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android_radio_log.py
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#coding=utf-8
__author__ = "Xu Tao"
import clr
try:
clr.AddReference("System")
clr.AddReference("PNFA.Formats.NextStep")
clr.AddReference('PNFA.InfraLib.Exts')
clr.AddReference('bcp_connectdevice')
except:
pass
del clr
import System
from PA.Formats.NextStep import *
from PA.InfraLib.Extensions import PlistHelper
import requests
import json
import re
import datetime
import time
import bcp_connectdevice
import hashlib
from PA_runtime import *
import PA_runtime
'''
herf: http://safe.it168.com/a2016/0913/2916/000002916475.shtml
Radio类型日志是与射频相关的日志,主要包含SIM卡信息,STK信息,无线,通话等信息,手机基站信息就存在于其中
通过提取手机Radio日志,并对其中基站信息进行提取和解析,就可以找到基站地理位置数据,进而可以找到该手机历史地理位置数据
'''
mainfest_path = ds.ProjectState.ProjectDir.FullName + "\\Manifest.pgfd"
HUAWEI_PHONE = "HUAWEI"
VIVO_PHONE = "VIVO"
NEXUS_PHONE = "NEXUS"
ONEPLUS_PHONE = "ONEPLUS"
SAMSUNG_PHONE = "SAMSUNG"
SMARTISAN_PHONE = "SAMARTISAN"
MCC = 1
MNC = 2
LAC = 3
TAC = 4
CI = 5
# 各种安卓机型的基站信息匹配规则
# PATTERN_RULES = {
# HUAWEI_PHONE: ".*CellIdentity.*mMcc=(.*) .*mMnc=(.*) .*mLac=(.*) .*mCid=(.*) .*mArfcn.*",
# VIVO_PHONE: ".*CellIdentity.*mMcc=(.*) .*mMnc=(.*) .*mLac=(.*) .*mCid=(.*) .*mPsc.*",
# NEXUS_PHONE: ".*CellIdentity.*mMcc=(.*) mMnc=(.*) mCi=(.*) mPci.*mTac=(.*) mEarfcn.*CellIdentityLte.*",
# ONEPLUS_PHONE: ".*CellIdentity.*mCi=(.*?) mPci=.*mTac=(.*?) mEarfcn.*mMcc=(.*?) mMnc=(.*?) mAlphaLong.*CellIdentityLte.*CellIdentityLte.*",
# SAMSUNG_PHONE: ".*cellIdentity.*{.mcc = (.*), .mnc = (.*), .ci = (.*), .pci = 0, .tac = (.*), .earfcn.*",
# SMARTISAN_PHONE: ".*cellIdentity.*{.mcc = (.*), .mnc = (.*), .ci = (.*), .pci.*tac = (.*), .earfcn.*"
# }
PATTERN_RULES = {
"(.*) D/RILJ.*CellIdentity.*mMcc=(.*) .*mMnc=(.*) .*mLac=(.*) .*mCid=(.*) .*mArfcn.*": [MCC, MNC, LAC, CI],
"(.*) D/RILJ.*CellIdentity.*mMcc=(.*) .*mMnc=(.*) .*mLac=(.*) .*mCid=(.*) .*mPsc.*": [MCC, MNC, LAC, CI],
"(.*) D/RILJ.*CellIdentity.*mMcc=(.*) mMnc=(.*) mCi=(.*) mPci.*mTac=(.*) mEarfcn.*CellIdentityLte.*": [MCC, MNC, CI, TAC],
"(.*) D/RILJ.*CellIdentity.*mCi=(.*?) mPci=.*mTac=(.*?) mEarfcn.*mMcc=(.*?) mMnc=(.*?) mAlphaLong.*CellIdentityLte.*CellIdentityLte.*": [CI, TAC, MCC, MNC],
"(.*) D/RILJ.*cellIdentity.*{.mcc = (.*), .mnc = (.*), .ci = (.*), .pci = 0, .tac = (.*), .earfcn.*": [MCC, MNC, CI, TAC],
"(.*) D/RILJ.*cellIdentity.*{.mcc = (.*), .mnc = (.*), .ci = (.*), .pci.*tac = (.*), .earfcn.*": [MCC, MNC, CI, TAC]
}
class Radio(object):
def __init__(self, node, extract_Deleted, extract_Source):
self.root = node
self.extract_Deleted = extract_Deleted
self.extract_Source = extract_Source
def parse(self):
IS_REGEX = False
self.create_cache()
models = []
plist = NSHelpers.ReadPlist[NSDictionary](mainfest_path)
if plist is None:
return
device = NextStepExts.SafeGetObject[NSDictionary](plist,"Device")
if device is None:
return
radio_log = NextStepExts.SafeGetString(device,"RadioLog")
for key, value in PATTERN_RULES.items():
if not IS_REGEX:
model_list = self.parse_android_radio(radio_log, key, value)
if model_list:
IS_REGEX = True
models.extend(model_list)
