def test_group_search2(self):
"""Returns 'name' when name does exist. We start with a new
collection of people so we know what we start with."""
group = d.Group(self.__class__.driver)
result = group.search('Shane') # Shane is in database
self.assertEqual(result, 'Shane')
def letters_for_all():
driver = login_database.login_neo4j_cloud()
mail = d.Group(driver)
path_letters = os.getcwd()
print(f"You chose to send letters for everyone. "
f"The letters have been completed and you "
f"can find them here: {path_letters}")
mail.letters()
def more_choices():
driver = login_database.login_neo4j_cloud()
mail = d.Group(driver)
individual = d.Individual(driver)
r = login_database.login_redis_cloud()
while True:
name = input('\nChoose an Option: \n'
'e - to exit\n'
'list - To see a list of names, or\n'
'Type a name to start your thank you letter >>')
if name == 'e':
return
if name == 'list':
mail.print_donors()
else:
print('\n''Ok, you want to write a letter for {}, '
'lets see what we can do.'.format(name))
if mail.search(name) is None:
yes_no = input('The name you entered is not in the database.'
'Would you like to add this name? y or n >>\n')
if yes_no == 'n':
return
if yes_no == 'y':
last_name = input(f"What is {name}'s last name?\n")
email = input(f"What is {name}'s email?\n")
telephone = input(f"What is {name}'s telephone #?\n")
d.Individual.redis_add_new(r,
name,
last_name,
telephone,
email)
else:
return
print(f"First confirm {name}'s information")
individual.donor_verification(r, name)
confirm_info = input("Does the donor info look ok? y or n >>\n")
if confirm_info == 'n':
update_redis(r, name)
amount = input('\n''What is the donation amount? or '
'\'e\' to exit >')
if amount == 'e':
return
try:
if int(amount) <= 0:
print('\nYou entered an invalid amount!!\n')
return
except ValueError:
print('\nYou entered an invalid amount!!\n')
return ValueError
else:
individual.add_donation(name, float(amount))
print(individual.thank_you(name, float(amount)))
def test_print_donors(self):
"""Prints all the people in the database"""
# Delete existing collection of people first to start fresh. This
# is handled in the Load_Tables.py script.
log.info('First delete the test_collection so we can start over.')
Load_Tables.load_neo4j(self.__class__.driver)
# Start the test routine
group = d.Group(self.__class__.driver)
result = collections.Counter(group.print_donors())
expected = collections.Counter(
['Shane', 'Zach', 'Joe', 'Pete', 'Fitz'])
self.assertEqual(result, expected)
def test_summary(self):
"""Test dictionary set with {Donor: Total, number of donations,
and average donation amount}"""
# Delete existing collection of people first to start fresh. This
# is handled in the Load_Tables.py script.
log.info('First delete the test_collection so we can start over.')
Load_Tables.load_neo4j(self.__class__.driver)
# Start the test routine
group = d.Group(self.__class__.driver)
result = group.summary()
test_against = {
'Shane': [21, 3, 7.0],
'Joe': [15, 5, 3.0],
'Zach': [10, 1, 10.0],
'Pete': [15, 2, 7.5],
'Fitz': [1, 1, 1.0]
}
self.assertDictEqual(result, test_against)
def delete_donor():
driver = login_database.login_neo4j_cloud()
mail = d.Group(driver)
individual = d.Individual(driver)
while True:
name = input('\nWhich donor would you like to delete? \n'
'e - to exit\n'
'list To see a list of names, or\n'
'Type the name of the donor to delete.>>')
if name == 'e':
return
if name == 'list':
mail.print_donors()
else:
print('\n''Ok, you want to delete {}, '
'lets see what we can do.'.format(name))
if mail.search(name) is None:
print('The name you entered is not in the database.')
return
else:
individual.delete_donor(name)
def test_group_search1(self):
"""Returns None when name does not exist"""
group = d.Group(self.__class__.driver)
result = group.search('Bob') # Bob is not in database
self.assertEqual(result, None)
def print_report():
driver = login_database.login_neo4j_cloud()
mail = d.Group(driver)
print(mail.report())