sbit LCD$\_$RS at RB$4\_$bit;sbit LCD$\_$EN at RB$5\_$bit;sbit LCD$\_$D$7$ at RB$3\_$bit;sbit LCD$\_$D$6$ at RB$2\_$bit;sbit LCD$\_$D$5$ at RB$1\_$bit;sbit LCD$\_$D$4$ at RB$0\_$bit;sbit LCD$\_$RS$\_$Direction at TRISB$4\_$bit;sbit LCD$\_$EN$\_$Direction at TRISB$5\_$bit;sbit LCD$\_$D$7\_$Direction at TRISB$3\_$bit;sbit LCD$\_$D$6\_$Direction at TRISB$2\_$bit;sbit LCD$\_$D$5\_$Direction at TRISB$1\_$bit;sbit LCD$\_$D$4\_$Direction at TRISB$0\_$bitvoid main$()\{$unsigned int Vin;char text$[12]$;char lcd;$\_\_\_\_\_\_\_\_\_\_$; $//$initialize the ADC module Lcd$\_$Cmd$((\_$LCD$\_$CLEAR $)$;Lcd$\_$Cmd$(\_$LCD$\_$CURSOR$\_$OFF$)$;while$(1)\{$Vin$=($unsigned long$)$ ADC$\_$Read$(0)*5000/1024$;IntToStr$($Vin$,$ text$)$;lcd$=$Ltrim$($text$)$;Lcd$\_$Out$(1,6,""$mV$)$;Lcd$\_$Out$(1,1,$lcd$)$;Delay$\_$ms$(200)$;Lcd$\_$Cmd$(\_$LCD$\_$CLEAR$)$; $\}\}$ Select the correct command for the space.