonymous (Lambda) Function
14. Python Functions
15. Python While Loops
16. Python For Loops
17. Python If Elif Else
18. Python Dictionary
19. Python Sets
20. Python Tuples
21. Python Lists
22. Python Operators
23. Python Booleans
24. Python Strings
25. Python Casting
26. Python Variables and Types
27. Python Comments
28. Python Syntax
29. Python Tutorial