def test_correct_output_on_print_unallocated(self):
"""test
"""
dojo = Dojo()
dojo.add_person("Kylian", "Mbappe", "Fellow", "Y")
# dojo.create_room("living_space", "zebra")
# dojo.add_person("Gonzalo", "Higuan", "Fellow", "Y")
dojo.add_person("Gianluggi", "Buffon", "Fellow", "N")
dojo.create_room("office", "red")
dojo.add_person("Timoue", "Bakayoko", "Fellow", "Y")
program_captured_output = io.StringIO()
sys.stdout = program_captured_output
dojo.print_unallocated()
sys.stdout = sys.__stdout__
table = PrettyTable(['Name', 'Person id', 'Missing'])
table.add_row(["Kylian Mbappe", "1", "Office and Living Space"])
table.add_row(["Gianluggi Buffon", "2", "Office"])
table.add_row(["Timoue Bakayoko", "3", "Living Space"])
captured_output = io.StringIO()
sys.stdout = captured_output
print(colorful.blue("Table showing people along with missing rooms"))
print(colorful.blue(table))
sys.stdout = sys.__stdout__
print(program_captured_output.getvalue().strip())
print(captured_output.getvalue())
self.assertTrue(captured_output.getvalue().strip() in
program_captured_output.getvalue().strip())
class ReallocateTest(unittest.TestCase):
"""Test the dojo module"""
def setUp(self):
self.dojo = Dojo()
def test_check_which_room_person_is(self):
"""Tests the method that checks which room a person is"""
dict_a = {
'Mandela': ['David', 'Samuel', 'Turi'],
'Machel': ['Anne', 'Linet', 'Turi']
}
dict_b = {
'Nyerere': ['Myles', 'Reginald', 'Booker'],
'Obote': ['Memo', 'Liliosa']
}
self.assertEqual(self.dojo.check_which_room_person_is('Liliosa',\
dict_b), 'Obote')
self.assertEqual(self.dojo.check_which_room_person_is('Francis',\
dict_a), False)
def test_reallocate_person_removes_person(self):
"""Tests that a person has indeed been reallocated a room"""
self.dojo.create_room('office', 'Mandela')
self.dojo.create_room('office', 'Madiba')
self.dojo.add_person('Joseph Simiyu', 'staff')
if self.dojo.room_is_empty('Mandela'):
self.dojo.reallocate_person('Joseph Simiyu', 'Mandela')
self.assertEqual(len(self.dojo.dict_offices['Mandela']), 1)
else:
self.dojo.reallocate_person('Joseph Simiyu', 'Madiba')
self.assertEqual(len(self.dojo.dict_offices['Madiba']), 1)
def test_room_is_empty(self):
"""Tests the room_is_empty function"""
self.dojo.create_room('office', 'Sama')
self.dojo.add_person('Linda Masero', 'staff')
self.assertFalse(self.dojo.room_is_empty('Sama'))
def test_allocate_room(self):
"""Tests the allocate_room method"""
self.dojo.add_person('John Doe', 'staff')
self.dojo.add_person('Jane Duh', 'fellow', 'Y')
self.dojo.create_room('office', 'Mandela')
inital_count = len(self.dojo.unallocated_people)
self.dojo.allocate_room('John Doe', 'office')
current_count = len(self.dojo.unallocated_people)
self.assertEqual((inital_count - current_count), 1)
def test_allocate_missing_person(self):
"""Tests that missing person cannot be allocated"""
self.dojo.create_room('living', 'Suswa')
self.dojo.allocate_room('Babu Brian', 'living')
output = "Living space Suswa created successfully"\
+"Babu Brian does not exist among the unallocated people"
self.assertEqual(re.sub(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~][\n]*', '', \
sys.stdout.getvalue()), output)
def test_reallocate_if_person_had_no_living_space(self):
"""test
"""
dojo = Dojo()
dojo.add_person("John", "Ashaba", "Staff", "Y")
dojo.create_room("living_space", "gorrilla")
dojo.reallocate_person(1, "gorrilla")
target_room = dojo.find_room("gorrilla")
person = dojo.find_person(1)
self.assertIn(person, target_room.residents)
def test_reallocate_if_person_had_no_office(self):
"""test
"""
dojo = Dojo()
dojo.add_person("John", "Ashaba", "Staff", "Y")
dojo.create_room("office", "orange")
