def test_rect_add_square(a, b, fig_obj):
rect = Rectangle(a, b)
if fig_obj == 'Square':
fig = Square(5)
assert rect.add_square(fig) == a * b + fig.get_area(
), 'Cannot calculate square of figures: rectangle & square!'
elif fig_obj == 'Rectangle':
fig = Rectangle(5, 3)
assert rect.add_square(fig) == a * b + fig.get_area(
), 'Cannot calculate square of figures: rectangle & rectangle!'
elif fig_obj == 'Cyrcle':
fig = Cyrcle(4)
assert rect.add_square(fig) == a * b + fig.get_area(
), 'Cannot calculate square of figures: rectangle & cyrcle!'
elif fig_obj == 'Triangle':
fig = Triangle(3, 5, 7)
assert rect.add_square(fig) == a * b + fig.get_area(
), 'Cannot calculate square of figures: rectangle & triangle!'
def test_square_add_square(a, fig_obj):
sq = Square(a)
if fig_obj == 'Square':
fig = Square(5)
assert sq.add_square(fig) == a**2 + fig.get_area(
), 'Cannot calculate square of figures: square & square!'
elif fig_obj == 'Rectangle':
fig = Rectangle(5, 3)
assert sq.add_square(fig) == a**2 + fig.get_area(
), 'Cannot calculate square of figures: square & rectangle!'
elif fig_obj == 'Cyrcle':
fig = Cyrcle(4)
assert sq.add_square(fig) == a**2 + fig.get_area(
), 'Cannot calculate square of figures: square & cyrcle!'
elif fig_obj == 'Triangle':
fig = Triangle(3, 5, 7)
assert sq.add_square(fig) == a**2 + fig.get_area(
), 'Cannot calculate square of figures: square & triangle!'
def test_cyrcle_has_attr_name(a):
cyr = Cyrcle(a)
assert cyr.name == 'Cyrcle', 'Name is incorrect!'
def test_cyrcle_add_square(a, fig_obj):
cyr = Cyrcle(a)
if fig_obj == 'Square':
fig = Square(5)
assert cyr.add_square(fig) == round(cyr.get_area() + fig.get_area(), 3), \
'Cannot calculate square of figures: cyrcle & square!'
elif fig_obj == 'Rectangle':
fig = Rectangle(5, 3)
assert cyr.add_square(fig) == round(cyr.get_area() + fig.get_area(), 3), \
'Cannot calculate square of figures: cyrcle & rectangle!'
elif fig_obj == 'Cyrcle':
fig = Cyrcle(4)
assert cyr.add_square(fig) == round(cyr.get_area() + fig.get_area(), 3), \
'Cannot calculate square of figures: cyrcle & cyrcle!'
elif fig_obj == 'Triangle':
fig = Triangle(3, 5, 7)
assert cyr.add_square(fig) == round(cyr.get_area()+fig.get_area(), 3), \
'Cannot calculate square of figures: cyrcle & triangle!'
def test_cyrcle_get_perimeter(a):
cyr = Cyrcle(a)
assert cyr.get_perimeter() == 2 * math.pi * a
def test_cyrcle_get_angles(a):
cyr = Cyrcle(a)
assert cyr.get_angles() == 0, 'Count of angles is incorrect!'
def test_cyrcle_get_area(a):
cyr = Cyrcle(a)
assert cyr.get_area() == round(math.pi * a**2, 3), 'Area is incorrect!'