# $NWBAND2: 18 WCDMA JAPAN 1700 band
# $NWBAND2: 19 Reserved for WLAN
# $NWBAND2: 20 Reserved for WLAN
# $NWBAND2: 21 Reserved for WLAN
# $NWBAND2: 22 Reserved for WLAN
# $NWBAND2: 23 Reserved for WLAN
# $NWBAND2: 24 Band Class 16
# $NWBAND2: 25 Reserved
# $NWBAND2: 26 Reserved
# $NWBAND2: 27 Reserved
# $NWBAND2: 28 Reserved
# $NWBAND2: 29 Reserved
# $NWBAND2: 30 Persistent value from NV
# $NWBAND2: 31 Reserved
NOVATEL_CMD_DICT = get_cmd_dict_copy()
NOVATEL_CMD_DICT['get_network_mode'] = build_cmd_dict(
re.compile("\r\n\$NWRAT:\s?(?P<mode>\d,\d),\d\r\n"))
NOVATEL_CMD_DICT['get_band'] = build_cmd_dict(
re.compile("\r\n\$NWBAND:\s?(?P<band>[0-9A-Fa-f]+)"))
class NovatelSIMClass(SIMBaseClass):
"""Novatel SIM Class"""
def __init__(self, sconn):
super(NovatelSIMClass, self).__init__(sconn)
def setup_sms(self):
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License along
# with this program; if not, write to the Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
"""Unittests for the command module"""
import re
import sys
from twisted.trial import unittest
sys.path.insert(0, '..')
from core.command import get_cmd_dict_copy
cmd_dict = get_cmd_dict_copy()
class TestCommandsRegexps(unittest.TestCase):
"""Test for the regexps associated with at commands"""
def test_check_pin_regexp(self):
# [-] SENDING ATCMD 'AT+CPIN?\r\n'
# [-] WAITING: DATA_RCV = '\r\n+CPIN: READY\r\n\r\nOK\r\n'
extract = cmd_dict['check_pin']['extract']
text = '\r\n+CPIN: READY\r\n\r\nOK\r\n'
match = extract.match(text)
self.failIf(match is None)
self.assertEqual(match.group('resp'), 'READY')
# [-] WAITING: DATA_RCV = '\r\n+CPIN: SIM PIN\r\n\r\nOK\r\n'
text2 = '\r\n+CPIN: SIM PIN\r\n\r\nOK\r\n'
return mode_args_dict[args]
except KeyError:
return consts.MM_NETWORK_MODE_UNKNOWN
def huawei_new_rssi(args, device):
try:
strength = rssi_to_percentage(int(args))
except (ValueError, TypeError):
return None
device.sconn.updatecache(strength, 'signal')
device.sconn.emit_rssi(strength)
return None
HUAWEI_CMD_DICT = get_cmd_dict_copy()
HUAWEI_CMD_DICT['get_syscfg'] = build_cmd_dict(re.compile(r"""
\r\n
\^SYSCFG:
(?P<modea>\d+),
(?P<modeb>\d+),
(?P<theband>[0-9A-F]*),
(?P<roam>\d),
(?P<srv>\d)
\r\n
""", re.VERBOSE))
HUAWEI_CMD_DICT['get_radio_status'] = build_cmd_dict(
end=re.compile('\r\n\+CFUN:\s?\d\r\n'),
extract=re.compile('\r\n\+CFUN:\s?(?P<status>\d)\r\n'))