dojo.reallocate_person(1, "orange")
target_room = dojo.find_room("orange")
person = dojo.find_person(1)
self.assertIn(person, target_room.residents)
def test_reallocate_person_no_office(self):
"""Tests reallocate if person had no office"""
dojo = Dojo()
dojo.add_person("John", "Ashaba", "Staff", "Y")
dojo.create_room("office", "orange")
dojo.reallocate_person(1, "orange")
target_room = find_room(dojo.rooms, "orange")
person = find_person(dojo.people, 1)
self.assertIn(person, target_room.residents)
def test_persists_data(self):
"""Tests that the application persists data"""
dojo1 = Dojo()
dojo1.create_room("office", "orange")
dojo1.add_person("John", "Ashaba", "Staff", "Y")
dojo1.save_state("mydb.db")
dojo2 = Dojo()
dojo2.load_state("mydb.db")
room = dojo2.find_room("orange")
self.assertIn(room, dojo2.all_rooms)
def test_persists_data(self):
"""Tests that the application persists data"""
dojo1 = Dojo()
dojo1.create_room("office", "orange")
dojo1.add_person("John", "Ashaba", "Staff", "Y")
if os.path.exists("resources/testdb.db"):
os.remove("resources/testdb.db")
dojo1.save_state("testdb.db")
dojo2 = Dojo()
dojo2.load_state("resources/testdb.db")
room = find_room(dojo2.rooms, "orange")
self.assertIn(room, dojo2.rooms)
class DojoTestCases(unittest.TestCase):
def setUp(self):
self.dojo = Dojo()
self.args = {'<room_type>': 'office', '<room_name>': ['blue']}
self.red_args = {'<room_type>': 'office', '<room_name>': ['red']}
self.person_args = {
'<wants_accomodation>': 'Y',
'<person_type>': 'staff',
'<F_name>': 'Eva',
'<L_name>': 'Maina'
}
def test_create_room_successfully(self):
initial_office_count = len(self.dojo.rooms["offices"])
self.dojo.create_room(self.args)
new_office_count = len(self.dojo.rooms["offices"])
self.assertEqual(new_office_count - initial_office_count, 1)
def test_add_person_successfully(self):
"""Test add person"""
self.dojo.create_room(self.red_args)
self.dojo.add_person(self.person_args)
self.assertEqual(len(self.dojo.people["staff"]), 1)
def test_allocated_room_successfully(self):
"""Test add person"""
self.dojo.create_room(self.red_args)
self.dojo.add_person(self.person_args)
self.assertEqual(len(self.dojo.people["with_offices"]), 1)
def test_unallocated_room_successfully(self):
"""Test add person"""
self.dojo.add_person(self.person_args)
self.assertEqual(len(self.dojo.people["without_offices"]), 1)
def test_reallocate_person(self):
self.dojo.create_room(self.args)
self.dojo.add_person(self.person_args)
self.assertEqual(self.dojo.rooms["offices"][0].room_name, 'blue')
self.assertEqual(len(self.dojo.people["staff"]), 1)
self.dojo.create_room(self.red_args)
self.assertEqual(len(self.dojo.rooms), 2)
person_id = self.dojo.people["staff"][0].person_id
new_room = 'red'
# Relocation
self.dojo.reallocate_person(person_id, new_room)
self.assertEqual(self.dojo.rooms["offices"][1].room_name, 'red')
def test_transfer_of_person_on_reallocate(self):
"""Tests that correct information is printed on print_allocations"""
dojo = Dojo()
test_office = dojo.create_room("office", "testoffice")
another_test_office = dojo.create_room("office", "orange")
dojo.add_person("Neil", "Armstrong", "Staff", "Y")
person = dojo.all_people[0]
old_office = [elem['office']\
for elem in person.rooms_occupied if 'office' in elem]
result1 = dojo.print_room(old_office[0])
self.assertIn("Neil Armstrong", result1)
un_occupied_room = test_office if not test_office.residents else another_test_office
print(un_occupied_room.room_name)
dojo.reallocate_person(1, un_occupied_room.room_name)
result2 = dojo.print_room(old_office[0])
self.assertNotIn("Neil Armstrong", result2)
class TestSpaceAllocator(unittest.TestCase):
