@ -221,46 +221,6 @@ class SYSMO_USIMSJS1_FILE_EF_SQNA:
out + = int_to_list ( i , 6 )
return out
# Initalize card (select master file)
def sysmo_usim_init ( sim ) :
print " * Initalizing... "
sim . select ( GSM_SIM_MF )
# Authenticate as administrator
def sysmo_usim_admin_auth ( sim , adm1 , force = False ) :
rc = True
rem_attemts = sim . chv_retrys ( SYSMO_USIMSJS1_ADM1 )
print " * Remaining attempts: " + str ( rem_attemts )
# Stop if a decreased ADM1 retry counter is detected
if ( rem_attemts < 3 ) and force == False :
print " * Error: Only two authentication attempts remaining, we don ' t "
print " want to risk another failed authentication attempt! "
print " (double check ADM1 and use option -f to override) "
return False
if ( len ( adm1 ) != 8 ) :
print " * Error: Short ADM1, a valid ADM1 is 8 digits long! "
return False
# Try to authenticate
try :
print " * Authenticating... "
sim . verify_chv ( adm1 , SYSMO_USIMSJS1_ADM1 )
print " * Authentication successful "
except :
print " * Error: Authentication failed! "
rc = False
# Read back and display remaining attemts
rem_attemts = sim . chv_retrys ( SYSMO_USIMSJS1_ADM1 )
print " * Remaining attempts: " + str ( rem_attemts )
return rc
sysmo_usim_algorithms = (
( 1 , ' MILENAGE ' ) ,
( 3 , ' COMP128v1 ' ) ,
@ -277,316 +237,399 @@ sysmo_usim_opcmodes = (
( 1 , ' OPc ' ) ,
)
# Show current athentication parameters
# (Which algorithim is used for which rat?)
def sysmo_usim_show_auth_params ( sim ) :
sysmo_usim_init ( sim )
print " * Reading... "
sim . select ( SYSMO_USIMSJS1_DF_AUTH )
sim . select ( SYSMO_USIMSJS1_EF_AUTH )
res = sim . read_binary ( 0x02 )
algo_2g , algo_3g = res . apdu [ : 2 ]
print " * Current algorithm setting: "
print " 2G: %d = %s " % ( algo_2g , id_to_str ( sysmo_usim_algorithms , algo_2g ) )
print " 3G: %d = %s " % ( algo_3g , id_to_str ( sysmo_usim_algorithms , algo_3g ) )
# Program new authentication parameters
def sysmo_usim_write_auth_params ( sim , algo_2g_str , algo_3g_str ) :
if algo_2g_str . isdigit ( ) :
algo_2g = int ( algo_2g_str )
else :
algo_2g = str_to_id ( sysmo_usim_algorithms , algo_2g_str )
if algo_3g_str . isdigit ( ) :
algo_3g = int ( algo_3g_str )
else :
algo_3g = str_to_id ( sysmo_usim_algorithms , algo_3g_str )
print " * New algorithm setting: "
print " 2G: %d = %s " % ( algo_2g , id_to_str ( sysmo_usim_algorithms , algo_2g ) )
print " 3G: %d = %s " % ( algo_3g , id_to_str ( sysmo_usim_algorithms , algo_3g ) )
sysmo_usim_init ( sim )
print " * Programming... "
sim . select ( SYSMO_USIMSJS1_DF_AUTH )
sim . select ( SYSMO_USIMSJS1_EF_AUTH )
sim . update_binary ( [ algo_2g , algo_3g ] )
def sysmo_usim_get_auth_counter ( sim ) :
sim . select ( SYSMO_USIMSJS1_EF_AC )
res = sim . read_binary ( 4 , offset = 0 )
ctr = list_to_int ( res . apdu [ 0 : 4 ] )
if ctr == 0 :
return " LOCKED "
elif ctr == 0xFFFFFFFF :
return " DISABLED "
else :
return ctr
def sysmo_usim_set_auth_counter ( sim , ctr ) :
