def get_pic_from_content(self, content):
res = self._parse(xpath='//a/@href', content=content)
#con = lambda x: x.find('detail') != -1
#res = filter(con, res)
printf(res)
def dianzan(self, cnt = 5, op = '1', url_from_db = None):
'''
下面这中方法返回的地址是转义了的。。
'''
#patter = r'''<a href="([^>]*?)">赞'''
#content = self.session.get(self.url).content
#urls = re.findall(patter, content)
try:
if self.verify:
return self.verify
except:
pass
if not url_from_db:feed_url = self.url
else: feed_url = url_from_db
#url = self._parse(feed_url, '/wml/card/@ontimer') #不知道为什么换了一个qq号的时候这里会多加一个跳转
#if url:
# feed_url = url[0].content
#self.url = feed_url
pos = [ _.strip() for _ in self.pos.split('#') ]
neg = [ _.strip() for _ in self.neg.split('#') ]
print pos, neg
is_filter = self.pos or self.neg
try:
cnt = int(self.cnt)
except Exception as e:
print str(e)
import traceback, sys
traceback.print_exc(file=sys.stdout)
zan_success = False
for i in xrange(cnt):
print "feed_url:" + feed_url
content = self.session.get(feed_url).content
if is_filter:
for zan_url, zan_content, zan_user in self.get_zan_datail(content):
print zan_content
if any( [ (_ and _ in zan_content.decode('utf-8')) for _ in pos] ) and not any( [ (_ and _ in zan_content.decode('utf-8')) for _ in neg ] ):
#if zan_content.decode('utf-8') in pos and zan_content not in neg:
print zan_content, pos, neg
self.session.get(zan_url)
print '赞成功'
zan_success = True
urls = self._parse(None, '//*/@href', content = content)
#import json
#return json.dumps( self.get_friend() )
if not is_filter:
for url in urls:
if url.content.find('like_action') != -1 and url.content[-1] == op:
if self.repeat_set.issuperset({url.content}):
continue
ret = self.session.get(url.content).content
if ret.find('成功') != -1:
print '赞成功'
zan_success = True
self.repeat_set.add(url.content)
urls = self._parse(None, '//*[text()="更多好友动态>>" or text()="下页"]/@href', content = content)
for url in urls:
#if url.content.find('feeds_friends') != -1 or url.content.find('dayval=1') != -1:
feed_url = url.content
if self.remember == 'on':
session.permanent = True # make the session permanent after closing brower
session['qq'] = self.qq
# 记住登陆信息
if zan_success:
with kvdbwrap.KVDB() as kv:
val = {
'qq': self.qq,
'url': self.url,
'cnt': self.cnt,
'feq': self.feq,
'inc': self.inc,
'frr': self.frr,
'pos': self.pos,
'neg': self.neg,
}
key = 'qq#%s' % self.qq
from pprint import pprint as printf
printf(val)
kv.add(key, json.dumps(val))
return 'success'
rank_group = rank // group_distance
while len(lst) <= rank_group:
lst.append(0)
lst[rank_group] += 1
while len(lst) <= max_rank // group_distance:
lst.append(0)
for i in range(len(lst)):
lst[i] /= len(rank_values)
lst[i] *= 100
indexes = []
fromindex = 0
while fromindex <= max_rank:
indexes.append(fromindex)
fromindex += group_distance
from pprint import pprint as printf
printf(list(groups.values()))
print(indexes)
df = pd.DataFrame(data=groups, index=indexes)
plt.rcParams['font.sans-serif'] = ['SimHei'] # 用来正常显示中文标签
plt.rcParams['axes.unicode_minus'] = False # 用来正常显示负号
cmap = sns.cm.rocket_r
sns.heatmap(df, annot=True, cmap=cmap)
plt.tight_layout()
plt.title(fig_title)
plt.show()
def _test_add(self):
cursor = self.db.cursor()
cursor.execute('select * from task')
printf( cursor.fetchall() )
def select_friend():
printf(request.form.keys())
return 'yes'
2019.11.15：
测试Train的相似度计算动态规划算法。
"""
from ..data import *
from pprint import pprint as printf
graph1 = Graph()
graph1.loadGraph('source/西成客专线广成段20190410.json')
train1 = graph1.trainFromCheci('D1911',True) # 410图的D1911
graph2 = Graph()
graph2.loadGraph('source/西成客专线广成段20190105.json')
train2 = graph2.trainFromCheci('D1911',True)
re1,value1 = train1.globalDiff(train2)
printf(re1)
print(value1)
# 测试两个完全无关的车次
print("totally different train test")
train3 = graph1.trainFromCheci('D1913',True)
re2,value2 = train1.globalDiff(train3)
printf(re2)
print(value2)
# 测试两个不同运行图上的车次
print("trains from different graphs")
graph3 = Graph()
graph3.loadGraph('source/京沪线上局段20190410.json')
train4 = graph3.trainFromCheci('D707',True)
