public void ShouldProduceValidResult()
{
// arrange
var nominator = CreateRadianAngle();
var denominator = new RadianAngle(Fixture.CreateNonZeroNumber());
// act
number result = nominator / denominator;
// assert
result.Should().Be(nominator.Radians / denominator.Radians);
}
public void ShouldProduceValidResult()
{
// arrange
var nominator = CreateDegreeAngle();
var denominator = new DegreeAngle(Fixture.CreateNonZeroNumber());
// act
number result = nominator / denominator;
// assert
result.Should().Be(nominator.TotalSeconds / denominator.TotalSeconds);
}
public void ShouldProduceValidDoubleResult()
{
// arrange
var nominator = CreateLengthInUnitOtherThan(LengthUnit.Metre);
var denominator = new Length(
value: Fixture.CreateNonZeroNumber(),
unit: CreateUnitOtherThan(LengthUnit.Metre, nominator.Unit));
// act
number result = nominator / denominator;
// assert
result.Should().Be(nominator.Metres / denominator.Metres);
}
public void ShouldProduceValidResult()
{
// arrange
var nominator = CreatePowerInUnitOtherThan(PowerUnit.Watt);
var denominator = new Power(
value: Fixture.CreateNonZeroNumber(),
unit: CreateUnitOtherThan(PowerUnit.Watt, nominator.Unit));
// act
number result = nominator / denominator;
// assert
result.Should().BeApproximately(nominator.Watts / denominator.Watts);
}
public void ShouldProduceValidResult()
{
// arrange
var nominator = CreateAngleInUnitOtherThan(AngleUnit.Turn);
var denominator = new Angle(
value: Fixture.CreateNonZeroNumber(),
unit: CreateUnitOtherThan(AngleUnit.Turn, nominator.Unit));
// act
number result = nominator / denominator;
// assert
result.Should().BeApproximately(nominator.Turns / denominator.Turns);
}
public void DivideNullByVolume_ShouldTreatNullAsDefault()
{
// arrange
Volume?nominator = null;
var denominator = new Volume(
value: Fixture.CreateNonZeroNumber(),
unit: CreateUnitOtherThan(VolumeUnit.CubicMetre));
// act
number result = nominator / denominator;
// assert
result.Should().Be(default(Volume) / denominator);
}
public void ShouldProduceValidDoubleResult()
{
// arrange
var nominator = CreateSpecificEnergyInUnitOtherThan(SpecificEnergyUnit.JoulePerKilogram);
var denominator = new SpecificEnergy(
value: Fixture.CreateNonZeroNumber(),
unit: CreateUnitOtherThan(SpecificEnergyUnit.JoulePerKilogram, nominator.Unit));
// act
number result = nominator / denominator;
// assert
result.Should().Be(nominator.JoulesPerKilogram / denominator.JoulesPerKilogram);
}
public void ShouldProduceValidResult()
{
// arrange
var nominator = CreateWeightInUnitOtherThan(WeightUnit.Kilogram);
var denominator = new Weight(
value: Fixture.CreateNonZeroNumber(),
unit: CreateUnitOtherThan(WeightUnit.Kilogram, nominator.Unit));
// act
number result = nominator / denominator;
// assert
result.Should().BeApproximately(nominator.Kilograms / denominator.Kilograms, because: $"{nominator} divide by {denominator} shoud return {nominator.Kilograms / denominator.Kilograms} kg");
}
public void DivideNullByArea_ShouldTreatNullAsDefault()
{
// arrange
Area?nominator = null;
var denominator = new Area(
value: Fixture.CreateNonZeroNumber(),
unit: CreateUnitOtherThan(AreaUnit.SquareMetre));
// act
number result = nominator / denominator;
// assert
result.Should().Be(default(Area) / denominator);
}
public void ShouldProduceValidDoubleResult()
{
// arrange
var nominator = CreateSpeedInUnitOtherThan(SpeedUnit.MetrePerSecond);
var denominator = new Speed(
value: Fixture.CreateNonZeroNumber(),
unit: CreateUnitOtherThan(SpeedUnit.MetrePerSecond, nominator.Unit));
// act
number result = nominator / denominator;
// assert
result.Should().Be(nominator.MetresPerSecond / denominator.MetresPerSecond);
}
public void ShouldProduceValidResult()
{
// arrange
var nominator = CreateEnergyInUnitOtherThan(EnergyUnit.Joule);
var denominator = new Energy(
value: Fixture.CreateNonZeroNumber(),
unit: CreateUnitOtherThan(EnergyUnit.Joule, nominator.Unit));
// act
number result = nominator / denominator;
// assert
result.Should().BeApproximately(nominator.Joules / denominator.Joules);
}