Python is a language that was born at the end of the eighties by Guido van Rossum. It is an interpreted programming language whose philosophy is to maintain a syntax that allows to have a readable code, supports functional language, object-oriented language and even imperative programming that is why it is known as multiparadigm.
According to historical sources, this is the fastest language, some of the reasons for this phenomenon is what can be learned from this language in a short time, it is a robust language, it has a complete documentation, it has tools in which you can work comfortably as a framework that facilitates programming) such as DJANGO, ODOO among others .. and in addition to this a community where developers from around the world participate, providing solutions that can be updated and modified to adapt them to our needs.
Python is present in many applications and services only as drop DROPBOX, YOUTUBE, GOOGLE, INSTAGRAM, PINTEREST, MERCEDES-BENZ, NATIONAL GEOGRAPHIC and endless applications.
Python is a versatile and functional language applied in many fields, it serves all purposes of research and the kind of book that tries to help me with this language that is, in my opinion, the future in the area.
Program I am passionate about that for three years I decided to venture into that area and I tell you there is still a lot to learn. For this I share the following information ...
Augusta Ada King, Countess of Lovelace was the first person in the world to describe a general programming language by interpreting Babbage's ideas even better than himself. In 1843 a series of notes was published on the analytical machine of Babbage that signed only with his initials for fear of being censored for his condition as a woman.
He described concepts such as the loop and the subroutine. He used to define himself as an analyst and metaphysician, something quite advanced for his time in which the thought of his primitive congeners.
The complete plan of Ada wrote that the necessary algorithm that allows to calculate the values of Bernoulli numbers using two loops, demonstrating the bifurcation capabilities of the analytical machine. He also described how to perform trigonometric operations that made use of the variables also in the Babbage analytical machine. He also defined the use of punch cards to program the Babbage machine.
Source: https://www.genbetadev.com/desarrolladores/ada-lovelace-la-primera-programadora-de-la-historia
