• Main Page
• Table of content
• Copyright
• Preface
• Structure of This Book
• A Note on the Source Code
• Acknowledgments
• Where to Find More Information
• Typographical Conventions
• Chapter 1. Basic C++ Programming
• 1.1 How to Write a C++ Program
• 1.2 Defining and Initializing a Data Object
• 1.3 Writing Expressions
• 1.4 Writing Conditional and Loop Statements
• 1.5 How to Use Arrays and Vectors
• 1.6 Pointers Allow for Flexibility
• 1.7 Writing and Reading Files
• Chapter 2. Procedural Programming
• 2.1 How to Write a Function
• 2.2 Invoking a Function
• 2.3 Providing Default Parameter Values
• 2.4 Using Local Static Objects
• 2.5 Declaring a Function Inline
• 2.6 Providing Overloaded Functions
• 2.7 Defining and Using Template Functions
• 2.8 Pointers to Functions Add Flexibility
• 2.9 Setting Up a Header File
• Chapter 3. Generic Programming
• 3.1 The Arithmetic of Pointers
• 3.2 Making Sense of Iterators
• 3.3 Operations Common to All Containers
• 3.4 Using the Sequential Containers
• 3.5 Using the Generic Algorithms
• 3.6 How to Design a Generic Algorithm
• 3.7 Using a Map
• 3.8 Using a Set
• 3.9 How to Use Iterator Inserters
• 3.10 Using the iostream Iterators
• Chapter 4. Object-Based Programming
• 4.1 How to Implement a Class
• 4.2 What Are Class Constructors and the Class Destructor?
• 4.3 What Are 'mutable' and 'const'?
• 4.4 What Is the 'this' Pointer?
• 4.5 Static Class Members
• 4.6 Building an Iterator Class
• 4.7 Collaboration Sometimes Requires Friendship
• 4.8 Implementing a Copy Assignment Operator
• 4.9 Implementing a Function Object
• 4.10 Providing Class Instances of the iostream Operators
• 4.11 Pointers to Class Member Functions
• Chapter 5. Object-Oriented Programming
• 5.1 Object-Oriented Programming Concepts
• 5.2 A Tour of Object-Oriented Programming
• 5.3 Polymorphism without Inheritance
• 5.4 Defining an Abstract Base Class
• 5.5 Defining a Derived Class
• 5.6 Using an Inheritance Hierarchy
• 5.7 How Abstract Should a Base Class Be?
• 5.8 Initialization, Destruction, and Copy
• 5.9 Defining a Derived Class Virtual Function
• 5.10 Run-Time Type Identification
• Chapter 6. Programming with Templates
• 6.1 Parameterized Types
• 6.2 The Template Class Definition
• 6.3 Handling Template Type Parameters
• 6.4 Implementing the Template Class
• 6.5 A Function Template Output Operator
• 6.6 Constant Expressions and Default Parameters
• 6.7 Template Parameters as Strategy
• 6.8 Member Template Functions
• Chapter 7. Exception Handling
• 7.1 Throwing an Exception
• 7.2 Catching an Exception
• 7.3 Trying for an Exception
• 7.4 Local Resource Management
• 7.5 The Standard Exceptions
• Appendix A. Exercise Solutions
• Exercise 1.4
• Exercise 1.5
• Exercise 1.6
• Exercise 1.7
• Exercise 1.8
• Exercise 2.1
• Exercise 2.2
• Exercise 2.3
• Exercise 2.4
• Exercise 2.5
• Exercise 2.6
• Exercise 3.1
• Exercise 3.2
• Exercise 3.3
• Exercise 3.4
• Exercise 4.1
• Exercise 4.2
• Exercise 4.3
• Exercise 4.4
• Exercise 4.5
• Exercise 5.1
• Exercise 5.2
• Exercise 5.3
• Exercise 5.4
• Exercise 6.1
• Exercise 6.2
• Exercise 7.1
• Exercise 7.2
• Exercise 7.3
• Appendix B. Generic Algorithms Handbook
• 'accumulate()'
• 'adjacent_difference()'
• 'adjacent_find()'
• 'binary_search()'
• 'copy()'
• 'copy_backward()'
• 'count()'
• 'count_if()'
• 'equal()'
• 'fill()'
• 'fill_n()'
• 'find()'
• 'find_end()'
• 'find_first_of()'
• 'find_if()'
• 'for_each()'
• 'generate()'
• 'generate_n()'
• 'includes()'
• 'inner_product()'
• 'inplace_merge()'
• 'iter_swap()'
• 'lexicographical_compare()'
• 'max(), min()'
• 'max_element()' , 'min_element()'
• 'merge()'
• 'nth_element()'
• 'partial_sort()', 'partial_sort_copy()'
• 'partial_sum()'
• 'partition()', 'stable_partition()'
• 'random_shuffle()'
• 'remove()', 'remove_copy()'
• 'remove_if()', 'remove_copy_if()'
• 'replace()', 'replace_copy()'
• 'replace_if()', 'replace_copy_if()'
• 'reverse()', 'reverse_copy()'
• 'rotate()', 'rotate_copy()'
• 'search()'
• 'search_n()'
• 'set_difference()'
• 'set_intersection()'
• 'set_symmetric_difference()'
• 'set_union()'
• 'sort(), stable_sort()'
• 'transform()'
• 'unique()', 'unique_copy()'
• Index
• Index SYMBOL
• Index A
• Index B
• Index C
• Index D
• Index E
• Index F
• Index G
• Index H
• Index I
• Index K
• Index L
• Index M
• Index N
• Index O
• Index P
• Index R
• Index S
• Index T
• Index U
• Index V
• Index W