source: HDLQ/TestBenches/TBLBMEM6.v @ 1

//`timescale 10ns/100ps
module test_benchLBMEM_new;

wire m8,m1,m2,m3,m4,m5,m6,m7,z;
reg x,y,nodefake, nodefake2, nodefake3;
reg [1:0] zone1,zone2,zone3;
parameter [1:0]
        switch=1,
        hold=2,
        rele=3,
        relax=0;
assign m8= nodefake;    
assign z= nodefake2;
assign out= nodefake2;
assign m3 = nodefake2;
assign m4 = nodefake2;
assign m1 = nodefake2;

Wire_4 W1 (
           .A(x), 
           .B(m1), 
           .status(zone1)
           );

Wire_4 W2 (
            .A(y), 
            .B(m7), 
            .status(zone1)
          );

Wire_bi6  WBI1 (
                .A(z), 
                .B(m3), 
                .status(zone1),
                .fault(0)
                );

MajorityVoter_bi4 MV1 (
                         .A(m1),
                         .B(m5), 
                         .Zp(m4),
                         .Z(m2),
                         .status(zone2), 
                         .fault1(1'b0), 
                         .fault0(1'b0)
                         );

Wire_bi6 W4 (
           .A(m4), 
           .B(m8), 
           .status(zone2),
           .fault(0)
           );
           
Wire_bi6 W5 (
           .A(m8), 
           .B(out), 
           .status(zone3),
           .fault(0)
           );      

LShapedWire_bi4 LSBI1(
                .A(m2), 
                .B(m3), 
                .fault(1'b0), 
                .status(zone2)
                );
                
LShapedWire_4 LS1 (
                .A(m7), 
                .B(m5), 
                .status(zone2),
                .fault(1'b0)
                );


initial  
begin     
        x =0;     
        y =0;
        zone1<=2;
        zone2<=2;
        zone3<=3;
        nodefake <=0;
        nodefake3 <=1'bz;
        nodefake2 <=1'bz;
        #110    nodefake <=1'bz;
end     
always
    begin
        #50  x <=1;
        #0   y <=1;
        #200 x <=0;
        #0   y <=1;
        #200 x <=0;
        #0   y <=0;
        #200 x <=1;
        #0   y <=0;
        #200 x <=0;
        #0   y<=1; 
    end
//period=200
always@(zone1)
        begin
                case (zone1)
                        hold : #100 zone1 <= zone1 +1;
                        rele :  #25 zone1  <=  zone1 +1 ;
                        relax : #50 zone1 <=  zone1 +1; 
                        switch :  #25 zone1 <= zone1 +1 ;
                endcase
        end     
                        
always@(zone2)
        begin
        #25  zone2 <= zone2 +1 ;
        end     
                        
always@(zone3)
        begin
                case (zone3)
                        hold : #75 zone3 <=  zone3 +1;
                        rele : #25 zone3  <=  zone3 +1;
                        relax :  #75  zone3 <= zone3 +1; 
                        switch :  #25  zone3 <= zone3 +1;
                endcase
        end     

endmodule