def start(self):
retval = self.io.start()
if retval == self.io.RETURN_FAILURE:
raise DriverError, "Start of device service failed, aborting!"
self.st_m.start()
info("Start device '%s' (COM: %s | AUX: %s)" % (self.path, self.io.modem_path, self.io.com_path))
def unregister(self, url):
info("Unregister request for URL %s" % repr(url))
try:
self.__hosts.__delitem__(url)
return 0
except KeyError:
raise DeviceLoggerError, "unregister(): URL %s doesn't exist." % url
def unregister(self, url):
info("Unregister request for URL %s" % repr(url))
try:
self.__hosts.__delitem__(url)
return 0
except KeyError:
raise DeviceLoggerError, "unregister(): URL %s doesn't exist." % url
def device_unlocked(self, object):
info("Unlocked sending signal")
"""
[DBUS signal exported]
The object path of the newly added device.
"""
pass
def __abort_tasks(self):
while len(self.__tasks):
_task = self.__pop()
if _task is not None:
info("Going to abort task %i" % _task.id())
_task.abort()
else:
time.sleep(0.100)
def device_unlocked(self, object):
info("Unlocked sending signal")
'''
[DBUS signal exported]
The object path of the newly added device.
'''
pass
def start(self):
retval = self.io.start()
if retval == self.io.RETURN_FAILURE:
raise DriverError, "Start of device service failed, aborting!"
self.st_m.start()
info("Start device '%s' (COM: %s | AUX: %s)" %
(self.path, self.io.modem_path, self.io.com_path))
def add(self, vid, pid, com_minor, aux_minor, driver=None):
try:
vendor = self.__vendors[vid.lower()]
vendor.add(pid, com_minor, aux_minor, driver)
info("Added new product (VID %s | PID %s) of vendor %s | Minors: %s COM and %s AUX" % (vid, pid, vendor.name(), com_minor, aux_minor))
self.__save()
except Exception, err:
raise TableError, "Couldn't add new device, %s" % err
def removeProduct(self, vid, pid):
try:
vendor = self.__vendors[vid.lower()]
vendor.remove(pid)
info("Removed product (VID %s | PID %s) of vendor %s" % (vid, pid, vendor.name()))
self.__save()
except Exception, err:
raise TableError, "Couldn't remove the device %s:%s, %s" % (str(vid), str(pid), err)
def __init__(self, parent, bus_name, mm_path, dm_id):
gobject.GObject.__init__(self)
self.__vid = parent.get_property("ID_VENDOR_ID")
self.__pid = parent.get_property("ID_MODEL_ID")
# -- Hell! In some cases the get_property() of the parent is returning None
if (self.__vid is None) or (self.__pid is None):
raise DriverError, "Got 'None' for the parent's VID/PID!"
self.__vid_pid = "%s:%s" % (self.__vid, self.__pid)
self.__id = create_parent_id(parent)
self.__sysfs_path = parent.get_sysfs_path()
self.__devpath = parent.get_property("DEVPATH")
self.__udev = gudev.Client("tty")
self.__dev = parent
self.__dm_id = dm_id
# -- Get the libusb device for this parent
self.__usbdev = None
busses = usb.busses()
for bus in busses:
for dev in bus.devices:
if (dev.idVendor == int(self.__vid, 16)) and (dev.idProduct == int(self.__pid, 16)):
# -- @XXX: Dont know why but in some cases the HUB is passed to
if dev.deviceClass == usb.CLASS_HUB:
raise DriverError, "Device with VID %s PID %s is a HUB" % (self.__vid, self.__pid)
self.__usbdev = dev
break
if self.__usbdev is None:
raise DriverError, "No Libusb device with VID %s PID %s" % (self.__vid, self.__pid)
# -- IMPORTANT: This dict uses the port minor numbers as keys! This is required for searching
# -- the ports that belong to a product from the devices table
self.__ports = DevicePort.PortsHandler()
self.__ports_nr = self.__get_number_ports()
if self.__ports_nr <= 1:
raise DriverError, "USB parent %s has %i TTY ports (not enough)" % (self.__id, self.__ports_nr)
self.__portCom = None
self.__portAux = None
self.__driver = None
self.__portLock = threading.Lock()
self.bus_name = bus_name
self.__modem_id = alloc_modem_id()
self.__mm_device_path = os.path.join(mm_path, str(self.__modem_id))
self.__device_service = None
self.__devtable = DeviceTable.DeviceTable()
self.__measure = DevicePort.TimeMeasure()
