Book Image

Python Fundamentals

By : Ryan Marvin, Mark Nganga, Amos Omondi
Book Image

Python Fundamentals

By: Ryan Marvin, Mark Nganga, Amos Omondi

Overview of this book

After a brief history of Python and key differences between Python 2 and Python 3, you'll understand how Python has been used in applications such as YouTube and Google App Engine. As you work with the language, you'll learn about control statements, delve into controlling program flow and gradually work on more structured programs via functions. As you settle into the Python ecosystem, you'll learn about data structures and study ways to correctly store and represent information. By working through specific examples, you'll learn how Python implements object-oriented programming (OOP) concepts of abstraction, encapsulation of data, inheritance, and polymorphism. You'll be given an overview of how imports, modules, and packages work in Python, how you can handle errors to prevent apps from crashing, as well as file manipulation. By the end of this book, you'll have built up an impressive portfolio of projects and armed yourself with the skills you need to tackle Python projects in the real world.
Table of Contents (12 chapters)
Python Fundamentals
Preface

Introduction


Previously in this book, we covered the following topics:

  • The Python interpreter

  • Python syntax

  • Values and data types

In this chapter, we are going to build on the knowledge that we have acquired so far to dive deeper into the beautiful language that is Python. In this chapter, we will explore how Python handles control statements—in simple terms, how Python handles decision making, for instance, resulting to True if 2 + 3 = 5.

In this chapter, we will also dive deeper into program flow control. In particular, we will look at how we can run code repeatedly or in a loop.

Specifically, we will cover the following topics:

  • Python program flow

  • Python control statements, that is, if and while

  • The differences between if and while

  • The for loop

  • The range function

  • Nesting loops

  • Breaking out of loops