def main():
"""docstring for main"""
#set system default encoding to utf-8 to avoid encoding problems
reload(sys)
sys.setdefaultencoding( "utf-8" )
#load channel configurations
channels = json.load(open('conf/channel.json'))
#find one account
rr = SNSPocket()
for c in channels:
rr.add_channel(c)
if rr is None:
print "cannot find one renren platform in channel.json"
return
else:
rr.load_config()
rr.auth()
#load record to avoid repeated reply
try:
sIDs = json.load(open('statusID.json'))
except IOError, e:
if e.errno == 2: #no such file
sIDs = {}
else:
raise e
def _do_get_pocket(_sp_cache=[]):
if _sp_cache:
return _sp_cache[0]
sp = SNSPocket()
sp.load_config(CONF_ABS_PATH)
sp.auth()
_sp_cache.append(sp)
return sp
def _do_get_pocket(_sp_cache=[]):
if _sp_cache:
return _sp_cache[0]
sp = SNSPocket()
sp.load_config(CONF_ABS_PATH)
sp.auth()
_sp_cache.append(sp)
return sp
def crawl_one(tag):
sp = SNSPocket()
sp.load_config(fn_channel=tag+'/channel.json')
status_list = mongo_client[tag].status_list
sl = sp.home_timeline()
for s in sl:
try:
r = s.raw
#print r
clear_urls(r)
if 'retweeted_status' in r:
clear_urls(r['retweeted_status'])
r['_id'] = r['id']
r['time'] = s.parsed['time']
ret = status_list.insert(r)
print ret
except Exception as e:
print str(e)
def begin_user_thread(user):
user_sp = {}
ap = AuthProxy()
for (k,v) in user.items():
p = build_user_dir(k)
os.chdir("." + delimeter + "User" + delimeter + str(k))
sp = SNSPocket()
sp.load_config(fn_channel= p + delimeter + "conf" + delimeter + "channel.json",fn_pocket= p + delimeter + "conf" + delimeter + "pocket.json")
for c in sp.values():
c.request_url = lambda url: ap.request_url(url)
c.fetch_code = lambda : ap.fetch_code()
c.auth()
q = SRFEQueue(sp)
q.connect()
q.refresh_tags()
ith = InputThread(q, sp, k)
ith.daemon=True
ith.start()
user_sp[str(k)] = {"sp" : sp, "ap" : ap, "q" : q}
os.chdir(".." + delimeter + ".." + delimeter)
return user_sp
def register():
username = request.forms.get('username')
password = request.forms.get('password')
v = {}
v["username"] = username
v['password'] = password
v["token"] = hashlib.new('md5', username + password + str(time.time())).hexdigest()
v["generate_time"] = time.time()
cur = con.cursor()
cur.execute("INSERT INTO user VALUES(null, ?, ?, ?, ?)", (v["username"], v["password"], v["token"], v["generate_time"]))
con.commit();
r = cur.execute("SELECT id FROM user WHERE username = ?", (v["username"], ))
for m in r:
k = m[0]
user[str(k)] = v
build_user_dir(str(m[0]))
p = build_user_dir(k)
os.chdir("." + delimeter + "User" + delimeter + str(k))
ap = AuthProxy()
sp = SNSPocket()
sp.load_config(fn_channel= p + delimeter + "conf" + delimeter + "channel.json",fn_pocket= p + delimeter + "conf" + delimeter + "pocket.json")
for c in sp.values():
c.request_url = lambda url: ap.request_url(url)
c.fetch_code = lambda : ap.fetch_code()
c.auth()
q = SRFEQueue(sp)
q.connect()
q.refresh_tags()
ith = InputThread(q, sp, k)
ith.daemon=True
ith.start()
user_sp[str(k)] = {"sp" : sp, "ap" : ap, "q" : q}
os.chdir("../../")
response.set_cookie("token", v["token"], httponly="on", max_age = TOKEN_VALID_PERIOD)
return "Reg success"
# -*- coding: utf-8 -*-
from snsapi.snspocket import SNSPocket
from datetime import datetime
import time