info("Plugged-in USB parent %s | Ports %i | Sysfs %s" % (self.__vid_pid, self.__ports_nr, self.__sysfs_path))
thread.start_new_thread(self.__scan, ( ))
def mgu_respond(self, response):
ussd_cmd = response
def function(task):
cmd = 'AT+CUSD=1,"%s",15' % ussd_cmd
regex = '\+CUSD:.*(?P<code>\d),\"(?P<msg>.+)\",'
r_values = ["code", "msg"]
res = self.io.com.send_query({"type" : "regex",
"cmd" : cmd, "task" : task,
"regex" : regex,
"r_values" : r_values,
"alt_ok_value" : "+CUSD",
})
if res != None:
return int(res["code"]), res["msg"]
return None
if self.mgu_state_prop != 'user-response' :
info("USSD session is not in user-response status")
return ''
task_msg = "Send USSD response -> ('%s')'" % (response)
try:
r = self.io.task_pool.exec_task(function, task_msg=task_msg, timeout=20)
except:
self.cache["ussd_status"] = 'idle'
return ''
if r == None:
ussd_cmd = self.mgu_to_gsm7(response)
task_msg = "Send USSD response gsm7 encoded -> ('%s')" % (ussd_cmd)
r = self.io.task_pool.exec_task(function, task_msg=task_msg, timeout=20)
if r == None :
self.cache["ussd_status"] = 'idle'
return ''
else:
c = r[0]
if c == 0 :
self.cache["ussd_status"] = 'idle'
elif c == 1 :
self.cache["ussd_status"] = 'user-response'
else:
self.cache["ussd_status"] = 'idle'
return self.mgu_from_gsm7(r[1])
else:
c = r[0]
if c == 0 :
self.cache["ussd_status"] = 'idle'
elif c == 1 :
self.cache["ussd_status"] = 'user-response'
else:
self.cache["ussd_status"] = 'idle'
return r[1]
def stop(self):
info("Stopping device : %s" % self.path)
self.st_m.stop()
self.io.stop()
try:
self.remove_from_connection(path = self.path)
except:
pass
return True
def stop(self):
info("Stopping device : %s" % self.path)
self.st_m.stop()
self.io.stop()
try:
self.remove_from_connection(path=self.path)
except:
pass
return True
def removeProduct(self, vid, pid):
try:
vendor = self.__vendors[vid.lower()]
vendor.remove(pid)
info("Removed product (VID %s | PID %s) of vendor %s" %
(vid, pid, vendor.name()))
self.__save()
except Exception, err:
raise TableError, "Couldn't remove the device %s:%s, %s" % (
str(vid), str(pid), err)
def __get_ports_from_device_table(self):
try:
product = self.__devtable.product(self.__vid, self.__pid)
comIdx = product.com()
auxIdx = product.aux()
info("Product needs ports with index %i and %i (COM and AUX)" % (comIdx, auxIdx))
return self.__ports.get_port_by_index(comIdx), self.__ports.get_port_by_index(auxIdx)
except Exception, err:
self.error("Failure reading a table product, %s" % err)
raise DeviceTable.TableError, err
def add(self, vid, pid, com_minor, aux_minor, driver=None):
try:
vendor = self.__vendors[vid.lower()]
vendor.add(pid, com_minor, aux_minor, driver)
info(
"Added new product (VID %s | PID %s) of vendor %s | Minors: %s COM and %s AUX"
% (vid, pid, vendor.name(), com_minor, aux_minor))
self.__save()
except Exception, err:
raise TableError, "Couldn't add new device, %s" % err
def __check_available_devices(self):
info("Checking tty's availables")
for device in self.udev_client.query_by_subsystem("tty"):
self.__on_tty_event(self.udev_client, "add", device)
info("Checking tty's availables finished")
for device in self.udev_client_usb.query_by_subsystem("usb"):
self.__on_usb_event(self.udev_client_usb, "add", device)
self.udev_client.connect("uevent", self.__on_tty_event)
self.udev_client_usb.connect("uevent", self.__on_usb_event)
def __check_available_devices(self):
info("Checking tty's availables")
for device in self.udev_client.query_by_subsystem("tty"):
self.__on_tty_event(self.udev_client, "add", device)
info("Checking tty's availables finished")
for device in self.udev_client_usb.query_by_subsystem("usb"):
self.__on_usb_event(self.udev_client_usb, "add", device)
self.udev_client.connect("uevent", self.__on_tty_event)
self.udev_client_usb.connect("uevent", self.__on_usb_event)
def __get_ports_from_device_table(self):
try:
product = self.__devtable.product(self.__vid, self.__pid)
comIdx = product.com()
auxIdx = product.aux()
