< 세부 목차 >
1 - Getting Started
1.1 Writing a Simple C++ Program
1.1.1 Compiling and Excuting Our Program
1.2 A First Look at Input/Output
1.3 A Word about Comments
1.4 Flow of Control
1.4.1 The while Statement
1.4.2 The for Statement
1.4.3 Reading an Unknown Number of Inputs
1.4.4 The if Statement
1.5 Introducing Classes
1.5.1 The Sales_item Class
1.5.2 A First Look at Member Functions
1.6 The Bookstore Program
2 - Variables and Basic Types
2.1 Primitive Built-in Types
2.1.1 Arithmetic Types
2.1.2 Type Conversions
2.1.3 Literals
2.2 Variables
2.2.1 Variable Definitions
2.2.2 Variable Declarations and Definitions
2.2.3 Identifiers
2.2.4 Scope of a Name
2.3 Compound Types
2.3.1 References
2.3.2 Pointers
2.3.3 Understanding Compound Type Declarations
2.4 const Qualifier
2.4.1 References to const
2.4.2 Pointers and const
2.4.3 Top-Level const
2.4.4 constexpr and Constant Expressions
2.5 Dealing with Types
2.5.1 Type Aliases
2.5.2 The auto Type Specifier
2.5.3 The decltype Type Specifier
2.6 Defining Our Own Data Structures
2.6.1 Defining the Sales_data Type
2.6.2 Using the Sales_data Class
2.6.3 Writing Our Own Header Files
3 - String, Vectors, and Arrays
3.1 Namespace using Declarations
3.2 Library string Type
3.2.1 Defining and Initializing strings
3.2.2 Operations on strings
3.2.3 Dealing with the Characters in a string
3.3 Library vector Type
3.3.1 Defining and Initializing vectors
3.3.2 Adding Elements to a vector
3.3.3 Other vector Operations
3.4 Introducing Iterators
3.4.1 Using Iterators
3.4.2 Iterator Arithmetic
3.5 Arrays
3.5.1 Defining and Initializing Built-in Arrays
3.5.2 Accesing the Elements of an Array
3.5.3 Pointers and Arrays
3.5.4 C-Style Character Strings
3.5.5 Interfacing to Older Code
3.6 Multidimensional Arrays
4 - Expressions
4.1 Fundamentals
4.1.1 Basic Concepts
4.1.2 Precedence and Associativity
4.1.3 Order of Evaluation
4.2 Arithmetic Operators
4.3 Logical and Relational Operators
4.4 Assignment Operators
4.5 Increment and Decrement Operators
4.6 The Member Access Operators
4.7 The Conditional Operator
4.8 The Bitwise Operators
4.9 The sizeof Operator
4.10 Comma Operator
4.11 Type Conversions
4.11.1 The Arithmetic Conversions
4.11.2 Other Implicit Conversions
4.11.3 Explicit Conversions
4.12 Operator Precedence Table
5 - Statements
5.1 Simple Statements
5.2 Statement Scope
5.3 Conditional Statements
5.3.1 The if Statement
5.3.2 The switch Statement
5.4 Iterative Statements
5.4.1 The while Statement
5.4.2 Traditional for Statement
5.4.3 Range for Statement
5.4.4 The do while Statement
5.5 Jump Statements
5.5.1 The break Statement
5.5.2 The continue Statement
5.5.3 The goto Statement
5.6 try Blocks and Exception Handling
5.6.1 A throw Expression
5.6.2 The try Block
5.6.3 Standard Exceptions
6 - Functions
6.1 Function Basics
6.1.1 Local Objects
6.1.2 Function Declarations
6.1.3 Separate Compilation
6.2 Argument Passing
6.2.1 Passing Arguments by Value
6.2.2 Passing Arguments by Reference
6.2.3 const Parameters and Arguments
6.2.4 Array Parameters
6.2.5 main : Handling Command-Line Options
6.2.6 Functions with Varying Parameters
6.3 Return Types and the return Statement
6.3.1 Functions with No Return Value
6.3.2 Functions That Return a Value
6.3.3 Returning a Pointer to an Array
6.4 Overloaded Functions
6.4.1 Overloading and Scope
6.5 Features for Specialized Uses
6.5.1 Default Arguments
6.5.2 Inline and constexpr Functions
6.5.3 Aids for Debugging
6.6 Function Matching
6.6.1 Argument Type Conversions
6.7 Pointers to Functions
7 - Classes
7.1 Defining Abstract Data Types
7.1.1 Designing the Sales_data Class
7.1.2 Defining the Revised Sales_data Class
7.1.3 Defining Non-member Class-Related Functions
7.1.4 Constructors
7.1.5 Copy, Assignment, and Destruction
7.2 Access Control and Encapsulation
7.2.1 Friends
7.3 Additional Class Features
7.3.1 Class Members Revisited
7.3.2 Functions That Return *this
7.3.3 Class Types
7.3.4 Friendship Revisited
