def filter_out_timeslots_with_existing_bookings(available_timeslots, provider,
request_timeslot):
'''
Remove provider's booking from the list of available timeslots for the day of the request
'''
day_start = datetime.combine(request_timeslot.start.date(), time(0, 0, 0))
day_end = datetime.combine(request_timeslot.start.date(), time(23, 59, 59))
#
request_day_confirmed_bookings = Booking.query(
Booking.provider == provider.key, Booking.datetime > day_start,
Booking.datetime < day_end).fetch()
logging.debug('bookings for today: %s' % request_day_confirmed_bookings)
# Hack, bookings are considered to be 1 hour long
# TODO Add end_datetime in Booking to generalize this
booking_datetimes = map(lambda b: b.datetime,
request_day_confirmed_bookings)
booking_timeslots = map(create_one_hour_timeslot, booking_datetimes)
logging.debug("booking timeslots: %s" % booking_timeslots)
# filter out previous booking engagements
logging.debug("available_timeslots: %s" % available_timeslots)
available_timeslots_without_conflicts = filter(
lambda a: a not in booking_timeslots, available_timeslots)
logging.debug("conflicts removed: %s" %
available_timeslots_without_conflicts)
return available_timeslots_without_conflicts
def test_find_providers_perfect_and_imperfect(self):
providers = create_test_providers()
logging.info("providers: %s" % providers)
self.assertEqual(len(providers), Provider.query().count())
# create booking request
next_monday_at_9 = testutil.create_datetime_from_weekday_and_hour(
testutil.MONDAY, 15)
booking_request = Booking(request_category='physiotherapy',
request_location='mtl-downtown',
request_datetime=next_monday_at_9)
booking_responses = db_search.provider_search(booking_request)
logging.info('Booking Respones:')
for br in booking_responses:
logging.info('providers %s on %s at %s' %
(br.provider.email, br.timeslot.start.date(),
br.timeslot.start.time()))
# 2 responses
self.assertEqual(2, len(booking_responses))
# first provider is perfet match
br1 = booking_responses[0]
self.assertTrue(br1.is_perfect_match(booking_request))
# second provider is not perfect match
br2 = booking_responses[1]
self.assertFalse(br2.is_perfect_match(booking_request))
# assert top provider is p2
self.assertEqual(providers[2][0], booking_responses[0].provider.key)
def test_find_providers_no_matches_wrong_category(self):
providers = create_test_providers()
# create booking request - Saturday at 10 PM
sat_at_10 = testutil.create_datetime_from_weekday_and_hour(5, 22)
booking_request = Booking(request_category='osteopath',
request_location='mtl-downtown',
request_datetime=sat_at_10)
booking_responses = db_search.provider_search(booking_request)
logging.info('Booking Respones:')
# assert top provider is p2
self.assertEqual(0, len(booking_responses))
def check_activation_email_patient(self):
'''
1) receive confirmation email
2) clicks profile activation link
3) sets a password
'''
# check email
messages = self.mail_stub.get_sent_messages(to=self._TEST_PATIENT_EMAIL)
self.assertEqual(1, len(messages))
m = messages[0]
patient = Patient.query(Patient.email == self._TEST_PATIENT_EMAIL).get()
booking = Booking.query(Booking.patient == patient.key).get()
self.assertEqual(m.subject, 'Rendez-vous Veosan - %s' % 'Ostéopathe')
# assert that activation link is in the email body
user = User.query(User.key == patient.user).get()
self.assertTrue('http://localhost/user/activation/%s' % user.signup_token in m.body.payload)
# click link in email
activation_response = self.testapp.get('/user/activation/%s' % str(user.signup_token))
# choose a password
activation_response.mustcontain('Votre rendez-vous est confirmé')
activation_response.mustcontain("Fantastic Fox")
booking = Booking.query(Booking.patient == patient.key).get()
activation_response_form = activation_response.forms[0]
activation_response_form['password'] = self._TEST_PATIENT_PASSWORD
activation_response_form['password_confirm'] = self._TEST_PATIENT_PASSWORD
booking_confirm_page = activation_response_form.submit()
# patient email in navbar
booking_confirm_page.mustcontain(self._TEST_PATIENT_EMAIL)
# Title check
booking_confirm_page.mustcontain('You new appointment is confirmed!')
