Write an HLA Assembly language program that implements a function which correctly identifies if both values end in seven and return returns a boolean value in AL $(1$ when both end in seven; $0$ otherwise$).($HINT: You can perform this operation by repetitively subtracting ten from the value.$$ If you wind up hitting seven before you hit zero, then the value originally ended in seven$)$

This function should have the following signature:

procedure endsInSeven$($ x: int$16$; y: int$16)$; @nodisplay; @noframe;$$

In order to receive full credit, you must pass your parameters on the run$-$time stack and be preventing register corruption by preserving and then restoring the value of any register your function touches.$$ This rule applies to every register except for AL which is being used to pass an answer back to the calling code.

Feed Me X:$5$

Feed Me Y:$13$

Not ending in seven.$$ AL $=0$

Feed Me X: $57$

Feed Me Y: $27$

Both ending in seven.$$ AL $=1$

Feed Me X:$5$

Feed Me Y: $27$

Not ending in seven.$$ AL $=0$