info("Product needs ports with index %i and %i (COM and AUX)" %
(comIdx, auxIdx))
return self.__ports.get_port_by_index(
comIdx), self.__ports.get_port_by_index(auxIdx)
except Exception, err:
self.error("Failure reading a table product, %s" % err)
raise DeviceTable.TableError, err
def run(self):
self.__result = self.RESULT_PENDING
td = TimeMeasure()
if self.__port.AT_test(self.__retries, self.__timeout, write=self.__write, read=self.__read) == self.__port.AT_TEST_OK:
self.__result = self.RESULT_OK
else:
self.__result = self.RESULT_ERROR
self.__duration = td.diff()
# -- @XXX: This is probably not the correct place for this debug message
msg = "AT" if self.__result == self.RESULT_OK else "No"
info("%s answer on %s | Duration %s" % (msg, self.__port.devnode(), self.__duration))
def __init__(self, addr, port):
server = SimpleXMLRPCServer.SimpleXMLRPCServer((addr, port), logRequests=False)
self.__hosts = { }
self.__server = server
self.__addr = create_xmlrpc_addr(addr, port)
server.register_introspection_functions()
server.register_instance(self._Rpcs(self.__hosts))
# -- Get the repository revision for returning this value with the RPC
self.__revision = "@TODO"
info("Created new XML-RPC device logger (revision %s)" % self.__revision)
def mgn_set_apn(self, apn):
info("************* APNNNNNNNN*************** ")
def function(task):
cmd = "AT+CGDCONT=1,\"IP\",\"%s\"" %apn
self.io.com.send_query({"type" : "simple",
"cmd" : cmd,
"task" : task})
task_msg = "Modifying APN"
self.io.task_pool.exec_task(function, task_msg=task_msg, timeout=60)
pass
def __init__(self, addr, port):
server = SimpleXMLRPCServer.SimpleXMLRPCServer((addr, port),
logRequests=False)
self.__hosts = {}
self.__server = server
self.__addr = create_xmlrpc_addr(addr, port)
server.register_introspection_functions()
server.register_instance(self._Rpcs(self.__hosts))
# -- Get the repository revision for returning this value with the RPC
self.__revision = "@TODO"
info("Created new XML-RPC device logger (revision %s)" %
self.__revision)
def mgn_set_apn(self, apn):
info("************* APNNNNNNNN*************** ")
def function(task):
cmd = "AT+CGDCONT=1,\"IP\",\"%s\"" % apn
self.io.com.send_query({
"type": "simple",
"cmd": cmd,
"task": task
})
task_msg = "Modifying APN"
self.io.task_pool.exec_task(function, task_msg=task_msg, timeout=60)
pass
def register(self, url):
info("Register request for URL %s" % repr(url))
if type(url) != type(""):
raise DeviceLoggerError, "register(): Got invalid URL (not a string), %s" % repr(url)
elif len(url) == 0:
raise DeviceLoggerError, "register(): Got empty string."
if self.__hosts.has_key(url):
raise DeviceLoggerError, "register(): Passed URL '%s' already registered" % url
# -- Ok, we are safe, create the proxy object and store it for further operations
try:
srv = xmlrpclib.Server(url)
#val = srv.ping_from_device_manager()
self.__hosts[url] = srv
return 0
except xmlrpclib.Fault, err:
raise DeviceLoggerError, "xmlrpclib failure, %s" % err
def __init__(self):
self.vids = [ ]
self.__cfg = ConfigFile(os.path.join(mobilemanager.DEVICE_TABLE_DIR(), self.DEVICE_TABLE_XML))
try:
self.__vendors = self.__cfg.read()
info("Using XML devices table '%s'" % self.__cfg.fpath())
except Exception, err:
warning("Error reading '%s', %s" % (self.__cfg.fpath(), err))
info("Using default vendors table")
self.__vendors = { }
self.__add( "Huawei" , "huawei" , HUAWEI_VID , [ ( '1003', 1, 0, None ) ] )
self.__add( "Novatel" , "novatel" , NOVATEL_VID , [ ] )
self.__add( "Sierra" , "sierra" , SIERRA_VID , [ ] )
self.__add( "ZTE" , "zte" , ZTE_VID , [ ] )
self.__add( "Option" , "option" , OPTION_VID , [ ] )
self.__add( "Alcatel" , "alcatel" , ALCATEL_VID , [ ] )
self.__save()
def register(self, url):
info("Register request for URL %s" % repr(url))
if type(url) != type(""):
raise DeviceLoggerError, "register(): Got invalid URL (not a string), %s" % repr(
url)
elif len(url) == 0:
raise DeviceLoggerError, "register(): Got empty string."
