def test_total_equipment(self):
classroom_016 = Classroom('016', 80, ['PC', 'projector', 'mic'])
classroom_007 = Classroom('007', 12, ['TV'])
classroom_008 = Classroom('008', 25, ['PC', 'projector'])
classrooms = [classroom_016, classroom_007, classroom_008]
building = AcademicBuilding('Kozelnytska st. 2a', classrooms)
self.assertEqual(building.total_equipment(), [('PC', 2),
('projector', 2),
('mic', 1), ('TV', 1)])
def test_str(self):
classroom_016 = Classroom('016', 80, ['PC', 'projector', 'mic'])
classroom_007 = Classroom('007', 12, ['TV'])
classroom_008 = Classroom('008', 25, ['PC', 'projector'])
classrooms = [classroom_016, classroom_007, classroom_008]
building = AcademicBuilding('Kozelnytska st. 2a', classrooms)
self.assertEqual(
building.__str__(), """Kozelnytska st. 2a
Classroom 016 has a capacity of 80 persons and has the following equipment: PC, projector, mic.
Classroom 007 has a capacity of 12 persons and has the following equipment: TV.
Classroom 008 has a capacity of 25 persons and has the following equipment: PC, projector."""
)
def test___str__(self):
self.assertEqual(
AcademicBuilding.__str__(building), "Kozelnytska st. 2a\n\
Classroom 016 has a capacity of 80 persons and has the following equipment: PC, projector, mic.\n\
Classroom 007 has a capacity of 12 persons and has the following equipment: TV.\n\
Classroom 008 has a capacity of 25 persons and has the following equipment: PC, projector.\n"
)
from building import AcademicBuilding
from classroom import Classroom
classroom_016 = Classroom('016', 80, ['PC', 'projector', 'mic'])
classroom_007 = Classroom('007', 12, ['TV'])
classroom_008 = Classroom('008', 25, ['PC', 'projector'])
classrooms = [classroom_016, classroom_007, classroom_008]
building = AcademicBuilding('Kozelnytska st. 2a', classrooms)
# Classroom 016 has a capacity of 80 persons and has the following equipment:
# PC, projector, mic
# Classroom 007 has a capacity of 12 persons and has the following equipment:
# TV
# Classroom 008 has a capacity of 25 persons and has the following equipment:
# PC, projector
for room in building.classrooms:
print(room)
# [('projector', 2), ('PC', 2), ('mic', 1), ('TV', 1)]
print(building.total_equipment())
# Kozelnytska st. 2a
# Classroom 016 has a capacity of 80 persons and has the following equipment:
# PC, projector, mic
# Classroom 007 has a capacity of 12 persons and has the following equipment:
# TV
# Classroom 008 has a capacity of 25 persons and has the following equipment:
# PC, projector
print(building.__str__())
def test_total_equipment(self):
self.assertEqual(AcademicBuilding.total_equipment(building), [('PC', 2), ('projector', 2), \
('mic', 1), ('TV', 1)])
import unittest
from classroom import Classroom
from building import AcademicBuilding
classroom_016 = Classroom('016', 80, ['PC', 'projector', 'mic'])
classroom_007 = Classroom('007', 12, ['TV'])
classroom_008 = Classroom('008', 25, ['PC', 'projector'])
classrooms = [classroom_016, classroom_007, classroom_008]
building = AcademicBuilding('Kozelnytska st. 2a', classrooms)
class AcademicBuildingTest(unittest.TestCase):
def test_total_equipment(self):
self.assertEqual(AcademicBuilding.total_equipment(building), [('PC', 2), ('projector', 2), \
('mic', 1), ('TV', 1)])
def test___str__(self):
self.assertEqual(
AcademicBuilding.__str__(building), "Kozelnytska st. 2a\n\
Classroom 016 has a capacity of 80 persons and has the following equipment: PC, projector, mic.\n\
Classroom 007 has a capacity of 12 persons and has the following equipment: TV.\n\
Classroom 008 has a capacity of 25 persons and has the following equipment: PC, projector.\n"
)
if __name__ == "__main__":
unittest.main()