public void NameOnly()
{
var tree = new MarkupExtensionNode(new IdentifierNode("DummyExtension"));
var sut = new MarkupExtensionNodeToXamlNodesConverter(WiringContext);
var actualNodes = sut.Convert(tree).ToList();
var expectedNodes = new List<XamlNode>
{
x.StartObject<DummyExtension>(),
x.EndObject(),
};
CollectionAssert.AreEqual(expectedNodes, actualNodes);
}
public void NameAndAttribute()
{
var tree = new MarkupExtensionNode(new IdentifierNode("DummyExtension"), new OptionsCollection {new PropertyOption("Property", new StringNode("Value"))});
var sut = new MarkupExtensionNodeToXamlNodesConverter(WiringContext);
var actualNodes = sut.Convert(tree).ToList();
var expectedNodes = new List<XamlNode>
{
x.StartObject<DummyExtension>(),
x.StartMember<DummyExtension>(d => d.Property),
x.Value("Value"),
x.EndMember(),
x.EndObject(),
};
CollectionAssert.AreEqual(expectedNodes, actualNodes);
}
public void NameAndAttribute()
{
var tree = new MarkupExtensionNode(new IdentifierNode("DummyExtension"), new OptionsCollection {new PropertyOption("Property", new StringNode("Value"))});
var sut = new MarkupExtensionNodeToXamlNodesConverter(TypeRuntimeTypeSource);
var actualNodes = sut.ParseMarkupExtensionNode(tree).ToList();
var expectedInstructions = new List<Instruction>
{
X.StartObject<DummyExtension>(),
X.StartMember<DummyExtension>(d => d.Property),
X.Value("Value"),
X.EndMember(),
X.EndObject(),
};
CollectionAssert.AreEqual(expectedInstructions, actualNodes);
}
public void ComposedExtensionTemplateBindingWithConverter()
{
var tree = MarkupExtensionNodeResources.ComposedExtensionTemplateBindingWithConverter();
var sut = new MarkupExtensionNodeToXamlNodesConverter(WiringContext);
var actualNodes = sut.ParseMarkupExtensionNode(tree).ToList();
var expectedInstructions = new Collection<XamlInstruction>
{
X.StartObject<TemplateBindingExtension>(),
X.StartMember<TemplateBindingExtension>(d => d.Path),
X.Value("IsFloatingWatermarkVisible"),
X.EndMember(),
X.StartMember<TemplateBindingExtension>(d => d.Converter),
X.StartObject<TypeExtension>(),
X.MarkupExtensionArguments(),
X.Value("FooBar"),
X.EndMember(),
X.EndObject(),
X.EndMember(),
X.EndObject(),
};
CollectionAssert.AreEqual(expectedInstructions, actualNodes);
}
public void PositionalOption()
{
var tree = new MarkupExtensionNode(new IdentifierNode("DummyExtension"), new OptionsCollection
{
new PositionalOption("Option")
});
var sut = new MarkupExtensionNodeToXamlNodesConverter(WiringContext);
var actualNodes = sut.Convert(tree).ToList();
var expectedNodes = new Collection<XamlNode>
{
x.StartObject<DummyExtension>(),
x.MarkupExtensionArguments(),
x.Value("Option"),
x.EndMember(),
x.EndObject(),
};
CollectionAssert.AreEqual(expectedNodes, actualNodes);
}
public void NameOnly()
{
var tree = new MarkupExtensionNode(new IdentifierNode("DummyExtension"));
var sut = new MarkupExtensionNodeToXamlNodesConverter(TypeRuntimeTypeSource);
var actualNodes = sut.ParseMarkupExtensionNode(tree).ToList();
var expectedInstructions = new List<Instruction>
{
X.StartObject<DummyExtension>(),
X.EndObject(),
};
CollectionAssert.AreEqual(expectedInstructions, actualNodes);
}
public void PositionalOption()
{
var tree = new MarkupExtensionNode(new IdentifierNode("DummyExtension"), new OptionsCollection
{
new PositionalOption("Option")
});
var sut = new MarkupExtensionNodeToXamlNodesConverter(TypeRuntimeTypeSource);
var actualNodes = sut.ParseMarkupExtensionNode(tree).ToList();
var expectedInstructions = new Collection<Instruction>
{
X.StartObject<DummyExtension>(),
X.MarkupExtensionArguments(),
X.Value("Option"),
X.EndMember(),
X.EndObject(),
};
CollectionAssert.AreEqual(expectedInstructions, actualNodes);
}