TEXTS = ['凌晨好', '清晨好', '早上好', '下午好', '傍晚好', '晚上好']
#URL = 'https://github.com/hupili/snsapi/tree/master/app/clock'
URL = 'http://t.cn/zj1VSdV'
AD = '10行写个跨平台的钟：%s' % URL
sp = SNSPocket() # SNSPocket 是一个承载各种SNS的容器
sp.load_config() # 如名
sp.auth() # 批量授权（如果已授权，读取授权信息）
while True:
h, m = datetime.now().hour, datetime.now().minute # 获取当前小时和分钟
if m == 0: # 每小时0分钟的时候发状态
t = '%s -- 0x%X点钟， %s。( %s )' % ('烫' * h, h, TEXTS[h / 4], AD) # 构造钟的报时文字
print t
sp.update(t) # 发一条新状态
time.sleep(60) # 睡一分钟
# -*- coding: utf-8 -*-
from snsapi.snspocket import SNSPocket
from datetime import datetime
import time
TEXTS = ['凌晨好', '清晨好', '早上好', '下午好', '傍晚好', '晚上好']
#URL = 'https://github.com/hupili/snsapi/tree/master/app/clock'
URL = 'http://t.cn/zj1VSdV'
AD = '10行写个跨平台的钟：%s' % URL
sp = SNSPocket() # SNSPocket 是一个承载各种SNS的容器
sp.load_config() # 如名
sp.auth() # 批量授权（如果已授权，读取授权信息）
while True:
h, m = datetime.now().hour, datetime.now().minute # 获取当前小时和分钟
if m == 0: # 每小时0分钟的时候发状态
t = '%s -- 0x%X点钟， %s。( %s )' % ('烫' * h, h, TEXTS[h / 4], AD
) # 构造钟的报时文字
print t
sp.update(t) # 发一条新状态
time.sleep(60) # 睡一分钟
# -*- coding: utf-8 -*-
'''
Read timeline from all configured channels
docstring placeholder
'''
from snsapi.snspocket import SNSPocket
from snsapi.utils import console_input,console_output
if __name__ == "__main__":
sp = SNSPocket()
sp.load_config()
sp.auth()
sl = sp.home_timeline()
print sl
'''
A wrapper function to deal with user input from console.
String input from console is in console encoding. We must
first cast it to unicode, which is the standard across
SNSAPI.
'''
if isinstance(t, str):
return sp.update(console_input(t), *al, **ad)
elif isinstance(t, snstype.Message):
return sp.update(t, *al, **ad)
else:
logger.warning("unknown type: %s", type(t))
lc = load_config = lambda *al, **ad : sp.load_config(*al, **ad)
sc = save_config = lambda *al, **ad : sp.save_config(*al, **ad)
lsc = list_channel = lambda *al, **ad : sp.list_channel(*al, **ad)
lsp = list_platform = lambda *al, **ad : sp.list_platform(*al, **ad)
newc = new_channel = lambda *al, **ad : sp.new_channel(*al, **ad)
addc = add_channel = lambda *al, **ad : sp.add_channel(*al, **ad)
clc = clear_channel = lambda *al, **ad : sp.clear_channel(*al, **ad)
auth = lambda *al, **ad : sp.auth(*al, **ad)
ht = home_timeline = lambda *al, **ad : sp.home_timeline(*al, **ad)
up = update = lambda t, *al, **ad : update_from_console(t, *al, **ad)
re = reply = lambda m, t, *al, **ad : sp.reply(m, console_input(t), *al, **ad)
fwd = forward = lambda m, t, *al, **ad : sp.forward(m, console_input(t), *al, **ad)
#==== documentation ====
helpdoc = \
Read timeline from all configured channels and reply one
docstring placeholder
'''
from snsapi.snspocket import SNSPocket
from snsapi.utils import console_input, console_output
if __name__ == "__main__":
'''
QQ weibo may fail sometimes, even with same input. May be the invoking frequency limit.
Sina weibo is better, and more stable.
'''
sp = SNSPocket()
sp.load_config()
sp.auth()
status_list = sp.home_timeline()
print "==== read messages from all channels ===="
no = 0
for s in status_list:
print "--No. %d --" % no
s.show()
no = no + 1
print "==== try to reply one ===="
class WeiboAutomator(object):
'''Wrap common operations with rate limit facility
'''
