def test_delete(self):
print('-----------\n')
new_notebook = Notebook()
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=19)
new_notebook.add('Igor',
'Puzanov',
'Mixail',
home_address='Izhevsk',
phone_number='55-00-55',
age=18)
new_notebook.add('Igor',
'Puzanov',
'Alex',
home_address='Izhevsk',
phone_number='55-00-55',
age=17)
print(new_notebook.length())
for man in new_notebook.people:
print(man)
new_notebook.delete(2)
print(new_notebook.length())
for man in new_notebook.people:
print(man)
def test_change(self):
print('-----------\n')
new_notebook = Notebook()
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=19)
new_notebook.add('Igor',
'Puzanov',
'Mixail',
home_address='Izhevsk',
phone_number='55-00-55',
age=18)
print(new_notebook.length())
for man in new_notebook.people:
print(man)
new_notebook.change(1, middle_name='Alex')
for man in new_notebook.people:
print(man)
new_notebook.change(first_name='Alo')
for man in new_notebook.people:
print(man)
print('\n\n\n')
print(new_notebook.find("Igor Puzanov Mixail"))
def test_record_and_read(self):
new_notebook = Notebook()
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
new_notebook.record()
new_notebook.read()
self.assertEqual(new_notebook.length(), 2)
def test_init(self):
new_notebook = Notebook('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
self.assertEqual(
new_notebook.people[0].data(),
Man('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20).data())
def test_odd(self):
new_notebook = Notebook()
new_man = Man('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
new_notebook.odd(new_man)
new_notebook.odd('hello')
print(new_notebook.length())
self.assertEqual(
new_notebook.people[0].data(),
Man('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20).data())
self.assertEqual(new_notebook.length(), 1)
def test_empty_init(self):
new_notebook = Notebook()
self.assertEqual(new_notebook.people, list())
class MyTestInit(unittest.TestCase):
new_notebook = Notebook()
def test_empty_init(self):
new_notebook = Notebook()
self.assertEqual(new_notebook.people, list())
def test_init(self):
new_notebook = Notebook('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
self.assertEqual(
new_notebook.people[0].data(),
Man('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20).data())
def test_delete(self):
print('-----------\n')
new_notebook = Notebook()
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=19)
new_notebook.add('Igor',
'Puzanov',
'Mixail',
home_address='Izhevsk',
phone_number='55-00-55',
age=18)
new_notebook.add('Igor',
'Puzanov',
'Alex',
home_address='Izhevsk',
phone_number='55-00-55',
age=17)
print(new_notebook.length())
for man in new_notebook.people:
print(man)
new_notebook.delete(2)
print(new_notebook.length())
for man in new_notebook.people:
print(man)
def test_change(self):
print('-----------\n')
new_notebook = Notebook()
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=19)
new_notebook.add('Igor',
'Puzanov',
'Mixail',
home_address='Izhevsk',
phone_number='55-00-55',
age=18)
print(new_notebook.length())
for man in new_notebook.people:
print(man)
new_notebook.change(1, middle_name='Alex')
for man in new_notebook.people:
print(man)
new_notebook.change(first_name='Alo')
for man in new_notebook.people:
print(man)
print('\n\n\n')
print(new_notebook.find("Igor Puzanov Mixail"))
def test_add(self):
new_notebook = Notebook()
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
self.assertEqual(
new_notebook.people[0].data(),
Man('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20).data())
def test_odd(self):
new_notebook = Notebook()
new_man = Man('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
new_notebook.odd(new_man)
new_notebook.odd('hello')
print(new_notebook.length())
self.assertEqual(
new_notebook.people[0].data(),
Man('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20).data())
self.assertEqual(new_notebook.length(), 1)
def test_record_and_read(self):
new_notebook = Notebook()
new_notebook.add('Igor',
'Puzanov',
home_address='Izhevsk',
phone_number='55-00-55',
age=20)
new_notebook.record()
new_notebook.read()
self.assertEqual(new_notebook.length(), 2)
from container import Notebook
from age_exception import AgeException
print('--Notebook--')
print('--C-Create--')
print('---A-Add----')
print('--D-Delete--')
print('--R-Change--')
print('--F-Find----')
print('--P-Print---')
print('--Z-Record--')
print('Q-Print JSON')
print('--E-Exit----')
notebooks = []
notebook = Notebook()
count = 0
while True:
answer = input()
first_name = ''
last_name = ''
middle_name = ''
home_address = ''
phone_number = ''
age = 0
if answer == 'C':
notebooks.append(Notebook())
notebook = notebooks[count]
print('notebook is created')
elif answer == 'A':
print('--создание новой записи--')
print('введите Фамилию | если данного параметра нет - введите пробел')