def test_retrieving_largest_donation(self):
largest_donation_identifier = 'largest_donation'
updated_values = {
'identifier': largest_donation_identifier,
'title': 'Largest Donation Test Event'
}
largest_donation_test_configuration = get_test_event_configuration(updated_values=updated_values)
# Register the event
private_api_calls.register_event(event_configuration=largest_donation_test_configuration)
# Add a number of donations
donation_count = 5
for i in range(1, donation_count):
donation = Donation(
amount=i,
event_identifier=largest_donation_identifier,
timestamp=i)
private_api_calls.register_donation(donation=donation)
# add a large one then a small one
donation = Donation(
amount=500,
event_identifier=largest_donation_identifier,
timestamp=500)
private_api_calls.register_donation(donation=donation)
donation = Donation(
amount=200,
event_identifier=largest_donation_identifier,
timestamp=200)
private_api_calls.register_donation(donation=donation)
# retrieve the largest donation
largest = private_api_calls.get_latest_event_donation(event_identifier=largest_donation_identifier)
assert isinstance(largest, Donation)
assert 500 == largest.amount
assert 500 == largest.timestamp
def get_event_donations(self,
event_identifier,
time_bounds=(),
limit=None):
self.__validate_event_identifier(event_identifier=event_identifier)
params_added = False
# TODO: Rewrite to properly use query parameters built into requests instead of manually concatenating
url = self._base_api_url + 'event/{}/donations/'.format(
event_identifier)
if len(time_bounds) == 2:
lower_bound, upper_bound = time_bounds[0], time_bounds[1]
if not isinstance(lower_bound, int) or not isinstance(
upper_bound, int):
raise IllegalArgumentException(
'Time bounds must be a tuple of 2 integers')
url += '?lower={}&upper={}'.format(lower_bound, upper_bound)
params_added = True
if limit is not None:
if limit <= 0:
raise IllegalArgumentException('Limit must be 1 or more')
url += '&' if params_added else '?'
url += 'limit={}'.format(limit)
params_added = True
response = UrlCall(url=url, timeout=self._timeout).get()
decoded_content = response.content.decode('utf-8')
converted_content = json.loads(decoded_content)['donations']
if isinstance(converted_content, list):
donations = [
Donation.from_json(donation) for donation in converted_content
]
else:
donations = Donation.from_json(converted_content)
return donations
def test_retrieving_limited_number_of_valid_donations(self):
test_identifier = 'limited_donation_listing_test'
updated_values = {
'identifier': test_identifier,
'title': 'Donation Limited Listing Test Event'
}
test_config = get_test_event_configuration(updated_values=updated_values)
# Register the event
private_api_calls.register_event(event_configuration=test_config)
# Add a few donations
donation_count = 10
values = range(1, donation_count + 1)
for i in values:
donation = Donation(
amount=i,
event_identifier=test_identifier,
timestamp=i)
private_api_calls.register_donation(donation=donation)
# Retrieve the stored donations and confirm they are correct
test_limit = 3
donations = private_api_calls.get_event_donations(event_identifier=test_identifier, limit=test_limit)
assert test_limit == len(donations)
for i in range(0, test_limit):
donation = donations[i]
assert isinstance(donation, Donation)
assert values[-1] - i == donation.amount
assert values[-1] - i == donation.timestamp
assert test_identifier == donation.event_identifier
def test_retrieving_valid_time_filtered_donations(self):
filtered_donations_identifier = 'filtered_donation_listing_test'
updated_values = {
'identifier': filtered_donations_identifier,
'title': 'Filtered Donation Listing Test Event'
}
donation_listing_test_configuration = get_test_event_configuration(updated_values=updated_values)
# Register the event
private_api_calls.register_event(event_configuration=donation_listing_test_configuration)
# Add a few donations
donation_count = 7
for i in range(1, donation_count):
donation = Donation(
amount=i,
event_identifier=filtered_donations_identifier,
timestamp=i)
private_api_calls.register_donation(donation=donation)
# Retrieve the stored donations and confirm they are correct
lower_bound = 3
upper_bound = 5
expected_donation_count = upper_bound - lower_bound + 1
donations = private_api_calls.get_event_donations(
event_identifier=filtered_donations_identifier,
time_bounds=(3, 5))
assert expected_donation_count == 3
for donation in donations:
assert isinstance(donation, Donation)
assert donation.amount == donation.timestamp
def submit_api_donation(amount, donor, notes):
donation = Donation(amount=amount,
event_identifier=test_event_identifier,
donor_name=donor,
notes=notes)
private_api_calls.register_donation(donation=donation)
sleep(1)
def register_donations(db_path, event_configuration, donation_count,
donation_amount):
