public void should_get_ancestors()
{
var ancestor = new Node("oh");
var node = new Node(ancestor);
node.Parent.ShouldBeSameAs(ancestor);
node.Parent.HasParent.ShouldBeFalse();
}
public void should_get_node(NodeType type)
{
var parent = new Node { NodeType = type };
var child = new Node("hai");
parent.Add(child, x => { });
parent.GetNode("hai").ShouldEqual(child);
}
public void should_get_node_by_name(string name, StringComparison comparison, bool hasResult)
{
var node = new Node("oh");
var result = new[] { node, new Node("hai") }.GetNode(name, comparison);
if (!hasResult) result.ShouldBeNull();
else result.ShouldBeSameAs(node);
}
public void should_get_inner_value()
{
var value = new SimpleValue("hai", typeof(string).ToCachedType());
var node = new Node(value);
node.Value.ShouldBeSameAs(value.Instance);
node.SpecifiedType.Type.ShouldBe<String>();
node.ActualType.Type.ShouldBe<String>();
}
public void should_indicate_if_node_has_null_value(string value, bool isNull)
{
var node = new Node { NodeType = NodeType.Value, Value = value };
node.IsNullValue().ShouldEqual(isNull);
((INode)null).IsNullValue().ShouldBeFalse();
node.IsNonNullValue().ShouldEqual(!isNull);
((INode)null).IsNonNullValue().ShouldBeFalse();
}
public void Setup()
{
_options = Options.Create();
_source = new ValueNode(
new Context(_options, Mode.Deserialize, "object"), null,
new SimpleValue(typeof(int?).ToCachedType()), null, null);
_target = new Node("yada") { NodeType = NodeType.Value, Format = "xml", Type = "element" };
_writers = new WriterConventions(_options);
_visitorIncrement = (s, t, o) =>
{
should_have_valid_parameters(s, t, o);
t.Value = t.Value == null ? 1 : (int?)t.Value + 1;
};
_writerObjectIncrement = (v, s, t, o) =>
{
should_have_valid_parameters(s, t, o);
t.Value = (int?) t.Value + 1 ?? 1;
};
_writerIncrement = (v, s, t, o) =>
{
should_have_valid_parameters(s, t, o);
t.Value = (int?) t.Value + 1 ?? 1;
};
_writerNullableIncrement = (v, s, t, o) =>
{
should_have_valid_parameters(s, t, o);
t.Value = t.Value == null ? 1 : (int?)t.Value + 1;
};
_writerIncrementValue = (v, s, t, o) =>
{
should_have_valid_parameters(s, t, o);
return v + 1;
};
_writerIncrementNullableValue = (v, s, t, o) =>
{
should_have_valid_parameters(s, t, o);
return v == null ? 1 : v + 1;
};
}
public void Setup()
{
_source = new Node();
_target = Substitute.ForPartsOf<Node>();
}
public void should_throw_node_type_mismatch_error_if_invalid_and_mapping_does_not_exist(
NodeType sourceType, NodeType targetType)
{
var source = new Node("Source", "xml") { Type = "element", NodeType = sourceType };
if (sourceType == NodeType.Value) source.Value = "";
var target = new Node("Target") { NodeType = targetType };
var exception = Assert.Throws<FriendlyMappingException>(() =>
new NodeMapper<Node, Node>(_noMatch, null, _noMatch, null)
.Map(source, target, Mode.Deserialize));
var message = "Cannot map {0} {1} node to {2} {3} node.".ToFormat(
source.NodeType.GetArticle(), source.NodeType.ToLower(),
target.NodeType.GetArticle(), target.NodeType.ToLower());
var friendlyMessage = "Should be {0} {1} but was {2} {3}.".ToFormat(
target.NodeType.GetArticle(), target.NodeType.ToLower(),
source.NodeType.GetArticle(), source.NodeType.ToLower());
exception.Message.ShouldEqual("Error deserializing xml element 'Source' to 'Target': " + message);
exception.FriendlyMessage.ShouldEqual("Could not read xml element 'Source': " + friendlyMessage);
exception.InnerException.ShouldBeType<NodeTypeMismatchException>();
var innerException = exception.InnerException.As<NodeTypeMismatchException>();
innerException.Message.ShouldEqual(message);
innerException.FriendlyMessage.ShouldEqual(friendlyMessage);
}
protected override void AddNode(INode node, bool named, Action<INode> modify)
{
var child = new Node(named ? node.Name : null, node.NodeType, this);
modify(child);
_nodes.Add(child);
}
public void should_not_allow_value_to_be_read_if_node_is_an_object_or_array(NodeType type)
{
