"Big C++" by Cay S. Horstmann, 2nd Edition (often co-authored with Timothy A. Budd), published by Wiley, is an introductory C++ programming textbook designed for a wide range of students, from computer science majors to those in other disciplines who need a programming foundation.It assumes no prior programming experience and only a modest amount of high school algebra.
Here's a breakdown of its key features and approach:
Core Philosophy and Approach:
Focus on Essentials and Effective Learning: The book prioritizes core C++ concepts and computer science principles over an encyclopedic coverage of the language.It aims to present information in digestible chunks, with deeper dives into good practices or language features when the reader is ready.
Gradual Introduction of Object-Oriented Programming (OOP): C++ is introduced as an object-oriented language from the start. Students first learn to use objects (like strings, streams, and simple classes) and then progress to implementing their own classes and member functions. Object-oriented design methodologies, UML, and design patterns are covered in later chapters.
Computer Science Principles: It uses C++ as a vehicle to introduce broader computer science concepts, covering control structures, procedural decomposition, and array algorithms before delving heavily into class design.
Visual Approach to Learning: The book incorporates visual aids like photographs for analogies, step-by-step figures for complex operations, and syntax boxes/example tables for compact information, making it easier for visual learners to grasp concepts.
Problem-Solving Strategies: The 2nd edition emphasizes practical, step-by-step problem-solving techniques, including algorithm design (with pseudocode), hand-tracing, flowcharts, test cases, and more.
Key Content Areas (as per the Table of Contents, which can vary slightly but generally includes):
Fundamentals:
Introduction to Programming and Computers
Fundamental Data Types (Numbers and Objects, Strings)
Control Flow (Decisions, Loops)
Functions
Classes (Specifying public interface, data members, member functions, constructors)
Vectors and Arrays
Pointers
Inheritance
Streams (File I/O)
Recursion
Data Structures & Algorithms:
Sorting and Searching
Linked Lists, Stacks, Queues
Sets, Maps, Priority Queues
Binary Trees
Advanced C++ and STL:
Operator Overloading
Memory Management
Templates
Exception Handling
Name Scope Management
Class Hierarchies
The Standard Template Library (STL)
Introduction to C++0x (now C++11) Standard features (a forward-looking chapter at the time of publication)
Object-Oriented Design:
Object-Oriented Design Principles
The Unified Modeling Language (UML)
Introduction to Design Patterns
Applications (often available as web-only chapters):
Graphical User Interfaces
Relational Databases
XML
Pedagogical Features:
Self-Check Questions: Numerous self-check questions at the end of each section to reinforce understanding.
"Practice It" Pointers: Suggestions for exercises to try after each section.
Variety of Programming Assignments: A wide range of exercises at the end of each chapter, from simple practice to realistic applications.
"How-To" Guides and Worked Examples: Provide step-by-step guidance for common programming tasks and illustrate concepts.
Integrated Testing and Debugging: Discussions on testing and debugging are woven into relevant chapters.
Extensive Examples and Case Studies: Demonstrates how C++ features are used in complete and practical programs.
Companion Website: Often includes additional resources like source code, solutions (for instructors), test banks, and lecture slides.
Modular Design: Allows instructors and students to tailor their learning path, focusing on specific areas like advanced topics, STL, graphics, or object-oriented design.
Target Audience:
Beginner programmers with no prior C++ experience.
Students in introductory programming courses (potentially across one or two semesters).
Individuals seeking a solid foundation in C++ and object-oriented programming.
In summary, "Big C++, 2nd Edition" aims to provide a comprehensive yet approachable introduction to C++ and computer science principles, with a strong emphasis on effective learning, practical application, and object-oriented concepts.