# Most buckets are derived from Sina's offcial description [1].
# The additional one 'wauto_snsapi' limits SNSAPI request rate globally
# (avoid lower layer failure).
#
# Ref:
# * [1] http://open.weibo.com/wiki/Rate-limiting
SINA_BUCKETS = [
('wauto_snsapi', LeakyBucket(1, 0, 0.5)),
('ip.hour.test_auth', cal_bucket(1000, 60*60)),
('user.hour.test_auth.total', cal_bucket(150, 60*60)),
('user.hour.test_auth.update', cal_bucket(30, 60*60)),
('user.hour.test_auth.reply', cal_bucket(60, 60*60)),
('user.hour.test_auth.follow', cal_bucket(60, 60*60)),
('user.day.test_auth.follow', cal_bucket(100, 60*60*24)),
]
POLICY_GROUP = {}
POLICY_GROUP['general'] = {
'wauto_snsapi': 1,
'ip.hour.test_auth': 1,
'user.hour.test_auth.total': 1
}
POLICY_GROUP['update'] = dict(POLICY_GROUP['general'],
**{'user.hour.test_auth.update': 1})
POLICY_GROUP['reply'] = dict(POLICY_GROUP['general'],
**{'user.hour.test_auth.reply': 1})
POLICY_GROUP['follow'] = dict(POLICY_GROUP['general'],
**{'user.hour.test_auth.follow': 1, 'user.day.test_auth.follow': 1})
_log = lambda x: logger.debug('ret: %s', x)
def __init__(self):
super(WeiboAutomator, self).__init__()
self.sp = SNSPocket()
self.sp.load_config()
self.sp.auth()
# assign 'channel_name' as automator
self.weibo = self.sp['automator']
self.rlq = RateLimitQueue()
map(lambda t: self.rlq.add_bucket(t[0], t[1]), self.SINA_BUCKETS)
# This implementation of dumps and loads are too simple.
# They do not work with some callback functions.
# I switch to 'dill'
#def dumps(self):
# r = copy.deepcopy(self.rlq)
# for t in r._tasks:
# # First arg should be 'self' if do not operate our RLQ directly.
# t.args = list(t.args)
# t.args.pop(0)
# t.func = marshal.dumps(t.func.func_code)
# t.callback = marshal.dumps(t.callback.func_code)
# return pickle.dumps(r)
#def loads(self, s):
# r = pickle.loads(s)
# for t in r._tasks:
# t.args.insert(0, self)
# t.args = tuple(t.args)
# code_func = marshal.loads(t.func)
# t.func = types.FunctionType(code_func, globals())
# code_callback = marshal.loads(t.callback)
# t.callback = types.FunctionType(code_callback, globals())
# self.rlq = r
#Original 'loads' 2
# #self.rlq._buckets = r._buckets
# #for t in r._tasks:
# # code = marshal.loads(t.callback)
# # t.callback = types.FunctionType(code, globals())
# # t.args.insert(0, self)
# # t.args = tuple(t.args)
# # t.kwargs['callback'] = t.callback
# # f = getattr(WeiboAutomator, t.func)
# # # Execute the wrapped class method again to insert task
# # f(*t.args, **t.kwargs)
def run(self):
return self.rlq.run()
def clear_tasks(self):
return self.rlq.clear_tasks()
def _tounicode(self, text):
if isinstance(text, unicode):
return text
else:
return text.decode('utf-8')
def get_uid(self):
if hasattr(self, '_uid'):
return self._uid
else:
ret = self.weibo.weibo_request('account/get_uid',
'GET',
{})
return ret['uid']
uid = property(get_uid)
def rate_limit_status(self):
ret = self.weibo.weibo_request('account/rate_limit_status',
'GET',
{})
return ret
@rate_limit(buckets=POLICY_GROUP['follow'], callback=_log)
def follow(self, uid):
ret = self.weibo.weibo_request('friendships/create',
'POST',
{'uid': uid})
return ret
@rate_limit(buckets=POLICY_GROUP['follow'], callback=_log)
def follow_by_name(self, screen_name):
ret = self.weibo.weibo_request('friendships/create',
'POST',
{'screen_name': screen_name})
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log,
priority=_wauto_conf['priority']['home_timeline'])
def home_timeline(self, count=20):
return self.weibo.home_timeline(count)
@rate_limit(buckets=POLICY_GROUP['update'], callback=_log,
priority=_wauto_conf['priority']['update'])
def update(self, text):
return self.weibo.update(self._tounicode(text))
@rate_limit(buckets=POLICY_GROUP['reply'], callback=_log,
priority=_wauto_conf['priority']['reply'])
def reply(self, status, text):
if isinstance(status, snsapi.snstype.Message):
statusID = status.ID
else:
statusID = status
return self.weibo.reply(statusID, self._tounicode(text))
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log,
priority=_wauto_conf['priority']['forward'])
def forward(self, status, text):
return self.weibo.forward(status, self._tounicode(text))
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def show(self, uid = None, screen_name = None):
params = {}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
ret = self.weibo.weibo_request('users/show',
'GET',
params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def domain_show(self, url):
'''Lookup user by personal url.
We will match and remove common weibo prefix.