def test_find_providers_all_imperfect_matches(self):
providers = create_test_providers()
# create booking request - Saturday at 10 PM
sat_at_10 = testutil.create_datetime_from_weekday_and_hour(
testutil.MONDAY, 22)
booking_request = Booking(request_category='physiotherapy',
request_location='mtl-downtown',
request_datetime=sat_at_10)
booking_responses = db_search.provider_search(booking_request)
logging.info('Booking Respones:')
for br in booking_responses:
logging.info('providers %s on %s at %s' %
(br.provider.email, br.timeslot.start.date(),
br.timeslot.start.time()))
for br in booking_responses:
self.assertFalse(br.is_perfect_match(booking_request))
# assert top provider is p2
self.assertEqual(providers[1][0], booking_responses[0].provider.key)
def filter_out_timeslots_with_existing_bookings(available_timeslots, provider, request_timeslot):
'''
Remove provider's booking from the list of available timeslots for the day of the request
'''
day_start = datetime.combine(request_timeslot.start.date(), time(0, 0, 0))
day_end = datetime.combine(request_timeslot.start.date(), time(23, 59, 59))
#
request_day_confirmed_bookings = Booking.query(Booking.provider==provider.key, Booking.datetime > day_start, Booking.datetime < day_end).fetch()
logging.debug('bookings for today: %s' % request_day_confirmed_bookings)
# Hack, bookings are considered to be 1 hour long
# TODO Add end_datetime in Booking to generalize this
booking_datetimes = map(lambda b: b.datetime, request_day_confirmed_bookings)
booking_timeslots = map(create_one_hour_timeslot, booking_datetimes)
logging.debug("booking timeslots: %s" % booking_timeslots)
# filter out previous booking engagements
logging.debug("available_timeslots: %s" % available_timeslots)
available_timeslots_without_conflicts = filter(lambda a: a not in booking_timeslots, available_timeslots)
logging.debug("conflicts removed: %s" % available_timeslots_without_conflicts)
return available_timeslots_without_conflicts
def testFindBestProviderForBooking(self):
testCategory = u'physiotherapy'
testLocation = u'montreal-west'
# create provider
p = Provider()
p.terms_agreement = True
p.status = 'client_enabled'
p.first_name = 'Best-Test'
p.last_name = 'Phys-Io'
p.category = testCategory
p.location = testLocation
p.vanity_url = 'physio_guy'
pkey = p.put()
# add a provider's schedule (Thursday Morning)
s = Schedule()
s.day = 'thursday'
s.start_time = 8
s.end_time = 12
s.provider = p.key
s.put()
# create provider with no schedule
p = Provider()
p.first_name = 'NoSchedule'
p.last_name = 'Phys-Io'
p.category = testCategory
p.location = testLocation
pkey2 = p.put()
# 2 providers in db
self.assertEqual(2,
Provider.query().count(), '2 providers in datastore')
# create booking
b = Booking()
b.request_category = testCategory
b.request_location = testLocation
b.request_datetime = datetime.strptime('2012-04-26 10', '%Y-%m-%d %H')
b.put()
# test the matching
brs = db_search.provider_search(b)
logging.info('best provider:' + str(brs))
# assert
self.assertIsNotNone(brs, 'provider should not be None')
self.assertEqual(pkey, brs[0].provider.key,
'provider keys should be equal')
def testFindBestProviderForBooking(self):
testCategory = u'physiotherapy'
testLocation = u'montreal-west'
# create provider
p = Provider()
p.terms_agreement=True
p.status = 'client_enabled'
p.first_name = 'Best-Test'
p.last_name = 'Phys-Io'
p.category = testCategory
p.location = testLocation
p.vanity_url = 'physio_guy'
pkey = p.put()
# add a provider's schedule (Thursday Morning)
s = Schedule()
s.day = 'thursday'
s.start_time = 8
s.end_time = 12
s.provider = p.key
s.put()
# create provider with no schedule
p = Provider()
p.first_name = 'NoSchedule'
p.last_name = 'Phys-Io'
p.category = testCategory
p.location = testLocation
pkey2 = p.put()
# 2 providers in db
self.assertEqual(2, Provider.query().count(), '2 providers in datastore')