if ctr == " LOCKED " :
ctr = 0
elif ctr == " DISABLED " :
ctr = 0xFFFFFFFF
data = int_to_list ( ctr , 4 )
sim . select ( SYSMO_USIMSJS1_EF_AC )
res = sim . update_binary ( data , offset = 0 )
if ctr == 0 :
return " LOCKED "
elif ctr == 0xFFFFFFFF :
return " DISABLED "
else :
return ctr
def sysmo_usim_read_milenage_sqn_params ( sim ) :
sysmo_usim_init ( sim )
sim . card . SELECT_ADF_USIM ( )
sim . select ( SYSMO_USIMSJS1_EF_SQNC )
res = sim . read_binary ( 15 , offset = 0 )
ef_sqnc = SYSMO_USIMSJS1_FILE_EF_SQNC ( res . apdu )
print " * Current SQN Configuration: "
print str ( ef_sqnc )
# SQN Array
ind_pow = 2 * * ef_sqnc . ind_size_bits
sim . select ( SYSMO_USIMSJS1_EF_SQNA )
res = sim . read_binary ( ind_pow * 6 , offset = 0 )
ef_sqna = SYSMO_USIMSJS1_FILE_EF_SQNA ( res . apdu )
print " * Current SQN Array: "
print str ( ef_sqna )
class Sysmo_usimsjs1 :
sim = None
def __init__ ( self ) :
print ( " Initializing smartcard terminal... " )
self . sim = Simcard ( GSM_USIM , toBytes ( " 3B 9F 96 80 1F C7 80 31 A0 73 BE 21 13 67 43 20 07 18 00 00 01 A5 " ) )
print ( " * Detected Card ICCID: %s " % self . sim . card . get_ICCID ( ) )
self . sim . card . SELECT_ADF_USIM ( )
print ( " * Detected Card IMSI: %s " % self . sim . card . get_imsi ( ) )
print ( " " )
def __warn_failed_auth ( self , attempts = 3 , keytype = " ADM1 " ) :
print ( " === Authentication problem! The Card will permanently === " )
print ( " === lock down after %d failed attemts! Double check %s ! === " % ( attempts , keytype ) )
print ( " " )
# Authenticate as administrator
def admin_auth ( self , adm1 , force = False ) :
print ( " Authenticating... " )
rc = True
rem_attemts = self . sim . chv_retrys ( SYSMO_USIMSJS1_ADM1 )
print ( " * Remaining attempts: " + str ( rem_attemts ) )
# Stop if a decreased ADM1 retry counter is detected
if ( rem_attemts < 3 ) and force == False :
print ( " * Error: Only two authentication attempts remaining, we don ' t " )
print ( " want to risk another failed authentication attempt! " )
print ( " (double check ADM1 and use option -f to override) " )
print ( " " )
self . __warn_failed_auth ( )
return False
if ( len ( adm1 ) != 8 ) :
print ( " * Error: Short ADM1, a valid ADM1 is 8 digits long! " )
print ( " " )
self . __warn_failed_auth ( )
return False
# Try to authenticate
try :
print ( " * Authenticating... " )
self . sim . verify_chv ( adm1 , SYSMO_USIMSJS1_ADM1 )
print ( " * Authentication successful " )
except :
print ( " * Error: Authentication failed! " )
self . __warn_failed_auth ( )
rc = False
# Read back and display remaining attemts
rem_attemts = self . sim . chv_retrys ( SYSMO_USIMSJS1_ADM1 )
print ( " * Remaining attempts: " + str ( rem_attemts ) )
print ( " " )
if rc == False :
self . __warn_failed_auth ( )
return rc
# Initalize card (select master file)
def __init ( self ) :
print " * Initalizing... "
self . sim . select ( GSM_SIM_MF )
