def locateChild(self, ctx, segments):
if segments[0] == "" or segments[0] == "index.html":
return self, []
if len(segments[0]) < 4 or len(segments[0]) > 20:
return rend.NotFound
elif segments[0] == "site":
return dyn_site_root(), []
elif segments[0] == "signup":
return signup(), []
elif segments[0] == "upgrade":
return user_upgrade(), []
elif segments[0] == "free_account":
return free_account(), []
elif segments[0] == "downloads":
return downloads(), []
elif segments[0] == "qoop":
return qoop(), segments[1:]
if "reset_password" in segments[0]:
request = inevow.IRequest(ctx)
if request.args.has_key('username') and request.args.has_key(
'hash'):
return reset_password(), []
else:
return rend.NotFound
if "quick_start_guide" in segments[0]:
return quick_start_guide(), []
if "features" in segments[0]:
return features(), []
if "developers" in segments[0]:
return developers(), []
if "publish" in segments[0]:
return user_publish("unknown"), segments[1:]
if "community" in segments[0] and "feeds" in segments[1]:
obj = user_homepage("")
obj.username = "******" # have to hack this because the user_homepage ctor
# lowercases it
return obj, segments[1:]
def act_check(count):
if count:
return user_homepage(segments[0]), segments[1:]
else:
if segments[1] == "img":
return dyn_image_handler("noserve", self.app,
self.log), segments[2:]
else:
return rend.NotFound
d = self.app.api.users.check_exists('username', segments[0])
d.addCallback(act_check)
return d
def locateChild(self, ctx, segments):
if segments[0] == "" or segments[0] == "index.html":
return self, []
if len(segments[0]) < 4 or len(segments[0]) > 20:
return rend.NotFound
elif segments[0] == "site":
return dyn_site_root(), []
elif segments[0] == "signup":
return signup(), []
elif segments[0] == "upgrade":
return user_upgrade(), []
elif segments[0] == "free_account":
return free_account(), []
elif segments[0] == "downloads":
return downloads(), []
elif segments[0] == "qoop":
return qoop(), segments[1:]
if "reset_password" in segments[0]:
request = inevow.IRequest(ctx)
if request.args.has_key('username') and request.args.has_key('hash'):
return reset_password(), []
else:
return rend.NotFound
if "quick_start_guide" in segments[0]:
return quick_start_guide(), []
if "features" in segments[0]:
return features(), []
if "developers" in segments[0]:
return developers(), []
if "publish" in segments[0]:
return user_publish("unknown"), segments[1:]
if "community" in segments[0] and "feeds" in segments[1]:
obj = user_homepage("")
obj.username = "******" # have to hack this because the user_homepage ctor
# lowercases it
return obj, segments[1:]
def act_check(count):
if count:
return user_homepage(segments[0]), segments[1:]
else:
if segments[1] == "img":
return dyn_image_handler("noserve", self.app, self.log), segments[2:]
else:
return rend.NotFound
d = self.app.api.users.check_exists('username', segments[0])
d.addCallback(act_check)
return d
# -*- coding: utf-8 -*-
# 下载课程信息到本地
# 程序入口
import downloads
if __name__ == "__main__":
downloads.downloads()
def main(query):
if query in cache:
return cache[query]
json_output = []
article_list = []
csv_data = csv(query, author='', count=3)#, header=True)
for line in csv_data:
line = line.split('|')
title = line[0]
authors = line[7].split(', ')
venue = line[8].rstrip()
venue = venue.lstrip()
version_urls = [line[1]]
if len(line) >3 and int(line[3]) > 0:
version_data = url_get(line[5], author='', count=20)
time.sleep(random.uniform(2,5))
for subline in version_data:
subline = subline.split('|')
version_urls.append(subline[1])
article_list.append((authors, title, version_urls, venue))
toSort = []
for paper in article_list:
tw = social_trends.SocialTrends(paper[0], paper[1], paper[2])
(score, tweets) = tw.paper_tweets()
recent_downloads = downloads.downloads(paper[1])
if score > 0 or recent_downloads[0] > 0:
json_paper = dict()
json_paper['title'] = paper[1]
json_paper['authors'] = paper[0]
json_paper['urls'] = paper[2]
json_paper['venue'] = paper[3]
json_paper['tweets'] = []
for (tid, tweet) in tweets:
json_tweet = dict()
json_tweet['author'] = tweet['user']['screen_name']
json_tweet['content'] = tweet['text']
json_tweet['url'] = "http://twitter.com/"+tweet['user']['screen_name']+"/status/"+tweet['id_str']
json_paper['tweets'].append(json_tweet)
toSort.append((score, recent_downloads[0], json_paper))
time.sleep(2)
toJson= [y[2] for y in sorted(toSort, key=lambda x : x[0]*10000+x[1])]
toReturn = json.dumps(toJson)
cache[query] = toReturn
pickle.dump(cache, open(PICKLE_FILE, 'wb'))
return toReturn