# TODO: Refactor this!
randomise_donations = False
if donation_amount is None:
randomise_donations = True
print('Recording donations')
donations_repository = DonationSQLiteRepository(db_path=db_path)
shifting_time = start_time + 5
fake = Faker()
print('Adding {} donations'.format(donation_count))
total = 0
for i in tqdm(range(0, donation_count)):
shifting_time += random.randint(5, 60)
donor_name = fake.name()
if randomise_donations:
donation_amount = round(random.uniform(1.0, 100.0), 2)
total += donation_amount
donation = Donation(amount=donation_amount,
timestamp=shifting_time,
event_identifier=event_configuration.identifier,
external_reference='N/A',
notes='N/A',
donor_name=donor_name)
donations_repository.record_donation(donation=donation)
# set the total
print('Setting total to: {}'.format(total))
events_repository = EventSQLiteRepository(db_path=db_path)
events_repository.update_event_current_amount(identifier='test',
current_amount=round(
total, 2))
def test_incorrect_values_throws_exception(self, amount, timestamp,
event_identifier,
internal_reference):
with pytest.raises(InvalidDonationException):
Donation(amount=amount,
event_identifier=event_identifier,
timestamp=timestamp,
internal_reference=internal_reference)
def get_latest_event_donation(self, event_identifier):
self.__validate_event_identifier(event_identifier=event_identifier)
url = self._base_api_url + 'event/{}/donations/largest'.format(
event_identifier)
response = UrlCall(url=url, timeout=self._timeout).get()
decoded_content = response.content.decode('utf-8')
converted_content = json.loads(decoded_content)
return Donation.from_dict(converted_content)
def test_conversion_from_valid_json(self):
donation_json = json.dumps(self.test_donation_dict)
donation = Donation.from_json(donation_json=donation_json)
assert test_donation.amount == donation.amount
assert test_donation.event_identifier == donation.event_identifier
assert test_donation.timestamp == donation.timestamp
assert test_donation.internal_reference == donation.internal_reference
assert test_donation.notes == donation.notes
assert test_donation.validity == donation.validity
def test_conversion_from_valid_dict(self):
donation = Donation.from_dict(self.test_donation_dict)
assert test_donation.amount == donation.amount
assert test_donation.event_identifier == donation.event_identifier
assert test_donation.timestamp == donation.timestamp
assert test_donation.internal_reference == donation.internal_reference
assert test_donation.external_reference == donation.external_reference
assert test_donation.donor_name == donation.donor_name
assert test_donation.notes == donation.notes
assert test_donation.validity == donation.validity
def _convert_to_donation(self, donation):
# /Date(1505495742000+0000)/
return Donation(
amount=donation['amount'],
event_identifier=self._event_identifier,
timestamp=int(
donation['donationDate'].split('(')[1].split('+')[0]) // 1000,
external_reference=str(donation['id']),
donor_name=donation['donorDisplayName'],
notes=donation['message'])
def __convert_row_to_donation(row):
donation = Donation(amount=row[1],
event_identifier=row[2],
timestamp=row[3],
internal_reference=row[4],
external_reference=row[5],
donor_name=row[6],
notes=row[7],
valid=row[8])
return donation
def __convert_to_donation(self, donation):
# 2014-09-17 16:06:21 -0400
return Donation(
amount=donation['amount'],
event_identifier=self._event_identifier,
timestamp=time.mktime(parser.parse(donation['created']).timetuple()),
external_reference=str(donation['id']),
donor_name=donation['name'],
notes=donation['comment']
)
def test_registering_fully_defined_valid_donation(self):
donation = Donation(
amount=-30,
event_identifier=test_event_identifier,
timestamp=123,
internal_reference='foobar',
external_reference='wat',
donor_name='some guy',
notes='she sells sea shells on the sea shore',
valid=False
)
response = private_api_calls.register_donation(donation=donation)
assert True is response
def test_retrieving_donation_count(self):