# Show the enable status of the USIM application (app is enabled or disabled?)
def show_sim_mode ( self ) :
print ( " Reading SIM-Mode... " )
self . __init ( )
auth_ctr = sysmo_usim_get_auth_counter ( sim )
print " * Authentication Counter: %s \n " % auth_ctr
print ( " * Reading... " )
self . sim . select ( GSM_USIM_EF_DIR )
res = self . sim . read_record ( 0x26 , rec_no = 1 )
def sysmo_usim_reset_milenage_sqn_params ( sim ) :
sysmo_usim_init ( sim )
print ( " * Current status of Record No. 1 in EF.DIR: " )
print ( " " + hexdump ( res . apdu ) )
print " * Resetting SQN Configuration to defaults... "
if hexdump ( SYSMO_USIM_AID ) in hexdump ( res . apdu ) :
print ( " ==> USIM application enabled " )
else :
print ( " ==> USIM application disabled " )
print ( " " )
sim . card . SELECT_ADF_USIM ( )
ef_sqnc = SYSMO_USIMSJS1_FILE_EF_SQNC ( None )
sim . select ( SYSMO_USIMSJS1_EF_SQNC )
res = sim . update_binary ( ef_sqnc . encode ( ) )
ef_sqna = SYSMO_USIMSJS1_FILE_EF_SQNA ( None , ef_sqnc . ind_size_bits )
sim . select ( SYSMO_USIMSJS1_EF_SQNA )
res = sim . update_binary ( ef_sqna . encode ( ) )
# Show the enable status of the USIM application (app is enabled or disabled?)
def write_sim_mode ( self , usim_enabled = True ) :
print ( " Programming SIM-Mode... " )
self . __init ( )
if usim_enabled :
new_record = SYSMO_USIM_EF_DIR_REC_1_CONTENT
else :
new_record = [ 0xFF ] * len ( SYSMO_USIM_EF_DIR_REC_1_CONTENT )
print ( " * New status of Record No.1 in EF.DIR: " )
print ( " " + hexdump ( new_record ) )
if hexdump ( SYSMO_USIM_AID ) in hexdump ( new_record ) :
print ( " ==> USIM application enabled " )
else :
print ( " ==> USIM application disabled " )
print ( " * Programming... " )
self . sim . select ( GSM_USIM_EF_DIR )
self . sim . update_record ( new_record , rec_no = 1 )
print ( " " )
# Show current athentication parameters
# (Which algorithim is used for which rat?)
def show_auth_params ( self ) :
print ( " Programming Authentication parameters... " )
self . __init ( )
print ( " * Reading... " )
self . sim . select ( SYSMO_USIMSJS1_DF_AUTH )
self . sim . select ( SYSMO_USIMSJS1_EF_AUTH )
res = self . sim . read_binary ( 0x02 )
algo_2g , algo_3g = res . apdu [ : 2 ]
print ( " * Current algorithm setting: " )
print ( " 2G: %d = %s " % ( algo_2g , id_to_str ( sysmo_usim_algorithms , algo_2g ) ) )
print ( " 3G: %d = %s " % ( algo_3g , id_to_str ( sysmo_usim_algorithms , algo_3g ) ) )
print ( " " )
# Program new authentication parameters
def write_auth_params ( self , algo_2g_str , algo_3g_str ) :
print ( " Reading Authentication parameters... " )
self . __init ( )
if algo_2g_str . isdigit ( ) :
algo_2g = int ( algo_2g_str )
else :
algo_2g = str_to_id ( sysmo_usim_algorithms , algo_2g_str )
if algo_3g_str . isdigit ( ) :
algo_3g = int ( algo_3g_str )
else :
algo_3g = str_to_id ( sysmo_usim_algorithms , algo_3g_str )