# if "Xiaomi" in phone_name:
# pass
# elif "vivo" in phone_name:
# models.extend(self.parse_vivo_radio(radio_log, PATTERN_RULES[VIVO_PHONE]))
# elif "HUAWEI" in phone_name:
# models.extend(self.parse_huawei_radio(radio_log, PATTERN_RULES[HUAWEI_PHONE]))
# elif "honor" in phone_name:
# pass
# elif "oppo" in phone_name:
# pass
# elif "LGE" in phone_name:
# models.extend(self.parse_nexus_radio(radio_log, PATTERN_RULES[NEXUS_PHONE]))
# elif "oneplus" in phone_name:
# models.extend(self.parse_oneplus_radio(radio_log, PATTERN_RULES[ONEPLUS_PHONE]))
# elif "zte" in phone_name:
# pass
# elif "meizu" in phone_name:
# pass
# elif "samsung" in phone_name:
# models.extend(self.parse_samsung_radio(radio_log, PATTERN_RULES[SAMSUNG_PHONE]))
# elif "smartisan" in phone_name:
# models.extend(self.parse_smartisan_radio(radio_log, PATTERN_RULES[SMARTISAN_PHONE]))
self.close_cache()
return models
def create_cache(self):
'''创建中间数据库'''
self.cd = bcp_connectdevice.ConnectDeviceBcp()
cachepath = ds.OpenCachePath("基站信息")
md5_db = hashlib.md5()
db_name = 'radio_log'
md5_db.update(db_name.encode(encoding = 'utf-8'))
self.db_path = cachepath + '\\' + md5_db.hexdigest().upper() + '.db'
self.cd.db_create(self.db_path)
def insert_cache(self, mcc, mnc, lac, ci, latitude, longitude, timestamp):
'''插入数据'''
base = bcp_connectdevice.BasestationInfo()
base.MCC = mcc
base.MNC = mnc
base.LAC = lac
base.CellID = ci
base.LATITUDE = latitude
base.LONGITUDE = longitude
base.START_TIME = timestamp
self.cd.db_insert_table_basestation_information(base)
def close_cache(self):
'''关闭数据库,导出bcp'''
try:
self.cd.db_commit()
self.cd.db_close()
#bcp entry
temp_dir = ds.OpenCachePath('tmp')
PA_runtime.save_cache_path(bcp_connectdevice.BASESTATION_INFORMATION, self.db_path, temp_dir)
except:
pass
def parse_android_radio(self, radio_log, pattern, rules):
if radio_log is None:
return
models = []
log_list = radio_log.split("\n")
pattern = re.compile(pattern)
for line in log_list:
if (line.find("RIL_REQUEST_GET_CELL_INFO_LIST") != -1 or line.find("DATA_REGISTRATION_STATE") != -1 or line.find("VOICE_REGISTRATION_STATE") != -1) and line.find("error") == -1 and len(line) > 153:
results = re.match(pattern, line)
if results:
if len(results.groups()[1]) != 0 and len(results.groups()[2]) != 0 and len(results.groups()[3]) != 0 and len(results.groups()[4]) != 0:
try:
if int(results.groups()[2]) in [0, 1, 2, 3, 5, 6, 7, 9, 11, 20]:
f_time, a, b, c, d = results.groups()
unix_time = None
if f_time:
unix_time = self.format_time(f_time)
cell_tower = [None, None, None, None]
for i in rules:
if i == 1:
cell_tower[0] = a
elif i == 2:
cell_tower[1] = b
elif i == 3:
cell_tower[2] = c
elif i == 4:
cell_tower[2] = c
elif i == 5:
cell_tower[3] = d
celltower = CellTower()
if unix_time:
celltower.TimeStamp.Value = TimeStamp.FromUnixTime(unix_time)
celltower.MNC.Value = cell_tower[0]
celltower.MCC.Value = cell_tower[1]
celltower.LAC.Value = cell_tower[2]
celltower.CID.Value = cell_tower[3]
models.append(celltower)
longitude,latitude = self._get_lbs_data(cell_tower[0], cell_tower[1], cell_tower[2], cell_tower[3])
if longitude and latitude:
loc = Location()
coord = Coordinate()
coord.Longitude.Value = longitude
coord.Latitude.Value = latitude
loc.Position.Value = coord
models.append(loc)
self.insert_cache(cell_tower[0], cell_tower[1], cell_tower[2], cell_tower[3], latitude, longitude, unix_time)
except Exception as e:
print(e)
return models
# def parse_huawei_radio(self, radio_log, pattern):
# if radio_log is None:
# return
# models = []
# log_list = radio_log.split("\n")
# pattern = re.compile(pattern)
# for line in log_list:
# if line.find("RIL_REQUEST_GET_CELL_INFO_LIST") != -1 and line.find("error") == -1 and len(line) > 153:
# results = re.match(pattern, line)
# if results:
# if len(results.groups()[0]) != 0 and len(results.groups()[1]) != 0 and len(results.groups()[2]) != 0 and len(results.groups()[3]) != 0:
# try:
# if int(results.groups()[1]) in [0,1,2,3,5,6,7,9,11,20]:
# celltower = CellTower()
# mcc,mnc,ci,tac = results.groups()
# celltower.MNC.Value = mnc
# celltower.MCC.Value = mcc
# celltower.LAC.Value = tac
# celltower.CID.Value = ci
# models.append(celltower)
# longitude,latitude = self._get_lbs_data(mcc, mnc, tac, ci)
# if longitude and latitude:
# loc = Location()
# coord = Coordinate()
# coord.Longitude.Value = longitude
# coord.Latitude.Value = latitude
# loc.Position.Value = coord
# models.append(loc)
# self.insert_cache(mcc,mnc,tac,ci,latitude,longitude)
# except Exception as e:
# pass
# return models
# def parse_vivo_radio(self, radio_log, pattern):
# if radio_log is None:
# return
# models = []
# log_list = radio_log.split("\n")
# pattern = re.compile(pattern)
# for line in log_list:
# if line.find("RIL_REQUEST_GET_CELL_INFO_LIST") != -1:
# results = re.match(pattern, line)
# if results:
# if len(results.groups()[0]) != 0 and len(results.groups()[1]) != 0 and len(results.groups()[2]) != 0 and len(results.groups()[3]) != 0:
# try:
# if int(results.groups()[1]) in [0,1,2,3,5,6,7,9,11,20]:
# mcc,mnc,ci,tac = results.groups()
# celltower = CellTower()
# mcc,mnc,ci,tac = results.groups()
# celltower.MNC.Value = mnc
# celltower.MCC.Value = mcc
# celltower.LAC.Value = tac
# celltower.CID.Value = ci
# models.append(celltower)
# longitude,latitude = self._get_lbs_data(mcc, mnc, tac, ci)
# if longitude and latitude:
# loc = Location()
# coord = Coordinate()
# coord.Longitude.Value = longitude
# coord.Latitude.Value = latitude
# loc.Position.Value = coord
# models.append(loc)
# self.insert_cache(mcc,mnc,tac,ci,latitude,longitude)
# except Exception as e:
# pass
# return models
# def parse_nexus_radio(self, radio_log, pattern):
# if radio_log is None:
# return
# models = []
# log_list = radio_log.split("\n")
# pattern = re.compile(pattern)
# for line in log_list:
# if line.find("RIL_REQUEST_GET_CELL_INFO_LIST") != -1:
# results = re.match(pattern, line)
# if results:
# if len(results.groups()[0]) != 0 and len(results.groups()[1]) != 0 and len(results.groups()[2]) != 0 and len(results.groups()[3]) != 0:
# try:
# if int(results.groups()[1]) in [0,1,2,3,5,6,7,9,11,20]:
# mcc,mnc,lac,ci = results.groups()
# celltower = CellTower()
# celltower.MNC.Value = mnc
# celltower.MCC.Value = mcc
# celltower.LAC.Value = lac
# celltower.CID.Value = ci
# models.append(celltower)
# longitude,latitude = self._get_lbs_data(mcc, mnc, lac, ci)
# if longitude and latitude:
# loc = Location()
# coord = Coordinate()
# coord.Longitude.Value = longitude
# coord.Latitude.Value = latitude
# loc.Position.Value = coord
# models.append(loc)
# self.insert_cache(mcc,mnc,lac,ci,latitude,longitude)
# except Exception as e:
# pass
# return models
# def parse_oneplus_radio(self, radio_log, pattern):
# if radio_log is None:
# return
# models = []
# log_list = radio_log.split("\n")
# pattern = re.compile(pattern)
# for line in log_list:
# if line.find("RIL_REQUEST_GET_CELL_INFO_LIST") != -1:
# results = re.match(pattern, line)
# if results:
# if len(results.groups()[0]) != 0 and len(results.groups()[1]) != 0 and len(results.groups()[2]) != 0 and len(results.groups()[3]) != 0:
# try:
# if int(results.groups()[1]) in [0,1,2,3,5,6,7,9,11,20]:
# mci,tac,mcc,mnc = results.groups()
# celltower = CellTower()
# celltower.MNC.Value = mnc
# celltower.MCC.Value = mcc
# celltower.LAC.Value = tac
# celltower.CID.Value = mci
# models.append(celltower)
# longitude,latitude = self._get_lbs_data(mcc, mnc, tac, mci)
# if longitude and latitude:
# loc = Location()
# coord = Coordinate()
# coord.Longitude.Value = longitude
