class pyResManController(object):
"""The controller of reResManDialog;"""
def __init__(self, handler):
"""""Constructor"""
self.__readername = None
self.__reader = pyResManReader()
self.__handler = handler
self.__reader.addReaderMonitorHandler(self)
self.__reader.monitorReaders()
self.__runScriptThread = None
self.__gpInterface = GPInterface()
self.__scDebugger = R502SpyLibrary(self.__gpInterface)
gp.enableTraceMode(1)
self.__debuggerVariables = {}
def getReaderList(self):
return self.__reader.getReaderList()
def getReaderName(self):
return self.__readername
def connect(self, readername, protocol, mode):
""" Connect to the reader;"""
self.__readername = readername
self.__handler.handleLog('Connect to %s.' %(readername))
self.__gpInterface.connect(str(readername), protocol)
self.__scDebugger.init()
def handleCardEvent(self, eventType, args):
readername = args[0]
if eventType == ICardMonitorEventHandler.MONITOR_EVENT_INSERT:
self.__handler.handleCardInserted(readername)
elif eventType == ICardMonitorEventHandler.MONITOR_EVENT_REMOVE:
self.__handler.handleCardRemoved(readername)
self.__reader.removeCardMonitorHandler(self)
self.__reader.stopCardMonitor()
def handleReaderEvent(self, eventType, args):
if eventType == IReaderMonitorEventHandler.MONITOR_EVENT_ADDED:
for readername in args:
self.__handler.handleReaderAdded(readername)
elif eventType == IReaderMonitorEventHandler.MONITOR_EVENT_REMOVED:
for readername in args:
self.__handler.handleReaderRemoved(readername)
def monitorCard(self):
self.__reader.addCardMonitorHandler(self)
self.__reader.monitorCard(self.__readername)
def disconnect(self):
self.__gpInterface.disconnect()
try:
self.__reader.removeCardMonitorHandler(self)
self.__reader.stopCardMonitor()
except:
pass
def __transmit_impl(self, cmd, t0AutoGetResponse, handlerArgs):
commandValue = Util.s2vs(cmd)
self.__handler.handleAPDUCommand("".join("%02X " %(ord(vb)) for vb in commandValue), handlerArgs)
timeStart = timeit.default_timer()
rsp = self.__gpInterface.transmit(Util.s2vs(cmd))
timeStop = timeit.default_timer()
transtime = timeStop - timeStart
self.__handler.handleAPDUResponse("".join("%02X " %(ord(vb)) for vb in rsp), transtime, handlerArgs)
if t0AutoGetResponse and (rsp[0] == '\x61') and (len(handlerArgs) == 0):
cmd = '\x00\xC0\x00\x00' + rsp[1]
self.__handler.handleAPDUCommand("".join("%02X " %(ord(vb)) for vb in cmd))
timeStart = timeit.default_timer()
rsp = gp.sendApdu(cmd)
timeStop = timeit.default_timer()
transtime = timeStop - timeStart
self.__handler.handleAPDUResponse("".join("%02X " %(ord(vb)) for vb in rsp), transtime)
def __transmit(self, cmd, t0AutoGetResponse, handlerArgs):
"""Thread method to transmit an apdu;"""
try:
self.__transmit_impl(cmd, t0AutoGetResponse, handlerArgs)
except Exception, e:
self.__handler.handleException(e)
scDebugger.init()
scDebugger.rfManaul()
scDebugger.rfOn()
ret, rsp = scDebugger.claWUPA('\x52')
print str(ret) + ' > ' + ''.join('%02X ' % (ord(b)) for b in rsp)
ret, rsp = scDebugger.claAnticollision('\x93\x20')
print str(ret) + ' > ' + ''.join('%02X ' % (ord(b)) for b in rsp)
uid = rsp
ret, rsp = scDebugger.claSelect('\x93\x70' + uid)
print str(ret) + ' > ' + ''.join('%02X ' % (ord(b)) for b in rsp)
ret, rsp = scDebugger.claAnticollision('\x95\x20')
print str(ret) + ' > ' + ''.join('%02X ' % (ord(b)) for b in rsp)
ret, rsp = scDebugger.claSelect('\x95\x70\x0A\x38\x30\x80')
print str(ret) + ' > ' + ''.join('%02X ' % (ord(b)) for b in rsp)
ret, rsp = scDebugger.claRATS('\xE0\x80')
print str(ret) + ' > ' + ''.join('%02X ' % (ord(b)) for b in rsp)
ret, rsp = scDebugger.claPPS('\xD0\x11\x0F')
print str(ret) + ' > ' + ''.join('%02X ' % (ord(b)) for b in rsp)
ret, rsp = scDebugger.claHLTA('\x50\x00')
print str(ret) + ' > ' + ''.join('%02X ' % (ord(b)) for b in rsp)
