As a computer language, Python is built based on the concept of Object Oriented Programming. This allows it to replicate real objects to be modelled in the process. The language is dynamically typed as it employs a type-checking during runtime. This is done in order to make certain the kind of construct that goes along with what can match the expectation of the context. One feature that sets it apart is that python is an interpreted language.
It is said that it was named Python by creator Guido van Rossum after a comedy group who called themselves Monty Python. This is the reason that the metasyntactic variables used are ‘eggs’ and ‘spam’ and not ‘foo’ or ‘bar’. However, these are not a reference to reptilian species. Most implementations normally run the version 2. However, it is said that the future is in the hands of Python 3. They also call it ‘Py3K’ or ‘Python 3000’. The most widely used implementation of Python is CPython that is written in C. This also compiles the Python program into an intermediate bytecode.
Other than constructs that are provided by Python, one can also make use of the Python Package Index (PyPI). This is a kind of repository for third party modules. A program that goes by the name of pip can help you install all of these.
The history
The language first came into existence during the late 1980s. It was named so after a BBC show that was called Monty Python’s Flying Circus. The creator, Guido van Rossum started the implementation of Python in Netherlands at CWI during 1989 in December. Python happened to succeed another language called ABC that had the amazing ability of handling and interfacing the operating system of Amoeba.
The components of Python
- Functions
A collection of statements all named into a single one is called a function. Whenever a user might execute any of those statements, they can use them. Whenever required they can be called in the program. The functions return a certain value.
- Class
As it was mentioned earlier, Python is an objected oriented language. This allows it to support objects and classes. Classes are an abstract data type. This means that they are an idea for objects of a manner. They do not hold any value.
- Module
The collection of functions and classes that are related is called a module. There are modules that help with web programming, string manipulation, mathematical calculation and many other functions.
- Package
A set of related modules is known as a package. To use a package, one can either create one or import one.
There are a few reasons that make Python all the more used and efficient. These are
- It is easy to use.
- It is an interpreted language. That means that the execution happens line by line. This feature makes it easier to debug and test.
- It has OOP.
- Python provides a user with one of the largest standard libraries.
So get started with Python and become a great programmer without wasting any more time. Take a python course and become one of the best programmers there can be.
