Hueestory

31 - Always if module top_module( input a, input b, input sel_b1, input sel_b2, output wire out_assign, output reg out_always ); assign out_assign = (sel_b1 & sel_b2) ? b : a; always @(*) begin if (sel_b1 & sel_b2 == 1) begin out_always = b; end else begin out_always = a; end end endmodule 32 - Always if2 module top_module ( input cpu_overheated, output reg shut_off_computer, input arrived, inpu..

21 - Module pos module top_module ( input a, input b, input c, input d, output out1, output out2 ); mod_a (out1, out2, a, b, c, d); endmodule 22 - Module name module top_module ( input a, input b, input c, input d, output out1, output out2 ); mod_a (.in1(a), .in2(b), .in3(c), .in4(d), .out1(out1), .out2(out2)); endmodule 23 - Module shift module top_module ( input clk, input d, output q ); wire ..

11 - Vector0 module top_module ( input wire [2:0] vec, output wire [2:0] outv, output wire o2, output wire o1, output wire o0 ); // Module body starts after module declaration assign outv = vec; assign o2 = vec[2]; assign o1 = vec[1]; assign o0 = vec[0]; endmodule 12 - Vector1 `default_nettype none // Disable implicit nets. Reduces some types of bugs. module top_module( input wire [15:0] in, out..

01 - Step one module top_module( output one ); // Insert your code here assign one = 1; endmodule 02 - Zero module top_module( output zero );// Module body starts after semicolon assign zero = 0; endmodule 03 - Wire module top_module( input in, output out ); assign out = in; endmodule 04 - Wire4 module top_module( input a,b,c, output w,x,y,z ); assign w = a; assign x = b; assign y = b; assign z ..

https://hdlbits.01xz.net/wiki/Problem_sets Problem sets - HDLBits hdlbits.01xz.net 230220) ~ 08 - XNOR Gate 230221) ~ 20 - Module 230222) ~ 26 - Module fadd 230329) ~ 35 - Always casez