def add_contact(self, contact):
name = from_u(contact.name)
number = from_u(contact.number)
if 'UCS2' in self.device.sim.charset:
name = pack_ucs2_bytes(name)
number = pack_ucs2_bytes(number)
# common arguments for both operations (name and number)
args = [name, number]
if contact.index:
# contact.index is set, user probably wants to overwrite an
# existing contact
args.append(contact.index)
d = super(WCDMAWrapper, self).add_contact(*args)
d.addCallback(lambda _: contact.index)
return d
# contact.index is not set, this means that we need to obtain the
# first slot free on the phonebook and then add the contact
def get_next_id_cb(index):
args.append(index)
d2 = super(WCDMAWrapper, self).add_contact(*args)
# now we just fake add_contact's response and we return the index
d2.addCallback(lambda _: index)
return d2
d = self._get_next_contact_id()
d.addCallback(get_next_id_cb)
return d
def hso_authenticate(self, user, passwd, auth):
conn_id = self.state_dict.get('conn_id')
if conn_id is None:
raise E.CallIndexError("conn_id is None")
# Bitfield '00111': MSCHAPv2, MSCHAP, CHAP, PAP, None
if auth is None:
iauth = consts.MM_ALLOWED_AUTH_UNKNOWN
else:
iauth = auth & 0x1f # only the lowest 5 bits
if iauth == consts.MM_ALLOWED_AUTH_UNKNOWN:
iauth = consts.MM_ALLOWED_AUTH_PAP # the old default
# convert to string
try:
_auth = bin(iauth)[2:].zfill(5) # Python 2.6+
except:
_auth = ''
for i in range(5 - 1, -1, -1):
_auth += "%d" % ((iauth >> i) & 1)
if self.device.sim.charset == 'UCS2':
args = (conn_id, pack_ucs2_bytes(user),
pack_ucs2_bytes(passwd), _auth)
else:
args = (conn_id, user, passwd, _auth)
return self.send_at('AT*EIAAUW=%d,1,"%s","%s",%s' % args)
def test_pack_ucs2_bytes(self):
# 07911356131313F311000A9260214365870008AA080068006F006C0061
self.assertEqual(pack_ucs2_bytes('hola'), '0068006F006C0061')
# 07911356131313F311000A9260214365870008AA0A0068006F006C00610073
self.assertEqual(pack_ucs2_bytes('holas'), '0068006F006C00610073')
self.assertEqual(pack_ucs2_bytes(u"中华人民共和国"),
'4E2D534E4EBA6C115171548C56FD')
def v_ucs2_name(value):
if value == '':
return PARTIAL
from wader.common.encoding import pack_ucs2_bytes
try:
pack_ucs2_bytes(value)
except:
return PARTIAL
else:
return VALID
def v_ucs2_name(value):
if value == '':
return PARTIAL
from wader.common.encoding import pack_ucs2_bytes
try:
pack_ucs2_bytes(value)
except:
return PARTIAL
else:
return VALID
def enable_pin(self, pin, enable):
where = "SC"
if 'UCS2' in self.device.sim.charset:
where = pack_ucs2_bytes("SC")
pin = pack_ucs2_bytes(pin)
at_str = 'AT+CLCK="%s",%d,"%s"' % (where, int(enable), pin)
d = self.queue_at_cmd(ATCmd(at_str, name='enable_pin'))
d.addCallback(lambda result: result[0].group('resp'))
return d
def mbm_authenticate(self, user, passwd):
conn_id = self.state_dict.get('conn_id')
if conn_id is None:
raise E.CallIndexError("conn_id is None")
if self.device.sim.charset == 'UCS2':
args = (conn_id, pack_ucs2_bytes(user), pack_ucs2_bytes(passwd))
else:
args = (conn_id, user, passwd)
return self.send_at('AT*EIAAUW=%d,1,"%s","%s"' % args)
def change_pin(self, oldpin, newpin):
where = "SC"
if 'UCS2' in self.device.sim.charset:
where = pack_ucs2_bytes("SC")
oldpin = pack_ucs2_bytes(oldpin)
newpin = pack_ucs2_bytes(newpin)
atstr = 'AT+CPWD="%s","%s","%s"' % (where, oldpin, newpin)
d = self.queue_at_cmd(ATCmd(atstr, name='change_pin'))
d.addCallback(lambda result: result[0].group('resp'))
return d
def get_pin_status(self):
def ericsson_get_pin_status(facility):
"""
Checks whether the pin is enabled or disabled
"""
cmd = ATCmd('AT+CLCK="%s",2' % facility, name='get_pin_status')
return self.queue_at_cmd(cmd)
def pinreq_errback(failure):
failure.trap(E.SimPinRequired)
return 1
def aterror_eb(failure):
failure.trap(E.General)
