def poll(self, timeout=0.1):
# sanity checks
now = time.time()
for channel in asyncore.socket_map.values():
if channel.bytes_in > self.max_size:
channel.close() # too much data
try:
channel.consumer.http(
0, channel, ("HTTPManager", "too much data", None))
except:
pass
if channel.timestamp and now - channel.timestamp > self.max_time:
channel.close() # too slow
try:
channel.consumer.http(0, channel,
("HTTPManager", "timeout", None))
except:
pass
# activate up to max_connections channels
while self.queue and len(asyncore.socket_map) < self.max_connections:
http_client.do_request(*self.queue.pop(0))
# keep the network running
asyncore.poll(timeout)
# return non-zero if we should keep on polling
return len(self.queue) or len(asyncore.socket_map)
def http_header(self, client):
self.host = client.host
self.header = client.header
self.path = client.path
self.data = ""
header = {}
header = dict([(l[0], l[1]) for l in client.header.items()])
print "RECURSE GET",self.host + self.path ,client.status[0] , client.status[1]
if (client.status[1] == "301" or client.status[1] == "302"):
http_client.do_request(header['location'], lj_parser_recurse())
def http_header(self, client):
self.host = client.host
self.header = client.header
self.path = client.path
self.data = ""
header = {}
header = dict([(l[0], l[1]) for l in client.header.items()])
if (client.status[1] == "301"):
http_client.do_request(header['location'], parser())
else:
print self.host + self.path +" "+ client.status[0] + " " + client.status[1]
def close(self):
# print re.findall("""id="next_page" href="/top/lj/?page=(\d+)""",self.data);
#next=re.findall("""id="next_page" href="/top/lj/\?page=(\d+)""",self.data);
self.data=unicode(self.data,"cp1251").encode("utf-8")
logins=re.findall("""<a href="http://([^/]+)/" title="[^"]+">[^<]+</a>""",self.data)
for login in logins:
http_client.do_request("http://"+login+"/data/foaf", lj_parser())
# http_client.do_request("http://"+logins[0]+"/data/foaf", lj_parser())
next=re.findall("""id="next_page" href="/top/lj/\?page=(\d+)""",self.data);
if(next):
http_client.do_request(URLS[0]+"?page="+next[0], parser())
return
def getit():
while len(ljpoolsize)<200 and len(ljquery) >0:
url=ljquery.pop()
#print "do request",url
http_client.do_request(url, lj_parser_recurse())
ljpoolsize.append(url)
# print row[1]
writer = csv.writer(open(filename, "ab"),dialect=csv.excel)
def write():
writer.writerows(ljpool)
del ljpool[0:len(ljpool)]
def getit():
while len(ljpoolsize)<200 and len(ljquery) >0:
url=ljquery.pop()
#print "do request",url
http_client.do_request(url, lj_parser_recurse())
ljpoolsize.append(url)
http_client.do_request("http://shared_lj.livejournal.com/data/foaf", lj_parser_recurse())
asyncore.loop()
import atomstream
import feedparser
from itertools import imap
while 1:
for update in imap(feedparser.parse, atomstream.connect()):
login=re.findall("http://(.+)\.livejournal\.com",update.feed.link)
if login and login[0] != "community" and (ljuser.get(login[0],None) == None):
ljuser[login[0]]=1
http_client.do_request("http://"+login[0]+".livejournal.com/data/foaf", lj_parser_recurse())
date=re.findall("""<foaf:dateOfBirth>([^<]+)</foaf:dateOfBirth>""",self.data)
posted=re.findall("""<ya:posted>([^<]+)</ya:posted>""",self.data)
if nick:
ljuser.append((nick and nick[0] or "",ljnick and ljnick[0] or "",name and name[0] or "",img and img[0] or "",date and date[0] or "",posted and posted[0] or ""))
if(len(ljuser) >= 50):
writer.writerows(ljuser)
for i in range(0,len(ljuser)):
ljuser.pop()
return
URLS = ("http://blog.yandex.ru/top/lj/",)
filename = "ljlogin.txt"
writer = csv.writer(open(filename, "wb"),dialect=csv.excel)
for url in URLS:
http_client.do_request(url, parser())
asyncore.loop()
writer.writerows(ljuser)