# create booking
b = Booking()
b.request_category = testCategory
b.request_location = testLocation
b.request_datetime = datetime.strptime('2012-04-26 10', '%Y-%m-%d %H')
b.put();
# test the matching
brs = db_search.provider_search(b)
logging.info('best provider:' + str(brs))
# assert
self.assertIsNotNone(brs, 'provider should not be None')
self.assertEqual(pkey, brs[0].provider.key, 'provider keys should be equal')
def post(self, vanity_url=None):
'''
Booking process from public profile
'''
appointment_details_form = None
provider = db.get_provider_from_vanity_url(vanity_url)
user = self.get_current_user()
if user:
appointment_details_form = AppointmentDetailsForLoggedInUser(
).get_form(self.request.POST, provider=provider)
else:
appointment_details_form = AppointmentDetails().get_form(
self.request.POST, provider=provider)
provider = db.get_provider_from_vanity_url(vanity_url)
if appointment_details_form.validate():
# create the booking object
booking = Booking()
booking.provider = provider.key
booking.booking_source = 'profile'
booking_date = appointment_details_form['booking_date'].data
booking_time = appointment_details_form['booking_time'].data
booking.datetime = to_utc(
datetime.strptime(booking_date + " " + booking_time,
'%Y-%m-%d %H:%M'))
booking.comments = appointment_details_form['comments'].data
schedule = db.get_schedule_for_date_time(provider, booking_date,
booking_time)
booking.schedule = schedule.key
if appointment_details_form.__contains__('service'):
service_key_from_form = appointment_details_form[
'service'].data
if service_key_from_form:
service_key = ndb.Key(urlsafe=service_key_from_form)
provider_service = service_key.get()
if provider_service:
booking.service = service_key
if user:
# user is logged in, is this a patient?
existing_patient = db.get_patient_from_user(user)
if existing_patient:
booking.patient = existing_patient.key
else:
self.link_user_to_new_patient(appointment_details_form,
user, booking)
# confirm the booking since it is a "known" user
booking.confirmed = True
booking.email_sent_to_patient = False
booking.email_sent_to_provider = False
# save booking
booking.put()
# already logged in so go directly to bookings list
self.redirect('/patient/bookings/' + booking.patient.urlsafe())
# mail it to the patient
mail.email_booking_to_patient(self, booking)
# mail it to the provider
mail.email_booking_to_provider(self, booking)
else:
# no user is logged in, check if the email address exists, this means they just didn't log in
email = appointment_details_form['email'].data
existing_user = db.get_user_from_email(email)
if existing_user:
existing_patient = db.get_patient_from_user(existing_user)
if existing_patient:
# email is in datastore, but not logged in
# link booking to existing patient
booking.patient = existing_patient.key
booking.put()
else:
self.link_user_to_new_patient(appointment_details_form,
user, booking)
# confirm the booking since it is a "known" user
booking.confirmed = True
booking.email_sent_to_patient = False
booking.email_sent_to_provider = False
# save booking
booking.put()
# get the user to login
key = booking.key.urlsafe()
self.redirect('/login/booking/' + key)
else:
# no patient, no user. get them to fill a profile in the form
booking.put()
patient_form = RegistrationDetailsForNewPatient().get_form(
)
patient_form['terms_agreement'].data = True
patient_form['booking_date'].data = booking_date
patient_form['booking_time'].data = booking_time
patient_form['booking_key'].data = booking.key.urlsafe()
patient_form['email'].data = email
self.render_template(
'provider/public/booking_new_patient.html',
provider=provider,
patient_form=patient_form)
logging.info('Created booking from public profile: %s' % booking)
else:
self.render_template('provider/public/booking_details.html',