print ( " * New algorithm setting: " )
print ( " 2G: %d = %s " % ( algo_2g , id_to_str ( sysmo_usim_algorithms , algo_2g ) ) )
print ( " 3G: %d = %s " % ( algo_3g , id_to_str ( sysmo_usim_algorithms , algo_3g ) ) )
print ( " * Programming... " )
self . sim . select ( SYSMO_USIMSJS1_DF_AUTH )
self . sim . select ( SYSMO_USIMSJS1_EF_AUTH )
self . sim . update_binary ( [ algo_2g , algo_3g ] )
print ( " " )
# Show current milenage parameters
def show_milenage_params ( self ) :
print ( " Reading Milenage parameters... " )
self . __init ( )
self . sim . select ( SYSMO_USIMSJS1_DF_AUTH )
self . sim . select ( SYSMO_USIMSJS1_EF_MLNGC )
print ( " * Reading... " )
res = self . sim . read_binary ( 85 )
ef_mlngc = SYSMO_USIMSJS1_FILE_EF_MLNGC ( res . apdu )
print ( " * Current Milenage Parameters in (EF.MLNGC): " )
print str ( ef_mlngc )
print ( " " )
# Write new milenage parameters
def write_milenage_params ( self , ef_mlngc ) :
print ( " Programming Milenage parameters... " )
self . __init ( )
print ( " * New Milenage Parameters for (EF.MLNGC): " )
print str ( ef_mlngc )
self . sim . select ( SYSMO_USIMSJS1_DF_AUTH )
self . sim . select ( SYSMO_USIMSJS1_EF_MLNGC )
print ( " * Programming... " )
self . sim . update_binary ( ef_mlngc . encode ( ) )
print ( " " )
def __get_auth_counter ( self ) :
self . sim . select ( SYSMO_USIMSJS1_EF_AC )
res = self . sim . read_binary ( 4 , offset = 0 )
ctr = list_to_int ( res . apdu [ 0 : 4 ] )
if ctr == 0 :
return " LOCKED "
elif ctr == 0xFFFFFFFF :
return " DISABLED "
else :
return ctr
def __set_auth_counter ( self , ctr ) :
if ctr == " LOCKED " :
ctr = 0
elif ctr == " DISABLED " :
ctr = 0xFFFFFFFF
data = int_to_list ( ctr , 4 )
self . sim . select ( SYSMO_USIMSJS1_EF_AC )
res = self . sim . update_binary ( data , offset = 0 )
if ctr == 0 :
return " LOCKED "
elif ctr == 0xFFFFFFFF :
return " DISABLED "
else :
return ctr
sysmo_usim_set_auth_counter ( sim , " DISABLED " )
# Show current milenage parameters
def sysmo_usim_show_milenage_params ( sim ) :
sysmo_usim_init ( sim )
# Show current milenage SQN parameters
def show_milenage_sqn_params ( self ) :
print ( " Reading Milenage Sequence parameters... " )
self . __init ( )
sim . select ( SYSMO_USIMSJS1_DF_AUTH )
sim . select ( SYSMO_USIMSJS1_EF_MLNGC )
self . sim . card . SELECT_ADF_USIM ( )
self . sim . select ( SYSMO_USIMSJS1_EF_SQNC )
res = self . sim . read_binary ( 15 , offset = 0 )
ef_sqnc = SYSMO_USIMSJS1_FILE_EF_SQNC ( res . apdu )
print ( " * Current SQN Configuration: " )
print str ( ef_sqnc )
print ( " * Reading... " )
res = sim . read_binary ( 85 )
ef_mlngc = SYSMO_USIMSJS1_FILE_EF_MLNGC ( res . apdu )
# SQN Array
ind_pow = 2 * * ef_sqnc . ind_size_bits
self . sim . select ( SYSMO_USIMSJS1_EF_SQNA )
res = self . sim . read_binary ( ind_pow * 6 , offset = 0 )
ef_sqna = SYSMO_USIMSJS1_FILE_EF_SQNA ( res . apdu )
