def test_givenZeroInchAndZeroInch_WhenCompared_ShouldReturnTrue():
inchValue1 = QuantityMeasurement(Length.Inch, 0)
inchValue2 = QuantityMeasurement(Length.Inch, 0)
assert inchValue1 == inchValue2
def test_given_2InchAnd_2Point5Centimetre_WhenAdded_ShouldReturn_3Inch():
assert QuantityMeasurement(Length.Inch, 2) + QuantityMeasurement(
Length.Centimetre, 2.5) == QuantityMeasurement(Length.Inch, 3)
def test_givenTwoDifferentValuesOfFeetType_WhenCompared_ShouldReturnFalse():
feetValue1 = QuantityMeasurement(Length.Feet, 2)
feetValue2 = QuantityMeasurement(Length.Feet, 7)
assert (feetValue1 == feetValue2) == False
def test_givenZeroYardAndZeroYard_WhenCompared_ShouldReturnTrue():
yardValue1 = QuantityMeasurement(Length.Yard, 0)
yardValue2 = QuantityMeasurement(Length.Yard, 0)
assert yardValue1 == yardValue2
def test_givenTwoDifferentValuesOfYardType_WhenCompared_ShouldReturnFalse():
yardValue1 = QuantityMeasurement(Length.Yard, 14)
yardValue2 = QuantityMeasurement(Length.Yard, 4)
assert (yardValue1 == yardValue2) == False
def test_given_12InchAnd_1Feet_WhenCompared_ShouldReturnTrue():
inchValue = QuantityMeasurement(Length.Inch, 12)
feetValue = QuantityMeasurement(Length.Feet, 1)
assert inchValue == feetValue
def test_given_60InchAnd_5Feet_WhenComapared_ShouldReturnTrue():
inchValue = QuantityMeasurement(Length.Inch, 60)
feetValue = QuantityMeasurement(Length.Feet, 5)
assert inchValue == feetValue
def test_givenTwoSameCentimetreValues_WhenComparedIfTypeMissMatched_ShouldRaise_InvalidTypeException(
):
with pytest.raises(InvalidTypeException):
assert QuantityMeasurement(Length.Centimetre, 1) == float(1.0)
def test_givenTwoDifferentValuesOfCentimetreType_WhenCompared_ShouldReturnFalse(
):
assert (QuantityMeasurement(Length.Centimetre, 2) == QuantityMeasurement(
Length.Centimetre, 1)) == False
def test_given_1InchAnd_1Yard_WhenCompared_ShouldReturnFalse():
assert (QuantityMeasurement(Length.Inch,
1.0) == QuantityMeasurement(Length.Yard,
1.0)) == False
def test_givenZeroCentimetreAndZeroCentimetre_WhenCompared_ShouldReturnTrue():
assert QuantityMeasurement(Length.Centimetre, 0.0) == QuantityMeasurement(
Length.Centimetre, 0)
def test_given_1YardAnd_3Feet_WhenCompared_ShouldReturnTrue():
assert QuantityMeasurement(Length.Yard,
1.0) == QuantityMeasurement(Length.Feet, 3.0)
def test_given_36InchAnd_1Yard_WhenCompared_ShouldReturnTrue():
assert QuantityMeasurement(Length.Inch,
36.0) == QuantityMeasurement(Length.Yard, 1.0)
def test_givenAValue_IfNotNumberType_ShouldRaise_InvalidTypeException():
with pytest.raises(InvalidTypeException):
feetValue1 = QuantityMeasurement(Length.Feet, "ha")
feetValue2 = QuantityMeasurement(Length.Feet, "h1")
assert feetValue1 == feetValue2
def test_givenTwoDifferentValuesOfInchType_WhenCompared_ShouldReturnFalse():
inchValue1 = QuantityMeasurement(Length.Inch, 4)
inchValue2 = QuantityMeasurement(Length.Inch, 7)
assert (inchValue1 == inchValue2) == False
def test_given_5CentimetreAnd_2Inch_WhenCompared_ShouldReturnTrue():
assert QuantityMeasurement(Length.Centimetre,
5) == QuantityMeasurement(Length.Inch, 2)
def test_givenZeroFeetAndZeroFeet_WhenCompared_ShouldReturnTrue():
feetValue1 = QuantityMeasurement(Length.Feet, 0)
feetValue2 = QuantityMeasurement(Length.Feet, 0)
assert feetValue1 == feetValue2
def test_givenTwoSameValues_WhenComparedIfTypeMissMatched_ShouldRaise_InvalidTypeException(
):
with pytest.raises(InvalidTypeException):
feetValue = QuantityMeasurement(Length.Feet, 0)
notLengthTypeValue = 0
assert feetValue == notLengthTypeValue
def test_given_5FeetAnd_60Inch_WhenComapared_ShouldReturnTrue():
feetValue = QuantityMeasurement(Length.Feet, 5)
inchValue = QuantityMeasurement(Length.Inch, 60)
assert feetValue == inchValue
def test_given_2inchAnd_2Inch_WhenAdded_ShouldReturn_4Inch():
assert QuantityMeasurement(Length.Inch, 2) + QuantityMeasurement(
Length.Inch, 2) == QuantityMeasurement(Length.Inch, 4)
def test_given_5Inch_60Feet_WhenCompared_ShouldReturnFalse():
inchValue = QuantityMeasurement(Length.Inch, 5)
feetValue = QuantityMeasurement(Length.Feet, 60)
assert (inchValue == feetValue) == False
def test_given_1FeetAnd_1Feet_WhenAdded_ShouldReturn_24Inch():
assert QuantityMeasurement(Length.Feet, 1) + QuantityMeasurement(
Length.Feet, 1) == QuantityMeasurement(Length.Inch, 24)
def test_givenTwoSameYardValues_WhenComparedIfTypeMissMatched_ShouldRaise_InvalidTypeException(
):
with pytest.raises(InvalidTypeException):
yardValue1 = QuantityMeasurement(Length.Yard, 0)
yardValue2 = float(0.0)
assert yardValue1 == yardValue2
assert (QuantityMeasurement(Length.Centimetre, 2) == QuantityMeasurement(
Length.Centimetre, 1)) == False
def test_given_2InchAnd_5Centimetre_WhenCompared_ShouldReturnTrue():
assert QuantityMeasurement(Length.Inch,
2) == QuantityMeasurement(Length.Centimetre, 5)
def test_given_5CentimetreAnd_2Inch_WhenCompared_ShouldReturnTrue():
assert QuantityMeasurement(Length.Centimetre,
5) == QuantityMeasurement(Length.Inch, 2)
@pytest.mark.parametrize("Length1,Length2,expected", [
(QuantityMeasurement(Length.Inch, 2), QuantityMeasurement(Length.Feet,
5), False),
(QuantityMeasurement(Length.Inch, 2), QuantityMeasurement(Length.Yard,
5), False),
(QuantityMeasurement(Length.Centimetre,
5), QuantityMeasurement(Length.Yard, 2), False),
(QuantityMeasurement(Length.Centimetre,
5), QuantityMeasurement(Length.Yard, 2), False),
])
def test_given_2InchWithOtherLengthType_WhenCompared_ShouldReturnFalse(
Length1, Length2, expected):
assert (Length1 == Length2) == expected
# Test cases for Length additions