donation_count_identifier = 'donation_count'
updated_values = {
'identifier': donation_count_identifier,
'title': 'Donation Count Test Event'
}
donation_count_test_configuration = get_test_event_configuration(updated_values=updated_values)
# Register the event
private_api_calls.register_event(event_configuration=donation_count_test_configuration)
# Add a number of donations
donation_count = 5
for i in range(1, donation_count + 1):
donation = Donation(
amount=i,
event_identifier=donation_count_identifier,
timestamp=i)
private_api_calls.register_donation(donation=donation)
# retrieve the donation count
count = private_api_calls.get_donation_count(event_identifier=donation_count_identifier)
assert donation_count == count
def test_retrieving_last_donation_only(self):
last_donation_identifier = 'last_donation_only'
updated_values = {
'identifier': last_donation_identifier,
'title': 'Last Donation Only Test Event'
}
last_donation_test_configuration = get_test_event_configuration(updated_values=updated_values)
# Register the event
private_api_calls.register_event(event_configuration=last_donation_test_configuration)
# Add a number of donations
donation_count = 5
for i in range(1, donation_count):
donation = Donation(
amount=i,
event_identifier=last_donation_identifier,
timestamp=i)
private_api_calls.register_donation(donation=donation)
# retrieve the last donation only
last_donation = private_api_calls.get_last_event_donation(event_identifier=last_donation_identifier)
assert isinstance(last_donation, Donation)
assert (donation_count - 1) == last_donation.amount
assert (donation_count - 1) == last_donation.timestamp
def test_retrieving_donation_distribution(self):
distribution_identifier = 'donation_distribution'
updated_values = {
'identifier': distribution_identifier,
'title': 'Donation Distribution Test Event'
}
config = get_test_event_configuration(updated_values=updated_values)
private_api_calls.register_event(event_configuration=config)
donation_values = (0.1, 2, 5, 9.9, 10, 11, 15, 19.9, 20, 45, 55.5, 205.34)
expected_counts = (4, 4, 2, 1, 0, 1)
assert len(donation_values) == sum(expected_counts)
for i in range(0, len(donation_values)):
donation = Donation(
amount=donation_values[i],
event_identifier=distribution_identifier,
timestamp=i
)
private_api_calls.register_donation(donation=donation)
distribution = private_api_calls.get_donation_distribution(event_identifier=distribution_identifier)
assert 6 == len(expected_counts)
for i in range(0, len(expected_counts)):
assert expected_counts[i] == distribution[i]
def record_donation():
success = False
message = 'Donation successfully added'
received_data = {}
try:
received_data = request.form.to_dict()
new_donation = Donation.from_dict(received_data)
get_donations_repository().record_donation(new_donation)
success = True
except InvalidRepositoryQueryException as e:
message = 'Donation Repository Error: {}'.format(e)
except InvalidDonationException as e:
message = 'Donation was invalid: {}'.format(e)
print('Error: {} Data: {}'.format(e, received_data))
except Exception as e:
message = 'Unknown exception: {}'.format(e)
return jsonify(
{
'received': success,
'message': message
}
)
def test_retrieving_valid_donations(self):
donation_listing_test_identifier = 'donation_listing_test'
updated_values = {
'identifier': donation_listing_test_identifier,
'title': 'Donation Listing Test Event'
}
donation_listing_test_configuration = get_test_event_configuration(updated_values=updated_values)
# Register the event
private_api_calls.register_event(event_configuration=donation_listing_test_configuration)
# Add a few donations
donation_count = 3
for i in range(1, donation_count + 1):
donation = Donation(
amount=i,
event_identifier=donation_listing_test_identifier,
timestamp=i)
private_api_calls.register_donation(donation=donation)
# Retrieve the stored donations and confirm they are correct
donations = private_api_calls.get_event_donations(event_identifier=donation_listing_test_identifier)