7.4 Class Scope
7.4.1 Name Lookup and Class Scope
7.5 Constructors Revisited
7.5.1 Constructor Initializer List
7.5.2 Delegating Constructors
7.5.3 The Role of the Default Constructor
7.5.4 Implicit Class-Type Conversions
7.5.5 Aggregate Classes
7.5.6 Literal Classes
7.6 static Class Members
8 - The IO Library
8.1 The IO Classes
8.1.1 No Copy or Assign for IO Objects
8.1.2 Condition States
8.1.3 Managing the Output Buffer
8.2 File Input and Output
8.2.1 Using File Stream Objects
8.2.2 File Modes
8.3 string Streams
8.3.1 Using an istringstream
8.3.2 Using ostringstreams
9 - Sequential Containers
9.1 Overview of the Sequential Containers
9.2 Container Library Overview
9.2.1 Iterators
9.2.2 Container Type Members
9.2.3 begin and end Members
9.2.4 Defining and Initializing a Container
9.2.5 Assignment and swap
9.2.6 Container Size Operations
9.2.7 Relational Operators
9.3 Sequential Container Operations
9.3.1 Adding Elements to a Sequential Container
9.3.2 Accessing Elements
9.3.3 Erasing Elements
9.3.4 Specialized forward_list Operations
9.3.5 Resizing a Container
9.3.6 Container Operations May Invalidate Iterators
9.4 How a vector Grows
9.5 Additional string Operations
9.5.1 Other Ways to Construct strings
9.5.2 Other Ways to Change a string
9.5.3 string Search Operations
9.5.4 The compare Functions
9.5.5 Numeric Conversions
9.6 Container Adaptors
10 - Generic Algorithms
10.1 Overview
10.2 A First Look at the Algorithms
10.2.1 Read-Only Algorithms
10.2.2 Algorithms That Write Container Elements
10.2.3 Algorithms That Reorder Container Elements
10.3 Customizing Operations
10.3.1 Passing a Function to an Algorithm
10.3.2 Lambda Expressions
10.3.3 Lambda Captures and Returns
10.4 Revisiting Iterators
10.4.1 Insert Iterators
10.4.2 iostream Iterators
10.4.3 Reverse Iterators
10.5 Structure of Generic Algorithms
10.5.1 The Five Iterator Categories
10.5.2 Algorithm Parameter Patterns
10.5.3 Algorithm Naming Conventions
10.6 Container-Specific Algorithms
11 - Associative Containers
11.1 Using an Associative Container
11.2 Overview of the Associative Containers
11.2.1 Defining an Associative Container
11.2.2 Requirements on Key Type
11.2.3 The pair Type
11.3 Operations on Associative Containers
11.3.1 Associative Container Iterators
11.3.2 Adding Elements
11.3.3 Erasing Elements
11.3.4 Subscripting a map
11.3.5 Accessing Elements
11.3.6 A Word Transformation Map
11.4 The Unordered Containers
12 - Dynamic Memory
12.1.1 The shared_ptr Class
12.1.2 Managing Memory Directly
12.1.3 Using shared_ptrs with new
12.1.4 Smart Pointers and Exceptions
12.1.5 unique_ptr
12.1.6 weak_ptr
12.2 Dynamic Arrays
12.2.1 new and Arrays
12.2.2 The allocator Class
12.3 Using the Library : A Text-Query Program
12.3.1 Design of the Query Program
12.3.2 Defining the Query Program Classes
13 - Copy Control
13.1 Copy, Assign, and Destory
13.1.1 The Copy Constructor
13.1.2 The Copy-Assignment Operator
13.1.3 The Destructor
13.1.4 The Rule of Three/Five
13.1.5 Using = default
13.1.6 Preventing Copies
13.2 Copy Control and Resource Management
13.2.1 Classes That Act Like Values
13.2.2 Defining Classes That Act Like Pointers
13.3 Swap
13.4 A Copy-Control Example
13.5 Classes That Manage Dynamic Memory
13.6 Moving Objects
13.6.1 Rvalue References
13.6.2 Move Constructor and Move Assignment
13.6.3 Rvalue References and Member Functions
14 - Overloaded Operations and Conversions
14.1 Basic Concepts
14.2 Input and Output Operators
14.2.1 Overloading the Output Operator <<
14.2.2 Overloading the Input Operator >>
14.3 Arithmetic and Relational Operators
14.3.1 Equality Operators
14.3.2 Relational Operators
14.4 Assignment Operators
14.5 Subscript Operator
14.6 Increment and Decrement Operators
14.7 Member Access Operators
14.8 Function-Call Operator
14.8.1 Lambdas Are Function Objects
14.8.2 Library-Defined Function Objects
14.8.3 Callable Objects and function
14.9 Overloading, Conversions, and Operators
