public void Test_Writing_An_Instance_Of_A_Tree_With_Height_3()
{
IDataNode rootNode = TreeWithHeight3.Build();
TreeWithHeight3.Class value = new TreeWithHeight3.Class
{
Child1 = new TreeWithHeight2.Class
{
Long = 1,
Child = new TreeWithHeight1.Class
{
Int = 2,
Float = 3.5f,
Byte = 4
}
},
Child2 = new TreeWithHeight2.Class
{
Long = 5,
Child = new TreeWithHeight1.Class
{
Int = 6,
Float = 7.5f,
Byte = 8
}
}
};
treeWriter.Write(binaryWriter, value, rootNode)
.Should()
.BeEmpty();
Received.InOrder(() => VerifyWriteTreeWithHeight3(rootNode, value));
}
public void Test_Reading_An_Instance_Of_A_Tree_With_Height_3()
{
IDataNode rootNode = TreeWithHeight3.Build();
TreeWithHeight3.Class expected = new TreeWithHeight3.Class
{
Child1 = new TreeWithHeight2.Class
{
Long = 1,
Child = new TreeWithHeight1.Class
{
Int = 2,
Float = 3.5f,
Byte = 4
}
},
Child2 = new TreeWithHeight2.Class
{
Long = 5,
Child = new TreeWithHeight1.Class
{
Int = 6,
Float = 7.5f,
Byte = 8
}
}
};
SetupTreeWithHeight3(rootNode, expected);
object result = treeReader.Read(binaryReader, rootNode);
Received.InOrder(() => VerifyReadTreeWithHeight3(rootNode));
result.Should().BeEquivalentTo(expected);
}
private void VerifyWriteTreeWithHeight3(IDataNode node, TreeWithHeight3.Class value)
{
node.Write(binaryWriter, value);
VerifyWriteTreeWithHeight2(node.Edges[0].ChildNode as IDataNode, value.Child1);
VerifyWriteTreeWithHeight2(node.Edges[1].ChildNode as IDataNode, value.Child2);
}
private void SetupTreeWithHeight3(IDataNode node, TreeWithHeight3.Class expected)
{
node.Read(binaryReader).Returns(_ => new TreeWithHeight3.Class());
SetupTreeWithHeight2(node.Edges[0].ChildNode as IDataNode, expected.Child1);
SetupTreeWithHeight2(node.Edges[1].ChildNode as IDataNode, expected.Child2);
}