# coord.Latitude.Value = latitude
# loc.Position.Value = coord
# models.append(loc)
# self.insert_cache(mcc,mnc,tac,mci,latitude,longitude)
# except Exception as e:
# pass
# return models
# def parse_samsung_radio(self, radio_log, pattern):
# if radio_log is None:
# return
# models = []
# log_list = radio_log.split("\n")
# pattern = re.compile(pattern)
# for line in log_list:
# if line.find("DATA_REGISTRATION_STATE") != -1:
# results = re.match(pattern, line)
# if results:
# if len(results.groups()[0]) != 0 and len(results.groups()[1]) != 0 and len(results.groups()[2]) != 0 and len(results.groups()[3]) != 0:
# try:
# if int(results.groups()[1]) in [0,1,2,3,5,6,7,9,11,20]:
# mcc,mnc,mci,tac = results.groups()
# celltower = CellTower()
# celltower.MNC.Value = mnc
# celltower.MCC.Value = mcc
# celltower.LAC.Value = tac
# celltower.CID.Value = mci
# models.append(celltower)
# longitude,latitude = self._get_lbs_data(mcc, mnc, tac, mci)
# if longitude and latitude:
# loc = Location()
# coord = Coordinate()
# coord.Longitude.Value = longitude
# coord.Latitude.Value = latitude
# loc.Position.Value = coord
# models.append(loc)
# self.insert_cache(mcc,mnc,tac,mci,latitude,longitude)
# except Exception as e:
# pass
# return models
# def parse_smartisan_radio(self, radio_log, pattern):
# if radio_log is None:
# return
# models = []
# log_list = radio_log.split("\n")
# pattern = re.compile(pattern)
# for line in log_list:
# if line.find("DATA_REGISTRATION_STATE") != -1:
# results = re.match(pattern, line)
# if results:
# if len(results.groups()[0]) != 0 and len(results.groups()[1]) != 0 and len(results.groups()[2]) != 0 and len(results.groups()[3]) != 0:
# try:
# if int(results.groups()[1]) in [0,1,2,3,5,6,7,9,11,20]:
# mcc,mnc,mci,tac = results.groups()
# celltower = CellTower()
# celltower.MNC.Value = mnc
# celltower.MCC.Value = mcc
# celltower.LAC.Value = tac
# celltower.CID.Value = mci
# models.append(celltower)
# longitude,latitude = self._get_lbs_data(mcc, mnc, tac, mci)
# if longitude and latitude:
# loc = Location()
# coord = Coordinate()
# coord.Longitude.Value = longitude
# coord.Latitude.Value = latitude
# loc.Position.Value = coord
# models.append(loc)
# self.insert_cache(mcc,mnc,tac,mci,latitude,longitude)
# except Exception as e:
# pass
# return models
def _get_lbs_data(self, mcc, mnc, lac, ci):
"""[summary]
Arguments:
mcc {[int]} -- [mcc国家代码：中国代码 460]
mnc {[int]} -- [mnc网络类型：0移动，1联通(电信对应sid)，十进制]
lac {[int]} -- [lac(电信对应nid)，十进制]
ci {[int]} -- [cellid(电信对应bid)，十进制]
Return:
longitude {[float]} -- [经度]
latitude {[float]} -- [维度]
"""
payload = {
"mcc":int(mcc),
"mnc":int(mnc),
"lac":int(lac),
"ci":int(ci),
"output":"json"
}
# 所有免费接口禁止从移动设备端直接访问,请使用固定IP的服务器转发请求
# 每5分钟限制查询300次,基站接口每日限制查询1000次
lbs_api = "http://api.cellocation.com:81/cell/"
try:
json_data = requests.get(lbs_api, params=payload, timeout=5)
longitude, latitude = None, None
response = json.loads(json_data.content.decode("utf-8"))
if "lon" in response:
longitude = response["lon"]
if "lat" in response:
latitude = response["lat"]
return float(longitude),float(latitude)
except Exception as e:
return None, None
def format_time(self, v):
try:
year = str(datetime.date.today())[:4]
full_time = year + "-" + v
_format = "%Y-%m-%d %H:%M:%S.%f"
unix_time = time.strptime(full_time, _format)
return time.mktime(unix_time)
except:
return
def analyze_radio(node, extract_Deleted, extract_Source):
pr = ParserResults()
results = Radio(node, extract_Deleted, extract_Source).parse()
if results:
pr.Models.AddRange(results)
pr.Build("安卓Radio日志")
return pr