public void AnyEnumValueOfNonEnum()
{
var anon = new AnonymousData();
try
{
anon.AnyEnumValue <string>();
}
catch (InvalidOperationException)
{
return;
}
Assertions.Fail("AnyEnumValue did not throw.");
}
public void AnyEnumValue_SimpleEnumTypeDistribution()
{
var anon = new AnonymousData();
var classifier = new Classifier <SimpleEnum>();
classifier.AddClassification(nameof(SimpleEnum.One), v => v == SimpleEnum.One);
classifier.AddClassification(nameof(SimpleEnum.Two), v => v == SimpleEnum.Two);
classifier.AddClassification(nameof(SimpleEnum.Three), v => v == SimpleEnum.Three);
classifier.AddClassification("None", v => v != SimpleEnum.One && v != SimpleEnum.Two && v != SimpleEnum.Three);
classifier.Classify(1000000, () => (SimpleEnum)anon.AnyEnumValue(typeof(SimpleEnum), Distribution.Uniform));
Assert.True(classifier[nameof(SimpleEnum.One)] > 0.25, nameof(SimpleEnum.One));
Assert.True(classifier[nameof(SimpleEnum.Two)] > 0.25, nameof(SimpleEnum.Two));
Assert.True(classifier[nameof(SimpleEnum.Three)] > 0.25, nameof(SimpleEnum.Three));
Assert.True(classifier["None"] == 0.0);
}
public void AnyEnumValue_SimpleEnumType()
{
var anon = new AnonymousData();
var result = (SimpleEnum)anon.AnyEnumValue(typeof(SimpleEnum));
}
public void AnyEnumValue_FlagsEnumTypeDistribution()
{
var anon = new AnonymousData();
var result = (FlagsEnum)anon.AnyEnumValue(typeof(FlagsEnum), Distribution.Uniform);
}
public void AnyEnumValue_FlagsEnumType()
{
var anon = new AnonymousData();
var result = (FlagsEnum)anon.AnyEnumValue(typeof(FlagsEnum));
}
public void AnyEnumValueOfSimpleEnum_Distribution()
{
var anon = new AnonymousData();
var result = anon.AnyEnumValue <SimpleEnum>(Distribution.Uniform);
}
public void AnyEnumValueOfSimpleEnum()
{
var anon = new AnonymousData();
var result = anon.AnyEnumValue <SimpleEnum>();
}
public void AnyEnumValueOfFlagsEnum()
{
var anon = new AnonymousData();
var result = anon.AnyEnumValue <FlagsEnum>();
}
