def __init__(self):
self.session = None
if len(smartcard.listReaders()) == 0:
print("No reader found")
else:
self.session = smartcard.Session()
print("Reader selected")
def __init__(self, reader=0):
self.connection = None
readers_list = smartcard.listReaders()
if not readers_list:
raise Exception('No smartcard readers were found')
try:
readers = smartcard.System.readers()
if isinstance(reader, int):
self.reader = readers[reader]
elif isinstance(reader, str):
self.reader = readers[readers_list.index(reader)]
else:
raise Exception('Wrong reader parameter: "%s"' % reader)
self.connection = self.reader.createConnection()
except KeyError:
raise Exception('Specified smartcard reader was not found')
def testcase_legacyreaders(self):
foundreaders = {}
for reader in listReaders():
foundreaders[reader] = 1
for reader in expectedReaders:
self.assertTrue(reader in foundreaders)
def testcase_legacyreaders(self):
foundreaders = {}
for reader in listReaders():
foundreaders[reader] = 1
for reader in expectedReaders:
self.assert_(reader in foundreaders)
def getCardReaderList(self):
return smartcard.listReaders()
import smartcard
from smartcard.util import *
from compiler.pycodegen import EXCEPT
def printAsHex(data):
l = len(data)
hexList = []
n = 0
while n < len(data):
hexList.append(hex(data[n]))
n += 1
return (hexList)
readers = smartcard.listReaders()
if len(readers) > 0:
print "Available readers: ", readers
print("using reader ", readers[0])
try:
session = smartcard.Session(readers[0])
except smartcard.Exceptions.NoCardException:
print('Unable to connect to card or no card in reader')
exit("Exit on error")
print "\n### START SELECT EF.dir"
SELECT = [0x00, 0xA4, 0x02, 0x0C, 0x02]
EFDIR = [0x2F, 0x00]
def testcase_legacyreaders(self):
foundreaders = {}
for reader in listReaders():
foundreaders[reader] = 1
for reader in expectedReaders:
self.assert_(foundreaders.has_key(reader))