else: # Serial reader is default
print("Using serial reader (port=%s, baudrate=%d) interface" %
(opts.device, opts.baudrate))
from pySim.transport.serial import SerialSimLink
sl = SerialSimLink(device=opts.device, baudrate=opts.baudrate)
# Create command layer
scc = SimCardCommands(transport=sl)
# Wait for SIM card
sl.wait_for_card()
# Program the card
print("Reading ...")
scc.send_apdu(ins='a4', p1='00', p2='04', data='3F00')
#mf
mf_list = ['2F00', '2F05', '2F06', '2FE2', '2F08']
mf_dir, error_mf = lsdf(mf_list)
print(mf_dir)
print(error_mf)
#adf
scc.send_apdu(ins='a4', p1='00', p2='04', data='2F00')
scc.send_apdu_without_length(ins='b2', p1='01', p2='04', data='26')
scc.send_apdu(ins='a4',
p1='04',
p2='04',
data='a0000000871002ffffffff8907090000')
print(ef)
scc.send_apdu(ins = 'a4',p1 = '00', p2 = '00', data = '3F00')
scc.send_apdu(ins = 'a4',p1 = '00', p2 = '00', data = parent)
scc.send_apdu(ins='e0', p1='00', p2='00', data= ef.fci)
scc.send_apdu(ins = 'a4',p1 = '00', p2 = '00', data = ef.name)
if ef.tp == "transparent":
scc.send_apdu(ins = 'd6',p1 = '00', p2 = '00', data = ef.data)
scc.send_apdu(ins = 'a4',p1 = '00', p2 = '00', data = ef.name)
sw, data = scc.send_apdu_without_length(ins = 'b0',p1 = '00', p2 = '00', data = '0a')
print(sw, data)
mf, adf, gsm, telecom = load_profile()
#print(mf)
#master file
for ef in mf:
write_EF(ef, '3F00')
scc.send_apdu(ins= '20', p1 = '00', p2 = '01', data = '1234')
scc.send_apdu(ins='e0', p1='00', p2='00', data= "62308202782183027f20a51683027fffcb0d00000000000000000000000000ca01828a01058b032f0601c606900100830101")
for ef in gsm:
write_EF(ef, '7F20')
scc.send_apdu(ins='e0', p1='00', p2='00', data= '62308202782183027f10a51683027fffcb0d00000000000000000000000000ca01828a01058b032f0601c606900100830101')
for ef in telecom:
write_EF(ef, '7F10')
