private static void ResolveResourceLink(IDomLink domLink,
IHypermediaContext hypermediaContext,
IHypermediaAssembler hypermediaAssembler,
IResourcePathContext resourcePathContext,
Type clrResourceType,
object clrResource,
DomReadWriteLinks domReadWriteLinks)
{
if (domLink.IsReadOnly)
{
return;
}
// Resolve read-write resource link
var domReadWriteLink = (DomReadWriteLink)domLink;
var apiLinkRel = domReadWriteLink.Rel;
var apiLinkMeta = default(Meta);
var domLinkMeta = (IDomMeta)domReadWriteLink.GetNode(DomNodeType.Meta);
if (domLinkMeta != null)
{
apiLinkMeta = domLinkMeta.Meta;
}
// Create link.
var linkContext = new LinkContext(apiLinkRel, apiLinkMeta);
var apiResourceLink = hypermediaAssembler.CreateResourceLink(hypermediaContext, resourcePathContext, clrResourceType, clrResource, linkContext);
// Replace the old DOM read-write link node with a new DOM read-only link created by the framework.
var domReadOnlyLink = DomReadOnlyLink.Create(apiLinkRel, apiResourceLink);
domReadWriteLinks.ReplaceNode(domReadWriteLink, domReadOnlyLink);
}
internal void TestIDomLinkAbstraction(string name, string expectedRel, Link expectedLink, IDomLink domLink)
{
// Arrange
// Act
this.Output.WriteLine("Test Name: {0}", name);
this.Output.WriteLine(String.Empty);
this.Output.WriteLine("Expected Rel: {0}", expectedRel);
this.Output.WriteLine("Expected Link: {0}", expectedLink);
this.Output.WriteLine(String.Empty);
var actualRel = domLink.Rel;
var actualLink = domLink.Link;
this.Output.WriteLine("Actual Rel: {0}", actualRel);
this.Output.WriteLine("Actual Link: {0}", actualLink);
// Assert
Assert.Equal(expectedRel, actualRel);
LinkAssert.Equal(expectedLink, actualLink);
}