consts.MM_ALLOWED_MODE_2G_PREFERRED: 2,
consts.MM_ALLOWED_MODE_3G_PREFERRED: 3,
}
ICERA_MODE_DICT = {
consts.MM_NETWORK_MODE_ANY: 5,
consts.MM_NETWORK_MODE_2G_ONLY: 0,
consts.MM_NETWORK_MODE_3G_ONLY: 1,
consts.MM_NETWORK_MODE_2G_PREFERRED: 2,
consts.MM_NETWORK_MODE_3G_PREFERRED: 3,
}
ICERA_BAND_DICT = {
}
ICERA_CMD_DICT = get_cmd_dict_copy()
# \r\n+CPBR: (1-200),80,14,0,0,0\r\n\r\nOK\r\n
ICERA_CMD_DICT['get_phonebook_size'] = build_cmd_dict(
re.compile(r"""
\r\n
\+CPBR:\s
\(\d+-(?P<size>\d+)\).*
\r\n
""", re.VERBOSE))
# \r\n+CMGL: 1,1,"616E64726577",23\r\n
# 0791447758100650040C9144977162470100009011503195310004D436390C\r\n
ICERA_CMD_DICT['list_sms'] = build_cmd_dict(
re.compile(r"""
\r\n
consts.MM_NETWORK_BAND_U900: 'U900',
consts.MM_NETWORK_BAND_U17IX: 'U17IX',
consts.MM_NETWORK_BAND_U1900: 'U1900',
# Option has no U2600
}
OPTION_CONN_DICT = {
consts.MM_NETWORK_MODE_2G_ONLY: 0,
consts.MM_NETWORK_MODE_3G_ONLY: 1,
consts.MM_NETWORK_MODE_2G_PREFERRED: 2,
consts.MM_NETWORK_MODE_3G_PREFERRED: 3,
consts.MM_NETWORK_MODE_ANY: 5,
}
# Option devices like to append its serial number after the IMEI, ignore it
OPTION_CMD_DICT = get_cmd_dict_copy()
OPTION_CMD_DICT['get_imei'] = build_cmd_dict(re.compile(
"\r\n(?P<imei>\d+),\S+\r\n", re.VERBOSE))
OPTION_CMD_DICT['get_sim_status'] = build_cmd_dict(re.compile(r"""
_OBLS:\s(?P<sim>\d),
(?P<contacts>\d),
(?P<sms>\d)
""", re.VERBOSE))
OPTION_CMD_DICT['get_band'] = build_cmd_dict(re.compile(r"""
\r\n(?P<name>.*):\s+(?P<active>\d)
""", re.VERBOSE))
# AT_OPBM=?
# _OPBM: ("ANY","EGSM","DCS","PCS","G850","U2100","U1900","U1700","U17IV",
consts.MM_ALLOWED_MODE_ANY: '2', # 3g preferred
consts.MM_ALLOWED_MODE_3G_ONLY: '1',
consts.MM_ALLOWED_MODE_3G_PREFERRED: '2',
consts.MM_ALLOWED_MODE_2G_ONLY: '3',
consts.MM_ALLOWED_MODE_2G_PREFERRED: '4',
}
LONGCHEER_CONN_DICT = {
consts.MM_NETWORK_MODE_ANY: '2', # 3g preferred
consts.MM_NETWORK_MODE_3G_ONLY: '1',
consts.MM_NETWORK_MODE_3G_PREFERRED: '2',
consts.MM_NETWORK_MODE_2G_ONLY: '3',
consts.MM_NETWORK_MODE_2G_PREFERRED: '4',
}
LONGCHEER_CMD_DICT = get_cmd_dict_copy()
# +CPBR: 1,"+4917XXXXXX",145,"005400650073007400200053007400720069","",129,""
LONGCHEER_CMD_DICT['get_contact'] = build_cmd_dict(re.compile(r"""
\r\n
\+CPBR:\s(?P<id>\d+),
"(?P<number>[+0-9a-fA-F*#]+)",
(?P<cat>\d+),
"(?P<name>.*?)"
(?P<ignored>,\S*)?
