Analysis of the actual operation code of the C ++ custom class

The application methods of C ++ programming language are flexible. You can select the appropriate application methods based on your own needs to complete various functions. Today we will introduce some practical operations of the C ++ custom class, hoping to help you.

 
 

  
  
//// // TestClass. h ///////////////////
  
  
Class TestClass
  
  
{
  
  
Public:
  
  
Void Test ();
  
  
Int;
  
  
Private:
  
  
Int B;
  
  
Public:
  
  
Static int c;
  
  
// Do not forget to include this Semicolon. Otherwise, the following cpp will prompt the error message indicating that the semicolon is missing in namespace.
  
  
/// // C ++ BaseTest. cpp ////////////////////////
  
  
# Include "stdafx. h"
  
  
# Include "TestClass. h"
  
  
# Include <iostream>
  
  
Using namespace std;
  
  
TestClass tc;
  
  
// Tc. a = 10;
  
  
// Tc. B = 30;
// You will find that an error is reported when initializing TestClass member variables as global variables.
  
  
Int TestClass: c = 8;
// Static variable of the class, which does not need to be added before the definition; otherwise, an error is reported. It is the shared value of all class objects.
  
  
Void TestClass: Test ()
  
  
{
  
  
B = 20;
  
  
Cout <a <"" <B <"" <c <endl;
  
  
}
  
  
Int _ tmain (int argc, _ TCHAR * argv [])
  
  
{
  
  
Tc. a = 10; // The member variables of the class object are correct during local initialization. The member variables of the object belong to the object.
  
  
// For example, you have assigned a value to Member a of the tc object,
In the following Test function, the value of a is a member of the tc of the object.
  
  
Cout <tc. a <endl;
  
  
Tc. Test ();
  
  
While (true)
  
  
{
  
  
}
  
  
Return 0;
  
  
}
 
 

The specific operation methods of the C ++ custom class are described here.