provider=provider,
booking_form=appointment_details_form)
def get_bookings_for_patient(patient):
return Booking.query(Booking.patient == patient.key).fetch()
def fetch_bookings():
return Booking.query().order(-Booking.created_on)
def get_bookings_for_patient(patient):
return Booking.query(Booking.patient == patient.key).fetch()
def fetch_bookings():
return Booking.query().order(-Booking.created_on)
def post(self, vanity_url=None):
'''
Booking process from public profile
'''
appointment_details_form = None
provider = db.get_provider_from_vanity_url(vanity_url)
user = self.get_current_user()
if user:
appointment_details_form = AppointmentDetailsForLoggedInUser().get_form(self.request.POST, provider=provider)
else:
appointment_details_form = AppointmentDetails().get_form(self.request.POST, provider=provider)
provider = db.get_provider_from_vanity_url(vanity_url)
if appointment_details_form.validate():
# create the booking object
booking = Booking()
booking.provider = provider.key
booking.booking_source = 'profile'
booking_date = appointment_details_form['booking_date'].data
booking_time = appointment_details_form['booking_time'].data
booking.datetime = to_utc(datetime.strptime(booking_date + " " + booking_time, '%Y-%m-%d %H:%M'))
booking.comments = appointment_details_form['comments'].data
schedule = db.get_schedule_for_date_time(provider, booking_date, booking_time)
booking.schedule = schedule.key
if appointment_details_form.__contains__('service'):
service_key_from_form = appointment_details_form['service'].data
if service_key_from_form:
service_key = ndb.Key(urlsafe=service_key_from_form)
provider_service = service_key.get()
if provider_service:
booking.service = service_key
if user:
# user is logged in, is this a patient?
existing_patient = db.get_patient_from_user(user)
if existing_patient:
booking.patient = existing_patient.key
else:
self.link_user_to_new_patient(appointment_details_form, user, booking)
# confirm the booking since it is a "known" user
booking.confirmed = True
booking.email_sent_to_patient = False
booking.email_sent_to_provider = False
# save booking
booking.put()
# already logged in so go directly to bookings list
self.redirect('/patient/bookings/' + booking.patient.urlsafe())
# mail it to the patient
mail.email_booking_to_patient(self, booking)
# mail it to the provider
mail.email_booking_to_provider(self, booking)
else:
# no user is logged in, check if the email address exists, this means they just didn't log in
email = appointment_details_form['email'].data
existing_user = db.get_user_from_email(email)
if existing_user:
existing_patient = db.get_patient_from_user(existing_user)
if existing_patient:
# email is in datastore, but not logged in
# link booking to existing patient
booking.patient = existing_patient.key
booking.put()
else:
self.link_user_to_new_patient(appointment_details_form, user, booking)
# confirm the booking since it is a "known" user
booking.confirmed = True
booking.email_sent_to_patient = False
booking.email_sent_to_provider = False
# save booking
booking.put()
# get the user to login
key = booking.key.urlsafe()
self.redirect('/login/booking/' + key)
else:
# no patient, no user. get them to fill a profile in the form
booking.put()
patient_form = RegistrationDetailsForNewPatient().get_form()
patient_form['terms_agreement'].data = True
patient_form['booking_date'].data = booking_date
patient_form['booking_time'].data = booking_time
patient_form['booking_key'].data = booking.key.urlsafe()
patient_form['email'].data = email
self.render_template('provider/public/booking_new_patient.html', provider=provider, patient_form=patient_form)
logging.info('Created booking from public profile: %s' % booking)
else:
self.render_template('provider/public/booking_details.html', provider=provider, booking_form=appointment_details_form)
