def actions_on_open_port(self):
ret = MobileDevice.actions_on_open_port(self)
if ret == False :
return False
dev = (self.dev_props["usb_device.product_id"],
self.dev_props["usb_device.vendor_id"])
self.serial.write("AT+CPMS?\r")
self.dbg_msg ("Send : AT+CPMS?")
attempts = 5
res = self.serial.readline()
while attempts != 0 :
self.dbg_msg ("Recv : %s" % res)
if res == "OK" :
break
elif res == None :
attempts = attempts - 1
res = self.serial.readline()
if res != "OK" :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
return False
def actions_on_open_port(self):
io = MobileDeviceIO(self.get_property("data-device"))
io.open()
io.write("AT$NWDMAT=1\r")
self.dbg_msg ("Send to DATA PORT : AT$NWDMAT=1")
attempts = 5
res = io.readline()
while attempts != 0 :
self.dbg_msg ("Recv to DATA PORT: %s" % res)
if res == "OK" :
break
elif res == None :
attempts = attempts - 1
res = io.readline()
if res != "OK" :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
io.close()
return False
io.close()
ret = MobileDevice.actions_on_open_port(self)
if ret == False :
return False
self.serial.write("AT\r")
self.dbg_msg ("Send : AT")
attempts = 5
res = self.serial.readline()
while attempts != 0 :
self.dbg_msg ("Recv : %s" % res)
if res == "OK" :
break
elif res == None :
attempts = attempts - 1
res = self.serial.readline()
if res != "OK" :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.dbg_msg ("ACTIONS ON OPEN PORT END --------")
return True
def actions_on_open_port(self):
ret = MobileDevice.actions_on_open_port(self)
if ret == False :
return False
dev = (self.dev_props["usb_device.product_id"],
self.dev_props["usb_device.vendor_id"])
self.serial.write("ATZ\r")
self.dbg_msg ("Send : ATZ")
attempts = 5
res = self.serial.readline()
while attempts != 0 :
self.dbg_msg ("Recv : %s" % res)
if res == "OK" :
break
elif res == None :
attempts = attempts - 1
res = self.serial.readline()
if res != "OK" :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.serial.write("AT^PORTSEL=1\r")
self.dbg_msg ("Send : AT^PORTSEL=1")
attempts = 5
res = self.serial.readline()
while attempts != 0 :
self.dbg_msg ("Recv : %s" % res)
if res == "OK" :
break
elif res == None :
attempts = attempts - 1
res = self.serial.readline()
if res != "OK" :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.serial.write("AT+COPS=3,0\r")
self.dbg_msg ("Send : AT+COPS=3,0")
attempts = 5
res = self.serial.readline()
while attempts != 0 :
self.dbg_msg ("Recv : %s" % res)
if res == "OK" or res == "ERROR" or "ERROR" in res:
break
elif res == None :
attempts = attempts - 1
res = self.serial.readline()
if res == None :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
return False
if dev == (0x1406,0x12d1) :
self.serial.write("AT^CURC=0\r")
self.dbg_msg ("Send : AT^CURC")
attempts = 5
res = self.serial.readline()
while attempts != 0 :
self.dbg_msg ("Recv : %s" % res)
if res == "OK" :
break
elif res == None :
attempts = attempts - 1
res = self.serial.readline()
if res != "OK" :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.dbg_msg ("ACTIONS ON OPEN PORT END --------")
return True
def actions_on_open_port(self):
ret = MobileDevice.actions_on_open_port(self)
if ret == False:
return False
dev = (self.dev_props["usb_device.product_id"],
self.dev_props["usb_device.vendor_id"])
self.serial.write("ATZ\r")
self.dbg_msg("Send : ATZ")
attempts = 5
res = self.serial.readline()
while attempts != 0:
self.dbg_msg("Recv : %s" % res)
if res == "OK":
break
elif res == None:
attempts = attempts - 1
res = self.serial.readline()
if res != "OK":
self.dbg_msg("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.serial.write("AT^PORTSEL=1\r")
self.dbg_msg("Send : AT^PORTSEL=1")
attempts = 5
res = self.serial.readline()
while attempts != 0:
self.dbg_msg("Recv : %s" % res)
if res == "OK":
break
elif res == None:
attempts = attempts - 1
res = self.serial.readline()
if res != "OK":
self.dbg_msg("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.serial.write("AT+COPS=3,0\r")
self.dbg_msg("Send : AT+COPS=3,0")
attempts = 5
res = self.serial.readline()
while attempts != 0:
self.dbg_msg("Recv : %s" % res)
if res == "OK" or res == "ERROR" or "ERROR" in res:
break
elif res == None:
attempts = attempts - 1
res = self.serial.readline()
if res == None:
self.dbg_msg("ACTIONS ON OPEN PORT END FAILED--------")
return False
if dev == (0x1406, 0x12d1):
self.serial.write("AT^CURC=0\r")
self.dbg_msg("Send : AT^CURC")
attempts = 5
res = self.serial.readline()
while attempts != 0:
self.dbg_msg("Recv : %s" % res)
if res == "OK":
break
elif res == None:
attempts = attempts - 1
res = self.serial.readline()
if res != "OK":
self.dbg_msg("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.dbg_msg("ACTIONS ON OPEN PORT END --------")
return True
def actions_on_open_port(self):
ret = MobileDevice.actions_on_open_port(self)
if ret == False :
return False
self.serial.write("ATZ\r")
self.dbg_msg ("Send : ATZ")
attempts = 5
res = self.serial.readline()
while attempts != 0 :
self.dbg_msg ("Recv : %s" % res)
if res == "OK" :
break
elif res == None :
attempts = attempts - 1
res = self.serial.readline()
if res != "OK" :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.serial.write("AT^PORTSEL=1\r")
self.dbg_msg ("Send : AT^PORTSEL=1")
attempts = 5
res = self.serial.readline()
while attempts != 0 :
self.dbg_msg ("Recv : %s" % res)
if res == "OK" :
break
elif res == None :
attempts = attempts - 1
res = self.serial.readline()
if res != "OK" :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.serial.write("AT+COPS=3,0\r")
self.dbg_msg ("Send : AT+COPS=3,0")
attempts = 5
res = self.serial.readline()
while attempts != 0 :
self.dbg_msg ("Recv : %s" % res)
if res == "OK" or res == "ERROR" or "ERROR" in res:
break
elif res == None :
attempts = attempts - 1
res = self.serial.readline()
if res == None :
self.dbg_msg ("ACTIONS ON OPEN PORT END FAILED--------")
return False
self.dbg_msg ("ACTIONS ON OPEN PORT END --------")
return True
