Prompt the user to provide two integer numbers.

Prompt the user to select a math function $(+-*$ or $/).$

Based on the function selected, perform the correct math using the two integers.

Display the result of the operation, including reference to the function that was performed. For example, Integer $1+$ Integer $2=$ result.

Determine individually if Integer $1$ is odd or even, and if Integer $2$ is odd or even. Other than needing to keep careful track of your program flow, this is the new element of assembly programming in Lesson $13.$

A tip here is to think about how we performed division in the earlier step $--$ we determine a quotient and a remainder.

We can tell if a number is odd or even by dividing by $2.$

If the number divided by $2$ leaves a remainder of $0,$ it is even.

Otherwise, the number must have been odd.

Display the conclusion about Integer $1.$

Display the conclusion about Integer $2.$

Determine the relationship between Integer $1$ and $2$; we know there can be three possible outcomes of such a comparison:

Integer $1$ can be greater than Integer $2.$

Integer $1$ can be less than Integer $2.$

Integer $1$ can be equal to Integer $2.$

Once you have determined the relationship between the two integers, you will display the result of that comparison to the user in human$-$friendly text, for example:

The first integer is greater than the second.

The first integer is less than the second.

The two integers are equal.

You should add extra line breaks $(/$n$)$ as needed to make sure the console window looks organized.