def add_contact(self, contact):
"""
Adds C{contact} to the SIM and returns the index where was stored
@rtype: C{defer.Deferred}
"""
name = from_u(contact.get_name())
if 'UCS2' in self.device.sim.charset:
name = pack_ucs2_bytes(name)
# common arguments for both operations (name and number)
args = [name, from_u(contact.get_number())]
if contact.index:
# contact.index is set, user probably wants to overwrite an
# existing contact
args.append(contact.index)
d = super(SIMCardConnAdapter, 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(SIMCardConnAdapter, self).add_contact(*args)
# now we just fake add_contact's response and we return the index
d2.addCallback(lambda _: index)
return d2
d = super(SIMCardConnAdapter, self).get_next_contact_id()
d.addCallback(get_next_id_cb)
return d
def add_contact(self, contact):
"""
Adds C{contact} to the SIM and returns the index where was stored
@rtype: C{defer.Deferred}
"""
name = from_u(contact.get_name())
if 'UCS2' in self.device.sim.charset:
name = pack_ucs2_bytes(name)
# common arguments for both operations (name and number)
args = [name, from_u(contact.get_number())]
if contact.index:
# contact.index is set, user probably wants to overwrite an
# existing contact
args.append(contact.index)
d = super(SIMCardConnAdapter, 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(SIMCardConnAdapter, self).add_contact(*args)
# now we just fake add_contact's response and we return the index
d2.addCallback(lambda _: index)
return d2
d = super(SIMCardConnAdapter, self).get_next_contact_id()
d.addCallback(get_next_id_cb)
return d
def add_contact(self, contact):
"""
Adds C{contact} to the SIM and returns the index where was stored
@rtype: C{defer.Deferred}
"""
def hw_add_contact(name, number, index):
"""
Adds a contact to the SIM card
"""
try: # are all ascii chars
name.encode('ascii')
raw = 0
except: # write in TS31.101 type 80 raw format
name = '80' + pack_ucs2_bytes(name) + 'FF'
raw = 1
category = number.startswith('+') and 145 or 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)
name = from_u(contact.get_name())
# common arguments for both operations (name and number)
args = [name, from_u(contact.get_number())]
if contact.index:
# contact.index is set, user probably wants to overwrite an
# existing contact
args.append(contact.index)
d = hw_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 = hw_add_contact(*args)
# now we just fake add_contact's response and we return the index
d2.addCallback(lambda _: index)
return d2
d = super(HuaweiAdapter, self).get_next_contact_id()
d.addCallback(get_next_id_cb)
return d
def add_contact(self, contact):
"""
Adds C{contact} to the SIM and returns the index where was stored
@rtype: C{defer.Deferred}
"""
def hw_add_contact(name, number, index):
"""
Adds a contact to the SIM card
"""
try: # are all ascii chars
name.encode('ascii')
raw = 0
except: # write in TS31.101 type 80 raw format
name = '80' + pack_ucs2_bytes(name) + 'FF'
raw = 1
category = number.startswith('+') and 145 or 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)
name = from_u(contact.get_name())
# common arguments for both operations (name and number)
args = [name, from_u(contact.get_number())]
if contact.index:
# contact.index is set, user probably wants to overwrite an
# existing contact
args.append(contact.index)
d = hw_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 = hw_add_contact(*args)
# now we just fake add_contact's response and we return the index
d2.addCallback(lambda _: index)
return d2
d = super(HuaweiAdapter, self).get_next_contact_id()
d.addCallback(get_next_id_cb)
return d
def __init__(self, number, text, smsc=None, validity=None, **kwds):
super(ShortMessageSubmit, self).__init__(number, text, **kwds)
self.address = GSMAddress(from_u(number))
self.smsc = smsc
self.encoding = None
self.user_data = None
self.__set_text(text)
self.validity = None
self._set_validity(validity)
def __init__(self, number, text, smsc=None, validity=None, **kwds):
super(ShortMessageSubmit, self).__init__(number, text, **kwds)
self.address = GSMAddress(from_u(number))
self.smsc = smsc
self.encoding = None
self.user_data = None
self.__set_text(text)
self.validity = None
self._set_validity(validity)
def get_smsc_cb(response):
try:
smsc = response[0].group('smsc')
if not smsc.startswith('+'):
if check_if_ucs2(smsc):
# the smsc is in UCS2 format
smsc = from_u(unpack_ucs2_bytes(smsc))
return smsc
except KeyError, e:
raise ex.CMEErrorNotFound()