"""class
"""
def setUp(self):
self.dojo = Dojo()
self.testOffice = self.dojo.create_room("office", "testOffice")
self.testLivingSpace = self.dojo.create_room("living_space",
"testLivingSpace")
def test_create_room_successfully(self):
initial_room_count = len(self.dojo.all_rooms)
blue_office = self.dojo.create_room("office", "Blue")
self.assertTrue(blue_office)
new_room_count = len(self.dojo.all_rooms)
self.assertEqual(new_room_count - initial_room_count, 1)
def test_create_rooms_successfully(self):
initial_room_count = len(self.dojo.all_rooms)
offices = self.dojo.create_room("office", "Blue", "Black", "Brown")
self.assertTrue(offices)
new_room_count = len(self.dojo.all_rooms)
self.assertEqual(new_room_count - initial_room_count, 3)
def test_addition_of_duplicate_room_names(self):
initial_room_count = len(self.dojo.all_people)
new_room_count = len(self.dojo.all_people)
self.assertEqual(new_room_count - initial_room_count, 0)
def test_person_added_to_system(self):
initial_person_count = len(self.dojo.all_people)
person = self.dojo.add_person("Neil", "Armstrong", "Staff")
self.assertTrue(person)
new_person_count = len(self.dojo.all_people)
self.assertEqual(new_person_count - initial_person_count, 1)
def test_person_has_been_assigned_office(self):
person = self.dojo.add_person("Neil", "Armstrong", "Staff")
self.assertTrue(person)
self.assertTrue(self.dojo.all_people[-1].has_office)
def test_person_has_been_assigned_living_space(self):
person = self.dojo.add_person("Eden", "Hazard", "Fellow", "Y")
self.assertTrue(person)
self.assertTrue(self.dojo.all_people[-1].has_living_space)
def test_return_type_of_add_person(self):
person = self.dojo.add_person("Eden", "Hazard", "Fellow", "Y")
self.assertEqual(
{'Person': 'Eden Hazard', 'Rooms': [{'office': 'testOffice'}, \
{'living_space': 'testLivingSpace'}]}, person)
def test_that_maximum_no_of_people_is_not_exceeded(self):
self.dojo.add_person("Neil", "Armstrong", "Staff", "Y")
self.dojo.add_person("Harry", "Kane", "Fellow", "Y")
self.dojo.add_person("Eden", "Hazard", "Staff", "Y")
self.dojo.add_person("Ngolo", "Kante", "Staff", "Y")
self.dojo.add_person("Eric", "Dier", "Staff", "Y")
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
self.dojo.add_person("Diego", "Costa", "Fellow", "Y")
self.dojo.add_person("Willian", "Borges", "Staff", "Y")
self.dojo.add_person("Tibaut", "Courtois", "Fellow", "Y")
self.assertEqual(len(self.testOffice.residents), 6)
def test_output_of_print_room(self):
self.dojo.add_person("Neil", "Armstrong", "Staff", "Y")
self.dojo.add_person("Harry", "Kane", "Fellow", "Y")
self.dojo.add_person("Eden", "Hazard", "Staff", "Y")
self.dojo.add_person("Ngolo", "Kante", "Staff", "Y")
self.dojo.add_person("Eric", "Dier", "Staff", "Y")
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
self.dojo.add_person("Diego", "Costa", "Fellow", "Y")
self.dojo.add_person("Willian", "Borges", "Staff", "Y")
self.dojo.add_person("Tibaut", "Courtois", "Fellow", "Y")
result = self.dojo.print_room("testOffice")
non_existent_room = self.dojo.print_room("test room")
self.assertEqual(
['Neil Armstrong', 'Harry Kane', 'Eden Hazard', 'Ngolo Kante',\
'Eric Dier', 'Dele Ali'], result)
self.assertFalse(non_existent_room)
def test_print_room_for_reallocated_people(self):
self.dojo.create_room("office", "orange")
self.dojo.add_person("Neil", "Armstrong", "Staff", "Y")
result1 = self.dojo.print_room("testOffice")
self.assertIn("Neil Armstrong", result1)
self.dojo.reallocate_person(1, "orange")
result2 = self.dojo.print_room("testOffice")
self.assertNotIn("Neil Armstrong", result2)
def test_correct_output_on_print_allocations(self):
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