\r\n""", re.X))
LONGCHEER_CMD_DICT['list_contacts'] = build_cmd_dict(
end=re.compile('(\r\n)?\r\n(OK)\r\n'), extract=re.compile(r"""
\r\n
\+CPBR:\s(?P<id>\d+),
from twisted.internet.task import deferLater
from wader.common import consts
from core.command import get_cmd_dict_copy
from core.hardware.base import WCDMACustomizer
from core.middleware import WCDMAWrapper
from core.plugin import DevicePlugin
from core.sim import SIMBaseClass
# Gobi 2000 notes:
# Unfortunately there is only one tty port available so it has to be
# shared between data and status functions.
# There also doesn't seem to be any way of specifying the bearer
# preference for 3G only, 3G preferred, or 2G only.
QUALCOMM_CMD_DICT = get_cmd_dict_copy()
class QualcommSIMClass(SIMBaseClass):
"""Qualcomm SIM Class"""
def __init__(self, sconn):
super(QualcommSIMClass, self).__init__(sconn)
def initialize(self, set_encoding=True):
def init_callback(size):
# make sure we are in most promiscuous mode before registration
self.sconn.set_network_mode(consts.MM_NETWORK_MODE_ANY)
# set SMS storage default
self.sconn.send_at('AT+CPMS="SM","SM","SM"')
consts.MM_ALLOWED_MODE_2G_ONLY: 5,
consts.MM_ALLOWED_MODE_3G_ONLY: 6,
}
ERICSSON_CONN_DICT = {
consts.MM_NETWORK_MODE_ANY: 1,
consts.MM_NETWORK_MODE_2G_ONLY: 5,
consts.MM_NETWORK_MODE_3G_ONLY: 6,
}
ERINFO_2G_GPRS, ERINFO_2G_EGPRS = 1, 2
ERINFO_3G_UMTS, ERINFO_3G_HSDPA = 1, 2
ENAP_DISCONNECTED, ENAP_CONNECTED, ENAP_CONNECTING = 0, 1, 2
ERICSSON_CMD_DICT = get_cmd_dict_copy()
# +CGDCONT: (1-10),("00490050"),,,(0-1),(0-1)
ERICSSON_CMD_DICT['get_apn_range'] = build_cmd_dict(re.compile(r"""
\r\n
\+CGDCONT:\s*\((?P<lo4>\d+)-(?P<hi4>\d+)\),
\((?P<ip4>(?:"IP")|(?:"00490050"))\)(?P<ignored>.*)
""", re.VERBOSE))
ERICSSON_CMD_DICT['get_card_model'] = build_cmd_dict('\s*(?P<model>\S*)\r\n')
# +CIND: 5,5,0,0,1,0,1,0,1,1,0,0
ERICSSON_CMD_DICT['get_signal_quality'] = build_cmd_dict(
'\s*\+CIND:\s+[0-9]*,(?P<sig>[0-9]*),.*')
ERICSSON_CMD_DICT['get_network_info'] = build_cmd_dict(re.compile(r"""
consts.MM_NETWORK_BAND_U2100 |
consts.MM_NETWORK_BAND_EGSM |
consts.MM_NETWORK_BAND_DCS): 3,
(consts.MM_NETWORK_BAND_U850 |
consts.MM_NETWORK_BAND_U1900 |
consts.MM_NETWORK_BAND_G850 |
consts.MM_NETWORK_BAND_PCS): 4,
}
# AT+ZBANDI=0 : Automatic (Auto) - Default
# AT+ZBANDI=1 : UMTS 850 + GSM 900/1800
# AT+ZBANDI=2 : UMTS 2100 + GSM 900/1800 (Europe)
# AT+ZBANDI=3 : UMTS 850/2100 + GSM 900/1800
# AT+ZBANDI=4 : UMTS 850/1900 + GSM 850/1900
ZTE_CMD_DICT = get_cmd_dict_copy()
ZTE_CMD_DICT['get_band'] = build_cmd_dict(re.compile(r"""
\r\n
\+ZBANDI:\s?
(?P<band>\d)
\r\n
""", re.VERBOSE))
ZTE_CMD_DICT['get_network_mode'] = build_cmd_dict(re.compile(r"""
\r\n
\+ZSNT:\s
(?P<only>\d+),
(?P<netsel>\d+),
(?P<order>\d+)
\r\n
