def test_contacts_with_no_contacts(self):
"""Ensure merging contacts with no contacts."""
from sosbeacon.event.student_marker import StudentMarker
from sosbeacon.event.student_marker import _build_contact_map
contacts = _build_contact_map([{
'name':
'Sam Smith',
'methods': [{
'value': '123432'
}, {
'value': '*****@*****.**'
}]
}, {
'name':
'Josh Jones',
'methods': [{
'value': '443241'
}, {
'value': '*****@*****.**'
}]
}, {
'name':
'Betty Boop',
'methods': [{
'value': '321133'
}, {
'value': '*****@*****.**'
}]
}])
left = StudentMarker(contacts=copy.deepcopy(contacts))
right = StudentMarker()
left.merge(right)
self.assertEqual(contacts, left.contacts)
def test_merge_overlapping_contacts(self):
"""Ensure merging overlapping contacts."""
from sosbeacon.event.student_marker import StudentMarker
from sosbeacon.event.student_marker import _build_contact_map
contacts = _build_contact_map([
{
'name': 'Sam Smith',
'methods': [{'value': '123432'}, {'value': '*****@*****.**'}]
},
{
'name': 'Josh Jones',
'methods': [{'value': '443241'}, {'value': '*****@*****.**'}]
},
{
'name': 'Betty Boop',
'methods': [{'value': '321133'}, {'value': '*****@*****.**'}]
}
])
left = StudentMarker(contacts=copy.deepcopy(contacts))
right = StudentMarker(contacts=copy.deepcopy(contacts))
left.merge(right)
for contact in contacts.values():
contact['acked'] = None
contact['acked_at'] = None
contact['sent'] = None
self.assertEqual(contacts, left.contacts)
def test_merge_no_contacts_with_contacts(self):
"""Ensure merging no contacts with contacts."""
from sosbeacon.event.student_marker import StudentMarker
from sosbeacon.event.student_marker import _build_contact_map
contacts = _build_contact_map([
{
'name': 'Sam Smith',
'methods': [{'value': '123432'}, {'value': '*****@*****.**'}],
'acked': True
},
{
'name': 'Josh Jones',
'methods': [{'value': '443241'}, {'value': '*****@*****.**'}],
'acked_at': 123432
},
{
'name': 'Betty Boop',
'methods': [{'value': '321133'}, {'value': '*****@*****.**'}],
'sent': 23423
}
])
left = StudentMarker()
right = StudentMarker(contacts=copy.deepcopy(contacts))
left.merge(right)
self.assertEqual(contacts, left.contacts)
def test_merge_no_name(self):
"""Ensure merging without name."""
from sosbeacon.event.student_marker import StudentMarker
left = StudentMarker()
right = StudentMarker()
left.merge(right)
self.assertFalse(left.name)
def test_merge_non_broadcasts(self):
"""Ensure merging two non-broadcast."""
from sosbeacon.event.student_marker import StudentMarker
left = StudentMarker(last_broadcast=None)
right = StudentMarker(last_broadcast=None)
left.merge(right)
self.assertFalse(left.last_broadcast)
def test_merge_non_broadcasts(self):
"""Ensure merging two non-broadcast."""
from sosbeacon.event.student_marker import StudentMarker
left = StudentMarker(last_broadcast=None)
right = StudentMarker(last_broadcast=None)
left.merge(right)
self.assertFalse(left.last_broadcast)
def test_merge_different_names(self):
"""Ensure merging with different name."""
from sosbeacon.event.student_marker import StudentMarker
left = StudentMarker(name="billy")
right = StudentMarker(name="joe")
left.merge(right)
self.assertEqual("billy", left.name)
def test_merge_name_with_no_name(self):
"""Ensure merging name with missing name."""
from sosbeacon.event.student_marker import StudentMarker
left = StudentMarker(name="joe")
right = StudentMarker()
left.merge(right)
self.assertEqual("joe", left.name)
def test_merge_name_with_no_name(self):
"""Ensure merging name with missing name."""
from sosbeacon.event.student_marker import StudentMarker
left = StudentMarker(name="joe")
right = StudentMarker()
left.merge(right)
self.assertEqual("joe", left.name)
def test_merge_no_name(self):
"""Ensure merging without name."""
from sosbeacon.event.student_marker import StudentMarker
left = StudentMarker()
right = StudentMarker()
left.merge(right)
self.assertFalse(left.name)
def test_merge_different_names(self):
"""Ensure merging with different name."""