result = self.dojo.print_allocations()
print(result)
self.assertEqual([{
'testOffice': ['DELE ALI']
}, {
'testLivingSpace': ['DELE ALI']
}], result)
def test_print_allocations_on_file(self):
"""Tests that correct output is written to the file
"""
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
result = self.dojo.print_allocations("allocations.txt", "N")
file = open("allocations.txt").read()
self.assertTrue("Room: testOffice" in file)
self.assertTrue("DELE ALI" in file)
self.assertTrue("Room: testLivingSpace" in file)
self.assertEqual([{
'testOffice': ['DELE ALI']
}, {
'testLivingSpace': ['DELE ALI']
}], result)
def test_tabular_output_on_print_allocations(self):
"""Tests that print_allocations output is tabular
"""
#Create StringIO object and redirect output
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
program_captured_output = io.StringIO()
sys.stdout = program_captured_output
self.dojo.print_allocations("", "Y")
sys.stdout = sys.__stdout__
table = PrettyTable(['Name', 'Type', 'Office', 'Living Space'])
table.add_row(["Dele Ali", "fellow", "testOffice", "testLivingSpace"])
captured_output = io.StringIO()
sys.stdout = captured_output
print(
colorful.blue(
"List showing people with space and their respective rooms"))
print(colorful.blue(table))
sys.stdout = sys.__stdout__
print(program_captured_output.getvalue().strip())
print(captured_output.getvalue())
self.assertTrue(captured_output.getvalue().strip() in
program_captured_output.getvalue().strip())
def test_correct_output_on_print_unallocated(self):
"""test
"""
dojo = Dojo()
dojo.add_person("Kylian", "Mbappe", "Fellow", "Y")
# dojo.create_room("living_space", "zebra")
# dojo.add_person("Gonzalo", "Higuan", "Fellow", "Y")
dojo.add_person("Gianluggi", "Buffon", "Fellow", "N")
dojo.create_room("office", "red")
dojo.add_person("Timoue", "Bakayoko", "Fellow", "Y")
program_captured_output = io.StringIO()
sys.stdout = program_captured_output
dojo.print_unallocated()
sys.stdout = sys.__stdout__
table = PrettyTable(['Name', 'Person id', 'Missing'])
table.add_row(["Kylian Mbappe", "1", "Office and Living Space"])
table.add_row(["Gianluggi Buffon", "2", "Office"])
table.add_row(["Timoue Bakayoko", "3", "Living Space"])
captured_output = io.StringIO()
sys.stdout = captured_output
print(colorful.blue("Table showing people along with missing rooms"))
print(colorful.blue(table))
sys.stdout = sys.__stdout__
print(program_captured_output.getvalue().strip())
print(captured_output.getvalue())
self.assertTrue(captured_output.getvalue().strip() in
program_captured_output.getvalue().strip())
def test_reallocate_if_person_had_no_office(self):
"""test
"""
dojo = Dojo()
dojo.add_person("John", "Ashaba", "Staff", "Y")
dojo.create_room("office", "orange")
dojo.reallocate_person(1, "orange")
target_room = dojo.find_room("orange")
person = dojo.find_person(1)
self.assertIn(person, target_room.residents)
def test_reallocate_if_person_had_no_living_space(self):
"""test
"""
dojo = Dojo()
dojo.add_person("John", "Ashaba", "Staff", "Y")
dojo.create_room("living_space", "gorrilla")
dojo.reallocate_person(1, "gorrilla")
target_room = dojo.find_room("gorrilla")
person = dojo.find_person(1)
self.assertIn(person, target_room.residents)
def test_person_exists_after_load_people(self):
"""test
"""
self.dojo.load_people("people.txt")
last_person = self.dojo.find_person(7)
self.assertIn(last_person, self.dojo.all_people)
def test_person_exists_in_target_room_after_reallocation(self):
"""test
"""
self.dojo.create_room("office", "orange")
self.dojo.create_room("living_space", "lion")
self.dojo.add_person("John", "Ashaba", "Fellow", "Y")
