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import requests
import xml.etree.ElementTree as ElementTree
from datetime import datetime
from ..util import Addr
from enum import Enum
from ..http import HTTPMethod
from typing import Union
class Error(Enum):
ERROR_SYSTEM_NO_SUPPORT = 100002
ERROR_SYSTEM_NO_RIGHTS = 100003
ERROR_SYSTEM_BUSY = 100004
ERROR_LOGIN_USERNAME_WRONG = 108001
ERROR_LOGIN_PASSWORD_WRONG = 108002
ERROR_LOGIN_ALREADY_LOGIN = 108003
ERROR_LOGIN_USERNAME_PWD_WRONG = 108006
ERROR_LOGIN_USERNAME_PWD_ORERRUN = 108007
ERROR_LOGIN_TOUCH_ALREADY_LOGIN = 108009
ERROR_VOICE_BUSY = 120001
ERROR_WRONG_TOKEN = 125001
ERROR_WRONG_SESSION = 125002
ERROR_WRONG_SESSION_TOKEN = 125003
class WifiStatus(Enum):
WIFI_CONNECTING = '900'
WIFI_CONNECTED = '901'
WIFI_DISCONNECTED = '902'
WIFI_DISCONNECTING = '903'
class Cradle(Enum):
CRADLE_CONNECTING = '900'
CRADLE_CONNECTED = '901'
CRADLE_DISCONNECTED = '902'
CRADLE_DISCONNECTING = '903'
CRADLE_CONNECTFAILED = '904'
CRADLE_CONNECTSTATUSNULL = '905'
CRANDLE_CONNECTSTATUSERRO = '906'
class MacroEVDOLevel(Enum):
MACRO_EVDO_LEVEL_ZERO = '0'
MACRO_EVDO_LEVEL_ONE = '1'
MACRO_EVDO_LEVEL_TWO = '2'
MACRO_EVDO_LEVEL_THREE = '3'
MACRO_EVDO_LEVEL_FOUR = '4'
MACRO_EVDO_LEVEL_FIVE = '5'
class MacroNetWorkType(Enum):
MACRO_NET_WORK_TYPE_NOSERVICE = 0
MACRO_NET_WORK_TYPE_GSM = 1
MACRO_NET_WORK_TYPE_GPRS = 2
MACRO_NET_WORK_TYPE_EDGE = 3
MACRO_NET_WORK_TYPE_WCDMA = 4
MACRO_NET_WORK_TYPE_HSDPA = 5
MACRO_NET_WORK_TYPE_HSUPA = 6
MACRO_NET_WORK_TYPE_HSPA = 7
MACRO_NET_WORK_TYPE_TDSCDMA = 8
MACRO_NET_WORK_TYPE_HSPA_PLUS = 9
MACRO_NET_WORK_TYPE_EVDO_REV_0 = 10
MACRO_NET_WORK_TYPE_EVDO_REV_A = 11
MACRO_NET_WORK_TYPE_EVDO_REV_B = 12
MACRO_NET_WORK_TYPE_1xRTT = 13
MACRO_NET_WORK_TYPE_UMB = 14
MACRO_NET_WORK_TYPE_1xEVDV = 15
MACRO_NET_WORK_TYPE_3xRTT = 16
MACRO_NET_WORK_TYPE_HSPA_PLUS_64QAM = 17
MACRO_NET_WORK_TYPE_HSPA_PLUS_MIMO = 18
MACRO_NET_WORK_TYPE_LTE = 19
MACRO_NET_WORK_TYPE_EX_NOSERVICE = 0
MACRO_NET_WORK_TYPE_EX_GSM = 1
MACRO_NET_WORK_TYPE_EX_GPRS = 2
MACRO_NET_WORK_TYPE_EX_EDGE = 3
MACRO_NET_WORK_TYPE_EX_IS95A = 21
MACRO_NET_WORK_TYPE_EX_IS95B = 22
MACRO_NET_WORK_TYPE_EX_CDMA_1x = 23
MACRO_NET_WORK_TYPE_EX_EVDO_REV_0 = 24
MACRO_NET_WORK_TYPE_EX_EVDO_REV_A = 25
MACRO_NET_WORK_TYPE_EX_EVDO_REV_B = 26
MACRO_NET_WORK_TYPE_EX_HYBRID_CDMA_1x = 27
MACRO_NET_WORK_TYPE_EX_HYBRID_EVDO_REV_0 = 28
MACRO_NET_WORK_TYPE_EX_HYBRID_EVDO_REV_A = 29
MACRO_NET_WORK_TYPE_EX_HYBRID_EVDO_REV_B = 30
MACRO_NET_WORK_TYPE_EX_EHRPD_REL_0 = 31
MACRO_NET_WORK_TYPE_EX_EHRPD_REL_A = 32
MACRO_NET_WORK_TYPE_EX_EHRPD_REL_B = 33
MACRO_NET_WORK_TYPE_EX_HYBRID_EHRPD_REL_0 = 34
MACRO_NET_WORK_TYPE_EX_HYBRID_EHRPD_REL_A = 35
MACRO_NET_WORK_TYPE_EX_HYBRID_EHRPD_REL_B = 36
MACRO_NET_WORK_TYPE_EX_WCDMA = 41
MACRO_NET_WORK_TYPE_EX_HSDPA = 42
MACRO_NET_WORK_TYPE_EX_HSUPA = 43
MACRO_NET_WORK_TYPE_EX_HSPA = 44
MACRO_NET_WORK_TYPE_EX_HSPA_PLUS = 45
MACRO_NET_WORK_TYPE_EX_DC_HSPA_PLUS = 46
MACRO_NET_WORK_TYPE_EX_TD_SCDMA = 61
MACRO_NET_WORK_TYPE_EX_TD_HSDPA = 62
MACRO_NET_WORK_TYPE_EX_TD_HSUPA = 63
MACRO_NET_WORK_TYPE_EX_TD_HSPA = 64
MACRO_NET_WORK_TYPE_EX_TD_HSPA_PLUS = 65
MACRO_NET_WORK_TYPE_EX_802_16E = 81
MACRO_NET_WORK_TYPE_EX_LTE = 101
def post_data_to_xml(data: dict, depth: int = 1) -> str:
