public void Given_ZeroFeetAndZeroInch_When_ShouldReturnEqual()
{
QuantitiyMeasurement firstFeet = new QuantitiyMeasurement(Unit.FEET, 0.0);
QuantitiyMeasurement secondFeet = new QuantitiyMeasurement(Unit.INCH, 0.0);
Assert.IsTrue(this.measurement.UnitConversion(firstFeet, secondFeet));
}
public void GivenInch_When_SameValue_ShouldReturnTrue()
{
QuantitiyMeasurement firstInchValue = new QuantitiyMeasurement(Unit.INCH, 10.0);
QuantitiyMeasurement secondInchValue = new QuantitiyMeasurement(Unit.INCH, 10.0);
Assert.AreEqual(firstInchValue.GetType(), secondInchValue.GetType());
}
public void Given_OneFeetAndOneInch_When_UnitConversiond_ShouldReturnFalse()
{
QuantitiyMeasurement feet1 = new QuantitiyMeasurement(Unit.FEET, 1.0);
QuantitiyMeasurement inch1 = new QuantitiyMeasurement(Unit.INCH, 1.0);
Assert.AreNotEqual(feet1, inch1);
}
public void GivenInch_When_SameReference_ShouldReturnTrue()
{
QuantitiyMeasurement firstReferanceInch = new QuantitiyMeasurement();
QuantitiyMeasurement secondReferanceInch = firstReferanceInch;
Assert.AreEqual(firstReferanceInch, secondReferanceInch);
}
public void GivenFeet_When_Type_EqualToReturnTrue()
{
QuantitiyMeasurement firstFeetValue = new QuantitiyMeasurement(Unit.FEET, 0.0);
QuantitiyMeasurement secondFeetValue = new QuantitiyMeasurement(Unit.FEET, 0.0);
Assert.AreEqual(firstFeetValue.GetType(), secondFeetValue.GetType());
}
/// <summary>
/// To convert the values of the units
/// </summary>
/// <param name="firstUnit">First unit</param>
/// <param name="secondUnit">Second unit</param>
/// <returns>Condition according to comparison</returns>
public bool UnitConversion(QuantitiyMeasurement firstUnit, QuantitiyMeasurement secondUnit)
{
double firstBaseUnit = this.GetUnits(firstUnit.unitType);
double secondBaseUnit = this.GetUnits(secondUnit.unitType);
return(this.CompareUnits(firstUnit, secondUnit, firstBaseUnit, secondBaseUnit));
}
/// <summary>
/// Addition of unit
/// </summary>
/// <param name="firstUnit">first unit for addition</param>
/// <param name="secondUnit">second unit for addition></param>
/// <returns>addition of both units</returns>
public double Addition(QuantitiyMeasurement firstUnit, QuantitiyMeasurement secondUnit)
{
double baseUnit1 = this.GetUnits(firstUnit.unitType);
double baseUnit2 = this.GetUnits(secondUnit.unitType);
return(Math.Round(firstUnit.value * baseUnit1) + Math.Round(secondUnit.value * baseUnit2));
}
public void GivenFeet_When_SameReference_ShouldReturnTrue()
{
QuantitiyMeasurement firstReferanceFeet = new QuantitiyMeasurement();
QuantitiyMeasurement secondReferanceFeet = new QuantitiyMeasurement();
Assert.AreEqual(firstReferanceFeet, secondReferanceFeet);
}
public void Given_Negative1KgAnd1000Grams_WhenCompared_ShouldReturnTrue()
{
QuantitiyMeasurement killogram = new QuantitiyMeasurement(Unit.KILLOGRAM, -1.0);
QuantitiyMeasurement gram = new QuantitiyMeasurement(Unit.GRAM, 1000.0);
bool compare = this.measurement.UnitConversion(killogram, gram);
Assert.IsFalse(compare);
}
public void Given1TonAnd1000Kgs_WhenCompared_ShouldReturnTrue()
{
QuantitiyMeasurement tonne = new QuantitiyMeasurement(Unit.TON, 1.0);
QuantitiyMeasurement killogram = new QuantitiyMeasurement(Unit.KILLOGRAM, 1000.0);
