def _get_division(tmzjhm: str) -> None:
try:
return gb2260.get(tmzjhm[:6])
except ValueError:
years = [year for year in gb2260.data.data if year is not None]
years.sort(key=truncate_int, reverse=True)
for year in years:
try:
return gb2260.get(tmzjhm[:6], year)
except ValueError:
continue
return None
def decode_0x0100(bytes):
body_index = get_message_body_index(bytes)
body_length = get_message_body_length(bytes)
province_id = Covert.bytes_2_number(bytes, body_index + 0, 2)
city_id = Covert.bytes_2_number(bytes, body_index + 2, 2)
province_id_str = str(province_id)
format_province_id_str = ''.join(['0' for i in range(2 - len(province_id_str))]) + province_id_str
city_id_str = str(city_id)
format_city_id_str = ''.join(['0' for i in range(4 - len(city_id_str))]) + city_id_str
division = gb2260.get(int(format_province_id_str + format_city_id_str))
print('code', int(format_province_id_str + format_city_id_str))
print('division.province', type(division.province), division.province, division.province.__str__())
print('division.name', type(division.name))
return {**decode_header(bytes), **{
'含义': '终端注册',
'消息体': Covert.bytes_2_hex_string(bytes, body_index + 0, body_length),
'省域ID': '{0}[{1}]'.format(format_province_id_str, division.province.__str__()),
'市县域ID': city_id_str + '[' + division.name + ']',
'制造商ID': Covert.bytes_2_hex_string(bytes, body_index + 4, 5),
'终端型号': Covert.bytes_2_hex_string(bytes, body_index + 9, 8),
'终端ID': Covert.bytes_2_hex_string(bytes, body_index + 17, 7),
'车牌颜色': Covert.bytes_2_hex_string(bytes, body_index + 24, 1) + '[' + str(LicensePateColor(Covert.bytes_2_number(bytes, body_index + 24, 1))) + ']',
'车牌': Covert.bytes_2_hex_string(bytes, body_index + 25, body_length - 25) + '[' + bytes.fromhex(Covert.bytes_2_hex_string(bytes, body_index + 25, body_length - 25)).decode('GBK') + ']',
}}
def test_division(code, stack_name, is_province, is_prefecture, is_county):
division = get(code)
assert division.code == code
assert division.is_province == is_province
assert division.is_prefecture == is_prefecture
assert division.is_county == is_county
assert '/'.join(x.name for x in division.stack()) == stack_name
def test_division(code, stack_name, is_province, is_prefecture, is_county):
division = get(code)
assert division.code == code
assert division.is_province == is_province
assert division.is_prefecture == is_prefecture
assert division.is_county == is_county
assert '/'.join(x.name for x in division.stack()) == stack_name
def current_location(current_district):
div_result = []
division = gb2260.get(current_district)
for current in division.stack():
temp = str(u'{0}'.format(current.name))
div_result.append(temp)
return ("-".join(str(i) for i in div_result)) # use "-" to split str
def test_representation_python2(code, year, repr_result, unicode_result):
division = get(code, year)
assert repr(division) == repr_result
assert str(division) == unicode_result.encode('utf-8')
assert str(division) == unicode_result
assert isinstance(repr(division), str)
assert isinstance(str(division), str)
assert isinstance(str(division), str)
def test_representation_python2(code, year, repr_result, unicode_result):
division = get(code, year)
assert repr(division) == repr_result
assert str(division) == unicode_result.encode('utf-8')
assert unicode(division) == unicode_result
assert isinstance(repr(division), str)
assert isinstance(str(division), str)
assert isinstance(unicode(division), unicode)
def place(num):
'''接收的是完整的身份证号'''
global cities
city=[]
try:
division=gb2260.get(num[0:6])
city.append(division.name)
except:
print('判断城市错误'+num)
finally:
cities=Counter(city)
print('\n城市统计完成')
def cl_build(current_district):
""" use gb2260 to build a CurrentLocation """
div_result = []
try:
division = gb2260.get(current_district)
for current in division.stack():
temp = str(u"{0}".format(current.name))
div_result.append(temp)
# use "-" to split str
return "-".join(str(i) for i in div_result)
except:
return None
def test_history_data():
get(522401, year=2010) == Division(522401, '毕节市', 2010)
with raises(ValueError) as error:
get(522401)
assert error.value.args[0] == '522401 is not valid division code'
with raises(ValueError) as error:
get(110101, 2000)
assert error.value.args[0].startswith('year must be in')
def test_history_data():
get(522401, year=2010) == Division(522401, u'毕节市', 2010)
with raises(ValueError) as error:
get(522401)
assert error.value.args[0] == '522401 is not valid division code'
with raises(ValueError) as error:
get(110101, 2000)
assert error.value.args[0].startswith('year must be in')
def test_comparable():
assert get(110101) == Division(110101, '东城区')
assert get(110101) != Division(110000, '北京市')
assert get(110101, year=2006) != Division(110101, '东城区')
def main():
if len(sys.argv) == 1: #对比我喜欢的
print UseStyle('***单用户top100分析***', fore='red')
print '输入你的昵称:'
myname = raw_input()
nameJson = UserSearch(myname)
d = json.loads(nameJson)
try:
myname = d['result']['userprofiles'][0]['nickname']
except:
print '查无此人'
myid = d['result']['userprofiles'][0]['userId']
gender = d['result']['userprofiles'][0]['gender']
birthday = d['result']['userprofiles'][0]['birthday']
city = d['result']['userprofiles'][0]['city']
province = d['result']['userprofiles'][0]['province']
if birthday < 0:
birthday = 'unknown'
else:
x = time.localtime(float(birthday / 1000))
birthday = time.strftime('%Y-%m-%d', x)
try:
province = gb2260.get(province).name
except:
province = 'unknown'
try:
city = gb2260.get(city).name
except:
city = 'unknown'
if gender == 1:
gender = 'male'
elif gender == 2:
gender = 'female'
else:
gender = 'unknown'
people = People(myname, myid, gender, birthday, province, city)
print '你的用户名和ID是否为%s,%s:任意键继续,Q退出' % (myname, myid)
wait = raw_input()
if wait == 'q' or wait == 'Q':
exit()
print '开始分析...'
