1. Consider the pseudo-C code below. Inputs: uint16_t A, uint16 t B, bit hold Outputs uint32_t Y, bit done Storage:uint32_t tmp main () while (1) while (hold) done-0 temp A; while (B !-0) if (B(0) -1){ Y + tmpi tmp tmp > 1 ; done = 1; a. What does this code implement? b. Draw an HLSM to represent the system c. Draw the datapath for this system. d. Connect the datapath to the control unit. Label all signals between them. 1. Consider the pseudo-C code below. Inputs: uint16_t A, uint16 t B, bit hold Outputs uint32_t Y, bit done Storage:uint32_t tmp main () while (1) while (hold) done-0 temp A; while (B !-0) if (B(0) -1){ Y + tmpi tmp tmp > 1 ; done = 1; a. What does this code implement? b. Draw an HLSM to represent the system c. Draw the datapath for this system. d. Connect the datapath to the control unit. Label all signals between them