print ( " * Current SQN Array: " )
print str ( ef_sqna )
print " * Current Milenage Parameters in (EF.MLNGC): "
print str ( ef_mlngc )
auth_ctr = self . __get_auth_counter ( )
print ( " * Authentication Counter: %s " % auth_ctr )
print ( " " )
# Write new milenage parameters
def sysmo_usim_write_milenage_params ( sim , ef_mlngc ) :
sysmo_usim_init ( sim )
# Reset milenage SQN configuration
def reset_milenage_sqn_params ( self ) :
print ( " * Resetting SQN Configuration to defaults... " )
self . __init ( )
print " * New Milenage Parameters for (EF.MLNGC): "
print str ( ef_mlngc )
print ( " * Resetting... " )
self . sim . card . SELECT_ADF_USIM ( )
ef_sqnc = SYSMO_USIMSJS1_FILE_EF_SQNC ( None )
self . sim . select ( SYSMO_USIMSJS1_EF_SQNC )
res = self . sim . update_binary ( ef_sqnc . encode ( ) )
sim . select ( SYSMO_USIMSJS1_DF_AUTH )
sim . select ( SYSMO_USIMSJS1_EF_MLNGC )
ef_sqna = SYSMO_USIMSJS1_FILE_EF_SQNA ( None , ef_sqnc . ind_size_bits )
self . sim . select ( SYSMO_USIMSJS1_EF_SQNA )
res = self . sim . update_binary ( ef_sqna . encode ( ) )
print " * Programming... "
sim . update_binary ( ef_mlngc . encode ( ) )
self . __set_auth_counter ( " DISABLED " )
print ( " " )
# Show current OPc value
def sysmo_usim_show_opc_params ( sim ) :
sysmo_usim_init ( sim )
# Show current OPc value
def show_opc_params ( self ) :
print ( " Reading OP/c value... " )
self . __init ( )
print " * Reading... "
sim . card . SELECT_ADF_USIM ( )
sim . select ( SYSMO_USIMSJS1_EF_OPC )
res = sim . read_binary ( 17 )
print ( " * Reading... " )
self . sim . card . SELECT_ADF_USIM ( )
self . sim . select ( SYSMO_USIMSJS1_EF_OPC )
res = self . sim . read_binary ( 17 )
mode_str = id_to_str ( sysmo_usim_opcmodes , res . apdu [ 0 ] )
mode_str = id_to_str ( sysmo_usim_opcmodes , res . apdu [ 0 ] )
print " * Current OP/OPc setting: "
print " %s : %s " % ( mode_str , hexdump ( res . apdu [ 1 : ] ) )
print ( " * Current OP/OPc setting: " )
print ( " %s : %s " % ( mode_str , hexdump ( res . apdu [ 1 : ] ) ) )
print ( " " )
# Program new OPc value
def sysmo_usim_write_opc_params ( sim , select , op ) :
print " * New OPc setting: "
print " %s : %s " % ( id_to_str ( sysmo_usim_opcmodes , select ) , hexdump ( op ) )
print " OP/OPc: " + hexdump ( op )
# Program new OPc value
def write_opc_params ( self , select , op ) :
if op :
print ( " Writing OP value... " )
else :
print ( " Writing OPc value... " )
self . __init ( )
sysmo_usim_init ( sim )
print ( " * New OPc setting: " )
print ( " %s : %s " % ( id_to_str ( sysmo_usim_opcmodes , select ) , hexdump ( op ) ) )
print ( " OP/OPc: " + hexdump ( op ) )
sim . select ( GSM_SIM_DF_GSM )
sim . select ( SYSMO_USIMSJS1_EF_OPC )
self . sim . select ( GSM_SIM_DF_GSM )
self . sim . select ( SYSMO_USIMSJS1_EF_OPC )
print " * Programming... "
sim . update_binary ( [ select ] + op )
