Write a class in C++

Question

Create a class named Shirt that has the public data members collarsize and sleeveLength. Create a class named Pants that has the public data members waistSize and inSeam. Write a program that declares one object of each type Shirt and Pants and assigns values to the objects data fields. Write two overloaded functions named displayClothingFacts(). One version of the function takes a Shirt object as an argument; the other version takes a Pants object. Each version displays the facts about the piece of clothing. Your main() function should demonstrate that you can call displayClothingFacts() with either type of clothing.

Answer 1

using namespace std;

#include <iostream>

class Shirt

{

private:

int sleeveLength;

int collarSize;

public:

Shirt( int sleeve, int collar)

{

sleeveLength = sleeve;

collarSize = collar;

}

int GetSleeveLength() { return(sleeveLength); }

int GetCollarSize() { return(collarSize); }

};

class Pants

{

private:

int waistSize;

int inSeam;

public:

Pants ( int waist, int inseam)

{

waistSize = waist;

inSeam = inseam;

}

int GetWaistSize() { return(waistSize); }

int GetInSeam() { return(inSeam); }

};

void displayClothingFacts ( Pants &pants, char * debugMsg=NULL)

{

if (debugMsg!=NULL)

{

cout << "*****************************" << endl;

cout << debugMsg << endl;

}

cout << "**************************" << endl;

cout << " Waist Size = " << pants.GetWaistSize() << endl;

cout << " InSeam = " << pants.GetInSeam() << endl;

}

void displayClothingFacts ( Shirt &shirt, char * debugMsg=NULL)

{

if (debugMsg!=NULL)

{

cout << "*****************************" << endl;

cout << debugMsg << endl;

}

cout << "**************************" << endl;

cout << " collar size = " << shirt.GetCollarSize() << endl;

cout << " sleeve length= " << shirt.GetSleeveLength()<< endl;

}

int main()

{

Shirt myShirt (36,18); //XXL

Pants myPants ( 42,32 );

displayClothingFacts(myShirt," My Shirt and Pants");

displayClothingFacts(myPants);

}