Exercise: Create an object of MyClass called myobj, and use it to set the value of myum to 15. class MyClass ( public: int myNum; int main() ( cout « myobj.myNum; return e; Exercise: Create a function named myMethod with no return value. Then Use myobj to call myethod inside main. class Myclass ( public: () ( cout e "Hello World!"; int main() ( MyClass myobj; (); return e; Exercise: Create a constructor of Myclass, and call it: class MyClass ( public: cout « "Hello World!"; int main() ( myobj; return e; Exercise: Use access specifiers to set the x variable to public and y to private: class MyClass { int x; int y; }3;

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Exercise:
Create
object of MyClass called myObj, and use it to set the value of mytium to 15.
class MyClass {
public:
int myNum;
);
int main() {
cout « myobj.myNum;
return e;
Exercise:
Create a function named myMethod with no return value. Then Use myobj to call myMethod inside main.
class Myclass (
public:
cout « "Hello World!";
int main() (
MyClass myobj;
();
return e;
Exercise:
Create a constructor of Myclass, and call it:
class Myclass {
public:
cout « "Hello World!";
int main() {
myobj;
return e;
Exercise:
Use access specifiers to set the x variable to public and y to private:
class MyClass {
int x;
int y;
};
Transcribed Image Text:Exercise: Create object of MyClass called myObj, and use it to set the value of mytium to 15. class MyClass { public: int myNum; ); int main() { cout « myobj.myNum; return e; Exercise: Create a function named myMethod with no return value. Then Use myobj to call myMethod inside main. class Myclass ( public: cout « "Hello World!"; int main() ( MyClass myobj; (); return e; Exercise: Create a constructor of Myclass, and call it: class Myclass { public: cout « "Hello World!"; int main() { myobj; return e; Exercise: Use access specifiers to set the x variable to public and y to private: class MyClass { int x; int y; };
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