print ( " * Programming... " )
self . sim . update_binary ( [ select ] + op )
print ( " " )
# Show current KI value
def sysmo_usim_show_ki_params ( sim ) :
sysmo_usim_init ( sim )
# Show current KI value
def show_ki_params ( self ) :
print ( " Reading KI value... " )
print ( " * Reading... " )
self . sim . select ( GSM_SIM_DF_GSM )
self . sim . select ( SYSMO_USIMSJS1_EF_KI )
res = self . sim . read_binary ( 16 )
print " * Reading... "
sim . select ( GSM_SIM_DF_GSM )
sim . select ( SYSMO_USIMSJS1_EF_KI )
res = sim . read_binary ( 16 )
print ( " * Current KI setting: " )
print ( " KI: " + hexdump ( res . apdu ) )
print ( " " )
print " * Current KI setting: "
print " KI: " + hexdump ( res . apdu )
# Program new KI value
def write_ki_params ( self , ki ) :
print ( " Writing KI value... " )
self . __init ( )
# Program new KI value
def sysmo_usim_write_ki_params ( sim , ki ) :
print " * New KI setting: "
print " KI: " + hexdump ( ki )
print ( " * New KI setting: " )
print ( " KI: " + hexdump ( ki ) )
sysmo_usim_init ( sim )
self . sim . select ( GSM_SIM_DF_GSM )
self . sim . select ( SYSMO_USIMSJS1_EF_KI )
sim . select ( GSM_SIM_DF_GSM )
sim . select ( SYSMO_USIMSJS1_EF_KI )
print ( " * Programming... " )
self . sim . update_binary ( ki )
print ( " " )
print " * Programming... "
sim . update_binary ( ki )
# Program new ICCID value
def write_iccid ( self , iccid ) :
print ( " Writing ICCID value... " )
self . __init ( )
# Show the enable status of the USIM application (app is enabled or disabled?)
def sysmo_usim_show_usim_status ( sim ) :
sysmo_usim_init ( sim )
print ( " * New ICCID setting: " )
print ( " ICCID: " + hexdump ( iccid ) )
print " * Reading... "
sim . select ( GSM_USIM_EF_DIR )
res = sim . read_record ( 0x26 , rec_no = 1 )
self . sim . select ( GSM_SIM_EF_ICCID )
print " * Current status of Record No.1 in EF.DIR: "
print " " + hexdump ( res . apdu )
print ( " * Programming... " )
self . sim . update_binary ( swap_nibbles ( iccid ) )
print ( " " )
# Show the enable status of the USIM application (app is enabled or disabled?)
def sysmo_usim_show_sim_mode ( sim ) :
sysmo_usim_init ( sim )
# Program new IMSI value
def write_imsi ( self , imsi ) :
print ( " Writing IMSI value... " )
self . __init ( )
print " * Reading... "
sim . select ( GSM_USIM_EF_DIR )
res = sim . read_record ( 0x26 , rec_no = 1 )
print ( " * New ISMI setting: " )
print ( " IMSI: " + hexdump ( imsi ) )
print " * Current status of Record No. 1 in EF.DIR: "
print " " + hexdump ( res . apdu )
self . sim . select ( GSM_SIM_DF_GSM )
self . sim . select ( GSM_SIM_EF_IMSI )
if hexdump ( SYSMO_USIM_AID ) in hexdump ( res . apdu ) :
print " ==> USIM application enabled "
else :
print " ==> USIM application disabled "
imsi = [ len ( imsi ) ] + swap_nibbles ( imsi )
print ( " * Programming... " )
self . sim . update_binary ( imsi )
print ( " " )