from sosbeacon.event.student_marker import StudentMarker
left = StudentMarker(name="billy")
right = StudentMarker(name="joe")
left.merge(right)
self.assertEqual("billy", left.name)
def test_merge_contacts_into_ack_info(self):
"""Ensure merging contact list into ack info works."""
from sosbeacon.event.student_marker import StudentMarker
from sosbeacon.event.student_marker import _build_contact_map
contacts = _build_contact_map([{
'name':
'Sam Smith',
'methods': [{
'value': '123432'
}, {
'value': '*****@*****.**'
}]
}, {
'name':
'Josh Jones',
'methods': [{
'value': '443241'
}, {
'value': '*****@*****.**'
}]
}, {
'name':
'Betty Boop',
'methods': [{
'value': '321133'
}, {
'value': '*****@*****.**'
}]
}])
acked_contact = _build_contact_map([{
'name':
'Sam Smith',
'methods': [{
'value': '123432'
}, {
'value': '*****@*****.**'
}],
'acked':
True,
'acked_at':
1234231,
'sent':
232311,
}])
left = StudentMarker(contacts=copy.deepcopy(acked_contact))
right = StudentMarker(contacts=copy.deepcopy(contacts))
left.merge(right)
contacts.update(acked_contact)
self.assertEqual(contacts, left.contacts)
self.assertEqual(True, left.acknowledged)
self.assertEqual(1234231, left.acknowledged_at)
def test_merge_broadcast(self):
"""Ensure merging broadcast markers."""
from datetime import datetime
from sosbeacon.event.student_marker import StudentMarker
broadcasted = datetime.now()
left = StudentMarker(last_broadcast=broadcasted)
right = StudentMarker(last_broadcast=broadcasted)
left.merge(right)
self.assertEqual(broadcasted, left.last_broadcast)
def test_merge_broadcast(self):
"""Ensure merging broadcast markers."""
from datetime import datetime
from sosbeacon.event.student_marker import StudentMarker
broadcasted = datetime.now()
left = StudentMarker(last_broadcast=broadcasted)
right = StudentMarker(last_broadcast=broadcasted)
left.merge(right)
self.assertEqual(broadcasted, left.last_broadcast)
def test_merge_broadcast_with_older(self):
"""Ensure merging more recently broadcast marker with older marker."""
from datetime import datetime, timedelta
from sosbeacon.event.student_marker import StudentMarker
broadcasted = datetime.now()
prior_broadcasted = datetime.now() + timedelta(minutes=-5)
left = StudentMarker(last_broadcast=broadcasted)
right = StudentMarker(last_broadcast=prior_broadcasted)
left.merge(right)
self.assertEqual(broadcasted, left.last_broadcast)
def test_merge_broadcast_with_older(self):
"""Ensure merging more recently broadcast marker with older marker."""
from datetime import datetime, timedelta
from sosbeacon.event.student_marker import StudentMarker
broadcasted = datetime.now()
prior_broadcasted = datetime.now() + timedelta(minutes=-5)
left = StudentMarker(last_broadcast=broadcasted)
right = StudentMarker(last_broadcast=prior_broadcasted)
left.merge(right)
self.assertEqual(broadcasted, left.last_broadcast)
def test_merge_overlapping_contacts(self):
"""Ensure merging overlapping contacts."""
from sosbeacon.event.student_marker import StudentMarker
from sosbeacon.event.student_marker import _build_contact_map
contacts = _build_contact_map([{
'name':
'Sam Smith',
'methods': [{
'value': '123432'
}, {
'value': '*****@*****.**'
}]
}, {
'name':
'Josh Jones',
'methods': [{
'value': '443241'
}, {
'value': '*****@*****.**'
}]
}, {
'name':
'Betty Boop',
'methods': [{
'value': '321133'
}, {
'value': '*****@*****.**'
}]
}])
left = StudentMarker(contacts=copy.deepcopy(contacts))
right = StudentMarker(contacts=copy.deepcopy(contacts))
left.merge(right)
for contact in contacts.values():
contact['acked'] = None
contact['acked_at'] = None
contact['sent'] = None
self.assertEqual(contacts, left.contacts)
def test_merge_contacts_into_ack_info(self):
"""Ensure merging contact list into ack info works."""
