class GetRes(object):
def __init__(self):
self.myhash = MyHash()
self.dealphone = Deal_phone()
self.file_object = open('./phone2geo/phone.txt', 'rb') #手机号
self.lines = self.file_object.readlines()
self.file_object.close()
##将供手机号码解析的地理位置源录入hashmap中
def ini(self):
for line in self.lines:
s = line.strip().split('\t')
code = int(s[0])
pro = s[1]
city = s[2]
self.myhash.insert(code, pro, city)
##根据手机号码的前7位，返回对应的地理位置
def phone_pos(self, code):
li = self.myhash.get(code)
if (li):
return li
else:
return None
##找固定电话的地理位置,此处的phone_right一定是首位为0的
def tel_pos(self, phone_right):
flag = 0
for i in self.dealphone.list_tel:
quhao = i[0]
length = len(quhao)
phone_quhao = phone_right[0:length] # 补0之后的区号位
if (quhao == phone_quhao): # 存在该区号，说明为固定电话
flag = 1
return i[1], i[2]
if (flag == 0):
return None
#输入任意给定的电话，返回地理位置及标准格式
def analysis_phone(self, phone):
global country_flag1 # 表示是否为中国的,0表示外国，1表示中国
global phone_type # 表示电话解析类型
flag1 = 0
phone_type = 0
s = '0'
pro = None
city = None
form_pho = self.dealphone.get_type(phone)
format_phone = form_pho[1]
phone_left = format_phone.split('.')[0]
# print(phone)
# print(phone_left)
phone_right = format_phone.split('.')[1]
phone_length = len(phone_right)
phone_right_fir = phone_right
if (phone_left == "+86"):
flag1 = 1
if (phone_left == "-1"):
flag1 = 2
if (flag1 == 1):
if (phone_length >= 2):
# 先当固话处理 无0先加上0
if (phone_right[0] != '0'):
phone_right = s + phone_right
phone_type = 2
elif (phone_right[0:2] == '00'):
phone_right = phone_right[1:]
phone_type = 3
else:
if (len(phone_right) == 11 or len(phone_right) == 12):
phone_type = 1
else:
phone_type = 4
if (phone_right[1] == '0'): # 最多去完两0之后还是0，则直接当解析失败
phone_type = 7
if (phone_type != 7):
if (len(phone_right) >= 3):
locations = GetRes.tel_pos(self, phone_right)
if (locations):
pro = locations[0]
city = locations[1]
l = WebFormat()
city = l.change_city(pro, city) # 规范城市名称
else:
# 当手机号解析
if (phone_length >= 7):
if (phone_right_fir[0] == '1'):
if (phone_length == 11):
phone_type = 1
else:
phone_type = 2
elif (phone_right_fir[0] == '0'
and phone_right_fir[1] == '1'):
phone_right_fir = phone_right_fir[1:]
phone_type = 5
elif (phone_right_fir[0:2] == '00'
and phone_right_fir[3] == '1'):
phone_right_fir = phone_right_fir[2:]
phone_type = 6
else:
phone_type = 7
if (phone_type != 7):
if (len(phone_right_fir) >= 7):
##开始解析手机
code = phone_right_fir[0:7]
code = int(code)
locations1 = GetRes.phone_pos(
self, code)
if (locations1):
pro = locations1[0]
city = locations1[1]
l = WebFormat()
city = l.change_city(pro, city)
else:
phone_type = 7
else:
phone_type = 7
else:
phone_type = 7
else:
phone_type = 7
else:
phone_type = 7
if (flag1 == 0):
phone_type = 0
if (flag1 == 2):
phone_type = 8
result = {}
result['province'] = pro
result['city'] = city
result['type'] = phone_type
result['is_china'] = flag1
return result
def __init__(self):
self.myhash = MyHash()
self.dealphone = Deal_phone()
self.file_object = open('./phone2geo/phone.txt', 'rb') #手机号
self.lines = self.file_object.readlines()
self.file_object.close()
class GetRes(object):
def __init__(self):
self.myhash = MyHash()
self.dealphone = Deal_phone()
self.file_object = open('phone.txt', 'rb') #手机号
self.lines = self.file_object.readlines()
self.file_object.close()
##将供手机号码解析的地理位置源录入hashmap中
def ini(self):
for line in self.lines:
s = line.strip().split('\t')
code = int(s[0])
pro = s[1]
city = s[2]
self.myhash.insert(code, pro, city)
##根据手机号码的前7位，返回对应的地理位置
def phone_pos(self, code):
li = self.myhash.get(code)
if (li):
return li
else:
return None
##找固定电话的地理位置,此处的phone_right一定是首位为0的
def tel_pos(self, phone_right):
flag = 0
for i in self.dealphone.list_tel:
quhao = i[0]
length = len(quhao)
phone_quhao = phone_right[0:length] # 补0之后的区号位
if (quhao == phone_quhao): # 存在该区号，说明为固定电话
flag = 1
return i[1], i[2]
if (flag == 0):
return None
#输入任意给定的电话，返回地理位置及标准格式
def analysis_phone(self, phone):
global flag1 # 表示是否为中国的,0表示中国，1表示外国
global type # 表示电话类型
flag1 = 0
type = 0
s = '0'
pro = None
city = None
form_pho = self.dealphone.get_type(phone)
format_phone = form_pho[1]
phone_left = format_phone.split('.')[0]
phone_right = format_phone.split('.')[1]
ll = len(phone_right)
phone_right_fir = phone_right
if (ll >= 2):
#先当固话处理
if (phone_right[0] != '0'):
phone_right = s + phone_right
type = 2
elif (phone_right[0:2] == '00'):
phone_right = phone_right[1:]
type = 2
else:
if (len(phone_right) == 11 or len(phone_right) == 12):
type = 1
else:
type = 2
if (phone_right[1] == '0'): #最多去完两0之后还是0，则直接当解析失败
type = 3
else: #开始固话解析
if (len(phone_right) >= 3):
li = GetRes.tel_pos(self, phone_right)
if (li):
pro = li[0]
city = li[1]
l = WebFormat()
city = l.change_city(pro, city)
else:
#当手机号解析
if (ll >= 7):
if (phone_right_fir[0] == '1'):
if (ll == 11):
type = 1
else:
type = 2
elif (phone_right_fir[0] == '0'
and phone_right_fir[1] == '1'):
phone_right_fir = phone_right_fir[1:]
type = 2
elif (phone_right_fir[0:2] == '00'
and phone_right_fir[3] == '1'):
phone_right_fir = phone_right_fir[2:]
type = 2
else:
type = 3
if (type != 3):
if (len(phone_right_fir) >= 7):
##开始解析手机
code = phone_right_fir[0:7]
code = int(code)
li = GetRes.phone_pos(self, code)
if (li):
pro = li[0]
city = li[1]
l = WebFormat()
city = l.change_city(pro, city)
else:
type = 3
else:
type = 3
else:
type = 3
else:
type = 3
else:
type = 3
if (phone_left == "+86"):
flag1 = 1
return format_phone, pro, city, type, flag1