public void UnitConverter_ConvertUnitsNullTest()
{
UnitConverter target = new UnitConverter ();
Measurement expected = new Measurement (0, Result.BadUnit);
Measurement actual = default(Measurement);
actual = target.ConvertUnits (0, null, null);
Assert.AreNotEqual (expected, actual);
Assert.AreEqual (expected.ConversionResult, actual.ConversionResult);
}
public void UnitConverter_ConvertUnitsEmptyTest3()
{
UnitConverter target = new UnitConverter ();
Measurement expected = new Measurement (0, Result.BadUnit);
Measurement actual = default(Measurement);
actual = target.ConvertUnits (0, string.Empty, "m");
Assert.AreNotEqual (expected, actual);
Assert.AreEqual (expected.ConversionResult, actual.ConversionResult);
}
public void UnitConverter_ConvertUnits_Celcius_to_Kelvin_Test3()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0);
string currentUnitName = "C";
string targetUnitName = "K";
Measurement expected = new Measurement (Convert.ToDouble (273.15), "K");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_chain_to_ft_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "chain";
string targetUnitName = "ft";
Measurement expected = new Measurement (Convert.ToDouble (65.999999934), "ft");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_bit_to_gigabyte_Test()
{
UnitConverter target = new UnitConverter();
double value = Convert.ToDouble(8388608);
string currentUnitName = "bit";
string targetUnitName = "gigabyte";
Measurement expected = new Measurement(Convert.ToDouble(0.0009765625), "gigabyte");
Measurement actual = default(Measurement);
actual = target.ConvertUnits(value, currentUnitName, targetUnitName);
Assert.AreEqual(expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_BTUperMin_to_FtLbPerMin_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "BTU/min";
string targetUnitName = "ft lb/min";
Measurement expected = new Measurement (Convert.ToDouble (778.169370189705), "ft lb/min");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_bit_to_bit_Test()
{
UnitConverter target = new UnitConverter();
double value = Convert.ToDouble(100);
string currentUnitName = "bit";
string targetUnitName = "bit";
Measurement expected = new Measurement(Convert.ToDouble(100), "bit");
Measurement actual = default(Measurement);
actual = target.ConvertUnits(value, currentUnitName, targetUnitName);
Assert.AreEqual(expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_BTUperMin_to_Horsepower_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "BTU/min";
string targetUnitName = "hp";
Measurement expected = new Measurement (Convert.ToDouble (0.023580890005749), "hp");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_dyn_to_ng_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "dyn";
string targetUnitName = "tonnef";
Measurement expected = new Measurement (Convert.ToDouble (1.01971621E-07), "tonnef");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_µm_to_mile_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "µm";
string targetUnitName = "mi";
Measurement expected = new Measurement (Convert.ToDouble (6.2137119E-08), "mi");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_µm_to_furlong_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "µm";
string targetUnitName = "furlong";
Measurement expected = new Measurement (Convert.ToDouble (4.97096954E-07), "furlong");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_tonf_to_mN_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "tonf";
string targetUnitName = "mN";
Measurement expected = new Measurement (Convert.ToDouble (8896443.22162456), "mN");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_µN_to_tonf_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "µN";
string targetUnitName = "tonf";
Measurement expected = new Measurement (Convert.ToDouble (1.12404E-10), "tonf");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_µN_to_lbf_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "µN";
string targetUnitName = "lbf";
Measurement expected = new Measurement (Convert.ToDouble (2.248089431E-05), "lbf");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_yd_to_furlong_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "yd";
string targetUnitName = "furlong";
Measurement expected = new Measurement (Convert.ToDouble (0.004545454540909), "furlong");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_tonnef_to_tonf_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "tonnef";
string targetUnitName = "tonf";
Measurement expected = new Measurement (Convert.ToDouble (110.231131092439), "tonf");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_tonnef_to_N_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "tonnef";
string targetUnitName = "N";
Measurement expected = new Measurement (Convert.ToDouble (9806.64999019335), "N");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_tonnef_to_nN_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "tonnef";
string targetUnitName = "nN";
Measurement expected = new Measurement (Convert.ToDouble (980665000000000.0), "nN");
//should be 98066500000000, .net conversion bug
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_tonnef_to_lbf_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "tonnef";
string targetUnitName = "lbf";
Measurement expected = new Measurement (Convert.ToDouble (2204.62261964738), "lbf");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_tonf_to_µN_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "tonf";
string targetUnitName = "µN";
Measurement expected = new Measurement (Convert.ToDouble (889644323052.1), "µN");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_dyn_to_kN_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "dyn";
string targetUnitName = "kN";
Measurement expected = new Measurement (Convert.ToDouble (1E-08), "kN");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_µm_to_thou_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "µm";
string targetUnitName = "thou";
Measurement expected = new Measurement (Convert.ToDouble (0.039370078700787), "thou");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_µm_to_yd_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "µm";
string targetUnitName = "yd";
Measurement expected = new Measurement (Convert.ToDouble (1.093613297E-06), "yd");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_yd_to_millimetres_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "yd";
string targetUnitName = "mm";
Measurement expected = new Measurement (Convert.ToDouble (914.3999990856), "mm");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_µN_to_Meganewton_Test2()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (0.999999999);
string currentUnitName = "µN";
string targetUnitName = "Meganewton";
Measurement expected = new Measurement (Convert.ToDouble (1E-12), "Meganewton");
//should be 0.000000000000999999999, .net rounds to 15 places
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_yd_to_m_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "yd";
string targetUnitName = "m";
Measurement expected = new Measurement (Convert.ToDouble (91.44), "m");
//expected altered to meet .net conversion bug (91.44 m)
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_bit_to_petabit_Test()
{
UnitConverter target = new UnitConverter();
double value = Convert.ToDouble(8795755265206);
string currentUnitName = "bit";
string targetUnitName = "petabit";
Measurement expected = new Measurement(Convert.ToDouble(0.007812199979521), "petabit");
Measurement actual = default(Measurement);
actual = target.ConvertUnits(value, currentUnitName, targetUnitName);
Assert.AreEqual(expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_µm_to_ft_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "µm";
string targetUnitName = "ft";
Measurement expected = new Measurement (Convert.ToDouble (0.000328083989501), "ft");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
Assert.AreEqual (Result.NoError, actual.ConversionResult);
}
public void UnitConverter_ConvertUnits_yd_to_Megametres_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "yd";
string targetUnitName = "Mm";
Measurement expected = new Measurement (Convert.ToDouble (9.144E-05), "Mm");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}
public void UnitConverter_ConvertUnits_thou_to_millimetres_Test()
{
UnitConverter target = new UnitConverter ();
double value = Convert.ToDouble (100);
string currentUnitName = "thou";
string targetUnitName = "mm";
Measurement expected = new Measurement (Convert.ToDouble (2.54), "mm");
Measurement actual = default(Measurement);
actual = target.ConvertUnits (value, currentUnitName, targetUnitName);
Assert.AreEqual (expected.Value, actual.Value);
}