#!/usr/bin/env python
# -*- coding: utf-8 -*
import urllib2
import xml.etree.cElementTree as ET
from datetime import datetime
class Weather():
def gethtml(self,url):
self._url = url
self._user_agent = 'Mozilla/4.0 (compatible; MSIE 5.5; Windows NT)'
self._headers = {'User-Agent':self._user_agent}
self._req = urllib2.Request(self._url,headers=self._headers)
self._resp = urllib2.urlopen(self._req)
self._html = self._resp.read()
return self._html
def getnode(self,str,xpath):
self.node = []
self._str = str
self._xpath = xpath
#tree = ET.ElementTree(html)
#tree = ET.parse(html)
self._tree = ET.fromstring(self._str)
for elem in self._tree.iterfind(self._xpath):
self.node.append(elem.text)
return self.node[0]
def printweather(self,city,page=0):
self._city = str(city)
self._city_gb = self._city.decode('utf8').encode('gb2312')
self._page = str(page)
self._wea_url = 'http://php.weather.sina.com.cn/xml.php?city=' + self._city_gb + '&password=DJOYnieT8234jlsK&day=' + self._page
#print self._city
#print self._page
#print self._wea_url
self._wea = self.gethtml( self._wea_url).replace("\n","")
self._city = self.getnode(self._wea,'Weather/city')
self._status1 = self.getnode(self._wea, 'Weather/status1')
self._status2 = self.getnode(self._wea, 'Weather/status2')
self._direction1 = self.getnode(self._wea, 'Weather/direction1')
self._direction2 = self.getnode(self._wea, 'Weather/direction2')
self._power1 = self.getnode(self._wea, 'Weather/power1')
self._power2 = self.getnode(self._wea, 'Weather/power2')
self._temperature1 = self.getnode(self._wea, 'Weather/temperature1')
self._temperature2 = self.getnode(self._wea, 'Weather/temperature2')
self._chy_shuoming = self.getnode(self._wea, 'Weather/chy_shuoming')
self._pollution_l = self.getnode(self._wea, 'Weather/pollution_l')
self._pollution_s = self.getnode(self._wea, 'Weather/pollution_s')
self._zwx_l = self.getnode(self._wea, 'Weather/zwx_l')
self._zwx_s = self.getnode(self._wea, 'Weather/zwx_s')
self._ssd_l = self.getnode(self._wea, 'Weather/ssd_l')
self._ssd_s = self.getnode(self._wea, 'Weather/ssd_s')
self._ktk_l = self.getnode(self._wea, 'Weather/ktk_l')
self._ktk_s = self.getnode(self._wea, 'Weather/ktk_s')
self._xcz_l = self.getnode(self._wea, 'Weather/xcz_l')
self._xcz_s = self.getnode(self._wea, 'Weather/xcz_s')
self._gm_l = self.getnode(self._wea, 'Weather/gm_l')
self._gm_s = self.getnode(self._wea, 'Weather/gm_s')
self._yd_l = self.getnode(self._wea, 'Weather/yd_l')
self._yd_s = self.getnode(self._wea, 'Weather/yd_s')
self._savedate_weather = self.getnode(self._wea, 'Weather/savedate_weather')
self._udatetime = self.getnode(self._wea, 'Weather/udatetime')
#now = datetime.now()
#self._year,self._weekth,self._week = now.isocalendar()
print "="*100
print u"您查询的城市是:%s" %self._city
if self._page in ['','0','1','2','3','4']:
print self._savedate_weather
print "-" * 50
print u"天气更新时间:%s" %self._udatetime
print u"白天:%s %s(%s级) 最高温度%s℃" %(self._status1, self._direction1,self._power1,self._temperature1)
print u"夜里:%s %s(%s级) 最低温度%s℃" %(self._status2, self._direction2,self._power2,self._temperature2)
print "-"*50
print u"穿衣指数:%s" %self._chy_shuoming
print u"污染指数:%s(%s)" %(self._pollution_l,self._pollution_s)
print u"紫外线指数:%s(%s)" %(self._zwx_l,self._zwx_s)
print u"体感指数:%s(%s)" %(self._ssd_l,self._ssd_s)
print u"空调指数:%s(%s)" % (self._ktk_l, self._ktk_s)
print u"洗车指数:%s(%s)" % (self._xcz_l, self._xcz_s)
print u"感冒指数:%s(%s)" %(self._gm_l,self._gm_s)
print u"运动指数:%s(%s)" %(self._yd_l,self._yd_s)
print "=" * 100
else:
print "Your input is not right!"
print "=" * 100
def main():
while True:
myinput1 = raw_input("Please input the city:")
myinput2 = raw_input("Please input (0 1 2 3 4):")
try:
if myinput1 =='exit' or myinput2 == 'exit':
print "!!!!"
break
else:
#myinput = raw_input("Please input (0 1 2 3 4):")
pass
except (ValueError, TypeError):
print "your input is not right!"
myweather = Weather()
myweather.printweather(myinput1,myinput2)
if __name__ == '__main__':
main()
运行结果如下:
网友评论