public void test_enumerate_enum_by_string()
{
var items = Enum.Enumerate("N.Package.Core.OptionType");
Assert(Array.IndexOf(items, "Some") >= 0);
Assert(Array.IndexOf(items, "None") >= 0);
}
public void test_enumerate_enum_by_type()
{
var etype = Type.Resolve("N.Package.Core.OptionType").Unwrap();
var items = Enum.Enumerate(etype);
Assert(Array.IndexOf(items, "Some") >= 0);
Assert(Array.IndexOf(items, "None") >= 0);
}
public void test_parse_with_string_type()
{
var some = Enum.Resolve <OptionType>(typeof(OptionType).AssemblyQualifiedName, "Some");
var none = Enum.Resolve <OptionType>(typeof(OptionType).AssemblyQualifiedName, "None");
var invalid = Enum.Resolve <OptionType>(typeof(OptionType).AssemblyQualifiedName, "ERROR");
Assert(some.IsSome);
Assert(none.IsSome);
Assert(invalid.IsNone);
}
public void test_parse()
{
var etype = Type.Resolve("N.Package.Core.OptionType").Unwrap();
var some = Enum.Resolve <OptionType>(etype, "Some");
var none = Enum.Resolve <OptionType>(etype, "None");
var invalid = Enum.Resolve <OptionType>(etype, "ERROR");
Assert(some.IsSome);
Assert(none.IsSome);
Assert(invalid.IsNone);
}
public void test_enumerate_enum_by_invalid()
{
var items = Enum.Enumerate("N.OptionTypes.ADSFF");
Assert(items.Length == 0);
}
