Hi, I used the same query to generate wrt Copilot and it gave a good code with comments with just one go. Here it is: module full_adder ( input logic a, b, cin, // Inputs: a, b, and carry-in output logic sum, cout // Outputs: sum and carry-out ); // Internal wire for the carry logic carry1, carry2, sum1; // First stage of addition assign sum1 = a ^ b; assign carry1 = a & b; // Second stage of addition assign sum = sum1 ^ cin; assign carry2 = sum1 & cin; // Carry-out is the OR of both carry outputs assign cout = carry1 | carry2; endmodule
Thank you..
You're welcome
Hi,
I used the same query to generate wrt Copilot and it gave a good code with comments with just one go.
Here it is:
module full_adder (
input logic a, b, cin, // Inputs: a, b, and carry-in
output logic sum, cout // Outputs: sum and carry-out
);
// Internal wire for the carry
logic carry1, carry2, sum1;
// First stage of addition
assign sum1 = a ^ b;
assign carry1 = a & b;
// Second stage of addition
assign sum = sum1 ^ cin;
assign carry2 = sum1 & cin;
// Carry-out is the OR of both carry outputs
assign cout = carry1 | carry2;
endmodule
I hope this helped
Good one. Thank you .
Thanks