void when_asking_for_enum_keys()
{
TranslationKeyBuilder <MyEnum> enumKeyBuilder = null;
before = () =>
{
enumKeyBuilder = new TranslationKeyBuilder <MyEnum>(_mapper);
};
it["it works"] = () => enumKeyBuilder.GetEnumTranslationKey(MyEnum.EnumValue1).Should().Be("/Enums/MyEnum/EnumValue1");
it["it allows to use alias"] = () => enumKeyBuilder.GetEnumTranslationKey(MyEnumWithAlias.EnumValue1, "MyEnumAlias").Should().Be("/Enums/MyEnumAlias/EnumValue1");
}
void when_asking_keys_for_the_root_translations_class()
{
TranslationKeyBuilder <Translations> translationsKeyBuilder = null;
before = () => translationsKeyBuilder = new TranslationKeyBuilder <Translations>(_mapper);
it["it uses a property name to a key"] = () => translationsKeyBuilder.GetTranslationKey(x => x.Text1).Should().Be("/Text1");
it["it builds a path to nested property"] = () => translationsKeyBuilder.GetTranslationKey(x => x.Labels.Label1).Should().Be("/Labels/Label1");
it["it allows to override path at some point using TranslationPath attribute"] = () => translationsKeyBuilder.GetTranslationKey(x => x.Errors.Error1).Should().Be("/my-errors/Error1");
it["it allows to override path using absolute path (prefixed with ~) with TranslationPath attribute"] = () => translationsKeyBuilder.GetTranslationKey(x => x.Texts.Text1).Should().Be("/my-texts/Text1");
/* it's a limitation for now */
it["it allows to have several properties of the same type"] = () => translationsKeyBuilder.GetTranslationKey(x => x.MoreLabels.Label1).Should().Be("/MoreLabels/Label1");
it["it allows to have properties of the inherited type"] = () => translationsKeyBuilder.GetTranslationKey(x => x.AlternateLabels.Label1).Should().Be("/AlternateLabels/Label1");
}
void when_asking_for_keys_for_a_nested_translation_class()
{
TranslationKeyBuilder <Labels> labelsKeyBuilder = null;
TranslationKeyBuilder <NestedLabels> nestedLabelsKeyBuilder = null;
TranslationKeyBuilder <Errors> errorsKeyBuilder = null;
before = () =>
{
labelsKeyBuilder = new TranslationKeyBuilder <Labels>(_mapper);
nestedLabelsKeyBuilder = new TranslationKeyBuilder <NestedLabels>(_mapper);
errorsKeyBuilder = new TranslationKeyBuilder <Errors>(_mapper);
};
it["it combines a class name and a property name to a key by default"] = () => labelsKeyBuilder.GetTranslationKey(x => x.Label1).Should().Be("/Labels/Label1");
it["it allows to override path using TranslationPath attribute at some point"] = () => errorsKeyBuilder.GetTranslationKey(x => x.Error1).Should().Be("/my-errors/Error1");
it["it allows me to share a nested translation class"] = () => nestedLabelsKeyBuilder.GetTranslationKey(x => x.NestedLabel1).Should().Be("/Labels/NestedLabels/NestedLabel1");
}
//void when_same_type_used_for_different_members()
//{
// TranslationKeyBuilder<Translations> translationsKeyBuilder = null;
// before = () => translationsKeyBuilder = new TranslationKeyBuilder<Translations>(_mapper);
// it["works"] = () => translationsKeyBuilder.GetTranslationKey(x => x.AlternateLabels.Label1).Should().Be("/AlternateLabels/Label1");
// // it["works for type with custom translation type"] = () => translationsKeyBuilder.GetTranslationKey(x => x.AlternateMessages.Message1).Should().Be("/AlternateLabels/Label1");
//}
void when_inherited_attributes_used()
{
TranslationKeyBuilder <Translations> translationsKeyBuilder = null;
TranslationKeyBuilder <Messages> messagesKeyBuilder = null;
before = () =>
{
translationsKeyBuilder = new TranslationKeyBuilder <Translations>(_mapper);
messagesKeyBuilder = new TranslationKeyBuilder <Messages>(_mapper);
};
it["InheritedTranslationPath works as TranslationPath"] = () =>
{
translationsKeyBuilder.GetTranslationKey(x => x.Messages.Message1).Should().Be("/my-messages/Message1");
messagesKeyBuilder.GetTranslationKey(x => x.Message1).Should().Be("/my-messages/Message1");
};
}
