public void ConstructorForValueAndUnit_ShouldCreateValidSpeed(ConstructorForValueAndUnitTestData testData)
{
// arrange
// act
var length = new Speed(testData.Value, testData.Unit);
// assert
length.MetresPerSecond.Should().BeApproximately(testData.ExpectedMetresPerSecond);
length.Value.Should().BeApproximately(testData.Value);
length.Unit.Should().Be(testData.Unit);
}
public void ConstructorForValueAndUnit_ShouldCreateValidPower(ConstructorForValueAndUnitTestData testData)
{
// arrange
// act
var power = new Power(testData.OriginalValue.Value, testData.OriginalValue.Unit);
// assert
power.Watts.Should().BeApproximately(testData.ExpectedValue.Watts);
power.Value.Should().Be(testData.OriginalValue.Value);
power.Unit.Should().Be(testData.OriginalValue.Unit);
}
public void ConstructorForValueAndUnit_ShouldCreateValidLength(ConstructorForValueAndUnitTestData testData)
{
// arrange
// act
var length = new Length(testData.OriginalValue.Value, testData.OriginalValue.Unit);
// assert
length.Metres.Should().BeApproximately(testData.ExpectedValue.Metres);
length.Value.Should().BeApproximately(testData.OriginalValue.Value);
length.Unit.Should().Be(testData.OriginalValue.Unit);
}
public void ConstructorForValueAndUnit_ShouldCreateValidVolume(ConstructorForValueAndUnitTestData testData)
{
// arrange
// act
var volume = new Volume(testData.Value, testData.Unit);
// assert
volume.CubicMetres.Should().BeApproximately(testData.ExpectedMetres);
volume.Value.Should().Be(testData.Value);
volume.Unit.Should().Be(testData.Unit);
}
public void ConstructorForValueAndUnit_ShouldCreateValidAngle(ConstructorForValueAndUnitTestData testData)
{
// arrange
// act
var angle = testData.OriginalValue;
// assert
angle.Turns.Should().BeApproximately(testData.ExpectedValue.Turns);
angle.Value.Should().BeApproximately(testData.OriginalValue.Value);
angle.Unit.Should().Be(testData.OriginalValue.Unit);
}
public void ConstructorForValueAndUnit_ShouldCreateValidArea(ConstructorForValueAndUnitTestData testData)
{
// arrange
// act
var area = new Area(testData.OriginalValue.Value, testData.OriginalValue.Unit);
// assert
area.SquareMetres.Should().BeApproximately(testData.ExpectedValue.SquareMetres);
area.Value.Should().Be(testData.OriginalValue.Value);
area.Unit.Should().Be(testData.OriginalValue.Unit);
}
public void ConstructorForValueAndUnit_ShouldCreateValidSpecificEnergy(ConstructorForValueAndUnitTestData testData)
{
// arrange
// act
var specificEnergy = new SpecificEnergy(testData.OriginalValue.Value, testData.OriginalValue.Unit);
// assert
specificEnergy.JoulesPerKilogram.Should().BeApproximately(testData.ExpectedValue.JoulesPerKilogram);
specificEnergy.Value.Should().BeApproximately(testData.OriginalValue.Value);
specificEnergy.Unit.Should().Be(testData.OriginalValue.Unit);
}
public void ConstructorForValueAndUnit_ShouldCreateValidWeight(ConstructorForValueAndUnitTestData testData)
{
// arrange
// act
var weight = new Weight(testData.OriginalValue.Value, testData.OriginalValue.Unit);
// assert
weight.Kilograms.Should().BeApproximately(testData.ExpectedValue.Kilograms);
weight.Value.Should().BeApproximately(testData.OriginalValue.Value);
weight.Unit.Should().Be(testData.OriginalValue.Unit);
}
public void ConstructorForValueAndUnit_ShouldCreateValidEnergy(ConstructorForValueAndUnitTestData testData)
{
// arrange
// act
var energy = new Energy(testData.OriginalValue.Value, testData.OriginalValue.Unit);
// assert
energy.Joules.Should().BeApproximately(testData.ExpectedValue.Joules);
energy.Value.Should().Be(testData.OriginalValue.Value);
energy.Unit.Should().Be(testData.OriginalValue.Unit);
}