:param url:
e.g. 'http://weibo.com/xiena' --> url='xiena'
'''
import re
pattern = re.compile('^http:\/\/.*weibo.com\/')
url = re.sub(pattern, '', url)
ret = self.weibo.weibo_request('users/domain_show',
'GET',
{'domain': url})
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_friends(self, uid=None, screen_name=None, count=200, cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/friends',
'GET',
params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_friends_ids(self, uid=None, screen_name=None, count=5000, cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/friends/ids',
'GET',
params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_followers(self, uid=None, screen_name=None, count=200, cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/followers',
'GET',
params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_followers_ids(self, uid=None, screen_name=None, count=5000, cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/followers/ids',
'GET',
params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_followers_active(self, uid=None, screen_name=None, count=200, cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/followers/active',
'GET',
params)
return ret
# This Api is only for advanced app permission
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def search_topics(self, q, count=50, page=None):
params = {'count': count}
if not page is None:
params['page'] = page
ret = self.weibo.weibo_request('search/topics',
'GET',
params)
return ret
A wrapper function to deal with user input from console.
String input from console is in console encoding. We must
first cast it to unicode, which is the standard across
SNSAPI.
'''
if isinstance(t, str):
return sp.update(console_input(t), *al, **ad)
elif isinstance(t, snstype.Message):
return sp.update(t, *al, **ad)
else:
logger.warning("unknown type: %s", type(t))
lc = load_config = lambda *al, **ad: sp.load_config(*al, **ad)
sc = save_config = lambda *al, **ad: sp.save_config(*al, **ad)
lsc = list_channel = lambda *al, **ad: sp.list_channel(*al, **ad)
lsp = list_platform = lambda *al, **ad: sp.list_platform(*al, **ad)
newc = new_channel = lambda *al, **ad: sp.new_channel(*al, **ad)
addc = add_channel = lambda *al, **ad: sp.add_channel(*al, **ad)
clc = clear_channel = lambda *al, **ad: sp.clear_channel(*al, **ad)
auth = lambda *al, **ad: sp.auth(*al, **ad)
ht = home_timeline = lambda *al, **ad: sp.home_timeline(*al, **ad)
up = update = lambda t, *al, **ad: update_from_console(t, *al, **ad)
re = reply = lambda m, t, *al, **ad: sp.reply(m, console_input(t), *al, **ad)
fwd = forward = lambda m, t, *al, **ad: sp.forward(m, console_input(t), *al, **
ad)
#==== documentation ====
class WeiboAutomator(object):
'''Wrap common operations with rate limit facility
'''
# Most buckets are derived from Sina's offcial description [1].
# The additional one 'wauto_snsapi' limits SNSAPI request rate globally
# (avoid lower layer failure).
#
# Ref:
# * [1] http://open.weibo.com/wiki/Rate-limiting
SINA_BUCKETS = [
('wauto_snsapi', LeakyBucket(1, 0, 0.5)),
('ip.hour.test_auth', cal_bucket(1000, 60 * 60)),
('user.hour.test_auth.total', cal_bucket(150, 60 * 60)),
('user.hour.test_auth.update', cal_bucket(30, 60 * 60)),
('user.hour.test_auth.reply', cal_bucket(60, 60 * 60)),
('user.hour.test_auth.follow', cal_bucket(60, 60 * 60)),
('user.day.test_auth.follow', cal_bucket(100, 60 * 60 * 24)),
]
POLICY_GROUP = {}
POLICY_GROUP['general'] = {
'wauto_snsapi': 1,
'ip.hour.test_auth': 1,
'user.hour.test_auth.total': 1
}
POLICY_GROUP['update'] = dict(POLICY_GROUP['general'],
**{'user.hour.test_auth.update': 1})
POLICY_GROUP['reply'] = dict(POLICY_GROUP['general'],
**{'user.hour.test_auth.reply': 1})
POLICY_GROUP['follow'] = dict(
POLICY_GROUP['general'], **{
'user.hour.test_auth.follow': 1,
'user.day.test_auth.follow': 1
})
_log = lambda x: logger.debug('ret: %s', x)
def __init__(self):
super(WeiboAutomator, self).__init__()
self.sp = SNSPocket()
self.sp.load_config()
self.sp.auth()
# assign 'channel_name' as automator
self.weibo = self.sp['automator']
self.rlq = RateLimitQueue()
map(lambda t: self.rlq.add_bucket(t[0], t[1]), self.SINA_BUCKETS)
# This implementation of dumps and loads are too simple.
# They do not work with some callback functions.
# I switch to 'dill'
#def dumps(self):