gpInterface.disconnect()
scDebugger.init()
scDebugger.rfManaul()
scDebugger.rfOn()
ret, rsp = scDebugger.claWUPA('\x52')
print str(ret) + ' > ' + ''.join('%02X ' %(ord(b)) for b in rsp)
ret, rsp = scDebugger.claAnticollision('\x93\x20')
print str(ret) + ' > ' + ''.join('%02X ' %(ord(b)) for b in rsp)
uid = rsp
ret, rsp = scDebugger.claSelect('\x93\x70' + uid)
print str(ret) + ' > ' + ''.join('%02X ' %(ord(b)) for b in rsp)
ret, rsp = scDebugger.claAnticollision('\x95\x20')
print str(ret) + ' > ' + ''.join('%02X ' %(ord(b)) for b in rsp)
ret, rsp = scDebugger.claSelect('\x95\x70\x0A\x38\x30\x80')
print str(ret) + ' > ' + ''.join('%02X ' %(ord(b)) for b in rsp)
ret, rsp = scDebugger.claRATS('\xE0\x80')
print str(ret) + ' > ' + ''.join('%02X ' %(ord(b)) for b in rsp)
ret, rsp = scDebugger.claPPS('\xD0\x11\x0F')
print str(ret) + ' > ' + ''.join('%02X ' %(ord(b)) for b in rsp)
ret, rsp = scDebugger.claHLTA('\x50\x00')
print str(ret) + ' > ' + ''.join('%02X ' %(ord(b)) for b in rsp)
gpInterface.disconnect()
class pyResManController(object):
"""The controller of reResManDialog;"""
def __init__(self, handler):
"""""Constructor"""
self.__readername = None
self.__reader = pyResManReader()
self.__handler = handler
self.__reader.addReaderMonitorHandler(self)
self.__reader.monitorReaders()
self.__runScriptThread = None
self.__gpInterface = GPInterface()
self.__scDebugger = R502SpyLibrary(self.__gpInterface)
gp.enableTraceMode(1)
self.__debuggerVariables = {}
def getReaderList(self):
return self.__reader.getReaderList()
def getReaderName(self):
return self.__readername
def connect(self, readername, protocol, mode):
""" Connect to the reader;"""
self.__readername = readername
self.__handler.handleLog('Connect to %s.' %(readername))
self.__gpInterface.connect(str(readername), protocol)
self.__scDebugger.init()
def handleCardEvent(self, eventType, args):
readername = args[0]
if eventType == ICardMonitorEventHandler.MONITOR_EVENT_INSERT:
self.__handler.handleCardInserted(readername)
elif eventType == ICardMonitorEventHandler.MONITOR_EVENT_REMOVE:
self.__handler.handleCardRemoved(readername)
self.__reader.removeCardMonitorHandler(self)
self.__reader.stopCardMonitor()
def handleReaderEvent(self, eventType, args):
if eventType == IReaderMonitorEventHandler.MONITOR_EVENT_ADDED:
for readername in args:
self.__handler.handleReaderAdded(readername)
elif eventType == IReaderMonitorEventHandler.MONITOR_EVENT_REMOVED:
for readername in args:
self.__handler.handleReaderRemoved(readername)
def monitorCard(self):
self.__reader.addCardMonitorHandler(self)
self.__reader.monitorCard(self.__readername)
def disconnect(self):
self.__gpInterface.disconnect()
self.__reader.removeCardMonitorHandler(self)
self.__reader.stopCardMonitor()
def __transmit_impl(self, cmd, t0AutoGetResponse, handlerArgs):
commandValue = Util.s2vs(cmd)
self.__handler.handleAPDUCommand("".join("%02X " %(ord(vb)) for vb in commandValue), handlerArgs)
timeStart = timeit.default_timer()
rsp = self.__gpInterface.transmit(Util.s2vs(cmd))
timeStop = timeit.default_timer()
transtime = timeStop - timeStart
self.__handler.handleAPDUResponse("".join("%02X " %(ord(vb)) for vb in rsp), transtime, handlerArgs)
if t0AutoGetResponse and (rsp[0] == '\x61') and (len(handlerArgs) == 0):
cmd = '\x00\xC0\x00\x00' + rsp[1]
self.__handler.handleAPDUCommand("".join("%02X " %(ord(vb)) for vb in cmd))
timeStart = timeit.default_timer()
rsp = gp.sendApdu(cmd)
timeStop = timeit.default_timer()
transtime = timeStop - timeStart
self.__handler.handleAPDUResponse("".join("%02X " %(ord(vb)) for vb in rsp), transtime)
def __transmit(self, cmd, t0AutoGetResponse, handlerArgs):
"""Thread method to transmit an apdu;"""
try:
self.__transmit_impl(cmd, t0AutoGetResponse, handlerArgs)
except Exception, e:
self.__handler.handleException(e)