# Show the enable status of the USIM application (app is enabled or disabled?)
def sysmo_usim_write_sim_mode ( sim , usim_enabled = True ) :
if usim_enabled :
new_record = SYSMO_USIM_EF_DIR_REC_1_CONTENT
else :
new_record = [ 0xFF ] * len ( SYSMO_USIM_EF_DIR_REC_1_CONTENT )
print " * New status of Record No.1 in EF.DIR: "
print " " + hexdump ( new_record )
if hexdump ( SYSMO_USIM_AID ) in hexdump ( new_record ) :
print " ==> USIM application enabled "
else :
print " ==> USIM application disabled "
# Show current KI value
def show_mnclen ( self ) :
print ( " Reading MNCLEN value... " )
self . __init ( )
sysmo_usim_init ( sim )
print ( " * Reading... " )
self . sim . select ( GSM_SIM_DF_GSM )
self . sim . select ( GSM_SIM_EF_AD )
res = self . sim . read_binary ( 4 )
print " * Programming... "
sim . select ( GSM_USIM_EF_DIR )
sim . update_record ( new_record , rec_no = 1 )
print ( " * Current MNCLEN setting: " )
print ( " MNCLEN: " + " 0x %02x " % res . apdu [ 3 ] )
print ( " " )
# Show current ICCID value
def sysmo_usim_show_iccid ( sim ) :
sysmo_usim_init ( sim )
# Program new MNCLEN value
def write_mnclen ( self , mnclen ) :
print ( " Writing MNCLEN value... " )
self . __init ( )
print " * Reading... "
sim . select ( GSM_SIM_EF_ICCID )
res = sim . read_binary ( 10 )
print ( " * New MNCLEN setting: " )
print ( " MNCLEN: " + " 0x " + hexdump ( mnclen ) )
print " * Current ICCID setting: "
print " ICCID: " + hexdump ( swap_nibbles ( res . apdu ) )
# Program new ICCID value
def sysmo_usim_write_iccid ( sim , iccid ) :
print " * New ICCID setting: "
print " ICCID: " + hexdump ( iccid )
sysmo_usim_init ( sim )
sim . select ( GSM_SIM_EF_ICCID )
print " * Programming... "
sim . update_binary ( swap_nibbles ( iccid ) )
# Program new IMSI value
def sysmo_usim_write_imsi ( sim , imsi ) :
print " * New ISMI setting: "
print " IMSI: " + hexdump ( imsi )
sysmo_usim_init ( sim )
sim . select ( GSM_SIM_DF_GSM )
sim . select ( GSM_SIM_EF_IMSI )
imsi = [ len ( imsi ) ] + swap_nibbles ( imsi )
print " * Programming... "
sim . update_binary ( imsi )
# Show current KI value
def sysmo_usim_show_mnclen ( sim ) :
sysmo_usim_init ( sim )
print " * Reading... "
sim . select ( GSM_SIM_DF_GSM )
sim . select ( GSM_SIM_EF_AD )
res = sim . read_binary ( 4 )
print " * Current MNCLEN setting: "
print " MNCLEN: " + " 0x %02x " % res . apdu [ 3 ]
# Program new MNCLEN value
def sysmo_usim_write_mnclen ( sim , mnclen ) :
print " * New MNCLEN setting: "
print " MNCLEN: " + " 0x " + hexdump ( mnclen )
if len ( mnclen ) != 1 :
print " * Error: mnclen value must consist of a single byte! "
return
if len ( mnclen ) != 1 :
print ( " * Error: mnclen value must consist of a single byte! " )
return
sysmo_usim_init ( sim )
sim . select ( GSM_SIM_DF_GSM )
sim . select ( GSM_SIM_EF_AD )
self . sim . select ( GSM_SIM_DF_GSM )
self . sim . select ( GSM_SIM_EF_AD )
res = sim . read_binary ( 4 )
new_ad = res . apdu [ 0 : 3 ] + mnclen
res = self . sim . read_binary ( 4 )
new_ad = res . apdu [ 0 : 3 ] + mnclen
print " * Programming... "
sim . update_binary ( new_ad )
print ( " * Programming... " )
self . sim . update_binary ( new_ad )
print ( " " )