result1 = self.dojo.print_room("testOffice")
result2 = self.dojo.print_room("testLivingSpace")
self.assertIn("John Ashaba", result1)
self.assertIn("John Ashaba", result2)
self.dojo.reallocate_person(1, "orange")
self.dojo.reallocate_person(1, "lion")
target_office_room = self.dojo.find_room("orange")
target_living_room = self.dojo.find_room("orange")
person = self.dojo.find_person(1)
self.assertIn(person, target_office_room.residents)
self.assertIn(person, target_living_room.residents)
def test_persists_data(self):
"""test
"""
dojo1 = Dojo()
dojo1.create_room("office", "orange")
dojo1.add_person("John", "Ashaba", "Staff", "Y")
dojo1.save_state("mydb.db")
dojo2 = Dojo()
dojo2.load_state("mydb.db")
room = dojo2.find_room("orange")
self.assertIn(room, dojo2.all_rooms)
class TestSpaceAllocator(unittest.TestCase):
""" Tests"""
def setUp(self):
""" Initial test setup"""
self.dojo = Dojo()
self.testoffice = self.dojo.create_room("office", "testoffice")
self.testlivingspace = self.dojo.create_room("living_space",
"testlivingspace")
def test_create_room_successfully(self):
"""Tests that a room is created successfully"""
initial_room_count = len(self.dojo.all_rooms)
blue_office = self.dojo.create_room("office", "Blue")
self.assertTrue(blue_office)
new_room_count = len(self.dojo.all_rooms)
self.assertEqual(new_room_count - initial_room_count, 1)
def test_create_rooms_successfully(self):
"""Tests that multiple rooms are created at a single time successfully"""
initial_room_count = len(self.dojo.all_rooms)
offices = self.dojo.create_room("office", "Blue", "Black", "Brown")
self.assertTrue(offices)
new_room_count = len(self.dojo.all_rooms)
self.assertEqual(new_room_count - initial_room_count, 3)
def test_create_duplicate_rooms(self):
"""Tests that duplicate rooms are not created"""
initial_room_count = len(self.dojo.all_people)
self.testoffice = self.dojo.create_room("office", "testoffice")
new_room_count = len(self.dojo.all_people)
self.assertEqual(new_room_count - initial_room_count, 0)
def test_add_person_to_system(self):
"""Test that person is added to the system"""
initial_person_count = len(self.dojo.all_people)
person = self.dojo.add_person("Neil", "Armstrong", "Staff")
self.assertTrue(person)
new_person_count = len(self.dojo.all_people)
self.assertEqual(new_person_count - initial_person_count, 1)
def test_assign_office_to_person(self):
"""Test that a person is assigned an office"""
person = self.dojo.add_person("Neil", "Armstrong", "Staff")
self.assertTrue(person)
self.assertTrue(self.dojo.all_people[-1].has_office)
def test_assign_living_space_to_person(self):
"""Test that person is assigned a living space"""
person = self.dojo.add_person("Eden", "Hazard", "Fellow", "Y")
self.assertTrue(person)
self.assertTrue(self.dojo.all_people[-1].has_living_space)
def test_add_person_return_type(self):
"""Tests the return type of method add_person"""
person = self.dojo.add_person("Eden", "Hazard", "Fellow", "Y")
self.assertEqual(
{'Person': 'Eden Hazard', 'Rooms': [{'office': 'testoffice'}, \
{'living_space': 'testlivingspace'}]}, person)
def test_that_maximum_no_of_people_is_not_exceeded(self):
"""Tests that the maximum number of people is not exceeded"""
self.dojo.add_person("Neil", "Armstrong", "Staff", "Y")
self.dojo.add_person("Harry", "Kane", "Fellow", "Y")
self.dojo.add_person("Eden", "Hazard", "Staff", "Y")
self.dojo.add_person("Ngolo", "Kante", "Staff", "Y")
self.dojo.add_person("Eric", "Dier", "Staff", "Y")
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
self.dojo.add_person("Diego", "Costa", "Fellow", "Y")
self.dojo.add_person("Willian", "Borges", "Staff", "Y")
self.dojo.add_person("Tibaut", "Courtois", "Fellow", "Y")