bool compare = this.measurement.UnitConversion(tonne, killogram);
Assert.IsTrue(compare);
}
public void Given_1TonAnd1000Grams_WhenAdded_ShouldReturn1001Kgs()
{
QuantitiyMeasurement tonne = new QuantitiyMeasurement(Unit.TON, 1.0);
QuantitiyMeasurement gram = new QuantitiyMeasurement(Unit.GRAM, 1000.0);
double addition = this.measurement.Addition(tonne, gram);
Assert.AreEqual(1001.0, addition);
}
public void Given_1GallonAnd3point78Litres_WhenAdded_ShouldReturn7point56Inch()
{
QuantitiyMeasurement gallon = new QuantitiyMeasurement(Unit.GALLON, 1.0);
QuantitiyMeasurement litre = new QuantitiyMeasurement(Unit.LITRE, 3.78);
double addition = this.measurement.Addition(gallon, litre);
Assert.AreEqual(8.0, addition);
}
public void Given_1LitreAnd1000Ml_WhenAdded_ShouldReturn2Litres()
{
QuantitiyMeasurement litre = new QuantitiyMeasurement(QuantitiyMeasurement.Unit.LITRE, 1.0);
QuantitiyMeasurement milliliter = new QuantitiyMeasurement(QuantitiyMeasurement.Unit.MiLLILITERS, 1000.0);
double addition = this.measurement.Addition(litre, milliliter);
Assert.AreEqual(2.0, addition);
}
public void Given_36InchAnd1yard_When_UnitConversiond_ShouldReturnEqualLength()
{
QuantitiyMeasurement inch = new QuantitiyMeasurement(Unit.INCH, 36.0);
QuantitiyMeasurement yard = new QuantitiyMeasurement(Unit.YARD, 1.0);
bool compare = this.measurement.UnitConversion(inch, yard);
Assert.IsTrue(compare);
}
public void Given_Negative1LitreAnd1000Ml_WhenCompared_ShouldReturnTrue()
{
QuantitiyMeasurement litre = new QuantitiyMeasurement(Unit.LITRE, -1.0);
QuantitiyMeasurement milliliter = new QuantitiyMeasurement(Unit.MiLLILITERS, 1000.0);
bool compare = this.measurement.UnitConversion(litre, milliliter);
Assert.IsFalse(compare);
}
public void Give_100CelsiusAnd212Fahrenheit_WhenCompared_ShouldReturnTrue()
{
QuantitiyMeasurement celsius = new QuantitiyMeasurement(Unit.CELSIUS, 100.0);
QuantitiyMeasurement fahrenheit = new QuantitiyMeasurement(Unit.FAHRENHEIT, 212.0);
bool compare = this.measurement.ConvertTemperature(celsius, fahrenheit);
Assert.IsTrue(compare);
}
public void Given_Negative212Fahrenheitand100Celsius_WhenCompared_ShouldReturnTrue()
{
QuantitiyMeasurement fahrenheit = new QuantitiyMeasurement(Unit.FAHRENHEIT, -212.0);
QuantitiyMeasurement celsius = new QuantitiyMeasurement(Unit.CELSIUS, 100.0);
bool compareCheck = this.measurement.ConvertTemperature(fahrenheit, celsius);
Assert.IsFalse(compareCheck);
}
public void Given1FeetAnd1Feet_WhenAdded_ShouldReturn24Inch()
{
QuantitiyMeasurement feet1 = new QuantitiyMeasurement(Unit.FEET, 1.0);
QuantitiyMeasurement feet2 = new QuantitiyMeasurement(Unit.FEET, 1.0);
double addition = this.measurement.Addition(feet1, feet2);
Assert.AreEqual(24, addition);
}
public void GivenFeet_When_SameValue_ShouldReturnEqual()
{
QuantitiyMeasurement firstFeetValue = new QuantitiyMeasurement(Unit.FEET, 10.0);
QuantitiyMeasurement secondFeetValue = new QuantitiyMeasurement(Unit.FEET, 10.0);
bool equals = firstFeetValue.Equals(secondFeetValue);
Assert.True(equals);
}
public void Given_1FeetAnd2Inches_WhenAdded_ShouldReturn14Inch()
{
QuantitiyMeasurement feet = new QuantitiyMeasurement(Unit.FEET, 1.0);
QuantitiyMeasurement inch = new QuantitiyMeasurement(Unit.INCH, 2.0);
