def test_challenge1(self):
"""Test no donation filter with donation multiplier of 2."""
new_group = d.Group(d.Individual('Shane', [3]))
new_group.add('Joe', 10)
new_group.add('Joe', 5)
new_group.add('Joe', 6)
self.assertEqual(new_group.challenge(2), 24)
def test_challenge4(self):
"""Test minimum and maximum donation filter with donation multiplier of 2."""
new_group = d.Group(d.Individual('Shane', [3]))
new_group.add('Joe', 10)
new_group.add('Joe', 5)
new_group.add('Joe', 6)
self.assertEqual(new_group.challenge(2, min_donation = 4, max_donation = 5 ), 5)
def test_total_donations(self):
"""Test the total donation amount from all donors in the Class Instance"""
new_group = d.Group(d.Individual('Shane', [3]))
new_group.add('Joe', 10)
new_group.add('Joe', 5)
new_group.add('Joe', 6)
self.assertEqual(new_group.total_donations(), 24)
def test_report(self):
new_group = d.Group(d.Individual('Shane', [3]))
new_group.add('Joe', 3)
new_group.add('Joe', 3)
new_group.add('Joe', 3)
new_group.add('Jack', 4)
new_group.add('Jack', 5)
assert "Joe $" in new_group.report()
assert "9.00 3 " in new_group.report()
assert '$ 3.00' in new_group.report()
def test_summary(self):
"""Add a donor to the list and test that the donor summary
is correct"""
new_group = d.Group(d.Individual('Shane', [3]))
new_group.add('Joe', 3)
new_group.add('Joe', 3)
new_group.add('Joe', 3)
new_group.add('Jack', 4)
new_group.add('Jack', 5)
donor_summary = new_group.summary()
self.assertEqual(donor_summary, {'Shane': [3, 1, 3],
'Joe': [9, 3, 3],
'Jack': [9, 2, 4.5]})
def test_letters_for_all(self):
new_group = d.Group(d.Individual('Shane', [3]))
new_group.add('Joe', 3)
new_group.add('Joe', 3)
new_group.add('Joe', 3)
new_group.add('Jack', 4)
new_group.add('Jack', 5)
try:
new_group.letters()
with open('Jack.txt', 'rU') as f:
text = f.read()
finally:
os.remove('Jack.txt')
expected_text = 'Dear Jack, thank you so much for your last ' \
'contribution of $5.00! You have contributed ' \
'a total of $9.00, and we appreciate your ' \
'support!'
self.assertEqual(expected_text, text)
import os
import donors_10 as d
from functools import reduce
mail = d.Group(d.Individual('Shane', [200]), d.Individual('Joe', [1, 2, 3, 4]))
def more_choices():
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 >>')
if yes_no == 'n':
return
amount = input('\n'
'What is the donation amount? or '
'\'e\' to exit >')
def test_sort_list_2(self):
new_group = d.Group(d.Individual('Shane', [3]))
donors_f = {'Joe': [15, 3, 35], 'Jack': [9, 2, 4.5],
'Fred': [2000, 2, 60]}
self.assertEqual(new_group.sort_list(donors_f),
['Fred', 'Joe', 'Jack'])
def test_column_number_width_1(self):
new_group = d.Group(d.Individual('Shane', [3]))
donors_f = {'Joe': [9, 33333333333333, 35555], 'Jack': [9, 2, 4.5]}
self.assertEqual(new_group.column_number_width(donors_f), 17)
def test_column_average_width(self):
new_group = d.Group(d.Individual('Shane', [3]))
donors_f = {'Joe': [9, 3, 3], 'Jack': [9, 2, 4.5]}
self.assertEqual(new_group.column_average_width(donors_f), 12)
def test_column_total_width_2(self):
new_group = d.Group(d.Individual('Shane', [3]))
donors_f = {'Joe': [1555555555555, 3, 3], 'Jack': [9, 2, 4.5]}
self.assertEqual(new_group.column_total_width(donors_f), 16)
def test_Group_get(self):
new_group = d.Group(d.Individual('Joe', [3, 3, 3]))
self.assertEqual(new_group._donor_raw['Joe'].donations, [3, 3, 3])
self.assertEqual(new_group._donor_raw['Joe'].name, 'Joe')
def test_thankyou(self):
test_text = 'Thank you so much for the generous gift of $5.00, Shane!'
new_group = d.Group(d.Individual('Shane', [5]))
self.assertEqual(d.Individual('Shane', [5]).thank_you, test_text)
def test_Group_Add(self):
"""Test that the new donors are being appended to the donor list."""
new_group = d.Group(d.Individual('Joe', [3, 3, 3]))
new_group.add('Jill', 5)
self.assertEqual(new_group._donor_raw['Jill'].name, 'Jill')
self.assertEqual(new_group._donor_raw['Jill'].donations, [5])
def test_Group_search1(self):
"""Returns None when name does not exist"""
new_group = d.Group(d.Individual('Joe', [3, 3, 3]))
self.assertEqual(new_group.search('Bob'), None)
def test_Group_search2(self):
"""Returns 'name' when name does exist"""
new_group = d.Group(d.Individual('Joe', [3, 3, 3]))
self.assertEqual(new_group.search('Joe').name, 'Joe')
def test_number_donations(self):
new_group = d.Group(d.Individual('Shane', [3]))
new_group.add('Joe', 1)
new_group.add('Joe', 4)
new_group.add('Joe', 5)
self.assertEqual(new_group._donor_raw['Joe'].number_donations(), 3)
def test_avg_donations(self):
new_group = d.Group(d.Individual('Shane', [3]))
new_group.add('Joe', 10)
new_group.add('Joe', 5)
new_group.add('Joe', 6)
self.assertEqual(new_group._donor_raw['Joe'].avg_donations(), 7)
def test_sum_donations(self):
new_group = d.Group(d.Individual('Shane', [3]))
new_group.add('Joe', 3)
new_group.add('Joe', 3)
new_group.add('Joe', 3)
self.assertEqual(new_group._donor_raw['Joe'].sum_donations(), 9)