if self.__hosts.has_key(url):
raise DeviceLoggerError, "register(): Passed URL '%s' already registered" % url
# -- Ok, we are safe, create the proxy object and store it for further operations
try:
srv = xmlrpclib.Server(url)
#val = srv.ping_from_device_manager()
self.__hosts[url] = srv
return 0
except xmlrpclib.Fault, err:
raise DeviceLoggerError, "xmlrpclib failure, %s" % err
def __init__(self):
self.vids = []
self.__cfg = ConfigFile(
os.path.join(mobilemanager.DEVICE_TABLE_DIR(),
self.DEVICE_TABLE_XML))
try:
self.__vendors = self.__cfg.read()
info("Using XML devices table '%s'" % self.__cfg.fpath())
except Exception, err:
warning("Error reading '%s', %s" % (self.__cfg.fpath(), err))
info("Using default vendors table")
self.__vendors = {}
self.__add("Huawei", "huawei", HUAWEI_VID, [('1003', 1, 0, None)])
self.__add("Novatel", "novatel", NOVATEL_VID, [])
self.__add("Sierra", "sierra", SIERRA_VID, [])
self.__add("ZTE", "zte", ZTE_VID, [])
self.__add("Option", "option", OPTION_VID, [])
self.__add("Alcatel", "alcatel", ALCATEL_VID, [])
self.__save()
def info(self, msg):
if self.__logging is True:
info(msg)
class TaskPool():
STATE_IDLE = 0
STATE_BUSY = 1
STATE_STOPPED = 2
STATE_FAILURE = 3
WAIT_TASK_ADDED_TIME = 0.010
# -- After this threshold is reached, a device reset is triggered!
# -- Arbitraty value used for avoiding deadlocks in the task queue
ERRORS_THRESHOLD = 20
class _TaskLog():
# -- Disables globally the filters
DISABLED_FILTERS = False
def __init__(self):
# -- Disable the filters per default
self.__enable(False)
self.filters([ ])
def info(self, msg):
if self.__logging is True:
info(msg)
def error(self, msg):
error(msg)
def warning(self, msg):
warning(msg)
def start(self, task):
msg = task.msg()
if self.__filters_enabled is True:
self.__logging = False if (self.__task_filters.match(msg) is None) else True
else:
self.__logging = True
self.info("Dispatching Task num=%i '%s' :" % (task.id(), task.msg()))
def end(self, task):
if self.__logging is True:
self.info('-' * 20)
def enable(self, value=None):
if self.DISABLED_FILTERS is True:
raise SystemError, "Filters feature is disabled"
else:
return self.__enable(value)
def __enable(self, value=None):
if value is not None:
self.__filters_enabled = True if value else False
return self.__filters_enabled
def filters(self, commands=None):
if (commands is not None):
if not hasattr(commands, '__iter__'):
commands = [ commands ]
self.__task_filters = re.compile(r"%s" % '|'.join(map(lambda cmd: ".*%s.*" % cmd, commands)))
self.__commands = commands
if self.__filters_enabled is True:
warning("IMPORTANT: Tasks filter(s) enabled: %s" % repr(commands))
return self.__commands
def start(self):
self.__stop = False
thread.start_new_thread(self.__start, ( ))
def __init__(self, device):
self.__device = device
self.__stop = False
self.__task_added = threading.Event()
self.__tasks_lock = threading.Lock()
self.__tasks = [ ]
self.__errors = 0
self.__state = self.STATE_IDLE
# -- Set the external access to the logger
self.__tasklog = self._TaskLog()
self.filters_enable = self.__tasklog.enable
self.filters_set = self.__tasklog.filters
def info(self, msg):
self.__tasklog.info(msg)
def error(self, msg):
self.__tasklog.error(msg)
def __start(self):
while self.__stop is False:
try:
self.__task_added.wait(self.WAIT_TASK_ADDED_TIME)
