def on_pb_ReadAllBlocks(self):
self.Log('Read All Blocks:')
k = calcCardKeyBs(self.reader)
if not k:
self.Log('Calc KeyBs err!', 1)
return
r = self.reader.FoundCard()
if not r or not func.IsSwOk(r[1]):
self.Log('FoundCard err!', 1)
return
for i in range(64):
sec = i // 4
r = self.reader.LoadKey(4, sec, k[sec])
if not r or not func.IsSwOk(r[1]):
self.Log('LoadKey %d %d %s err!' % (4, sec, k[sec]), 1)
return
r = self.reader.AuthKey(4, sec)
if not r or not func.IsSwOk(r[1]):
self.Log('AuthKey %d %d err!' % (4, sec), 1)
return
r = self.reader.ReadBlock(i)
if not r or not func.IsSwOk(r[1]):
self.Log('ReadBlock %d err!' % i, 1)
return
self.Log('%02d --- %s' % (i, r[2]), 1)
def calcCardKeyBs(reader):
deskey = 'd463fee0c70007d598d4777badde94b0'
loop = 0
sec1keya = ''
while True:
r = reader.FoundCard()
if not r or not func.IsSwOk(r[1]):
return False
csn = r[2][6:]
baCsn = bytes.fromhex(csn)
if loop == 0:
sec1keya = 'FF' * 6
elif loop == 1:
sec1keya = '00' * 6
else:
sec1keya = csn + csn[0:4]
reader.LoadKey(1, 1, sec1keya)
r = reader.AuthKey(1, 1)
if not func.IsSwOk(r[1]):
loop += 1
if loop > 2:
return False
continue
r = reader.ReadBlock(4)
if not func.IsSwOk(r[1]):
return False
block4 = bytes.fromhex(r[2])
break
KeyBs = list(range(16))
if loop == 0:
for i in range(16):
KeyBs[i] = b'\xFF' * 6
else:
cardtype = block4[13]
factor = bytearray(8)
for i in range(4):
factor[i] = baCsn[i]
for i in range(3):
factor[4 + i] = block4[6 + i]
if 0x90 == cardtype or 0x91 == cardtype or 0x92 == cardtype:
for i in range(0, 3):
factor[7] = i
KeyBs[i] = des_ecb(bytes(factor), deskey)
for i in range(3, 16):
KeyBs[i] = KeyBs[2]
else:
for i in range(16):
if i == 2:
factor[7] = 0x10
elif i >= 3 and i <= 5:
factor[7] = 0x03
elif i >= 7 and i <= 15:
factor[7] = i + 10
else:
factor[7] = i
KeyBs[i] = des_ecb(bytes(factor), deskey)
return tuple(map(lambda x: x[0:6], KeyBs))
def on_pb_SelectCard(self):
csn = self.ui.le_Csn.text()
self.Log('SelectCard ' + csn)
r = self.reader.SelectCard(csn)
if r and func.IsSwOk(r[1]):
self.ui.le_Sak.setText(r[2])
self.Log(r, 1)
def on_pb_CpuPps(self):
sendpps = self.ui.le_CpuPpsSend.text()
self.Log('CpuPPS ' + sendpps)
r = self.reader.CpuPPS(sendpps)
if r and func.IsSwOk(r[1]):
self.ui.le_CpuPpsRecv.setText(r[2])
self.Log(r, 1)
def on_pb_ClearCard(self):
reply = QMessageBox.information(self, 'Caution', 'Sure to clear card?',
QMessageBox.Yes | QMessageBox.No)
if QMessageBox.No == reply:
return
self.Log('Clear Card:')
blockdata = 'FFFFFFFFFFFFFF078069FFFFFFFFFFFF'
k = calcCardKeyBs(self.reader)
if not k:
self.Log('Calc KeyBs err!', 1)
return
r = self.reader.FoundCard()
if not r or not func.IsSwOk(r[1]):
self.Log('FoundCard err!', 1)
return
for i in range(3, 64, 4):
sec = i // 4
r = self.reader.LoadKey(4, sec, k[sec])
if not r or not func.IsSwOk(r[1]):
self.Log('LoadKey %d %d %s err!' % (4, sec, k[sec]), 1)
return
while True:
r = self.reader.AuthKey(4, sec)
if not r or not func.IsSwOk(r[1]):
self.Log('AuthKey %d %d err!' % (4, sec), 1)
reply = QMessageBox.information(
self, 'Caution', 'Yes to continue, No to Exit!',
QMessageBox.Yes | QMessageBox.No)
if QMessageBox.No == reply:
return
else:
self.reader.FoundCard()
continue
r = self.reader.WriteBlock(i, blockdata)
if not r or not func.IsSwOk(r[1]):
self.Log('WriteBlock %d %s err!' % (i, blockdata), 1)
reply = QMessageBox.information(
self, 'Caution', 'Yes to continue, No to Exit!',
QMessageBox.Yes | QMessageBox.No)
if QMessageBox.No == reply:
return
else:
self.reader.FoundCard()
continue
break
self.Log('Wr%02d --- %s' % (i, blockdata), 1)
def on_pb_ReadBlock(self):
blocknostr = self.ui.cob_BlockNo.currentText()
blockno = int(blocknostr, 10)
self.Log('ReadBlock ' + blocknostr)
r = self.reader.ReadBlock(blockno)
if r and func.IsSwOk(r[1]):
self.ui.le_ReadBlock.setText(r[2])
self.Log(r, 1)
def on_pb_FoundCard(self):
self.Log('SelectCard')
r = self.reader.FoundCard()
if r and func.IsSwOk(r[1]):
self.ui.le_Atqa.setText(r[2][0:4])
self.ui.le_Sak.setText(r[2][4:6])
self.ui.le_Csn.setText(r[2][6:])
self.Log(r, 1)
def on_pb_ReadValue(self):
blocknostr = self.ui.cob_BlockNo.currentText()
blockno = int(blocknostr, 10)
self.Log('ReadVal ' + blocknostr)
r = self.reader.ReadVal(blockno)
if r and func.IsSwOk(r[1]):
v = int(r[2], 16)
self.ui.le_ReadValue.setText('%d (0x%s)' % (v, r[2]))
self.Log(r, 1)
def on_pb_ReadLkt4210Info(self):
self.Log('DevReadLKT4210Info')
r = self.reader.DevReadLKT4210Info()
if r and func.IsSwOk(r[1]):
self.ui.le_ReadLkt4210Info.setText(r[2])
self.Log(r, 1)
def on_pb_ReadSid(self):
self.Log('DevReadSID')
r = self.reader.DevReadSID()
if r and func.IsSwOk(r[1]):
self.ui.le_ReadSid.setText(r[2])
self.Log(r, 1)
def on_pb_CpuReset(self):
self.Log('CpuReset')
r = self.reader.CpuReset()
if r and func.IsSwOk(r[1]):
self.ui.le_CpuReset.setText(r[2])
self.Log(r, 1)
def on_pb_Anticol(self):
self.Log('Anticol')
r = self.reader.Anticoll()
if r and func.IsSwOk(r[1]):
self.ui.le_Csn.setText(r[2])
self.Log(r, 1)
def on_pb_RequestAll(self):
self.Log('RequestAll')
r = self.reader.Request(1)
if r and func.IsSwOk(r[1]):
self.ui.le_Atqa.setText(r[2])
self.Log(r, 1)
def isApduRspOK(r):
if r and func.IsSwOk(r[1]):
return True
else:
return False