if depth == 1:
return '<?xml version: "1.0" encoding="UTF-8"?>'+post_data_to_xml({'request': data}, depth+1)
items = []
for k, v in data.items():
if isinstance(v, dict):
v = post_data_to_xml(v, depth+1)
elif isinstance(v, list):
raise TypeError('list type is unsupported here')
items.append(f'<{k}>{v}</{k}>')
return ''.join(items)
class E3372:
_addr: Addr
_need_auth: bool
_legacy_token_auth: bool
_get_raw_data: bool
_headers: dict[str, str]
_authorized: bool
def __init__(self,
addr: Addr,
need_auth: bool = True,
legacy_token_auth: bool = False,
get_raw_data: bool = False):
self._addr = addr
self._need_auth = need_auth
self._legacy_token_auth = legacy_token_auth
self._get_raw_data = get_raw_data
self._authorized = False
self._headers = {}
@property
def device_information(self):
self.auth()
return self.request('device/information')
@property
def device_signal(self):
self.auth()
return self.request('device/signal')
@property
def monitoring_status(self):
self.auth()
return self.request('monitoring/status')
@property
def notifications(self):
self.auth()
return self.request('monitoring/check-notifications')
@property
def dialup_connection(self):
self.auth()
return self.request('dialup/connection')
@property
def traffic_stats(self):
self.auth()
return self.request('monitoring/traffic-statistics')
@property
def sms_count(self):
self.auth()
return self.request('sms/sms-count')
def sms_send(self, phone: str, text: str):
self.auth()
return self.request('sms/send-sms', HTTPMethod.POST, {
'Index': -1,
'Phones': {
'Phone': phone
},
'Sca': '',
'Content': text,
'Length': -1,
'Reserved': 1,
'Date': -1
})
def sms_list(self, page: int = 1, count: int = 20, outbox: bool = False):
self.auth()
xml = self.request('sms/sms-list', HTTPMethod.POST, {
'PageIndex': page,
'ReadCount': count,
'BoxType': 1 if not outbox else 2,
'SortType': 0,
'Ascending': 0,
'UnreadPreferred': 1 if not outbox else 0
}, return_body=True)
root = ElementTree.fromstring(xml)
messages = []
for message_elem in root.find('Messages').findall('Message'):
message_dict = {child.tag: child.text for child in message_elem}
message_dict['UnixTime'] = int(datetime.strptime(message_dict['Date'], '%Y-%m-%d %H:%M:%S').timestamp())
messages.append(message_dict)
return messages
def auth(self):
if self._authorized:
return
if not self._legacy_token_auth:
data = self.request('webserver/SesTokInfo')
self._headers = {
'Cookie': data['SesInfo'],
'__RequestVerificationToken': data['TokInfo'],
'Content-Type': 'text/xml'
}
else:
data = self.request('webserver/token')
self._headers = {
'__RequestVerificationToken': data['token'],
'Content-Type': 'text/xml'
}
self._authorized = True
def request(self,
method: str,
http_method: HTTPMethod = HTTPMethod.GET,
data: dict = {},
return_body: bool = False) -> Union[str, dict]:
url = f'http://{self._addr}/api/{method}'
if http_method == HTTPMethod.POST:
data = post_data_to_xml(data)
f = requests.post
else:
data = None
f = requests.get
r = f(url, data=data, headers=self._headers)
r.raise_for_status()
r.encoding = 'utf-8'
if return_body:
return r.text
root = ElementTree.fromstring(r.text)
data_dict = {}
for elem in root:
data_dict[elem.tag] = elem.text
return data_dict
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