Deciphering Object-Oriented Programming with C++

C++ gives programmers a rich set of tools for structuring software—but using those tools well means understanding how language features support sound object-oriented design. Dorothy R. Kirk’s Deciphering Object-Oriented Programming with C++ builds that understanding step by step, moving from essential C++ concepts into class design, inheritance, reusable patterns, and safer programming practices.

Connect C++ language features to object-oriented design

The opening chapters revisit the foundations readers need for the material ahead: functions, pointers, references, and the mechanics of classes. From there, the book shows how C++ constructs bring core object-oriented ideas to life, including encapsulation, inheritance, polymorphism, and abstract classes. That sequence makes it easier to see not just what a feature does, but how it fits into a larger design.

From class hierarchies to reusable patterns

Kirk explores single and multiple inheritance, association, aggregation, and composition, alongside practical language topics such as exceptions, operator overloading, templates, and the Standard Template Library. The later chapters turn to design patterns and idioms, including Observer, Factory Method, Adapter, Singleton, and pImpl. Together, these topics help readers compare different approaches to organizing and extending C++ software.

Give attention to quality and safety

The discussion also reaches beyond feature mechanics to testing classes and components, revisiting smart pointers, considering thread safety, and applying core programming guidelines. This broader view helps place object-oriented design within the everyday work of writing code that is easier to reason about and maintain.

A structured route for C++ programmers

Arranged in five parts and 21 chapters, this book is written for readers who already have some grounding in C++, C, Java, or a similar language. It is a substantial, topic-by-topic study for programmers looking to deepen their command of object-oriented programming in C++ and understand the design choices behind the code.