# return the failure or wont work
return failure
facility = 'SC'
if self.device.sim.charset == 'UCS2':
facility = pack_ucs2_bytes('SC')
d = ericsson_get_pin_status(facility) # call the local one
d.addCallback(lambda response: int(response[0].group('status')))
d.addErrback(pinreq_errback)
d.addErrback(aterror_eb)
return d
def add_contact(self, contact):
"""
Adds ``contact`` to the SIM and returns the index where was stored
"""
ucs2 = 'UCS2' in self.device.sim.charset
name = pack_ucs2_bytes(contact.name) if ucs2 else from_u(contact.name)
# common arguments for both operations (name and number)
args = [name, from_u(contact.number)]
if contact.index:
# contact.index is set, user probably wants to overwrite an
# existing contact
args.append(contact.index)
d = super(WCDMAWrapper, self).add_contact(*args)
d.addCallback(lambda _: contact.index)
return d
def get_next_id_cb(index):
args.append(index)
d2 = super(WCDMAWrapper, self).add_contact(*args)
# now we just fake add_contact's response and we return the index
d2.addCallback(lambda _: index)
return d2
# contact.index is not set, this means that we need to obtain the
# first free slot on the phonebook and then add the contact
d = self._get_next_contact_id()
d.addCallback(get_next_id_cb)
return d
def set_charset(self, charset):
# The oddity here is that the set command needs to have its charset
# value encoded in the current character set
if self.device.sim.charset == 'UCS2':
charset = pack_ucs2_bytes(charset)
d = super(EricssonWrapper, self).set_charset(charset)
return d
def set_smsc(self, smsc):
"""Sets the SIMS's SMSC number to ``smsc``"""
if 'UCS2' in self.device.sim.charset:
smsc = pack_ucs2_bytes(smsc)
d = super(WCDMAWrapper, self).set_smsc(smsc)
d.addCallback(lambda response: response[0].group('resp'))
return d
def find_contacts(self, pattern):
"""
Returns all the `Contact` objects whose name matches ``pattern``
:rtype: list
"""
if 'UCS2' in self.device.sim.charset:
pattern = pack_ucs2_bytes(pattern)
d = super(WCDMAWrapper, self).find_contacts(pattern)
d.addCallback(lambda matches: map(self._regexp_to_contact, matches))
return d
def get_net_info_cb(netinfo):
"""
Returns a (Networkname, ConnType) tuple
It returns None if there's no info
"""
if not netinfo:
return None
netinfo = netinfo[0]
if netinfo.group('error'):
# this means that we've received a response like
# +COPS: 0 which means that we don't have network temporaly
# we should raise an exception here
raise E.NoNetwork()
# TS 27007 got updated as of 10.4
_map = {
'0': MM_GSM_ACCESS_TECH_GPRS, # strictly GSM
'1': MM_GSM_ACCESS_TECH_GSM_COMPAT,
'2': MM_GSM_ACCESS_TECH_UMTS, # strictly UTRAN
'3': MM_GSM_ACCESS_TECH_EDGE,
'4': MM_GSM_ACCESS_TECH_HSDPA,
'5': MM_GSM_ACCESS_TECH_HSUPA,
'6': MM_GSM_ACCESS_TECH_HSPA,
'7': MM_GSM_ACCESS_TECH_LTE,
}
conn_type = _map.get(netinfo.group('status'))
netname = netinfo.group('netname')
if netname in ['Limited Service',
pack_ucs2_bytes('Limited Service')]:
raise ex.LimitedServiceNetworkError
# netname can be in UCS2, as a string, or as a network id (int)
if check_if_ucs2(netname):
return unpack_ucs2_bytes(netname), conn_type
else:
# now can be either a string or a network id (int)
try:
netname = int(netname)
except ValueError:
# we got a string ID
return netname, conn_type
# if we have arrived here, that means that the network id
# is a five, six or seven digit integer
return str(netname), conn_type
def _add_contact(self, name, number, index):
"""
Adds a contact to the SIM card
"""
raw = 0
try: # are all ascii chars
name.encode('ascii')
except: # write in TS31.101 type 80 raw format
name = '80%sFF' % pack_ucs2_bytes(name)
raw = 1
category = 145 if number.startswith('+') else 129
args = (index, number, category, name, raw)
