public void measure_dimension_should_measure_basic_units_properly()
{
var symbol = new Symbol(MeasureUnitSymbolTestData.MeterUnitSymbol);
var basicUnitArg = new BasicMeasureUnitTestBuilder()
.WithSymbol(symbol)
.WithTitle("متر")
.WithTitleSlug("Meter")
.BuildArg();
var dimension = new MeasureDimensionTestBuilder()
.WithTitle("طول")
.WithBasicMeasureUnitArg(basicUnitArg)
.Build();
var arg = new MeasurementArg
{
FromValue = 22.5,
FromUnitSymbol = symbol,
ToUnitSymbol = symbol
};
var expected = 22.5;
var MeasureValue = dimension
.MeasureUnitsFor(arg, _formulaExpressionEvaluator);
Check.That(MeasureValue).IsEqualTo(expected);
}
public void measure_dimension_should_measure_formulated_units_to_basic_unit_properly(
double fromValue, double expected)
{
var celcius = new BasicMeasureUnitTestBuilder()
.WithSymbol(new Symbol(MeasureUnitSymbolTestData.CelciusUnitSymbol))
.WithTitle("سلسیوس")
.BuildArg();
var formulatedUnitBuilder = new FormulatedMeasureUnitTestBuilder();
var farenheit = formulatedUnitBuilder
.WithSymbol(new Symbol(MeasureUnitSymbolTestData.FarenheitUnitSymbol))
.WithTitle("فارنهایت")
.WithConvertFormulaToBasicUnit("5 / 9 * (a - 32)")
.WitCconvertFormulaFromBasicUnit("32 + (9 / 5 * a)")
.BuildArg();
var dimension = new MeasureDimensionTestBuilder()
.WithBasicMeasureUnitArg(celcius)
.WithFormulatedMeasureUnitArg(farenheit)
.Build();
var arg = new MeasurementArg
{
FromValue = fromValue,
FromUnitSymbol = new Symbol(MeasureUnitSymbolTestData.FarenheitUnitSymbol),
ToUnitSymbol = new Symbol(MeasureUnitSymbolTestData.CelciusUnitSymbol)
};
var measuredValue = dimension.MeasureUnitsFor(arg, new FormulaExpressionEvaluator());
Check.That(measuredValue).IsEqualTo(expected);
}
public void for_measure_dimension_new_basic_unit_should_be_defined_properly()
{
var dimension = new MeasureDimensionTestBuilder()
.WithTitle("طول")
.Build();
var symbol = new Symbol(MeasureUnitSymbolTestData.MeterUnitSymbol);
var basicUnitArgBuilder = new BasicMeasureUnitTestBuilder()
.WithSymbol(symbol)
.WithTitle("متر")
.WithTitleSlug("Meter");
dimension.DefineBasicMeasureUnit(basicUnitArgBuilder.BuildArg());
Check.That(dimension.MeasureUnits.First(c => c.Id == symbol))
.Considering().All.Properties.IsEqualTo(basicUnitArgBuilder.Build());
}
for_measure_dimension_defining_new_coeffiecient_unit_should_throw_exception_when_formula_has_invliad_parenthesis_formart()
{
var basicUnit = new BasicMeasureUnitTestBuilder().BuildArg();
var formulatedUnitBuilder = new FormulatedMeasureUnitTestBuilder();
var farenheit = formulatedUnitBuilder
.WithConvertFormulaToBasicUnit("23 + ( (a+3)")
.BuildArg();
var dimension = new MeasureDimensionTestBuilder()
.WithBasicMeasureUnitArg(basicUnit)
.Build();
Action action = () => dimension.DefineFormulatedUnit(farenheit);
Check.ThatCode(action).Throws <ParenthesisAreNotBalanced>();
}
public void measure_dimension_should_modify_basic_unit_properly()
{
var basicUnitBuilder = new BasicMeasureUnitTestBuilder();
var dimension = new MeasureDimensionTestBuilder()
.WithBasicMeasureUnitArg(basicUnitBuilder.BuildArg())
.Build();
var symbol = new Symbol(MeasureUnitSymbolTestData.MeterUnitSymbol);
var modifArg = basicUnitBuilder
.WithSymbol(symbol)
.WithTitle("متر جدید")
.WithTitleSlug("NewMeter")
.BuildArg();
dimension.ModifyBasicMeasureUnit(modifArg);
Check.That(dimension.MeasureUnits.First(c => c.Id == symbol))
.Considering().All.Properties.IsEqualTo(basicUnitBuilder.Build());
}
public void measure_dimension_should_measure_coeffiecient_units_to_coeffiecient_units_properly()
{
var meter = new BasicMeasureUnitTestBuilder()
.WithSymbol(new Symbol(MeasureUnitSymbolTestData.MeterUnitSymbol))
.WithTitle("متر")
.BuildArg();
var centiMeter = new CoefficientMeasureUnitTestBuilder()
.WithSymbol(new Symbol(MeasureUnitSymbolTestData.CentiMeterUnitSymbol))
