public void TestMethod1()
{
var measurementSystemModel = TestData.CreateMeasurementSystemData().FirstOrDefault();
DistanceUnitConverter distanceUnitConverter = new DistanceUnitConverter();
AreaUnitConverter areaUnitConverter = new AreaUnitConverter();
if (measurementSystemModel != null)
{
// 5 wa -> 20 sok, 20 sok -> 5 wa
var wa = measurementSystemModel.DistanceUnits.SingleOrDefault(model => model.Name == "Wa");
var sok = measurementSystemModel.DistanceUnits.SingleOrDefault(model => model.Name == "Sok");
var result1 = (double)distanceUnitConverter.Convert(new object[] { wa, sok, 5 }, null, null, null);
var result2 = (double)distanceUnitConverter.Convert(new object[] { sok, wa, 20 }, null, null, null);
Assert.AreEqual(20, result1, result1);
Assert.AreEqual(5, result2, result2);
// 20 Rai to sq Wa = 20 * 20 * 20
var rai = measurementSystemModel.Areas.SingleOrDefault(model => model.Name == "Rai");
var sqwa = measurementSystemModel.Areas.SingleOrDefault(model => model.Name == "Square Wa");
var waResult = (double)areaUnitConverter.Convert(new object[] { rai, sqwa, 20 }, null, null, null);
Assert.AreEqual(8000, waResult, waResult);
// 10 Rai to ngaan = 2 * 2 * 10
var ngaan = measurementSystemModel.Areas.SingleOrDefault(model => model.Name == "Ngaan");
var ngaanResult = (double)areaUnitConverter.Convert(new object[] { rai, ngaan, 10 }, null, null, null);
Assert.AreEqual(40, ngaanResult, ngaanResult);
}
}
public async Task OutputValueChanged()
{
if (OutputValue == AreaUnitConverter.Convert(InputValue, (AreaUnits)SelectedInputUnit.Id, (AreaUnits)SelectedOutputUnit.Id))
{
//do nothing
}
else
{
InputValue = AreaUnitConverter.Convert(OutputValue, (AreaUnits)SelectedOutputUnit.Id, (AreaUnits)SelectedInputUnit.Id);
}
//throw new System.NotImplementedException();
}
public async Task SomethingChangedFunction()
{
//StringsToEnumConverter();
OutputValue = AreaUnitConverter.Convert(InputValue, (AreaUnits)SelectedInputUnit.Id, (AreaUnits)SelectedOutputUnit.Id);
}