Programming requires logic building skills, and those who wish to become programmers must gain more and more proficiency in logic building. There is a need for programmers to apply advanced logic when they are dealing with complex and sophisticated algorithms. Regardless of how important and crucial programming languages are, you also need to know about data structures, algorithms, and programming paradigms along with learning programming languages. Another requirement for acquiring logic building skills is to become familiar with solving problems on a daily basis. Programming is important to create software and applications that help computer and mobile users in their daily lives. It is important to speed up the input and output operations in a machine. Programming is essential to accurately automate, collect, manage, compute, and analyze the processing of data and information. Programming logic in general rests on a foundation of computational logic that is shared by both humans and machines, which is what we explore as we continue to interact with new technologies. With that in mind, one could develop more specific definitions of a programming logic having to do with the basis of a piece of code.

The book is organized into eight chapters and deals with objects that can consider only distinct, separated values. This edition is thoroughly revised and new topics are added. This book will teach the fundamentals of programming logic, design and implementation. The student will learn to think logically and design programs. Examples will be implemented in several languages giving students an understanding of how languages work to implement the programmer's logic and design. Students will also get a foundation in other IT concepts including databases, web development, and effective use of the Internet, researching information, computing ethics and applications.