from sosbeacon.event.student_marker import StudentMarker
from sosbeacon.event.student_marker import _build_contact_map
contacts = _build_contact_map([
{
'name': 'Sam Smith',
'methods': [{'value': '123432'}, {'value': '*****@*****.**'}]
},
{
'name': 'Josh Jones',
'methods': [{'value': '443241'}, {'value': '*****@*****.**'}]
},
{
'name': 'Betty Boop',
'methods': [{'value': '321133'}, {'value': '*****@*****.**'}]
}
])
acked_contact = _build_contact_map([
{
'name': 'Sam Smith',
'methods': [{'value': '123432'}, {'value': '*****@*****.**'}],
'acked': True,
'acked_at': 1234231,
'sent': 232311,
}
])
left = StudentMarker(contacts=copy.deepcopy(acked_contact))
right = StudentMarker(contacts=copy.deepcopy(contacts))
left.merge(right)
contacts.update(acked_contact)
self.assertEqual(contacts, left.contacts)
self.assertEqual(True, left.acknowledged)
self.assertEqual(1234231, left.acknowledged_at)
def get(self, event_id, number, *args, **kwargs):
import sendgrid
import settings
from datetime import datetime
from sosbeacon.event.message import Message
from sosbeacon.event.student_marker import StudentMarker
session_store = sessions.get_store()
session = session_store.get_session()
user_urlsafe = session.get('u')
user_key = ndb.Key(urlsafe = user_urlsafe).get()
event_key = ndb.Key(urlsafe = event_id)
query_messages = Message.query(Message.event == event_key).fetch()
body = ""
for i in number:
# list comment message
if i == "1":
list_comment = Message.query(Message.event == event_key,
Message.message_type == 'c')
title = "Responder messages"
body += str(self.responder_messages(user_key, title, list_comment))
# list student marker Responders
if i == "2":
query_response = StudentMarker.query(StudentMarker.event == event_key,
StudentMarker.is_direct == True,
StudentMarker.acknowledged == True)
student_markers = query_response.fetch()
title = "Responder List"
body += str(self.email_student_marker(student_markers, title))
# list student marker Non Responders
if i == "3":
query_response = StudentMarker.query(StudentMarker.event == event_key,
StudentMarker.acknowledged == False, StudentMarker.is_direct == True)
student_markers = query_response.fetch()
title = "No Responder List"
body += str(self.email_student_marker(student_markers, title))
# list message email
if i == "4":
title = "Alert Messages"
body += str(self.email_broadcast_message(user_key, title, query_messages))
today = datetime.today()
today = today.strftime('%Y-%m-%d %H:%M')
subject = "Download data sent from SOSbeacon Message Center %s" % today
email = user_key.email
s = sendgrid.Sendgrid(settings.SENDGRID_ACCOUNT,
settings.SENDGRID_PASSWORD,
secure=True)
message = sendgrid.Message(
settings.SENDGRID_SENDER,
subject,
body, body)
message.add_to(str(email))
try:
s.web.send(message)
except:
error = "Can not download email."
create_error_log(error, 'ERR')
def get(self, event_id, number, *args, **kwargs):
import sendgrid
import settings
from datetime import datetime
from sosbeacon.event.message import Message
from sosbeacon.event.student_marker import StudentMarker
session_store = sessions.get_store()
session = session_store.get_session()
user_urlsafe = session.get('u')
user_key = ndb.Key(urlsafe=user_urlsafe).get()
event_key = ndb.Key(urlsafe=event_id)
query_messages = Message.query(Message.event == event_key).fetch()
body = ""
for i in number:
# list comment message
if i == "1":
list_comment = Message.query(Message.event == event_key,
Message.message_type == 'c')
title = "Responder messages"
body += str(
self.responder_messages(user_key, title, list_comment))
# list student marker Responders
if i == "2":
query_response = StudentMarker.query(
StudentMarker.event == event_key,
StudentMarker.is_direct == True,
StudentMarker.acknowledged == True)
student_markers = query_response.fetch()
title = "Responder List"
body += str(self.email_student_marker(student_markers, title))
# list student marker Non Responders
if i == "3":
query_response = StudentMarker.query(
StudentMarker.event == event_key,
StudentMarker.acknowledged == False,
StudentMarker.is_direct == True)
student_markers = query_response.fetch()
title = "No Responder List"
body += str(self.email_student_marker(student_markers, title))
# list message email
if i == "4":
title = "Alert Messages"
body += str(
self.email_broadcast_message(user_key, title,
query_messages))
today = datetime.today()
today = today.strftime('%Y-%m-%d %H:%M')
subject = "Download data sent from SOSbeacon Message Center %s" % today
email = user_key.email
s = sendgrid.Sendgrid(settings.SENDGRID_ACCOUNT,
settings.SENDGRID_PASSWORD,
secure=True)
message = sendgrid.Message(settings.SENDGRID_SENDER, subject, body,
body)
message.add_to(str(email))
try:
s.web.send(message)
except:
error = "Can not download email."
create_error_log(error, 'ERR')