self.__task_added.clear()
# -- Now execute the next task of the queue
_task = self.__pop()
if _task is not None:
# -- Change the state to busy
self.__state = self.STATE_BUSY
self.__tasklog.start(_task)
retval = _task.execute()
if retval == _task.RESULT_OK:
self.__errors = 0
elif retval == _task.RESULT_ERROR:
self.__errors += 1
# -- Failure threshold reached, so try to reset the device and stop the task queue
if self.__errors == self.ERRORS_THRESHOLD:
self.stop()
self.__device.reset()
break
# -- Set the state to idle
self.__state = self.STATE_IDLE
self.__tasklog.end(_task)
except Exception, err:
error("Unexpected failure in TaskPool thread, %s" % err)
self.__state = self.STATE_IDLE
self.__state = self.STATE_STOPPED
info("TaskPool stopped | Pending tasks %i" % len(self.__tasks))
self.__abort_tasks()
def debug(self, msg):
info("%s: %s" % (self.__id, msg))
def __device_added(self, dm, obj):
self.device_added(obj)
info("DBUS (signal:DeviceAdded:(%s))" % (obj))
def __init__(self, parent, bus_name, mm_path, dm_id):
gobject.GObject.__init__(self)
self.__vid = parent.get_property("ID_VENDOR_ID")
self.__pid = parent.get_property("ID_MODEL_ID")
# -- Hell! In some cases the get_property() of the parent is returning None
if (self.__vid is None) or (self.__pid is None):
raise DriverError, "Got 'None' for the parent's VID/PID!"
self.__vid_pid = "%s:%s" % (self.__vid, self.__pid)
self.__id = create_parent_id(parent)
self.__sysfs_path = parent.get_sysfs_path()
self.__devpath = parent.get_property("DEVPATH")
self.__udev = gudev.Client("tty")
self.__dev = parent
self.__dm_id = dm_id
# -- Get the libusb device for this parent
self.__usbdev = None
busses = usb.busses()
for bus in busses:
for dev in bus.devices:
if (dev.idVendor == int(self.__vid,
16)) and (dev.idProduct == int(
self.__pid, 16)):
# -- @XXX: Dont know why but in some cases the HUB is passed to
if dev.deviceClass == usb.CLASS_HUB:
raise DriverError, "Device with VID %s PID %s is a HUB" % (
self.__vid, self.__pid)
self.__usbdev = dev
break
if self.__usbdev is None:
raise DriverError, "No Libusb device with VID %s PID %s" % (
self.__vid, self.__pid)
# -- IMPORTANT: This dict uses the port minor numbers as keys! This is required for searching
# -- the ports that belong to a product from the devices table
self.__ports = DevicePort.PortsHandler()
self.__ports_nr = self.__get_number_ports()
if self.__ports_nr <= 1:
raise DriverError, "USB parent %s has %i TTY ports (not enough)" % (
self.__id, self.__ports_nr)
self.__portCom = None
self.__portAux = None
self.__driver = None
self.__portLock = threading.Lock()
self.bus_name = bus_name
self.__modem_id = alloc_modem_id()
self.__mm_device_path = os.path.join(mm_path, str(self.__modem_id))
self.__device_service = None
self.__devtable = DeviceTable.DeviceTable()
self.__measure = DevicePort.TimeMeasure()
info("Plugged-in USB parent %s | Ports %i | Sysfs %s" %
(self.__vid_pid, self.__ports_nr, self.__sysfs_path))
thread.start_new_thread(self.__scan, ())
def __device_removed_cb(self, driver, mm_device_path):
try:
info("Going to remove the device '%s'" % mm_device_path)
self.__remove(driver)
except Exception, err:
error("Unexpected failure removing device, %s" % err)
def info(self, msg):
info("%s: %s" % (self.__vid_pid, msg))
def reset(self):
info("Going to reset the device!")
