C++Language Foundation to Advanced

2-1

Language characteristics, engineering composition, portability In this lesson, the teacher will explain the following topics: (1) Language characteristics: procedural and object-oriented programming; (2) Write a simple c++program; (3) Composition of engineering documents; (4) Portability;

2-2

Namespace introduction, basic input and output refinement In this lesson, the teacher will explain the following topics: (1) Introduction to the concept of namespace; (2) Basic input and output cin, cout refinement;

2-3

Auto, header file defense, reference, constant In this lesson, the teacher will explain the following topics: (1) Local variables and initialization; （2）auto； (3) Head file defensive statement; (4) Reference; (5) Constant;

2-4

Range for, new dynamic memory allocation, nullptr In this lesson, the teacher will explain the following topics: (1) Scope for statement; (2) Dynamic memory allocation; （3）nullptr；

2-5

Structure, permission modifier, class introduction In this lesson, the teacher will explain the following topics: (1) structure review; (2) Public and private permission modifiers; (3) Class introduction; (4) Class organization;

2-6

Function New Features, Inline Functions, Const Details In this lesson, the teacher will explain the following topics: (1) Function review and post return type; (2) Inline function; (3) Summary of hybrid usage of functions; (4) The difference between const char *, char const *, and char * const; (5) Function formal parameter with const;

2-7

Introduction to string type In this lesson, the teacher will explain the following topics: (1) Foreword; (2) Introduction to string type; (3) Define and initialize string objects; (4) Operations on string objects;

2-8

Introduction to vector types In this lesson, the teacher will explain the following topics: (1) Introduction to vector types; (2) Define and initialize vector objects; (3) Operations on vector objects; (3.1) Scope for further explanation;

2-9

Wonderful interpretation of iterators, failure analysis and remedy, and actual combat In this lesson, the teacher will explain the following topics: (1) Introduction to iterators; (2) The iterator type of the container; (3) Iterator begin()/end() operation, reverse iterator rbegin()/rend() operation; (4) Iterator operator; (5) Const_iterator iterator; (5.1) cbegin() and cent() operations; (6) Iterator failure; (6.1) Demonstration of disaster procedure 1; (6.2) Disaster procedure demonstration 2; (7) Example demonstration; (7.1) Use iterator to traverse string data; (7.2) Common operation and memory release of vector container;

3-1

Member function, object copy, private member In this lesson, the teacher will explain the following topics: (1) Overview; (2) Class basis; (3) Member function; (4) Copy of objects; (5) Private members;

3-2

Constructor details, explicit, initialization list In this lesson, the teacher will explain the following topics: (1) constructor; (2) Multiple constructors; (3) Function default parameters; (4) Implicit conversion and explicit; (5) Constructor initialization list;

3-3

inline、const、mutable、this、stat In this lesson, the teacher will explain the following topics: (1) implement the member function inline in the class definition (2) const (3) mutable (4) return the reference of its own object, this (5) static member

3-4

Class initialization, default constructor,=default; In this lesson, the teacher will explain the following topics: (1) Class related non member functions (2) Class initialization (3) Initialization of const member variables (4) Default constructor (5)=default= delete;

3-5

copy constructor In this lesson, the teacher will explain the following topics: (1) Copy constructor;

3-6

Overload operator, copy assignment operator, destructor In this lesson, the teacher will explain the following topics: (1) Overload operator (2) Copy assignment operator (3) Destructor a) Function overload b) Initialization of constructor member c) Destruction of destructor member d) New object and delete object

3-7

Derived class, call order, access level, function masking In this lesson, the teacher will explain the following topics: (1) the concept of derived classes (2) the order of calling constructors when defining derived class objects (3) public, protected, private (4) function masking

3-8

Base class pointer, virtual pure virtual function, polymorphism, virtual destructor In this lesson, the teacher will explain the following topics: (1) base class pointer, derived class pointer (2) virtual function overridefinal (3) polymorphism (4) pure virtual function (5) destructor of base class is generally written as virtual function (virtual destructor)

3-9

Friend function, friend class, friend member function In this lesson, the teacher will explain the following topics: (1) Friend function (2) Friend class (3) Friend member function