def get_queryset(self):
cl = CustomAppSettings.get_mongo()
query = self.create_query_doc()
#get the user
user = self.request.session['user']
#query
db = cl[user['db']]
res = db.urls \
.find(query, {'date_scraped': 1, 'estimated_res': 1, 'task_id': 1, 'url': 1, 'query': 1, 'domain': 1,
'scheduled': 1}) \
.sort([('date_scraped', -1)])
#find total
self.total_results = res.count()
#convert to array
queryset = [el for el in res.limit(self.n)]
res.close()
cl.close()
return queryset
def get_context_data(self, **kwargs): context = super(AdminConsoleView, self).get_context_data(**kwargs) #get profile cl = CustomAppSettings.get_mongo() db = cl.webscr_profiles #get current user user = self.request.session['user'] #populate context context['common'] = dict() context['common']['title'] = 'User management console' context['common']['current_menu_title'] = 4 context['common']['user'] = user #get list of users profiles_cursor = db.users.find() #create id attribute since _id can't be used profiles = [] for profile in profiles_cursor: profile['id'] = str(profile['_id']) profile['is_admin'] = profile['role'] == 'admin' profiles.append(profile) #raise Exception(profiles) context['profiles'] = profiles context['common']['version'] = CustomAppSettings.get_version() return context
def clean(self):
""" Make sure the secret key exists """
#get cleaned data and validate form
cleaned_data = super(LoginForm, self).clean()
#if found errors - return
if self._errors:
return cleaned_data
#encode secret_key
secret_key = cleaned_data.get('secret_key')
#get user id
cl = CustomAppSettings.get_mongo()
db = cl.webscr_profiles
profile = db.users.find_one({'secret_key': secret_key},{'_id':1})
if profile:
cleaned_data['profile_id'] = str(profile['_id'])
else:
msg = u"Invalid secret key"
self._errors['secret_key'] = self.error_class([msg])
del cleaned_data['secret_key']
return cleaned_data
def _track_proxy_connection(self, ):
cl = CustomAppSettings.get_mongo()
db = self._db
d = datetime.datetime.utcnow()
#increase calls count
db.calls.find_and_modify(
query = {'date.y':d.year, 'date.m': d.month, 'date.d': d.day, 'date.h': d.hour, 'date.n': d.minute, 'date.s': d.second},
update = {'$inc': {'count': 1}},
upsert = True)
def get_redirect_url(self, *args, **kwargs):
""" Delete indicated user if current user is Admin """
#get current user
cl = CustomAppSettings.get_mongo()
db = cl.webscr_profiles
#delete requested user if current user is admin
if self.request.session['user']['is_admin']:
#prevent disactivating admins
db.users.update({'_id': ObjectId(kwargs['profile_id']), 'role': {'$ne': 'admin'}},
{'$inc': {'is_active': 1}, '$set': {'actdeact': datetime.datetime.utcnow()}})
return reverse('webscraper:userconsole')
def get_context_data(self, **kwargs):
context = super(ExportPreviewTaskView, self).get_context_data(**kwargs)
cl = CustomAppSettings.get_mongo()
user = self.request.session['user']
db = cl[user['db']]
res = db.urls \
.find_one({'task_id': self.taskid}, {'results': 1})
if res:
res = res['results'] #convert to array
context['itms'] = res
return context
def maintain(self):
from webscraper.entities import User
users = User.get_active_users()
#mongodb can have this limit on IN case
MAX_IN_LIMIT = 4000000
#count total deletes
tot = 0
#get celery_db connection
cl = CustomAppSettings.get_mongo()
celery_db = cl.celery_db
# remove old search results from each db
for user in users:
#get old task ids
old_task_ids = user.get_old_task_ids()[:MAX_IN_LIMIT]
count = len(old_task_ids)
tot += count
#db
db = user.get_user_db()
#remove old userdb.task_meta
db.task_meta.remove({'_id': {'$in': old_task_ids}})
#remove old userdb.urls
db.urls.remove({'task_id':{'$in': old_task_ids}})
#remove old celerydb.task_meta
