Consider the following block diagram. You have to complete the following Verilog code for the logic inside the rectangle, which consists of: clock divider, $3-$bit summing logic, and an address counter. This logic can connect to a ROM with a size of $31024$ as shown in the block to take the data from each memory location, sum it$,$ then produce the sum as an output.

You do not need to write or connect it to the ROM.

module Controller $($CXK$,$ DATA, ADDRESS, S$)$;

input CLK;

input $[2$:$0]$ DATA;

output reg $[9$:$]$ ADDRESS;

output reg $[1$:$0]S_{\text{;}}$