.WithTitle("سانتیمتر")
.WithRatioFromBasicMeasureUnit(0.01)
.BuildArg();
var kiloMeter = new CoefficientMeasureUnitTestBuilder()
.WithSymbol(new Symbol(MeasureUnitSymbolTestData.KiloMeterUnitSymbol))
.WithTitle("کیلومتر")
.WithRatioFromBasicMeasureUnit(1000)
.BuildArg();
var dimension = new MeasureDimensionTestBuilder()
.WithTitle("طول")
.WithBasicMeasureUnitArg(meter)
.WithCoefficientMeasureUnitArg(centiMeter)
.WithCoefficientMeasureUnitArg(kiloMeter)
.Build();
var arg = new MeasurementArg
{
FromValue = 10,
FromUnitSymbol = new Symbol(MeasureUnitSymbolTestData.KiloMeterUnitSymbol),
ToUnitSymbol = new Symbol(MeasureUnitSymbolTestData.CentiMeterUnitSymbol)
};
var expected = 1000000;
var measuredValue = dimension.MeasureUnitsFor(arg, _formulaExpressionEvaluator);
Check.That(measuredValue).IsEqualTo(expected);
}
public void measure_dimension_should_modify_formulated_units_properly()
{
var basicUnit = new BasicMeasureUnitTestBuilder().BuildArg();
var formulatedUnitBuilder = new FormulatedMeasureUnitTestBuilder();
var formulatedUnit = formulatedUnitBuilder.BuildArg();
var dimension = new MeasureDimensionTestBuilder()
.WithBasicMeasureUnitArg(basicUnit)
.WithFormulatedMeasureUnitArg(formulatedUnit)
.Build();
var arg = formulatedUnitBuilder
.WithTitle("new title")
.WithTitleSlug("new slug")
.WitCconvertFormulaFromBasicUnit("changed formula")
.BuildArg();
dimension.ModifyFormulatedUnit(arg);
Check.That(dimension.MeasureUnits.First(c => c.Id == arg.Id))
.Considering().All.Properties.IsEqualTo(arg);
}
public void measure_dimension_should_modify_coeffiecient_units_properly()
{
var basicUnit = new BasicMeasureUnitTestBuilder().BuildArg();
var coefficientUnitBuilder = new CoefficientMeasureUnitTestBuilder();
var coefficientUnit = coefficientUnitBuilder.BuildArg();
var dimension = new MeasureDimensionTestBuilder()
.WithBasicMeasureUnitArg(basicUnit)
.WithCoefficientMeasureUnitArg(coefficientUnit)
.Build();
var arg = coefficientUnitBuilder
.WithTitle("new title")
.WithTitleSlug("new slug")
.WithRatioFromBasicMeasureUnit(0.0226)
.BuildArg();
dimension.ModifyCoefficientUnit(arg);
Check.That(dimension.MeasureUnits.First(c => c.Id == arg.Id))
.Considering().All.Properties.IsEqualTo(arg);
}
public void for_measure_dimension_new_coeffiecient_units_should_be_defined_properly()
{
var meter = new BasicMeasureUnitTestBuilder()
.WithSymbol(new Symbol(MeasureUnitSymbolTestData.MeterUnitSymbol))
.WithTitle("متر")
.BuildArg();
var centiMeterBuilder = new CoefficientMeasureUnitTestBuilder();
var centiMeter = centiMeterBuilder
.WithSymbol(new Symbol(MeasureUnitSymbolTestData.CentiMeterUnitSymbol))
.WithTitle("سانتیمتر")
.WithRatioFromBasicMeasureUnit(0.01)
.BuildArg();
var dimension = new MeasureDimensionTestBuilder()
.WithBasicMeasureUnitArg(meter)
.Build();
dimension.DefineCoefficientUnit(centiMeter);
Check.That(dimension.MeasureUnits.First(c => c.Id == centiMeter.Id))
.Considering().All.Properties.IsEqualTo(centiMeter);
}
public void for_measure_dimension_new_formulated_units_should_be_defined_properly()
{
var celcius = new BasicMeasureUnitTestBuilder()
.WithSymbol(new Symbol(MeasureUnitSymbolTestData.CelciusUnitSymbol))
.WithTitle("سلسیوس")
.BuildArg();
var formulatedUnitBuilder = new FormulatedMeasureUnitTestBuilder();
var farenheit = formulatedUnitBuilder
.WithSymbol(new Symbol(MeasureUnitSymbolTestData.FarenheitUnitSymbol))
.WithTitle("فارنهایت")
.WithConvertFormulaToBasicUnit("my formula")
.WitCconvertFormulaFromBasicUnit("my formula")
.BuildArg();
var dimension = new MeasureDimensionTestBuilder()
.WithBasicMeasureUnitArg(celcius)
.Build();
dimension.DefineFormulatedUnit(farenheit);
Check.That(dimension.MeasureUnits.First(c => c.Id == farenheit.Id))
.Considering().All.Properties.IsEqualTo(farenheit);
}