self.assertEqual(len(self.testoffice.residents), 6)
def test_print_room_output(self):
"""Tests the output of print_room"""
self.dojo.add_person("Neil", "Armstrong", "Staff", "Y")
self.dojo.add_person("Harry", "Kane", "Fellow", "Y")
self.dojo.add_person("Eden", "Hazard", "Staff", "Y")
self.dojo.add_person("Ngolo", "Kante", "Staff", "Y")
self.dojo.add_person("Eric", "Dier", "Staff", "Y")
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
self.dojo.add_person("Diego", "Costa", "Fellow", "Y")
self.dojo.add_person("Willian", "Borges", "Staff", "Y")
self.dojo.add_person("Tibaut", "Courtois", "Fellow", "Y")
result = self.dojo.print_room("testoffice")
non_existent_room = self.dojo.print_room("test room")
self.assertEqual(
['Neil Armstrong', 'Harry Kane', 'Eden Hazard', 'Ngolo Kante',\
'Eric Dier', 'Dele Ali'], result)
self.assertFalse(non_existent_room)
def test_transfer_of_person_on_reallocate(self):
"""Tests that correct information is printed on print_allocations"""
dojo = Dojo()
test_office = dojo.create_room("office", "testoffice")
another_test_office = dojo.create_room("office", "orange")
dojo.add_person("Neil", "Armstrong", "Staff", "Y")
person = dojo.all_people[0]
old_office = [elem['office']\
for elem in person.rooms_occupied if 'office' in elem]
result1 = dojo.print_room(old_office[0])
self.assertIn("Neil Armstrong", result1)
un_occupied_room = test_office if not test_office.residents else another_test_office
print(un_occupied_room.room_name)
dojo.reallocate_person(1, un_occupied_room.room_name)
result2 = dojo.print_room(old_office[0])
self.assertNotIn("Neil Armstrong", result2)
def test_output_of_print_allocations(self):
"""Tests the output of print_allocations"""
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
result = self.dojo.print_allocations()
print(result)
self.assertEqual([{
'testoffice': ['DELE ALI']
}, {
'testlivingspace': ['DELE ALI']
}], result)
def test_print_allocations_on_file(self):
"""Tests that correct output is written to the file
"""
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
result = self.dojo.print_allocations("allocations.txt", "N")
file = open("allocations.txt").read()
self.assertTrue("Room: testoffice" in file)
self.assertTrue("DELE ALI" in file)
self.assertTrue("Room: testlivingspace" in file)
self.assertEqual([{
'testoffice': ['DELE ALI']
}, {
'testlivingspace': ['DELE ALI']
}], result)
def test_tabular_output_on_print_allocations(self):
"""Tests that tabular data is output on print_allocations"""
#Create StringIO object and redirect output
self.dojo.add_person("Dele", "Ali", "Fellow", "Y")
program_captured_output = io.StringIO()
sys.stdout = program_captured_output
self.dojo.print_allocations("", "Y")
sys.stdout = sys.__stdout__
table = PrettyTable(['Name', 'Type', 'Office', 'Living Space'])
table.add_row(["Dele Ali", "fellow", "testoffice", "testlivingspace"])
captured_output = io.StringIO()
sys.stdout = captured_output
print(
colorful.blue(
"List showing people with space and their respective rooms"))
print(colorful.blue(table))
sys.stdout = sys.__stdout__
print(program_captured_output.getvalue().strip())
print(captured_output.getvalue())
self.assertTrue(captured_output.getvalue().strip() in
program_captured_output.getvalue().strip())
def test_tabular_output_on_print_unallocated(self):
"""Tests that tabular data is output on test_tabular_output_on_print_unallocated"""
dojo = Dojo()
dojo.add_person("Kylian", "Mbappe", "Fellow", "Y")
dojo.add_person("Gianluggi", "Buffon", "Fellow", "N")
dojo.create_room("office", "red")
dojo.add_person("Timoue", "Bakayoko", "Fellow", "Y")
program_captured_output = io.StringIO()
sys.stdout = program_captured_output
