def ecr_log(data, incoming=False):
try:
if incoming:
incoming = '<'
else:
incoming = '>'
if is_stringlike(data):
data = bs2hl(data)
# logit to the logfile
try:
_logfile.write('%s %s\n' % (incoming, toHexString(data)))
except Exception:
pass
try:
data = repr(parse_represented_data(data))
_logfile.write('= %s\n' % data)
except Exception as e:
print('DEBUG: Cannot be represented: %s' % data)
print(e)
_logfile.write('? did not understand ?\n')
data = toHexString(data)
print('%s %s' % (incoming, data))
except Exception:
import traceback
traceback.print_exc()
print('| error in log')
def ecr_log(data, incoming=False):
try:
if incoming:
incoming = '<'
else:
incoming = '>'
if isinstance(data, basestring):
data = conv.bs2hl(data)
# logit to the logfile
try:
_logfile.write('%s %s\n' % (incoming, conv.toHexString(data)))
except:
pass
try:
data = repr(parse_represented_data(data))
_logfile.write('= %s\n' % data)
except Exception as e:
print("DEBUG: Cannot be represented: %s" % data)
print(e)
_logfile.write('? did not understand ?\n')
data = conv.toHexString(data)
print("%s %s" % (incoming, data))
except:
import traceback
traceback.print_exc()
print("| error in log")
def std_serial_log(instance, data, incoming=False):
try:
if is_stringlike(incoming):
data = bs2hl(data)
if incoming:
print('< %s' % toHexString(data))
else:
print('> %s' % toHexString(data))
except Exception:
print('| error in log')
def std_serial_log(instance, data, incoming=False):
try:
if isinstance(incoming, basestring):
data = conv.bs2hl(data)
if incoming:
print "< %s" % conv.toHexString(data)
else:
print "> %s" % conv.toHexString(data)
except:
print "| error in log"
def std_serial_log(instance, data, incoming=False):
try:
if is_stringlike(incoming):
data = conv.bs2hl(data)
if incoming:
print("< %s" % conv.toHexString(data))
else:
print("> %s" % conv.toHexString(data))
except:
print("| error in log")
def __repr__(self):
bitmap_stati = [{b._key: b.value()} for b in self.bitmaps]
introspection = self.introspect_fixed()
if introspection:
introspection = '*%s **%s' % (introspection, bitmap_stati)
else:
introspection = '**%s' % bitmap_stati
return '%s{%s %s} %s' % (self.__class__.__name__,
toHexString([self.cmd_class]),
toHexString([self.cmd_instr]), introspection)
def std_serial_log(instance, data, incoming=False):
try:
if isinstance(incoming, basestring):
data = conv.bs2hl(data)
if incoming:
print "< %s" % conv.toHexString(data)
else:
print "> %s" % conv.toHexString(data)
except:
print "| error in log"
def __repr__(self):
bitmap_stati = [ {b._key: b.value()} for b in self.bitmaps ]
introspection = self.introspect_fixed()
if introspection:
introspection = '*%s **%s' % (introspection,
bitmap_stati)
else:
introspection = '**%s' % bitmap_stati
return "%s{%s %s} %s" % (self.__class__.__name__,
conv.toHexString([self.cmd_class]),
conv.toHexString([self.cmd_instr]),
introspection)
def test_all_packets(self):
"""
create packets, dump their binary data and try to find them
out again!
"""
PACKETS = Packets.packets.values()
for packet in PACKETS:
rep = parse_represented_data(conv.toHexString(packet().to_list()))
self.assertEqual(rep.__class__, packet)
def test_all_packets(self):
"""
Create packets, dump their binary data and compare them to their
expected versions.
"""
PACKETS = Packets.packets.values()
for packet in PACKETS:
rep = parse_represented_data(conv.toHexString(packet().to_list()))
self.assertEqual(rep.__class__, packet)
def test_all_packets(self):
"""
create packets, dump their binary data and try to find them
out again!
"""
PACKETS = Packets.packets.values()
for packet in PACKETS:
rep = parse_represented_data(conv.toHexString(packet().to_list()))
self.assertEqual(rep.__class__,
packet)
def ecr_log(data, incoming=False):
try:
if incoming:
incoming = '<'
else:
incoming = '>'
if isinstance(data, basestring):
data = conv.bs2hl(data)
# logit to the logfile
try:
_logfile.write('%s %s\n' % (incoming, conv.toHexString(data)))
except:
pass
try:
data = repr(parse_represented_data(data))
_logfile.write('= %s\n' % data)
except Exception, e:
print "DEBUG: Cannot be represented: %s" % data
print e
_logfile.write('? did not understand ?\n')
data = conv.toHexString(data)
print "%s %s" % (incoming, data)
def consume_fixed(self, data, length):
if length < 4:
raise Exception, "Registration needs at least 4 bytes."
if length >= 4:
# only password and byte
# no cc
self.fixed_values['password'] = ''.join([conv.toHexString([c]) for c in data[0:3]])
self.fixed_values['config_byte'] = data[3]
if length >= 6:
self.fixed_values['cc'] = data[4:6]
# rest is bitmaps
if length > 6:
return data[6:]
return []
def consume_fixed(self, data, length):
if length:
self.fixed_values['password'] = ''.join(
[toHexString([c]) for c in data[0:3]])
return data[3:]
def __repr__(self):
return 'PacketReceivedERROR{84 %s}: %s' % (
toHexString([self.error_code]),
ERRORCODES.get(self.error_code, 'Unknown Error'),
)
def __repr__(self):
return "SerialMessage (APDU: %s, CRC-L: %s CRC-H: %s)" % (
conv.toHexString(self.apdu), hex(self.crc_l), hex(self.crc_h))
def list_of_bytes(apdu):
sm = SerialMessage(apdu)
byte_list = sm.dump_message()
#return " ".join(["%02h" % i for i in byte_list])
return conv.toHexString(byte_list)
def __repr__(self):
return "SerialMessage (APDU: %s, CRC-L: %s CRC-H: %s)" % (
conv.toHexString(self.apdu),
hex(self.crc_l),
hex(self.crc_h))
def __repr__(self):
return "PacketReceivedERROR{84 %s}: %s" % (
conv.toHexString([self.error_code]),
common.ERRORCODES.get(self.error_code, 'Unknown Error'),
)
def consume_fixed(self, data, length):
if length:
self.fixed_values['password'] = ''.join([conv.toHexString([c]) for c in data[0:3] ])
return data[3:]