double addition = this.measurement.Addition(feet, inch);
Assert.AreEqual(14, addition);
}
public void Given2InchAnd2Inch_WhenAdded_ShouldReturn4Inch()
{
QuantitiyMeasurement inch1 = new QuantitiyMeasurement(Unit.INCH, 2.0);
QuantitiyMeasurement inch2 = new QuantitiyMeasurement(Unit.INCH, 2.0);
double addition = this.measurement.Addition(inch1, inch2);
Assert.AreEqual(4, addition);
}
public void Given_1InchAnd1Cms_WhenCompared_ShouldReturnFalse()
{
QuantitiyMeasurement inch = new QuantitiyMeasurement(Unit.INCH, 5.0);
QuantitiyMeasurement cm = new QuantitiyMeasurement(Unit.CMS, 5.0);
bool compare = this.measurement.UnitConversion(inch, cm);
Assert.IsFalse(compare);
}
public void GivenZeroFeet_When_ZeroFeet_ShouldReturnZero()
{
QuantitiyMeasurement firstFeet = new QuantitiyMeasurement(Unit.FEET, 0.0);
QuantitiyMeasurement secondFeet = new QuantitiyMeasurement(Unit.FEET, 0.0);
bool equals = firstFeet.Equals(secondFeet);
Assert.IsTrue(equals);
}
public void Given_3NegativeFeetAnd1Yard_WhenUnitConversiond_ShouldReturnTrue()
{
QuantitiyMeasurement yard = new QuantitiyMeasurement(Unit.YARD, 1.0);
QuantitiyMeasurement feet = new QuantitiyMeasurement(Unit.FEET, -3.0);
bool compare = this.measurement.UnitConversion(yard, feet);
Assert.IsFalse(compare);
}
public void Given_1LitreAnd1Milliliter_WhenCompared_ShouldReturnFalse()
{
QuantitiyMeasurement litre = new QuantitiyMeasurement(Unit.LITRE, 1);
QuantitiyMeasurement milliLiter = new QuantitiyMeasurement(Unit.MiLLILITERS, 1);
bool compare = this.measurement.UnitConversion(litre, milliLiter);
Assert.IsFalse(compare);
}
public void Given_1GallonAnd1Litre_WhenCompared_ShouldReturnFalse()
{
QuantitiyMeasurement gallon = new QuantitiyMeasurement(Unit.GALLON, 1);
QuantitiyMeasurement litre = new QuantitiyMeasurement(Unit.LITRE, 1);
bool compare = this.measurement.UnitConversion(gallon, litre);
Assert.IsFalse(compare);
}
public void Given_1InchAnd2AndHalfCMS_WhenAdded_ShouldReturn3Inch()
{
QuantitiyMeasurement inch1 = new QuantitiyMeasurement(Unit.INCH, 2.0);
QuantitiyMeasurement cms2 = new QuantitiyMeasurement(Unit.CMS, 2.5);
double addition = this.measurement.Addition(inch1, cms2);
Assert.AreEqual(3, addition);
}
/// <summary>
/// Test case Negative: Given 1 yard and 36 inch when compared returns true
/// </summary>
public void Given_OneNeagtiveYardAnd36Inch_When_UnitConversiond_ShouldReturnEqualLength()
{
QuantitiyMeasurement yard = new QuantitiyMeasurement(Unit.YARD, -1.0);
QuantitiyMeasurement inch = new QuantitiyMeasurement(Unit.INCH, 36.0);
bool compare = this.measurement.UnitConversion(yard, inch);
Assert.IsFalse(compare);
}
public void GivenInch_When_Zero_ShouldReturnFalse()
{
QuantitiyMeasurement firstInch = new QuantitiyMeasurement(Unit.INCH, 0.0);
QuantitiyMeasurement secondInch = new QuantitiyMeasurement(Unit.INCH, 0.0);
bool equals = firstInch.Equals(secondInch);
Assert.IsTrue(equals);
}
public void Given_1GallonAnd3Point78Litres_WhenCompared_ShouldReturnTrue()
{
QuantitiyMeasurement gallon = new QuantitiyMeasurement(Unit.GALLON, 1.0);
QuantitiyMeasurement litre = new QuantitiyMeasurement(Unit.LITRE, 3.78);
bool compare = this.measurement.UnitConversion(gallon, litre);
Assert.IsTrue(compare);
}