Based on UML diagram given in Figure 1 which implements the concept of inheritance and polymorphism. Complete the source code with appropriate command to get expected output shown in Figure 2. P.S. It's Partly answered please correct if there a mistake and solve the empty fields

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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Based on UML diagram given in Figure 1 which implements the concept of inheritance and polymorphism. Complete the source code with appropriate command to get expected output shown in Figure 2.

P.S. It's Partly answered please correct if there a mistake and solve the empty fields

Employee
#name:string
#salary:double
+Employee (string, double)
+getDetails ():void
Developer
Manager
# progType : string
# level
int
+Developer (string, double, string)
+Manager(string, double, int)
+getDetails () :void
+getDetails ():void
Figure 1: UML diagram
Name: Alex , Salary: $5000, Level: 2
Name: John , Salary: $2000, Specialization: C++
Figure 2: Expected output
Transcribed Image Text:Employee #name:string #salary:double +Employee (string, double) +getDetails ():void Developer Manager # progType : string # level int +Developer (string, double, string) +Manager(string, double, int) +getDetails () :void +getDetails ():void Figure 1: UML diagram Name: Alex , Salary: $5000, Level: 2 Name: John , Salary: $2000, Specialization: C++ Figure 2: Expected output
1.
#include <iostream>
2.
using namespace std;
3.
class Employee
{
Protected
string name;
6.
double salary;
public:
8.
Employee(string name, double salary){
9.
this->name
=name;
10.
this->salary
=salary;
11.
}
12.
virtual void getDetails()
=03;
%3D
13.
14.
class Manager: public Employee
{
15.
int level;
16.
public:
Manager(string name, double salary,int level): Employee
(name,salary){
18.
this->level=level
19.
}
20.
void getDetails(){
21.
cout<<" Name:"«name<<", Salary:$"<<salary<<",Level:"<<level<«endl;}
22. };
23.
class Developer: public Employee
{
24.
string progType;
25.
public:
26.
Developer(string name,double salary,string progType): Employee
(name,salary){
27.
this->progType=progType
28.
}
29.
void getDetails(){
30.
cout<«"Name:"<<name<«",Salary:$"<<salary<<",Specialization: "<<progType<<endl;
31.
}
32. };
33.
void display(
D{
34.
E->
35. }
36. int main(0{
37.
Manager m("Alex",5000,2);
38.
39.
Developer d("John",2000,"C++");
40.
41.
return 0;
42. }
4.
5.
7.
17.
Transcribed Image Text:1. #include <iostream> 2. using namespace std; 3. class Employee { Protected string name; 6. double salary; public: 8. Employee(string name, double salary){ 9. this->name =name; 10. this->salary =salary; 11. } 12. virtual void getDetails() =03; %3D 13. 14. class Manager: public Employee { 15. int level; 16. public: Manager(string name, double salary,int level): Employee (name,salary){ 18. this->level=level 19. } 20. void getDetails(){ 21. cout<<" Name:"«name<<", Salary:$"<<salary<<",Level:"<<level<«endl;} 22. }; 23. class Developer: public Employee { 24. string progType; 25. public: 26. Developer(string name,double salary,string progType): Employee (name,salary){ 27. this->progType=progType 28. } 29. void getDetails(){ 30. cout<«"Name:"<<name<«",Salary:$"<<salary<<",Specialization: "<<progType<<endl; 31. } 32. }; 33. void display( D{ 34. E-> 35. } 36. int main(0{ 37. Manager m("Alex",5000,2); 38. 39. Developer d("John",2000,"C++"); 40. 41. return 0; 42. } 4. 5. 7. 17.
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