$($It$\text{'}$s a c$++$ code$)$

Code the following as one cpp file. Don't separate the class, and members functions, and main

program into separate source files as would normally be done.

Define a simple class named SampleClass. It has two public members, both ints, mem $1$ and

mem$2.$ It has one public member function, memFunc$1.$ memFunc has one int parameter and

an int return value. memFunc prints a message saying "memFunc$1$ has been called." It returns

the value passed as a parameter, plus one. No constructor or destructor is required.

Write a main program that defines the following five items.

an object of SampleClass named obj$1$

an array of SampleClass objects named objarray$1$ with $100$ elements

a dynamically allocated object of SampleClass, choosing whatever pointer name you

want

a dynamically allocated array of $100$ SampleClass objects, again using whatever pointer

name you want

a set of $100$ dynamically allocated SampleClass objects, using an array of $100$ pointers.

Name the pointer array whatever you wish. Use a loop to allocate the objects and don't

worry about initializing them.

Next add:

in part $1,$ set member mem$1$ in object obj$1$ to the value $33.$ Call the member function

for the object, passing the value $55.$ On return from the member function, print the

return value.

part $2,$ set member mem$1$ from the element with index $10$ of the objarray$1$ array to $34.$

Call the member function for the object with index $10,$ passing the value $55.$ On return

from the member function, print the return value.

part $3,$ set member mem $1$ in the dynamically allocated object to $35.$ Call the member

function for the object, passing the value $55.$ On return from the member function,

print the return value.

part $4,$ set member mem$1$ from the element with index $10$ of the dynamically allocated bject array to $36.$ Call the member function for the object with index $10,$ passing the value $55.$ On return from the member function, print the return value.

part $5,$ set the $11$th dynamically allocated element $($that would be index $10$ in the pointer array$)$ member mem$1$ to value $37.$ Call the member function for the object associated with the pointer in the pointer array with index $10,$ passing the value $55.$ On return from the member function, print the return value.

For example, here is the complete answer for $(1)$:

int rv:

SampleClass objl;

objl.meml$=33$;

rv$=$ obj$1.$memFunc$1(55)$ ;

cout$$ rv$$ endl