Assert.Throws<ValueNotSupportedException>(() =>
{ var result = new Node { NodeType = type }.Value; });
}
public void should_insert_a_node_into_a_member_of_the_same_type()
{
var instance = new NodeInsertion();
var parent = CreateAccessModifierNode(value: new SimpleValue(instance, typeof(NodeInsertion).ToCachedType()));
var child = new Node("Node");
parent.ShouldNotExecuteCallback<INode>((s, c) => s.Add(child, c));
parent.GetNode("Node").ShouldBeSameAs(child);
instance.Node.ShouldBeSameAs(child);
}
public void should_insert_a_node_matching_on_configured_case_comparison(
StringComparison comparison, string name)
{
var instance = new NodeInsertion();
var parent = CreateAccessModifierNode(Options.Create(x => x.Deserialization(y => y.WithNameComparison(comparison))),
new SimpleValue(instance, typeof(NodeInsertion).ToCachedType()));
var child = new Node(name);
parent.ShouldNotExecuteCallback<INode>((s, c) => s.Add(child, c));
parent.GetNode(name).ShouldBeSameAs(child);
instance.NodeInterface.ShouldBeSameAs(child);
}
public void should_return_node_value_when_a_node_implementation(string member)
{
var instance = new NodeMembers();
var child = new Node("yada");
instance.SetPropertyOrFieldValue(member, child);
var parent = CreateAccessModifierNode(Options.Create(),
new SimpleValue(instance, typeof (NodeMembers).ToCachedType()));
parent.GetNode("yada").ShouldBeSameAs(child);
}
protected override void AddNode(INode node, bool named, Action<INode> modify)
{
var child = new Node(named ? node.Name : null, Format, this, null, _encoder) { NodeType = node.NodeType };
child.Metadata.Add(node.Metadata);
modify(child);
_children.AddItem(child);
}
public void should_not_allow_name_to_be_read_if_not_supported()
{
Assert.Throws<NameNotSupportedException>(() =>
{ var result = new Node { IsNamed = false }.Name; });
}
public void should_ignore_a_node_that_implements_inode_but_not_the_same_type_as_the_member()
{
var instance = new NodeInsertion();
var parent = CreateAccessModifierNode(value: new SimpleValue(instance, typeof(NodeInsertion).ToCachedType()));
var child = new Node("JsonNode");
parent.ShouldNotExecuteCallback<INode>((s, c) => s.Add(child, c));
var jsonNode = parent.GetNode("JsonNode");
jsonNode.ShouldNotBeNull();
jsonNode.ShouldNotBeSameAs(child);
jsonNode.NodeType.ShouldEqual(NodeType.Value);
jsonNode.Value.ShouldBeNull();
instance.JsonNode.ShouldBeNull();
}
public void should_get_ancestors_when_root()
{
var node = new Node("hai");
node.HasParent.ShouldBeFalse();
}
public void should_add_and_get_unamed_node_on_an_array_and_variable(NodeType type)
{
var metadata = new Metadata(new object());
var node = new Node { NodeType = type };
node.ShouldExecuteCallback<INode>(
(x, c) => node.Add(NodeType.Value, metadata, c), x =>
{
x.IsNamed.ShouldBeFalse();
x.NodeType.ShouldEqual(NodeType.Value);
x.Metadata.ShouldNotBeSameAs(metadata);
x.Metadata.Get<object>().ShouldBeSameAs(metadata.Get<object>());
node.ShouldContainInstance(x);
});
node.ShouldExecuteCallback<INode>(
(x, c) => node.Add(NodeType.Object, metadata, c), x =>
{
x.IsNamed.ShouldBeFalse();
x.NodeType.ShouldEqual(NodeType.Object);
x.Metadata.ShouldNotBeSameAs(metadata);
x.Metadata.Get<object>().ShouldBeSameAs(metadata.Get<object>());
node.ShouldContainInstance(x);
});
node.ShouldExecuteCallback<INode>(
(x, c) => node.Add(NodeType.Array, metadata, c), x =>
{
x.IsNamed.ShouldBeFalse();
x.NodeType.ShouldEqual(NodeType.Array);
x.Metadata.ShouldNotBeSameAs(metadata);
x.Metadata.Get<object>().ShouldBeSameAs(metadata.Get<object>());
node.ShouldContainInstance(x);
});
}
public void should_insert_any_node_into_an_inode_member()
{
var instance = new NodeInsertion();
var parent = CreateNode(value: new SimpleValue(instance, typeof(NodeInsertion).ToCachedType()));
var child = new Node("NodeInterface");
parent.ShouldNotExecuteCallback<INode>((s, c) => s.Add(child, c));
parent.GetNode("NodeInterface").ShouldBeSameAs(child);
instance.NodeInterface.ShouldBeSameAs(child);
}