dojo.print_unallocated()
sys.stdout = sys.__stdout__
table = PrettyTable(['Name', 'Person id', 'Missing'])
table.add_row(["Kylian Mbappe", "1", "Office and Living Space"])
table.add_row(["Gianluggi Buffon", "2", "Office"])
table.add_row(["Timoue Bakayoko", "3", "Living Space"])
captured_output = io.StringIO()
sys.stdout = captured_output
print(colorful.blue("Table showing people along with missing rooms"))
print(colorful.blue(table))
sys.stdout = sys.__stdout__
print(program_captured_output.getvalue().strip())
print(captured_output.getvalue())
self.assertTrue(captured_output.getvalue().strip() in
program_captured_output.getvalue().strip())
def test_reallocate_if_person_had_no_office(self):
"""Tests reallocate if person had no office"""
dojo = Dojo()
dojo.add_person("John", "Ashaba", "Staff", "Y")
dojo.create_room("office", "orange")
dojo.reallocate_person(1, "orange")
target_room = dojo.find_room("orange")
person = dojo.find_person(1)
self.assertIn(person, target_room.residents)
def test_reallocate_if_person_had_no_living_space(self):
"""Tests reallocate if person had no living space"""
dojo = Dojo()
dojo.add_person("John", "Ashaba", "Staff", "Y")
dojo.create_room("living_space", "gorrilla")
dojo.reallocate_person(1, "gorrilla")
target_room = dojo.find_room("gorrilla")
person = dojo.find_person(1)
self.assertIn(person, target_room.residents)
def test_that_person_exists_after_load_people(self):
"""Tests that person exists after load_people"""
self.dojo.load_people("people.txt")
last_person = self.dojo.find_person(7)
self.assertIn(last_person, self.dojo.all_people)
def test_if_person_exists_in_target_room_after_reallocation(self):
"""Tests that person exists after reallocation"""
self.dojo.create_room("office", "orange")
self.dojo.create_room("living_space", "lion")
self.dojo.add_person("John", "Ashaba", "Fellow", "Y")
person = self.dojo.all_people[0]
old_office = [elem['office']\
for elem in person.rooms_occupied if 'office' in elem]
old_living_space = [
elem['living_space'] \
for elem in person.rooms_occupied if 'living_space' in elem]
result1 = self.dojo.print_room(old_office[0])
result2 = self.dojo.print_room(old_living_space[0])
self.assertIn("John Ashaba", result1)
self.assertIn("John Ashaba", result2)
self.dojo.reallocate_person(1, "orange")
self.dojo.reallocate_person(1, "lion")
target_office_room = self.dojo.find_room("orange")
target_living_room = self.dojo.find_room("orange")
person = self.dojo.find_person(1)
self.assertIn(person, target_office_room.residents)
self.assertIn(person, target_living_room.residents)
def test_persists_data(self):
"""Tests that the application persists data"""
dojo1 = Dojo()
dojo1.create_room("office", "orange")
dojo1.add_person("John", "Ashaba", "Staff", "Y")
dojo1.save_state("mydb.db")
dojo2 = Dojo()
dojo2.load_state("mydb.db")
room = dojo2.find_room("orange")
self.assertIn(room, dojo2.all_rooms)
class DojoTest(unittest.TestCase):
"""Test the dojo module"""
def setUp(self):
self.dojo = Dojo()
def test_default_want_accommodation_for_fellow(self):
"""Test default value for Fellow wants accommodation"""
fellow2 = Fellow('Omingo')
self.assertEqual('N', fellow2.wants_accommodation)
def test_living_object_type(self):
"""Test the type of LivingSpace class object"""
living3 = LivingSpace('room4')
self.assertTrue(isinstance(living3, LivingSpace))
def test_office_object_type(self):
"""Test the type of Office class object"""
office3 = LivingSpace('room4')
self.assertTrue(isinstance(office3, LivingSpace))
def test_create_room_successfully(self):
"""Tests that a new room is successfully created"""
initial_office_count = len(self.dojo.all_offices)
