In C++, Implement the following class that represents a clock.

Clock

- hour: int

- minute: int

- meridiem: string

+ Clock()

+ Clock(hr: int, min: int, mer: string)

+ setTime(hr: int, min: int, mer: string): void

+ setHour(hr: int): void + setMinute(min: int): void

+ setMeridiem(mer: string): void

+ getHour(): int

+ getMinute(): int

+ getMeridiem(): string

+ void tick()

+ string asString()

+ string asStandard()

Implementation Details:

• The default constructor should set the clock to midnight (12:00 am)

• Hour must be in the range 1 to 12

• Minute must be in the range 0 to 59

• Meridiem must be the string “am” or the string “pm”

• The constructor that accepts a time as parameters and all of the setters (mutators) must perform error checking. If an error is detected, print an appropriate error message and stop the program. The exit() function can be used to stop the program.

• tick() increments the minute value and handles any rollover. For example, a clock currently set to 11:59 am would become 12:00 pm after executing tick() .

• asString() returns the current time in a format suitable for printing to the screen (i.e. 1:05 pm). Note the leading zero for values of minutes less than 10.

• asStandard() returns the current time in 24-hour clock format(i.e. 13:05). Both the hour and minute values should be 2 digit numbers (use a leading zero for values less than 10).

Here are the first few lines of code to get started:

#include <iostream>

#include <string>

#include <sstream>

class Clock {

};

Clock::Clock()

{

setTime(12, 0, "am");

}

And here is the main() that was given to test this:

int main() {

Clock c;

cout << "After default constructor: " << endl;

cout << c.asString() << endl;

cout << c.asStandard() << endl;

c.tick();

c.tick();

cout << "After 2 ticks: " << endl;

cout << c.asString() << endl;

cout << c.asStandard() << endl;

for (int i = 0; i < 185; i = i + 1)

c.tick();

cout << "After 185 more ticks: " << endl;

cout << c.asString() << endl;

cout << c.asStandard() << endl;

cout << endl << endl;

// Continue testing constructors and tick()

// Continue testing getters and setters....

return 0;

}

Example Execution

After default constructor:

12:00am 00:00

After 2 ticks:

12:02am

00:02

After 185 more ticks:

3:07am

03:07

After parameter constructor:

11:59am

11:59

After 2 ticks:

12:01pm

12:01

After 185 more ticks:

3:06pm

15:06

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Header (myQueue.h)

#ifndef _MYQUEUE_H_
#define _MYQUEUE_H_

using namespace std;

template
class myQueue {
public:
   myQueue(int maxSz);
   ~myQueue();
   void enqueue(T item);
   T dequeue();
int currentSize();
bool isEmpty();
bool isFull();

private:
   T *contents; /*Dynamic initiate (C++ keyword new) the holder array*/
   int front,rear; /*Index in the array of the front and rear element*/
   int arrayLength; /*The length of the contents holder array*/
       /* Keep in mind that the Queue will only hold up to (arrayLength - 1) elements*/
};

template
myQueue::myQueue(int maxSz) {
   // TODO
}

template
myQueue::~myQueue() {
   // TODO
}

template
void myQueue::enqueue(T item) {
   // TODO
}

template
T myQueue::dequeue() {
   // TODO
}

template
int myQueue::currentSize() {
   // TODO
}

template
bool myQueue::isEmpty() {
   // TODO
}

template
bool myQueue::isFull() {
   // TODO
}

#endif

Queue Test (queueTest.cpp)

#include
#include "myQueue.h"

using namespace std;

int main() {
   cout << "Testing the template myQueue, try an integer queue as an example..." << endl;
   cout << "Please enter the max size of the int queue: ";
   int capacity;
   cin >> capacity;
  
   myQueue testIntQ(capacity);
  
   while(1) {
       cout << "Please enter 'e' for enqueue, 'd' for dequeue, and 's' for stop." << endl;
       char userOption;
       cin >> userOption;
      
       if(userOption == 's')
           break;
          
       switch(userOption) {
           case 'e':
               if(!testIntQ.isFull()) {
                   cout << "Please enter the integer you want to enqueue: ";
                   int val;
                   cin >> val;
                   testIntQ.enqueue(val);
               }
               else
                   cout << "Cannot enqueue. The queue is full." << endl;
               break;
           case 'd':
               if(!testIntQ.isEmpty())
                   cout << testIntQ.dequeue() << " has been popped out." << endl;
               else
                   cout << "Cannot pop. The queue is empty." << endl;
               break;
           default:
               cout << "Illegal input character for options." << endl;
       }
   }  
  
   return 0;
}

(40’) In myQueue.h, implement the queue class template, myQueue. Keep in mind, the arrayLength needs to be one more than the capacity of the queue. Also, under this implementation, make sure your calculation of currentSize is correct, and the conditions for “Full” and “Empty” are correct. One shortcut could be: once you make sure currentSize() is implemented correctly, you might use it in isFull() and isEmpty(), and the number of elements in the queue must range from 0 to arrayLength – 1.

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March 1 Purchase 220 units @ $12 per unit

June 1 Sold 120 units @ $25 per unit

September 1 Purchase 100 units @ $15 per unit

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2019

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June 1 Sold 80 units @ $30 per unit

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Cost of goods sold ___3,234_______

Ending inventory _____906_____

2019

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Ending inventory ______945____

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Cost of goods sold _____3,195_____

Ending inventory _____945_____

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Ending inventory __________?