# r = copy.deepcopy(self.rlq)
# for t in r._tasks:
# # First arg should be 'self' if do not operate our RLQ directly.
# t.args = list(t.args)
# t.args.pop(0)
# t.func = marshal.dumps(t.func.func_code)
# t.callback = marshal.dumps(t.callback.func_code)
# return pickle.dumps(r)
#def loads(self, s):
# r = pickle.loads(s)
# for t in r._tasks:
# t.args.insert(0, self)
# t.args = tuple(t.args)
# code_func = marshal.loads(t.func)
# t.func = types.FunctionType(code_func, globals())
# code_callback = marshal.loads(t.callback)
# t.callback = types.FunctionType(code_callback, globals())
# self.rlq = r
#Original 'loads' 2
# #self.rlq._buckets = r._buckets
# #for t in r._tasks:
# # code = marshal.loads(t.callback)
# # t.callback = types.FunctionType(code, globals())
# # t.args.insert(0, self)
# # t.args = tuple(t.args)
# # t.kwargs['callback'] = t.callback
# # f = getattr(WeiboAutomator, t.func)
# # # Execute the wrapped class method again to insert task
# # f(*t.args, **t.kwargs)
def run(self):
return self.rlq.run()
def clear_tasks(self):
return self.rlq.clear_tasks()
def _tounicode(self, text):
if isinstance(text, unicode):
return text
else:
return text.decode('utf-8')
def get_uid(self):
if hasattr(self, '_uid'):
return self._uid
else:
ret = self.weibo.weibo_request('account/get_uid', 'GET', {})
return ret['uid']
uid = property(get_uid)
def rate_limit_status(self):
ret = self.weibo.weibo_request('account/rate_limit_status', 'GET', {})
return ret
@rate_limit(buckets=POLICY_GROUP['follow'], callback=_log)
def follow(self, uid):
ret = self.weibo.weibo_request('friendships/create', 'POST',
{'uid': uid})
return ret
@rate_limit(buckets=POLICY_GROUP['follow'], callback=_log)
def follow_by_name(self, screen_name):
ret = self.weibo.weibo_request('friendships/create', 'POST',
{'screen_name': screen_name})
return ret
@rate_limit(buckets=POLICY_GROUP['general'],
callback=_log,
priority=_wauto_conf['priority']['home_timeline'])
def home_timeline(self, count=20):
return self.weibo.home_timeline(count)
@rate_limit(buckets=POLICY_GROUP['update'],
callback=_log,
priority=_wauto_conf['priority']['update'])
def update(self, text):
return self.weibo.update(self._tounicode(text))
@rate_limit(buckets=POLICY_GROUP['reply'],
callback=_log,
priority=_wauto_conf['priority']['reply'])
def reply(self, status, text):
if isinstance(status, snsapi.snstype.Message):
statusID = status.ID
else:
statusID = status
return self.weibo.reply(statusID, self._tounicode(text))
@rate_limit(buckets=POLICY_GROUP['general'],
callback=_log,
priority=_wauto_conf['priority']['forward'])
def forward(self, status, text):
return self.weibo.forward(status, self._tounicode(text))
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def show(self, uid=None, screen_name=None):
params = {}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
ret = self.weibo.weibo_request('users/show', 'GET', params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def domain_show(self, url):
'''Lookup user by personal url.
We will match and remove common weibo prefix.
:param url:
e.g. 'http://weibo.com/xiena' --> url='xiena'
'''
import re
pattern = re.compile('^http:\/\/.*weibo.com\/')
url = re.sub(pattern, '', url)
ret = self.weibo.weibo_request('users/domain_show', 'GET',
{'domain': url})
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_friends(self, uid=None, screen_name=None, count=200, cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/friends', 'GET', params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_friends_ids(self,
uid=None,
screen_name=None,
count=5000,
cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/friends/ids', 'GET',
params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_followers(self,
uid=None,
screen_name=None,
count=200,
cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/followers', 'GET', params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_followers_ids(self,
uid=None,
screen_name=None,
count=5000,
cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/followers/ids', 'GET',
params)
return ret
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def get_followers_active(self,
uid=None,
screen_name=None,
count=200,
cursor=None):
params = {'count': count}
if not uid is None:
params['uid'] = uid
elif not screen_name is None:
params['screen_name'] = screen_name
else:
params['uid'] = self.uid
if not cursor is None:
params['cursor'] = cursor
ret = self.weibo.weibo_request('friendships/followers/active', 'GET',
params)
return ret
# This Api is only for advanced app permission
@rate_limit(buckets=POLICY_GROUP['general'], callback=_log)
def search_topics(self, q, count=50, page=None):
params = {'count': count}
if not page is None:
params['page'] = page
ret = self.weibo.weibo_request('search/topics', 'GET', params)
return ret