assert donation_count == len(donations)
for donation in donations:
assert isinstance(donation, Donation)
assert donation.amount == donation.timestamp
def test_retrieving_donation_average(self):
average_donation_identifier = 'donation_average'
updated_values = {
'identifier': average_donation_identifier,
'title': 'Average Donation Test Event'
}
average_donation_test_configuration = get_test_event_configuration(updated_values=updated_values)
# Registration
private_api_calls.register_event(event_configuration=average_donation_test_configuration)
# Add donations
donation_count = 10
for i in range(1, donation_count + 1):
donation = Donation(
amount=i,
event_identifier=average_donation_identifier,
timestamp=i
)
private_api_calls.register_donation(donation=donation)
# retrieve average donation count
average_donation_amount = private_api_calls.get_average_donation_amount(
event_identifier=average_donation_identifier
)
expected_average = 5.5
assert expected_average == average_donation_amount
import pytest
import time
from charitybot2.models.donation import Donation, InvalidDonationException
test_donation_amount = 50
test_donation_event_identifier = 'event_identifier'
test_donation_timestamp = 999999
test_donation_internal_reference = 'internal_reference'
test_donation_external_reference = 'external_reference'
test_donation_notes = 'Automated'
test_donation_donor_name = 'donor'
test_donation = Donation(amount=test_donation_amount,
event_identifier=test_donation_event_identifier,
timestamp=test_donation_timestamp,
internal_reference=test_donation_internal_reference,
external_reference=test_donation_external_reference,
donor_name=test_donation_donor_name,
notes=test_donation_notes)
class TestDonationInstantiation:
@pytest.mark.parametrize(
'expected,actual',
[(test_donation_amount, test_donation.amount),
(test_donation_event_identifier, test_donation.event_identifier),
(test_donation_timestamp, test_donation.timestamp),
(test_donation_internal_reference, test_donation.internal_reference),
(test_donation_external_reference, test_donation.external_reference),
(test_donation_donor_name, test_donation.donor_name),
(test_donation_notes, test_donation.notes),
def test_registering_valid_donation(self):
donation = Donation(amount=50, event_identifier=test_event_identifier)
response = private_api_calls.register_donation(donation=donation)
assert True is response
def test_passing_amount_string_with_commas_parses_properly(self, amount):
donation = Donation(amount=amount, event_identifier='event')
assert 12345.67 == donation.amount
def test_conversion_from_invalid_json_throws_exception(
self, donation_json):
with pytest.raises(InvalidDonationException):
donation = Donation.from_json(donation_json=donation_json)
def setup_test_donations(repository):
donations = []
for i in test_range:
donations.append(Donation(amount=i, event_identifier='event', timestamp=i))
for donation in donations:
repository.record_donation(donation=donation)
def test_two_donations_have_different_internal_references(self):
donation_one = Donation(amount=1, event_identifier='event')
donation_two = Donation(amount=2, event_identifier='event')
assert not donation_one.internal_reference == donation_two.internal_reference
def test_total_is_updated_when_registering_donation(self):
amount_increment = 1.5
donation = Donation(amount=amount_increment, timestamp=500, event_identifier=test_event_identifier)
private_api_calls.register_donation(donation=donation)
new_total = private_api_calls.get_event_total(event_identifier=test_event_identifier)
assert (self.expected_total + amount_increment) == new_total
def test_donation_optional_defaults(self):
donation = Donation(amount=1, event_identifier='event')
assert int(time.time()) + 2 >= donation.timestamp >= int(
time.time()) - 2
assert None is donation.notes
assert True is donation.validity
def test_donation_amount_rounding(self, amount):
donation = Donation(amount=amount, event_identifier='event')
assert 123.45 == donation.amount
