Task $2-$ Constructors

For the BitsByte class add the following constructors in addition to the default constructor above:

Constructors:

C$++$

BitsByte$($int$*$ ar$)-$ Sets the data section with the value found in the array. Note: the array should be a size of $8$ and should hold a binary representation of a whole number

BitsByte$($int val$)-$ Sets the data section to val

BitsByte$($string val$)-$ Sets the value of the data section to the value found in val. Note: val should be a string representation of a binary number.

Java

BitsByte$($int val$)$ Sets the bits correctly for the value being passed in$.$ For instance, if you input $7$ the bits should be $00000111$ or stored as $11100000$

BitsByte$($int ar$[])$ Stores the values in the array to the appropriate bits. Please note that you need to make sure that each value of the array contains either a $1$ or a $0.$ If it does not set all bits to $0$

Task $2-$ Functionality

Add the following functions to your BitsByte class.

$$ add

$$ sub

$$ mul

$$ div

Each of these takes as an argument a primitive int variable and returns a complex type BitsByte that contains the answer.

Example Run:

C$++$

int main$()$

$\{$

BitsByte bite$(7)$;

BitsByte b$1=$ bite.add$(2)$;

cout $<<$ "Int: $"<<$ b$1.$toInt$()<<$ endl;

cout $<<$ "String: $"<<$ b$1.$toString$()<<$ endl;

return $0$;

$\}$