def test_perimetr(self, test_vars):
side1 = Rectangl(test_vars)
p = (test_vars[0] + test_vars[1]) * 2
if side1.perimetr() != p:
print(
f"Тестируемое число{side1.perimetr()}, сравнивается с расчетным {p}. Тест не пройден"
)
assert side1.perimetr() == p
def test_area(self, test_vars):
side1 = test_vars
area = Rectangl(test_vars)
test_area = test_vars[0] * test_vars[1]
if area.area() != test_area:
print(
f"Тестируемое число{area.area()}, сравнивается с расчетным {test_area}. Тест не пройден"
)
assert area.area() == test_area
def test_sum_area(self, test_triangl, test_rect):
triangl = Triangl(test_triangl)
rect = Rectangl(test_rect)
sum = rect.calculatio() + triangl.calculatio()
assert sum == rect.add_square(triangl)
def test_angels(self, test_angels):
test_rect = Rectangl((8, 18))
assert test_rect.angels() == test_angels
def test_name(self, test_name_list):
name = Rectangl((8, 18))
name.print()
assert name.nameTrig() == test_name_list
def test_sum_area(self, test_circl, test_rect):
circl = Circle(test_circl)
rect = Rectangl(test_rect)
sum = rect.calculatio() + circl.calculatio()
assert sum == circl.add_square(rect)