class SquareTest(unittest.TestCase): def test_area(self): self.sq = Square(3) self.assertEqual(self.sq.area(), 9, "positive side length") self.sq = Square(-5) self.assertEqual(self.sq.area(), 25, "negative side length") self.sq = Square(0) self.assertEqual(self.sq.area(), 0, "zero side length") self.sq = Square(5.5) self.assertEqual(self.sq.area(), 30.25, "decimal side length")
def main(): sh = Shape() print sh t = Triangle(5, 10) print t.area() print "%s Static Method" % t.static_area(10, 20) s = Square(20) print s.area() print s.perimeter()
class SquareTest(unittest.TestCase):
def setUp(self):
self.square = Square(side=3)
def test_it_has_a_side(self):
self.square.side |should| equal_to(3)
def test_it_changes_its_side(self):
self.square.side = 5
self.square.side |should| equal_to(5)
def test_it_calculates_its_area(self):
self.square.area() |should| equal_to(9)
def main(args):
side = int(args[1])
print("side of the square is %d" % (side))
s1 = Square(side)
print("Perimeter: ", s1.perimeter())
print("Area: ", s1.area())
def square_submit(self):
try:
rib = float(self.squareRib_input.text())
square = Square(rib)
area = square.area()
area = self.isFloat(area)
area = self.toCommas(area)
scope = square.scope()
scope = self.isFloat(scope)
scope = self.toCommas(scope)
diagonal = square.diagonals()
diagonal = self.isFloat(diagonal)
diagonal = self.toCommas(diagonal)
self.square_area_label.setText(f"Area(Square cm): {str(area)}")
self.square_scope_label.setText(f"Scope(cm): {str(scope)}")
self.square_diagonals_label.setText(f"Diagonals Length: {str(diagonal)}")
except ValueError:
error = QMessageBox()
error.setWindowTitle("Error")
error.setText("Please type a number!")
error.setIcon(QMessageBox.Critical)
x = error.exec_()
class TestSquare(unittest.TestCase):
def setUp(self):
self.square = Square(5)
def test_perimeter(self):
self.assertEqual(self.square.perimeter(), 20)
def test_area(self):
self.assertEqual(self.square.area(), 25)
class TestSquare(unittest.TestCase):
def setUp(self):
self.square = Square(5)
def test_perimeter(self):
self.assertEqual(self.square.perimeter(), 20)
def test_area(self):
self.assertEqual(self.square.area(), 25)
def test_area():
points = [(0, 0), (2, 0), (2, 2), (0, 2)]
square = Square(points)
assert square.area() == 4
from square import Square
s = Square(4)
s.set_center([0, 0])
s.set_color("Yellow")
s.name = "Hally"
print "Area of %s is %d" % (s.name, s.area())
print s()
def main():
'''main()'''
my_square = Square(10)
print('Area = %d' % my_square.area())
from square import Square
s = Square(7)
s.set_center([0, 0])
s.set_color("Yellow")
s.name = "Hally"
print "Area of %s is %d" % (s.name, s.area())
s.print_s()
from rectangle import Rectangle
from square import Square
_rectangle = Rectangle(5, 6)
_square = Square(5)
print "rectangle"
print ("perimeter " + str(_rectangle.perimeter()))
print ("area " + str(_rectangle.area()))
print "------------------"
print "square"
print ("perimeter " + str(_square.perimeter()))
print ("area " + str(_square.area()))
print "------------------"
def test_AreaOfASquareWithNonDefaultSide(): square = Square(10) assert square.area() == 100, "Value should be 100"
def test_AreaOfASqaureWithDefaultSide(): square = Square() assert square.area() == 25
from Polygon import Polygon
from square import Square
from shape import Shape
s1 = Square(10, 67)
s1.set_color("Red")
print(s1.area())
from square import Square from rectangle import Rectangle # an abstract class with an abstract method cannot be instantiated # cannot create an object s = Square(4) r = Rectangle(6, 3) print(s.area()) print(r.area()) # Square IS-A Shape # Rectangle IS-a Shape
from square import Square
from triangle import Triangle
s1 = Square()
s1.set_value(8, 15)
s1.set_color("Blue")
print(s1.area(), s1.get_color())
t1 = Triangle()
t1.set_value(5, 10)
t1.set_color("Green")
print(t1.area(), t1.get_color())
