def main():
global tasks_to_accomplish
mday = datetime.today().day # Month of Day
wday = datetime.today().weekday() + 1
timeofDay = dtimetostrf(datetime.now())
tasks = db.find(
'notification', {
'$and': [{
"timeofDay": timeofDay
}, {
"status": "1"
}, {
'$or': [{
"scheduleType": 'daily'
}, {
'$and': [{
"scheduleType": 'weekly'
}, {
"frequency": wday
}]
}, {
'$and': [{
"scheduleType": 'monthly'
}, {
"frequency": mday
}]
}]
}]
})
for task in tasks:
tasks_to_accomplish.put(task)
def find_test():
# Setup test.
db.insert(COLLECTION, {"name": "test_data"})
selector = {"name": "test_data"}
fail_selector = {"name": "fail_data"}
# Check a normal find.
if len(db.find(COLLECTION, selector)) != 1:
print "find_test: Normal selection failed"
return False
# Check an empty find.
if len(db.find(COLLECTION, fail_selector)) != 0:
print "find_test: Empty selection failed"
return False
return True
def find_stress_test():
# Setup test.
num_documents = 50
for i in range(num_documents):
db.insert(COLLECTION, {"name": i})
# Check that all the documents are returned.
if len(db.find(COLLECTION)) != num_documents:
print "find_stress_test: All document selection failed."
return False
# Check that the correct number of documents are returned.
limit = 7
if len(db.find(COLLECTION, limit=limit)) != limit:
print "find_stress_test: Limited document selection failed."
return False
return True
for i in range(5):
try:
resp = rq.post(addToListLink.format(list_id=ECOMMERCE_LIST_ID,
contact_id=contact_id),
headers=get_headers,
timeout=2)
return resp
except Exception as err:
error = err
time.sleep((2**i) + random.random())
raise error
db.init()
cursor = db.find('user', {}).sort('_id', -1)
allusers = []
for user in cursor:
if not 'eCommerceActivity' in list(user.keys()):
allusers += [user]
else:
break
# allusers += [user]
cursor = db.find('user', {'ga_accesstoken': {'$ne': ''}}).sort('_id', -1)
users = []
for user in cursor:
if not 'eCommerceActivity' in user.keys():
users += [user]
else:
break
def find_by_id(sensor_id):
return [data for data in db.find("sensor_data", {"id": sensor_id})]
def get_all():
return [result for result in db.find("sensor_data", {})]