Ii. cash drawer testing, B. opening the cash drawer using basic, Start = timer: while timer < start + .2: wend – APG Cash Drawer Model 212A Smart SerialPRO User Manual

Page 2: Code%=inp$&h3fe$: rem – assuming com1 used, If $code% and 16$ = 16 then print "–cts opti, If $code% and 16$ = 0 then print "–cts optio, If $code% and 64$ = 64 then print "–ri optio, If $code% and 64$ = 0 then print "–ri option, C. opening the cash drawer using visual basic, Mscomm1.commport = 1‘ define com1 as port to be o

$Ii. cash drawer testing, B. opening the cash drawer using basic, Start = timer: while timer < start + .2: wend | Code%=inp$&h3fe$: rem – assuming com1 used, If $code% and 16$ = 16 then print "–cts opti, If $code% and 16$ = 0 then print "–cts optio, If $code% and 64$ = 64 then print "–ri optio, If $code% and 64$ = 0 then print "–ri option, C. opening the cash drawer using visual basic, Mscomm1.commport = 1‘ define com1 as port to be o | APG Cash Drawer Model 212A Smart SerialPRO User Manual | Page 2 / 7$ Ii. cash drawer testing, B. opening the cash drawer using basic, Start = timer: while timer < start + .2: wend | Code%=inp$&h3fe$: rem – assuming com1 used, If $code% and 16$ = 16 then print "–cts opti, If $code% and 16$ = 0 then print "–cts optio, If $code% and 64$ = 64 then print "–ri optio, If $code% and 64$ = 0 then print "–ri option, C. opening the cash drawer using visual basic, Mscomm1.commport = 1‘ define com1 as port to be o | APG Cash Drawer Model 212A Smart SerialPRO User Manual | Page 2 / 7