Verilog Code please

4-Bit Register Module wl Load Enable and Reset In a computer system, related information is often stored at the same time. A register stores bits of information in such a way that systems can write to or read out all the bits simultaneously. Examples of registers include data, address, control, and status. Simple registers will have separate data input and output pins but clocked with the same clock source. Use your D Flip-Flop Module to create a 4-Bit register with load enable and reset. Below is a truth table of be when implemented fiom the lecuture slides and add aditional logic to support reset and load enable. Hint #2: The additional logic can be completed with a mux or using Verilog assign statement. Inputs Outputs Q Previous 13 Clock Reset Load Enable DQ Q Previous 4-Bit Register Module wl Load Enable and Reset In a computer system, related information is often stored at the same time. A register stores bits of information in such a way that systems can write to or read out all the bits simultaneously. Examples of registers include data, address, control, and status. Simple registers will have separate data input and output pins but clocked with the same clock source. Use your D Flip-Flop Module to create a 4-Bit register with load enable and reset. Below is a truth table of be when implemented fiom the lecuture slides and add aditional logic to support reset and load enable. Hint #2: The additional logic can be completed with a mux or using Verilog assign statement. Inputs Outputs Q Previous 13 Clock Reset Load Enable DQ Q Previous