Create a HACK program Div.asm that performs integer (Euclidean) division (see hereLinks to an external site. and hereLinks to an external site. for explanations and examples). Your program should divide the dividend stored in R0 by the divisor stored in R1 and put the quotient in R2 and the remainder in R3. If an exception division condition is encountered, then R2 (quotient) should be set to 0 and R3 (remainder) should be set to -1 if a non-zero divide by 0 is encountered or to -2 if 0 divide by 0 (NaN) is encountered. Your program should assume input registers R0 (dividend) and R1 (divisor) have already been loaded with values and should not modify them. For readability, your program should use the following self-explanatory variables which will need to be either loaded from the input registers R0 (dividend) and R1 (divisor) or copied into the output registers R2 (quotient) and R3 (remainder): dividend, divisor, quotient, and remainder.
Below is some pseudocode you may use to develop your program (note that the switch construct is used for clarity and the numbers in parentheses beside the cases could be convenient in the Hack language for identifying those cases).
Savanis 
