Develop the uvm Seq item code which includes all the below Topics

UVM Field Macros,

Radix,

UVM Flags,

Inbuilt methods of Seq item

dont use chat gpt$.$sample code i am providing

class sq$\_$item extends uvm$\_$object;

rand bit $[7$:$0]$ data$\_$array$[10]$; $//$ Changed field name and size

rand bit $[5$:$0]$ dynamic$\_$array$[]$; $//$ Changed field name and size

string model; $//$ Changed field name

int data$\_$queue$[$$$]$; $//$ Changed field name

typedef enum $\{$red$,$ orange, yellow, green, blue, indigo, violet$\}$ color$\_$set; $//$ Enum definition

randc color$\_$set color$\_$list$[4]$; $//$ Array of random cyclic enum values

$`$uvm$\_$object$\_$utils$\_$begin$($sq$\_$item$)$

$//$ Registering fields with all operations enabled and appropriate radix

$`$uvm$\_$field$\_$sarray$\_$int$($data$\_$array, UVM$\_$ALL$\_$ON $+$ UVM$\_$HEX$)$

$`$uvm$\_$field$\_$array$\_$int$($dynamic$\_$array, UVM$\_$ALL$\_$ON $+$ UVM$\_$BIN$)$

$`$uvm$\_$field$\_$string$($model$,$ UVM$\_$ALL$\_$ON $|$ UVM$\_$STRING$)$

$`$uvm$\_$field$\_$sarray$\_$enum$($color$\_$set, color$\_$list, UVM$\_$ALL$\_$ON$)$

$`$uvm$\_$field$\_$queue$\_$int$($data$\_$queue, UVM$\_$ALL$\_$ON $+$ UVM$\_$DEC$)$

$`$uvm$\_$object$\_$utils$\_$end

function new$($string name $="$sq$\_$item"$)$;

super.new$($name$)$;

endfunction

endclass$`$include "uvm$\_$macros.svh$"$

import uvm$\_$pkg::$*$;

$`$include $"$sq$\_$item.sv$"//$ Updated file name

module sq$\_$item$\_$tb; $//$ Renamed module

sq$\_$item h$1,$ h$2$; $//$ Changed handle names

initial begin

$//$ Creating memory for two handles using create

h$1=$ sq$\_$item::type$\_$id::create$("$h$1")$; $//$ Updated handle name

h$2=$ sq$\_$item::type$\_$id::create$("$h$2")$; $//$ Updated handle name

$//$ Creating memory for array and string

h$1.$dynamic$\_$array $=$ new$[15]$; $//$ Updated size and field name

h$1.$model $=$ "Tesla,Chevrolet,Ford,Hyundai"; $//$ Updated field value

h$2.$dynamic$\_$array $=$ new$[15]$; $//$ Updated size and field name

h$2.$model $="$BMW$,$Audi,Mercedes,Lexus"; $//$ Updated field value

$//$ Initialize data$\_$queue with specific values

h$1.$data$\_$queue $=\text{'}\{100,200,300,400,500\}$; $//$ Updated queue initialization and field name

$//$ Adding some values to the queue using push$\_$front and push$\_$back

h$1.$data$\_$queue.push$\_$front$(50)$;

h$1.$data$\_$queue.push$\_$back$(25)$;

$//$ Randomizing both handles

assert$($h$1.$randomize$())$;

assert$($h$2.$randomize$())$;

$//$ Print the content of both handles

h$1.$print$()$;

h$2.$print$()$;

$//$ Compare the two handles and log the result

if $($h$1.$compare$($h$2))$

$`$uvm$\_$info$("","$h$1$ and h$2$ are matching", UVM$\_$HIGH$)$

else

$`$uvm$\_$info$("","$h$1$ and h$2$ are not matching", UVM$\_$HIGH$)$

$//$ Copy the content of h$2$ into h$1$

h$1.$copy$($h$2)$;

$//$ Compare the handles again after copying

if $($h$1.$compare$($h$2))$

$`$uvm$\_$info$("","$h$1$ and h$2$ are matching after copy", UVM$\_$HIGH$)$

else

$`$uvm$\_$info$("","$h$1$ and h$2$ are not matching after copy", UVM$\_$HIGH$)$

$//$ Print the content of both handles after copying

h$1.$print$()$;

h$2.$print$()$;

end

endmodule