Problem
Statement:
We
have the following part of class diagram showing aggregation
relationship:
You
are required to implement above class diagram (complete program) in
C++ with all data members, constructors, member functions and concept
(aggregation) given in the class diagram/table
|
Class Name |
Functions |
|
|
-Default
constructor
|
|
|
-Default constructor |
|
|
-Default
constructor
|
|
Dairy Store |
-Default
constructor
|
|
Apple |
-Default
constructor
|
|
Grapes |
-Default
constructor
|
|
Guava |
-Default
constructor
|
|
Tetra Milk |
-Default
constructor
|
|
Whitener |
-Default
constructor
|
|
Cream |
-Default
constructor
|
|
Cooking Oil |
-Default
constructor
|
|
Rice |
-Default
constructor
|
|
Flour |
-Default
constructor
|
Solution or Download.cpp
#include <iostream>
using namespace std;
class Apple{
public:
Apple(){
cout<<"Apple Constructor called\n";
}
};
class Grapes{
public:
Grapes(){
cout<<"Grapes Constructor called\n";
}
};
class Guava{
public:
Guava(){
cout<<"Guava Constructor called\n";
}
};
class FruitStore{
Apple a;
Grapes g;
Guava gv;
public:
FruitStore(){
cout<<"\nFruit Store Constructor called\n\n";
}
};
class CookingOil{
public:
CookingOil(){
cout<<"Cooking Oil Constructor called\n";
}
};
class Rice{
public:
Rice(){
cout<<"Rice Constructor called\n";
}
};
class Flour{
public:
Flour(){
cout<<"Flour Constructor called\n";
}
};
class GroceryStore{
CookingOil c;
Rice r;
Flour f;
public:
GroceryStore(){
cout<<"\nGrocery Store Constructor called\n\n";
}
};
class TetraMilk{
public:
TetraMilk(){
cout<<"Tetra Milk Constructor called\n";
}
};
class Whitener{
public:
Whitener(){
cout<<"Whitener Constructor called\n";
}
};
class Cream{
public:
Cream(){
cout<<"Cream Constructor called\n";
}
};
class DairyStore{
TetraMilk t;
Whitener w;
Cream c;
public:
DairyStore(){
cout<<"\nDairy Store Constructor called\n\n";
}
};
class GroceryHome{
FruitStore f;
GroceryStore g;
DairyStore d;
public:
GroceryHome(){
cout<<"Grocery Home Constructor called\n\n";
}
};
main(){
GroceryHome g;
}