cmd = ATCmd('AT^CPBW=%d,"%s",%d,"%s",%d' % args, name='add_contact')
return self.queue_at_cmd(cmd)
def get_net_info_cb(netinfo):
"""
Returns a (Networkname, ConnType) tuple
It returns None if there's no info
"""
if not netinfo:
return None
netinfo = netinfo[0]
if netinfo.group('error'):
# this means that we've received a response like
# +COPS: 0 which means that we don't have network temporaly
# we should raise an exception here
raise E.NoNetwork()
conn_type = 'GPRS'
netname = netinfo.group('netname')
if netname in ['Limited Service',
pack_ucs2_bytes('Limited Service')]:
raise LimitedServiceNetworkError()
# netname can be in UCS2, as a string, or as a network id (int)
if check_if_ucs2(netname):
return unpack_ucs2_bytes(netname), conn_type
else:
# now can be either a string or a network id (int)
try:
netname = int(netname)
except ValueError:
# we got a string ID
return netname, conn_type
# if we have arrived here, that means that the network id
# is a five digit integer
return str(netname), conn_type
def send_ussd(self, ussd, force_ascii=False, loose_charset_check=False):
"""Sends the ussd command ``ussd``"""
def convert_response(response):
index = response[0].group('index')
if index == '1':
self.device.set_property(USD_INTFACE, 'State', 'user-response')
else:
self.device.set_property(USD_INTFACE, 'State', 'idle')
resp = response[0].group('resp')
if resp is None:
return "" # returning the Empty string is valid
if not check_if_ucs2(resp, limit=LATIN_EX_B):
if 'UCS2' in self.device.sim.charset and \
not loose_charset_check:
raise E.MalformedUssdPduError(resp)
else:
return resp
else:
try:
return unpack_ucs2_bytes(resp)
except (TypeError, UnicodeDecodeError):
raise E.MalformedUssdPduError(resp)
def reset_state(failure):
if self.device.get_property(USD_INTFACE, 'State') != 'idle':
self.device.set_property(USD_INTFACE, 'State', 'idle')
failure.raiseException() # re-raise
if 'UCS2' in self.device.sim.charset and not force_ascii:
ussd = pack_ucs2_bytes(ussd)
d = super(WCDMAWrapper, self).send_ussd(str(ussd))
d.addCallback(convert_response)
d.addErrback(reset_state)
return d
def _send_pin(charset, pin):
if 'UCS2' in charset:
pin = pack_ucs2_bytes(pin)
return super(EricssonWrapper, self).send_pin(pin)
def send_ussd(self, ussd):
"""
Sends the USSD command ``ussd``
Sends plain or UCS2 encoded text
Receives GSM 7bit compressed text
"""
# AT+CUSD=1,"*100#",15
# (*100#)
# or
# AT+CUSD=1,"002A0031003000300023",15
# (*100#)
# +CUSD: 1,"5079191E4E935BCDB2DBAF88818E753A3A2C2EBBD76F37FDAD90818E7"
# "53A3A2C2EBB5BD6B2DCEC3F8BC3F275394D57CC40C1BA991D26D7DD67"
# "D0B14E4787C565F70B1A1EAF5BF477EBF856D040D0F0780D6A86DDE17"
# "359AEB881A86179DA9C769BDF0A1C0899669BCB",15
# Prepaid-Menü\n
# 1 Guthabenkonto\n
# 2 Guthaben-Verfügbarkeit\n
# 3 Aufladung Guthaben/Pack-to-Go\n
# 4 Pack Manager\n
# 7 Tarifinfo\n
# 8 Hilfe
def convert_response(response):
index = response[0].group('index')
if index == '1':
self.device.set_property(
consts.USD_INTFACE, 'State', 'user-response')
else:
self.device.set_property(consts.USD_INTFACE, 'State', 'idle')
resp = response[0].group('resp')
if resp is None:
return "" # returning the Empty string is valid
try:
ret = unpack_msg(resp).decode("gsm0338")
if is_gsm_text(ret):
return ret
except UnicodeError:
pass
try:
return resp.decode('hex')
except TypeError:
raise MalformedUssdPduError(resp)
def reset_state(failure):
if self.device.get_property(consts.USD_INTFACE, 'State') != 'idle':
self.device.set_property(consts.USD_INTFACE, 'State', 'idle')
failure.raiseException() # re-raise
if 'UCS2' in self.device.sim.charset:
ussd = pack_ucs2_bytes(ussd)
d = super(WCDMAWrapper, self).send_ussd(str(ussd))
d.addCallback(convert_response)
d.addErrback(reset_state)
return d