14.9.1 Conversion Operators
14.9.2 Avoiding Ambiguous Conversions
14.9.3 Function Matching and Overloaded Operators
15 - Object-Oriented Programming
15.1 OOP : An Overview
15.2 Defining Base and Derived Classes
15.2.1 Defining a Base Class
15.2.2 Defining a Derived Class
15.2.3 Conversions and Inheritance
15.3 Virtual Functions
15.4 Abstract Base Classes
15.5 Access Control and Inheritance
15.6 Class Scope under Inheritance
15.7 Constructors and Copy Control
15.7.1 Virtual Destructors
15.7.2 Synthesized Copy Control and Inheritance
15.7.3 Derived-Class Copy-Control Members
15.7.4 Inherited Constructors
15.8 Containers and Inheritance
15.8.1 Writing a Basket Class
15.9 Text Queries Revisited
15.9.1 An Object-Oriented Solution
15.9.2 The Query_base and Query Classes
15.9.3 The Derived Classes
15.9.4 The eval Functions
16 - Template and Generic Programming
16.1 Defining a Template
16.1.1 Function Templates
16.1.2 Class Templates
16.1.3 Template Parameters
16.1.4 Member Templates
16.1.5 Controlling Instantiations
16.1.6 Efficiency and Flexibility
16.2 Template Argument Deduction
16.2.1 Conversions and Template Type Parameters
16.2.2 Function-Template Explicit Arguments
16.2.3 Trailing Return Types and Type Transformation
16.2.4 Function Pointers and Argument Deduction
16.2.5 Template Argument Deduction and References
16.2.6 Understanding std::move
16.2.7 Forwarding
16.3 Overloading and Templates
16.4 Variadic Templates
16.4.1 Writing a Variadic Function Template
16.4.2 Pack Expansion
16.4.3 Forwarding Parameter Packs
16.5 Template Specializations
17 - Specialized Library Facilities
17.1 The tuple Type
17.1 Defining and Initializing tuples
17.1.2 Using a tuple to Return Multiple Values
17.2 The bitset Type
17.2.1 Defining and Initializing bitsets
17.2.2 Operations on bitsets
17.3 Regular Expressions
17.3.1 Using the Regular Expression Library
17.3.2 The Match and Regex Iterator Types
17.3.3 Using Subexpressions
17.3.4 Using regex_replace
17.4 Random Numbers
17.4.1 Random-Number Engines and Distribution
17.4.2 Other Kinds of Distributions
17.5 The IO Library Revisited
17.5.1 Formatted Input and Output
17.5.2 Unformatted Input/Output Operations
17.5.3 Random Access to a Stream
18 - Tools for Large Programs
18.1 Exception Handling
18.1.1 Throwing an Exception
18.1.2 Catching and Exception
18.1.3 Function try Blocks and Constructors
18.1.4 The noexcept Exception Specification
18.1.5 Exception Class Hierarchies
18.2 Namespaces
18.2.1 Namespace Definitions
18.2.2 Using Namespace Members
18.2.3 Classes, Namespaces, and Scope
18.2.4 Overloading and Namespaces
18.3 Multiple and Virtual Inheritance
18.3.1 Multiple Inheritance
18.3.2 Conversions and Multiple Base Classes
18.3.4 Virtual Inheritance
18.3.5 Constructors and Virtual Inheritance
19 - Specialized Tools and Techniques
19.1 Controlling Memory Allocation
19.1.1 Overloading new and delete
19.1.2 Placement new Expressions
19.2 Run-Time Type Identification
19.2.1 The dynamic_cast Operator
19.2.2 The typeid Operator
19.2.3 Using RTTI
19.2.4 The type_info Class
19.3 Enumerations
19.4 Pointer to Class Member
19.4.1 Pointers to Data Members
19.4.2 Pointers to Member Functions
19.4.3 Using Member Functions as Callable Objects
19.5 Nested Classes
19.6 union : A Space-Saving Class
19.7 Local Classes
19.8 Inherently Nonportable Features
19.8.1 Bit-fields
19.8.2 volatile Qualifier
19.8.3 Linkage Directives : extern "C"
Appendix A The Library
A.1 Library Names and Headers
A.2 A Brief Tour of the Algorithms
A.2.1 Algorithms to Find an Object
A.2.2 Other Read-Only Algorithms
A.2.3 Binary Search Algorithms
A.2.4 Algorithms That Write Container Elements
A.2.5 Partitioning and Sorting Algorithms
A.2.6 General Reordering Operations
A.2.7 Permutation Algorithms
A.2.8 Set Algorithms for Sorted Sequences
A.2.9 Minimum and Maximum Values
A.2.10 Numeric Algorithms
A.3 Random Numbers
A.3.1 Random Number Distributions
A.3.2 Random Number Engines
