def testUsersPrimitiveFromRequiredModuleAsReturnValue(self):
'''Complex Number::toComplex()'''
number = Number(12)
cpx = number.toComplex()
self.assertEqual(number.value(), int(cpx.real))
def testUsersPrimitiveFromRequiredModuleAsReturnValue(self):
"""Complex Number::toComplex()"""
number = Number(12)
cpx = number.toComplex()
self.assertEqual(number.value(), int(cpx.real))
def testUsersPrimitiveFromRequiredModuleAsArgument(self):
'''static Number Number::fromComplex(Complex)'''
cpx = complex(3.0, 1.2)
number = Number.fromComplex(cpx)
self.assertEqual(number.value(), int(cpx.real))
def __init__(self):
Derived.__init__(self, 42)
Number.__init__(self, 42)
def testUsersPrimitiveFromRequiredModuleAsArgument(self):
"""static Number Number::fromComplex(Complex)"""
cpx = complex(3.0, 1.2)
number = Number.fromComplex(cpx)
self.assertEqual(number.value(), int(cpx.real))
def testStrCtorWithNumberArgument(self):
'''Try to build a Str from 'sample' module with a Number argument from 'other' module.'''
value = 123
num = Number(value)
string = Str(num)
def testNumber(self):
'''Basic test to see if the Number class is Ok.'''
value = 123
num = Number(value)
self.assertEqual(num.value(), value)
def testPointTimesNumber(self):
'''sample.Point * other.Number'''
pt = Point(2, 7)
num = Number(11)
self.assertEqual(pt * num, pt * 11)
def testNumber(self):
'''Basic test to see if the Number class is Ok.'''
value = 123
num = Number(value)
self.assertEqual(num.value(), value)
def __init__(self):
Derived.__init__(self, 42)
Number.__init__(self, 42)