public void ResolveToProviderIfNoWorkItem()
{
MockSPI spi = new MockSPI();
MockSPProvider sp = new MockSPProvider(spi);
MockWorkspace ws = new MockWorkspace();
ws.Show(sp);
Assert.AreSame(spi, ws.LastSPI);
}
public void GenerateCodeForSmartPartInfoCompiles()
{
DesignerSerializerAttribute attr = (DesignerSerializerAttribute)Attribute.GetCustomAttribute(
typeof(SmartPartInfo), typeof(DesignerSerializerAttribute));
CodeDomSerializer serializer = (CodeDomSerializer)Activator.CreateInstance(Type.GetType(attr.SerializerTypeName));
UserControl smartPart = new UserControl();
Container container = new Container();
SmartPartInfo info1 = new SmartPartInfo("foo", "");
container.Add(info1, "info1");
MockSPI info2 = new MockSPI("bar", "");
container.Add(info2, "info2");
MockManager manager = new MockManager(container.Components);
manager.Services.Add(typeof(IDesignerHost), new MockDesignerHost(smartPart, container));
manager.Services.Add(typeof(IReferenceService), new MockReferenceService(container.Components));
manager.Services.Add(typeof(IContainer), container);
manager.Services.Add(typeof(IDesignerSerializationManager), manager);
CodeTypeDeclaration declaration = new CodeTypeDeclaration("UserControl1");
CodeMemberMethod init = new CodeMemberMethod();
init.Name = "InitializeComponent";
declaration.Members.Add(init);
// Add empty fields for both SPIs.
declaration.Members.Add(new CodeMemberField(typeof(ISmartPartInfo), "info1"));
declaration.Members.Add(new CodeMemberField(typeof(ISmartPartInfo), "info2"));
manager.Services.Add(typeof(CodeTypeDeclaration), declaration);
serializer.Serialize(manager, info1);
serializer.Serialize(manager, info2);
StringWriter sw = new StringWriter();
new Microsoft.CSharp.CSharpCodeProvider().GenerateCodeFromType(
declaration, sw, new CodeGeneratorOptions());
sw.Flush();
//Console.WriteLine(sw.ToString());
CompilerResults results = new Microsoft.CSharp.CSharpCodeProvider().CompileAssemblyFromSource(
new CompilerParameters(new string[] {
"System.dll",
new Uri(typeof(SmartPartInfo).Assembly.CodeBase).LocalPath
}),
sw.ToString());
Assert.IsFalse(results.Errors.HasErrors, ErrorsToString(results.Errors));
}
public void CanRetrieveSpecificSPI()
{
MockSPI spi = new MockSPI();
provider.Items.Add(new SmartPartInfo());
provider.Items.Add(spi);
MockSPI result = (MockSPI)provider.GetSmartPartInfo(typeof(MockSPI));
Assert.AreSame(spi, result);
}
public void ResolveToProviderIfGenericSPIRegistered()
{
MockSPI spprovider = new MockSPI();
SmartPartInfo spworkitem = new SmartPartInfo();
MockSPProvider sp = new MockSPProvider(spprovider);
workItem.RegisterSmartPartInfo(sp, spworkitem);
workspace.Show(sp);
Assert.AreSame(spprovider, workspace.LastSPI);
}
public void ResolveToWorkItemIfConcreteSPIRegistered()
{
MockSPI spprovider = new MockSPI();
MockSPI spworkitem = new MockSPI();
MockSPProvider sp = new MockSPProvider(spprovider);
workItem.RegisterSmartPartInfo(sp, spworkitem);
workspace.Show(sp);
Assert.AreSame(spworkitem, workspace.LastSPI);
}
public void SmartPartShowInChildWorkItemParentWorkspaceUsesChildSmartPartInfo()
{
WorkItem workItemA = new TestableRootWorkItem();
WorkItem workItemB = workItemA.WorkItems.AddNew <WorkItem>();
MockSP sp = new MockSP();
MockSPI spi = new MockSPI("Title", "Description");
MockWorkspace workspace = workItemA.Workspaces.AddNew <MockWorkspace>();
workItemB.RegisterSmartPartInfo(sp, spi);
workspace.Show(sp);
Assert.AreSame(spi, workspace.LastSPI);
}
public void SmartPartInfoIsRemovedWhenChildWorkItemIsDisposed()
{
WorkItem workItemA = new TestableRootWorkItem();
WorkItem workItemB = workItemA.WorkItems.AddNew <WorkItem>();
MockSP sp = new MockSP();
MockSPI spi = new MockSPI("Title", "Description");
MockWorkspace workspace = workItemA.Workspaces.AddNew <MockWorkspace>();
workItemB.RegisterSmartPartInfo(sp, spi);
workItemB.Dispose();
workspace.Show(sp);
Assert.IsFalse(spi == workspace.LastSPI);
}