celery_db.task_meta.remove({'_id':{'$in': old_task_ids}})
#write user profile statistics on removed
db = user.get_user_profiles_db()
col = db.cleaning_stats
d = datetime.datetime.utcnow()
doc = {'user': user.get_user_id(), 'date_done': d, 'total_removed': count}
col.insert(doc)
return {'total': tot}
def do_edit(self, kwargs):
#return false if user is not admin
if not self.request.session['user']['is_admin']:
return 'NOT ADMIN'
#get new alias and id
alias = self.request.POST.get('alias')
id = kwargs['profile_id']
#ignore if alias is empty
if len(alias.strip()) == 0:
return 'WRONG ALIAS'
#do update
cl = CustomAppSettings.get_mongo()
db = cl.webscr_profiles
db.users.update({'_id': ObjectId(id)}, {'$set': {'alias': alias}})
return 'OK'
def get_queryset_csv(self):
"""gets data from db, dumps into excel stream and retuns the stream"""
query = self.create_query_doc()
#get data
cl = CustomAppSettings.get_mongo()
user = self.request.session['user']
db = cl[user['db']]
res = db.urls \
.find(query) \
.sort([('date_scraped', -1)])
#create csv stream
fname = 'export_{0}_{1}.csv'.format(self.d_from.strftime('%Y-%m-%d %H:%M:%S'),self.d_to.strftime('%Y-%m-%d %H:%M:%S'))
csvstream = self.create_csv_stream(res)
return csvstream, fname
def get_queryset_excel(self):
"""gets data from db, dumps into excel stream and retuns the stream"""
query = self.create_query_doc()
#get data
cl = CustomAppSettings.get_mongo()
user = self.request.session['user']
db = cl[user['db']]
res = db.urls \
.find(query) \
.sort([('date_scraped', -1)])
queryset = [el for el in res]
res.close()
cl.close()
#create excel stream
excelstream = self.create_excel_stream(queryset)
return excelstream
def _get_db_connection(self): return CustomAppSettings.get_mongo()
def _db_write_res(self, **kwargs):
"""write result into db;
doc structure: {
task_id: ''
date_scraped: date,
url: '',
group_name: '',
domain:'',
query:{q:'', start:0, num:0},
estimated_res: 0,
scheduled: false,
results: [{
type: '',
title: '',
title_url: '',
tld:'',
content: '',
content_time: '',
related_links: ['','',''...]
}, {...}],
typed_results:{
url: [res_id, res_id, res_id...],
...}
}"""
#instantiate mongodb client
client = CustomAppSettings.get_mongo()
#connect to db
db = client[self.user['db']]
#get collection
urls = db.urls
#create query object
db_query = {"q":'', 'num':0, 'start':0}
url_query = kwargs['query']
for k in url_query.keys():
if db_query.has_key(k):
db_query[k] = url_query[k]
#create doc
d = datetime.datetime.utcnow()
doc = {
"task_id": kwargs['task_id'],
"date_scraped": datetime.datetime.utcnow(),
"url": kwargs['url'],
"group_name": kwargs['group_name'],
"domain": kwargs['domain'],
"query": db_query,
"estimated_res": kwargs['tot_res'],
"results": kwargs['results'],
"typed_results": {},
"scheduled": self.is_scheduled
}
#insert typed_results into doc
typed = doc['typed_results']
for ind, el in enumerate(kwargs['results']):
el['#'] = ind
t = el['type']
if not typed.has_key(t):
typed[t] = []
typed[t].append(ind)
#insert doc
doc_id = urls.insert(doc)
return doc_id
def _give_points_back(self, reduction):
cl = CustomAppSettings.get_mongo()
db = cl.webscr_profiles
return db.users.update(spec={'_id': ObjectId(self.user['_id'])}, document={'$inc': {'points': reduction}}, new = True)
def _reduce_points(self, reduction):
cl = CustomAppSettings.get_mongo()
db = cl.webscr_profiles
return db.users.find_and_modify(query={'_id': ObjectId(self.user['_id'])},update={'$inc':{'points': -reduction}}, new = True)
def __init__(self, user, plan): socket.setdefaulttimeout(30) self._db = CustomAppSettings.get_mongo()[user['db']] self.plan = plan self.user = user
def get_mongo(self): if not self.cl: self.cl = CustomAppSettings.get_mongo() return self.cl