public void ValidateSimple()
{
Quantity a;
a = system.Quantity("4 kg");
a = system.Quantity("4 aapjes");
}
public void TestMetricDimensions()
{
Quantity q = system.Quantity("2.3[psi]");
q = system.Canonical(q);
Console.WriteLine(q.Metric.DimensionText);
Assert.Equal("mass^1.length^-1.time^-2", q.Metric.DimensionText);
}
public void TestMmol()
{
Quantity input = system.Quantity("4.1234mmol");
Quantity output = system.Canonical(input);
string s = output.LeftSearchableString();
Assert.Equal("E21x2.5832", s);
}
public void SignificandText()
{
Quantity quantity = system.Quantity("4000g");
string s = quantity.Value.SignificandText;
Assert.Equal("4.000", s);
quantity = system.Quantity("4kg");
s = quantity.Value.SignificandText;
Assert.Equal("4", s);
}
public void FaultyFormatting()
{
Quantity quantity;
//Valid:
quantity = system.Quantity("4.3[in_i]");
// Invalid number
try
{
quantity = system.Quantity("4,4[in_i]");
Assert.True(false, "Should have thrown an error");
}
catch (Exception e)
{
Assert.IsType <ArgumentException>(e);
}
// Missing number
try
{
quantity = system.Quantity("[in_i]");
Assert.True(false, "Should have thrown an error");
}
catch (Exception e)
{
Assert.IsType <ArgumentException>(e);
}
// Quantity without a unit
quantity = system.Quantity("4");
Assert.True(quantity.IsDimless);
// Non existent unit
try
{
quantity = system.Quantity("4[nonexistent]");
Assert.True(false, "Should have thrown an error");
}
catch (Exception e)
{
Assert.IsType <ArgumentException>(e);
}
}