SingleListAnlyasis(people)
else:
if sys.argv[1].startswith('--'):
option = sys.argv[1][2:]
if (option == 'help'):
print
print '****************碰撞一下彼此的歌单****************'
print
print '*******************操作指南*********************'
print
print UseStyle('1. python compare.py', fore='cyan')
print
print UseStyle(
'3. python compare.py -i #i for input your name',
fore='cyan')
print
print UseStyle('4. python compare.py -ai #a for all songlist',
fore='cyan')
print
print UseStyle('5. python compare.py -ti #t for top',
fore='cyan')
print
elif sys.argv[1].startswith('-'):
option = sys.argv[1][1:]
if (option == 'g'):
pass
elif (option == 'i'):
myid, uid = UsernameInput()
iplaylist = GetAllListId(myid)[0]
uplaylist = GetAllListId(uid)[0]
compare(iplaylist, uplaylist)
elif (option == 'ai' or option == "ia"):
myid, uid = UsernameInput()
iplaylist = GetAllListId(myid)
uplaylist = GetAllListId(uid)
CompareAll(iplaylist, uplaylist)
elif (option == 'ti' or option == "it"):
myid, uid = UsernameInput()
myWeekList = GetTopLastWk(myid)
myAllList = GetTopAllTime(myid)
uWeekList = GetTopLastWk(uid)
uAllList = GetTopAllTime(uid)
CompareTopWeekly(myWeekList, uWeekList)
CompareTopAllTime(myAllList, uAllList)
after = []
citys = []
print(wb.sheetnames) #读取所有的sheet名称，保存为列表
#获得所有的身份证号
for row in ws.rows:
mySheet.append(row[3].value)
#提取身份证号前四位（城市）
for one in mySheet:
after.append(one[0:4])
for num in after:
try:
division = gb2260.get(num + '00')
citys.append(division.name)
except:
citys.append('滨州市') #就你滨州事儿多
finally:
#将城市人数保存到字典place里
place = Counter(citys)
print(place)
#开始尝试可视化
from pyecharts import options as opts
from pyecharts.charts import Bar
from pyecharts.charts import Pie
#试图排序的函数
def test_comparable():
assert get(110101) == Division(110101, u'东城区')
assert get(110101) != Division(110000, u'北京市')
assert get(110101, year=2006) != Division(110101, u'东城区')
def test_representation_python3(code, year, repr_result, unicode_result):
division = get(code, year)
assert repr(division) == repr_result
assert str(division) == unicode_result
assert isinstance(repr(division), str)
assert isinstance(str(division), str)
def UsernameInput():
try:
print '你的昵称:'
myname = raw_input()
nameJson = UserSearch(myname)
d = json.loads(nameJson)
try:
myname = d['result']['userprofiles'][0]['nickname']
except:
print '查无此人'
myid = d['result']['userprofiles'][0]['userId']
gender = d['result']['userprofiles'][0]['gender']
birthday = d['result']['userprofiles'][0]['birthday']
city = d['result']['userprofiles'][0]['city']
province = d['result']['userprofiles'][0]['province']
if birthday < 0:
birthday = 'unknown'
else:
x = time.localtime(float(birthday / 1000))
birthday = time.strftime('%Y-%m-%d', x)
try:
province = gb2260.get(province).name
except:
province = 'unknown'
try:
city = gb2260.get(city).name
except:
city = 'unknown'
if gender == 1:
gender = 'male'
elif gender == 2:
gender = 'female'
else:
gender = 'unknown'
print '你的用户名和ID是否为%s,%s:任意键继续,Q退出' % (myname, myid)
wait = raw_input()
if wait == 'q' or wait == 'Q':
exit()
peopleMe = People(myname, myid, gender, birthday, province, city)
print '对方昵称:'
uname = raw_input()
nameJson = UserSearch(uname)
d = json.loads(nameJson)
try:
uname = d['result']['userprofiles'][0]['nickname']
except:
print '查无此人'
uid = d['result']['userprofiles'][0]['userId']
gender = d['result']['userprofiles'][0]['gender']
birthday = d['result']['userprofiles'][0]['birthday']
city = d['result']['userprofiles'][0]['city']
province = d['result']['userprofiles'][0]['province']
if birthday < 0:
birthday = 'unknown'
else:
x = time.localtime(float(birthday / 1000))
birthday = time.strftime('%Y-%m-%d', x)
try:
province = gb2260.get(province).name
except:
province = 'unknown'
try:
city = gb2260.get(city).name
except:
city = 'unknown'
if gender == 1:
gender = 'male'
elif gender == 2:
gender = 'female'
else:
gender = 'unknown'
print '你的用户名和ID是否为%s,%s:任意键继续,Q退出' % (uname, uid)
wait = raw_input()
if wait == 'q' or wait == 'Q':
exit()
peopleU = People(uname, uid, gender, birthday, province, city)
global wname
global tname
wname = myname
tname = uname
return peopleMe.uid, peopleU.uid
except Exception, e:
print str(e)
print '不存在这个用户名'
exit()
def test_default_get():
assert get(522401, raise_on_error=False) is None
def test_quering(name, higher_code, is_prefecture, code, year):
assert query(name, higher_code, is_prefecture) == get(code, year)