}
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
E2NAP_DISCONNECTED, E2NAP_CONNECTED, E2NAP_CONNECTING = 0, 1, 2
ERICSSON_CMD_DICT = get_cmd_dict_copy()
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"""
\r\n
\+COPS:\s+
(
(?P<error>\d) |
\d,\d, # or followed by num,num,str,num
"(?P<netname>[^"]*)",
(?P<status>\d)
) # end of group
\s*\r\n
consts.MM_NETWORK_MODE_2G_PREFERRED: '04',
}
SIERRA_BAND_DICT = {
consts.MM_NETWORK_BAND_EGSM: '03', # EGSM (900MHz)
consts.MM_NETWORK_BAND_DCS: '03', # DCS (1800MHz)
consts.MM_NETWORK_BAND_PCS: '04', # PCS (1900MHz)
consts.MM_NETWORK_BAND_G850: '04', # GSM (850 MHz)
consts.MM_NETWORK_BAND_U2100: '02', # WCDMA 2100Mhz (Class I)
consts.MM_NETWORK_BAND_U800: '02', # WCDMA 3GPP UMTS800 (Class VI)
consts.MM_NETWORK_BAND_ANY: '00', # any band
}
SIERRA_CMD_DICT = get_cmd_dict_copy()
SIERRA_CMD_DICT['get_band'] = build_cmd_dict(re.compile(
"\r\n\!BAND:\s?(?P<band>\d+)"))
SIERRA_CMD_DICT['get_network_mode'] = build_cmd_dict(re.compile(
"\r\n\!SELRAT:\s?(?P<mode>\d+)"))
class SierraWrapper(WCDMAWrapper):
"""Wrapper for all Sierra cards"""
def get_band(self):
"""Returns the current used band"""
def get_band_cb(resp):
band = resp[0].group('band')
return revert_dict(self.custom.band_dict)[band]
consts.MM_ALLOWED_MODE_ANY: None,
consts.MM_ALLOWED_MODE_2G_ONLY: None,
}
ZTEK2525_CONN_DICT = {
consts.MM_NETWORK_MODE_ANY: None,
consts.MM_NETWORK_MODE_2G_ONLY: None,
}
ZTEK2525_CMD_DICT = ZTE_CMD_DICT.copy()
ZTEK2525_CMD_DICT['get_network_info'] = build_cmd_dict(re.compile(r"""
\r\n
\+COPS:\s+
(
(?P<error>\d) |
\d,\d, # or followed by num,num,str (fixed bearer)
"(?P<netname>[\w\S ]*)"
) # end of group
\r\n
""", re.VERBOSE))
ZTEK2525_CMD_DICT['get_network_mode'] = build_cmd_dict(re.compile(r"""
\r\n
\+ZSNT=
(?P<only>\d+),
(?P<netsel>\d+),
(?P<order>\d+)
\r\n
""", re.VERBOSE))
ZTEK2525_CMD_DICT['get_network_names'] = build_cmd_dict(re.compile(r"""
(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
""", re.VERBOSE))
def zte_new_conn_mode(what, device):
zpasr = re.search(r'"(?P<mode>.*?)"(?:,"(?P<domain>.*?)")?', what)
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
\+CMGL:\s*
(?P<id>\d+),
(?P<where>\d),
(?P<alpha>"\w*?")?,
\d+
\r\n(?P<pdu>\w+)
'U800': consts.MM_NETWORK_BAND_U850,
'U900': consts.MM_NETWORK_BAND_U900,
'U17IX': consts.MM_NETWORK_BAND_U17IX,
}
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))
OPTION_CMD_DICT['get_network_mode'] = build_cmd_dict(re.compile(r"""
_OPSYS:\s
(?P<mode>\d),
(?P<domain>\d)
'5,6': consts.MM_NETWORK_MODE_HSUPA,
'5,7': consts.MM_NETWORK_MODE_HSPA,
'5,9': consts.MM_NETWORK_MODE_HSPA, # doc says HSPA+
}
try:
return mode_args_dict[args]
except KeyError:
return consts.MM_NETWORK_MODE_UNKNOWN
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'))
HUAWEI_CMD_DICT['check_pin'] = build_cmd_dict(re.compile(r"""
\r\n
\+CPIN:\s*
(?P<resp>
READY |
SIM\sPIN2? |
# 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.
import re
from wader.common.hardware.huawei import (HuaweiWCDMADevicePlugin,
HuaweiWCDMACustomizer)
from wader.common.command import build_cmd_dict
E620_CMD_DICT = HuaweiWCDMACustomizer.cmd_dict.copy()
E620_CMD_DICT['get_roaming_ids'] = build_cmd_dict(re.compile(
"""
\r\n
\+CPOL:\s(?P<index>\d+),"(?P<netid>\d+)"
""", re.VERBOSE))
class HuaweiE620Customizer(HuaweiWCDMACustomizer):
cmd_dict = E620_CMD_DICT
class HuaweiE620(HuaweiWCDMADevicePlugin):
""":class:`~wader.common.plugin.DevicePlugin` for Huawei's E620"""
name = "Huawei E620"
version = "0.1"
author = u"Pablo Martí"
custom = HuaweiE620Customizer()