self.stop()
self.driver.reset()
def start(self, background=True):
info("Starting XML-RPC device logger (%s)" % self.__addr)
if background is True:
thread.start_new_thread(self.__start, ())
else:
self.__start()
def __device_removed(self, dm, obj):
self.device_removed(obj)
info("DBUS (signal:DeviceRemoved:(%s))" % (obj))
def mgu_initiate(self, command):
ussd_cmd = command
def function(task):
cmd = 'AT+CUSD=1,"%s",15' % ussd_cmd
regex = '\+CUSD:.*(?P<code>\d),\"(?P<msg>.+)\",'
r_values = ["code", "msg"]
self.io.com.send_query({"cmd" : "AT^PORTSEL=0",
"task" : task,})
res = self.io.com.send_query({"type" : "regex",
"cmd" : cmd, "task" : task,
"regex" : regex,
"r_values" : r_values,
"alt_ok_value" : "+CUSD",
})
self.io.com.send_query({"cmd" : "AT^PORTSEL=1",
"task" : task,})
if res != None:
return int(res["code"]), res["msg"]
return None
if self.mgu_state_prop != 'idle' :
info("ussd system not idle status")
return ''
self.cache["ussd_status"] = 'active'
task_msg = "[Huawei] Send USSD msg -> ('%s')'" % (command)
try:
r = self.io.task_pool.exec_task(function, task_msg=task_msg, timeout=20)
except:
self.cache["ussd_status"] = 'idle'
return ''
if r == None:
ussd_cmd = self.mgu_to_gsm7(command)
task_msg = "[Huawei] Send USSD msg gsm7 encoded -> ('%s')'" % (ussd_cmd)
r = self.io.task_pool.exec_task(function, task_msg=task_msg, timeout=20)
if r == None :
self.cache["ussd_status"] = 'idle'
return ''
else:
c = r[0]
if c == 0 :
self.cache["ussd_status"] = 'idle'
elif c == 1 :
self.cache["ussd_status"] = 'user-response'
else:
self.cache["ussd_status"] = 'idle'
return self.mgu_from_gsm7(r[1])
else:
c = r[0]
if c == 0 :
self.cache["ussd_status"] = 'idle'
elif c == 1 :
self.cache["ussd_status"] = 'user-response'
else:
self.cache["ussd_status"] = 'idle'
return r[1]
def info(self, msg):
info("%s: %s" % (self.__vid_pid, msg))
def mgu_initiate(self, command):
ussd_cmd = command
def function(task):
cmd = 'AT+CUSD=1,"%s",15' % ussd_cmd
regex = '\+CUSD:.*(?P<code>\d),\"(?P<msg>.+)\",'
r_values = ["code", "msg"]
self.io.com.send_query({
"cmd": "AT^PORTSEL=0",
"task": task,
})
res = self.io.com.send_query({
"type": "regex",
"cmd": cmd,
"task": task,
"regex": regex,
"r_values": r_values,
"alt_ok_value": "+CUSD",
})
self.io.com.send_query({
"cmd": "AT^PORTSEL=1",
"task": task,
})
if res != None:
return int(res["code"]), res["msg"]
return None
if self.mgu_state_prop != 'idle':
info("ussd system not idle status")
return ''
self.cache["ussd_status"] = 'active'
task_msg = "[Huawei] Send USSD msg -> ('%s')'" % (command)
try:
r = self.io.task_pool.exec_task(function,
task_msg=task_msg,
timeout=20)
except:
self.cache["ussd_status"] = 'idle'
return ''
if r == None:
ussd_cmd = self.mgu_to_gsm7(command)
task_msg = "[Huawei] Send USSD msg gsm7 encoded -> ('%s')'" % (
ussd_cmd)
r = self.io.task_pool.exec_task(function,
task_msg=task_msg,
timeout=20)
if r == None:
self.cache["ussd_status"] = 'idle'
return ''
else:
c = r[0]
if c == 0:
self.cache["ussd_status"] = 'idle'
elif c == 1:
self.cache["ussd_status"] = 'user-response'
else:
self.cache["ussd_status"] = 'idle'
return self.mgu_from_gsm7(r[1])
else:
c = r[0]
if c == 0:
self.cache["ussd_status"] = 'idle'
elif c == 1:
self.cache["ussd_status"] = 'user-response'
else:
self.cache["ussd_status"] = 'idle'
return r[1]
def start(self, background=True):
info("Starting XML-RPC device logger (%s)" % self.__addr)
if background is True:
thread.start_new_thread(self.__start, ( ))
else:
self.__start()
def debug(self, msg):
info("%s: %s" % (self.__id, msg))
def __device_removed_cb(self, driver, mm_device_path):
try:
info("Going to remove the device '%s'" % mm_device_path)
self.__remove(driver)
except Exception, err:
error("Unexpected failure removing device, %s" % err)
def reset(self):
info("Going to reset the device!")
self.stop()
self.driver.reset()