self.dojo.create_room("office", "Turquoise")
new_office_count = len(self.dojo.all_offices)
self.assertEqual(new_office_count - initial_office_count, 1)
def test_cannot_create_dup_office(self):
"""Tests that duplicate office cannot be added"""
self.dojo.create_room("office", "Grey")
self.dojo.create_room("office", "Grey")
output = "Office Grey created successfullyOffice already exists."\
" Please try using a different name"
self.assertEqual(re.sub(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~][\n]*', '', \
sys.stdout.getvalue()), output)
def test_cannot_create_dup_livingspace(self):
"""Tests that duplicate living space cannot be added"""
self.dojo.create_room("living", "Grey")
self.dojo.create_room("living", "Grey")
output = "Living space Grey created successfullyLiving space already exists."\
" Please try using a different name"
self.assertEqual(re.sub(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~][\n]*', '', \
sys.stdout.getvalue()), output)
def test_cannot_create_dup_fellow(self):
"""Tests that duplicate fellow cannot be added"""
self.dojo.add_person("Peter Alask", "fellow")
self.dojo.add_person("Peter Alask", "fellow")
output = "Peter Alask has been added as a FellowThere is no available"\
+" office to add Peter Alask. Create one firstFellow already exists!"
self.assertEqual(re.sub(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~][\n]*', '', \
sys.stdout.getvalue()), output)
def test_cannot_create_dup_staff(self):
"""Tests that duplicate staff cannot be added"""
self.dojo.add_person("Pet Alaska", "staff")
self.dojo.add_person("Pet Alaska", "staff")
output = "Pet Alaska has been added as a StaffThere is no available "\
+"office to add Pet Alaska. Create one firstStaff already exists!"
self.assertEqual(re.sub(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~][\n]*', '', \
sys.stdout.getvalue()), output)
def test_person_staff_or_fellow(self):
"""Tests that only staff or office is entered as the person type"""
self.dojo.add_person('John Doe', 'officer')
output = "Wrong person type entered. Please try again"
self.assertEqual(re.sub(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~][\n]*', '', \
sys.stdout.getvalue()), output)
def test_add_staff_without_available_office(self):
"""Tests what is printed when staff is added with no office"""
self.dojo.add_person('John Doe', 'staff')
output = "John Doe has been added as a Staff"\
+"There is no available office to add John Doe. Create one first"
self.assertEqual(re.sub(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~][\n]*', '', \
sys.stdout.getvalue()), output)
def test_add_fellow_without_available_office(self):
"""Tests what is printed when fellow is added with no office"""
self.dojo.add_person('John Doe', 'fellow')
output = "John Doe has been added as a Fellow"\
+"There is no available office to add John Doe. Create one first"
self.assertEqual(re.sub(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~][\n]*', '', \
sys.stdout.getvalue()), output)
def test_add_fellow_without_available_living(self):
"""Tests what is printed when fellow is added with no living space"""
self.dojo.add_person('Jane Doe', 'fellow', 'Y')
output = "Jane Doe has been added as a FellowThere is no available"\
+" office to add Jane Doe. Create one firstThere is no available "\
+"living space to add Jane Doe. Create one first"
self.assertEqual(re.sub(r'(\x9B|\x1B\[)[0-?]*[ -\/]*[@-~][\n]*', '', \
sys.stdout.getvalue()), output)
def test_check_available_space(self):
"""Tests that any room has available space"""
dict_a = {
'red': ['Joan', 'Anne', 'Beatrice'],
'blue': ['Joy', 'Irene']
}
self.assertTrue(self.dojo.check_available_space(dict_a, 3))