public virtual void Initialize()
{
this.RootScope = new StoreEventBufferingScope();
this.RootScope.AddEvent(() => events.Add("root"));
this.NestedScope = new StoreEventBufferingScope();
this.NestedScope.AddEvent(() => events.Add("nested"));
}
private void OnTransactionCommited(object sender, DslModeling.TransactionCommitEventArgs e)
{
if (!this.IsSerializing && !e.Transaction.IsNested && !e.Transaction.IsSerializing)
{
StoreEventBufferingScope.RaiseOrBufferEvent(() =>
{
this.TransactionCommited(this, e);
});
}
}
private void OnElementDeleted(object sender, DslModeling.ElementDeletedEventArgs e)
{
var element = e.ModelElement as IInstanceBase;
if (element != null && !this.IsSerializing)
{
StoreEventBufferingScope.RaiseOrBufferEvent(() =>
{
var eventArgs = ValueEventArgs.Create(element);
this.ElementDeleted(this, eventArgs);
});
}
}
protected override void Dispose(bool disposing)
{
base.Dispose(disposing);
if (this.templateScope != null)
{
this.templateScope.Dispose();
this.templateScope = null;
}
if (this.eventBufferingScope != null)
{
this.eventBufferingScope.Dispose();
this.eventBufferingScope = null;
}
}
private void OnElementAdded(object sender, DslModeling.ElementAddedEventArgs e)
{
var element = e.ModelElement as IInstanceBase;
if (element != null)
{
// ElementCreated is raised always, regardless of how the element was created.
StoreEventBufferingScope.RaiseOrBufferEvent(() =>
{
var eventArgs = ValueEventArgs.Create(element);
this.ElementCreated(this, eventArgs);
});
if (!this.IsSerializing)
{
// We only invoke this event if the element has not been marked in the state.
// it wants instantiation events (the default is true, see StoreEventBufferingScope ctor).
if (ShouldRaiseInstantiate(e.ModelElement))
{
StoreEventBufferingScope.RaiseOrBufferEvent(() =>
{
var eventArgs = ValueEventArgs.Create(element);
this.ElementInstantiated(this, eventArgs);
});
}
}
else
{
// We're deserializing the element, so we raise the Loaded event.
StoreEventBufferingScope.RaiseOrBufferEvent(() =>
{
var eventArgs = ValueEventArgs.Create(element);
this.ElementLoaded(this, eventArgs);
});
}
}
}
/// <summary>
/// Raises the <see cref="ElementPropertyChanged"/> event as long as the state has not been flagged as
/// being deserialized.
/// </summary>
private void OnElementPropertyChanged(object sender, DslModeling.ElementPropertyChangedEventArgs args)
{
// For element-specific automation, this is not used. This is only for automation
// that wants to listen to changes on everything.
// Note that we don't raise the property changed events if the element is either being deserialized
// of if it's marked as a creation of the element by the calling code (i.e. ElementContainerImplementation on all its Create
// overloads).
if (!this.IsSerializing && !this.IsCreatingElement())
{
StoreEventBufferingScope.RaiseOrDropEvent(() =>
{
this.ElementPropertyChanged(args.ModelElement, new PropertyChangedEventArgs(args.DomainProperty.Name));
var property = args.ModelElement as Property;
if (property != null && property.Info != null)
{
// For our variable properties, we also raise the "logical" property
// changed event on the element for its variable property name.
this.ElementPropertyChanged(property.Owner, new PropertyChangedEventArgs(property.Info.Name));
}
});
}
}
public override void RunStarted(object automationObject, Dictionary <string, string> replacementsDictionary, WizardRunKind runKind, object[] customParams)
{
base.RunStarted(automationObject, replacementsDictionary, runKind, customParams);
if (this.PatternManager == null)
{
NuPatternCompositionService.Instance.SatisfyImportsOnce(this);
}
Guard.NotNull(() => this.PatternManager, this.PatternManager);
Guard.NotNull(() => this.UriService, this.UriService);
var safeProductName = GetSafeTemplateName(replacementsDictionary);
this.templateFile = (string)customParams[0];
this.templateUri = this.UriService.CreateUri(this.TemplateSchema);
if (!UnfoldScope.IsActive ||
!UnfoldScope.Current.HasUnfolded(templateUri.AbsoluteUri))
{
var toolkit = FindToolkitOrThrow(this.PatternManager, templateFile);
var settings = FindTemplateSettingsOrThrow(toolkit, templateUri);
using (tracer.StartActivity(Resources.InstantiationTemplateWizard_StartingTemplateOriginated, this.TemplateSchema.PhysicalPath))
{
if (settings.CreateElementOnUnfold)
{
if (!this.Solution.IsOpen && !this.PatternManager.IsOpen)
{
this.tempStoreFile = Path.GetTempFileName();
this.PatternManager.Open(this.tempStoreFile, true);
}
// We always create the new scope. If there's a wrapping EventBufferingTemplateWizard, we'll just
// hook on top of that. Events that we buffer will not be raised until the outer buffering completes.
eventBufferingScope = new StoreEventBufferingScope();
this.element = this.PatternManager.CreateProduct(toolkit, safeProductName);
var templateAutomation = FindTemplateAutomationOrThrow(this.element, this.templateUri.AbsoluteUri);
if (settings.SyncName && settings.TargetFileName.ValueProvider != null)
{
throw new NotSupportedException(Resources.TemplateAutomation_ValueProviderUnsupportedForSyncNames);
}
this.templateScope = new UnfoldScope(
templateAutomation,
new ReferenceTag
{
SyncNames = settings.SyncName,
TargetFileName = settings.TargetFileName.Value
},
this.templateUri.AbsoluteUri);
if (!templateAutomation.ExecuteWizard())
{
if (this.templateScope != null)
{
this.PatternManager.Close();
File.Delete(this.tempStoreFile);
throw new WizardCancelledException();
}
else
{
wizardCancelled = true;
}
}
}
}
}
}
public virtual void Initialize()
{
this.RootScope = new StoreEventBufferingScope();
this.RootScope.AddEvent(() => events.Add("root"));
this.NestedScope = new StoreEventBufferingScope();
this.NestedScope.AddEvent(() => events.Add("nested"));
}
public virtual void Initialize()
{
this.Scope = new StoreEventBufferingScope();
}
internal static IItemContainer UnfoldTemplate(ISolution solution, IUriReferenceService uriService, IServiceProvider serviceProvider, IProductElement owner, UnfoldVsTemplateSettings settings, bool fromWizard)
{
var eventScope = new StoreEventBufferingScope();
try
{
Guard.NotNull(() => solution, solution);
Guard.NotNull(() => owner, owner);
Guard.NotNull(() => settings, settings);
var pathHelper = new UnfoldPathHelper(solution);
var templateUri = new Uri(settings.TemplateUri);
// Resolve the designtime template
tracer.Verbose(
Resources.UnfoldVsTemplateCommand_TraceResolvingTemplateUri, owner, settings.TemplateUri.ToString());
var template = uriService.TryResolveUri <ITemplate>(templateUri);
if (template == null)
{
throw new FileNotFoundException(
string.Format(CultureInfo.CurrentCulture,
Resources.UnfoldVsTemplateCommand_ErrorTemplateNotFound, templateUri), settings.TemplateUri.ToString());
}
// Resolve the vstemplate
tracer.Verbose(
Resources.UnfoldVsTemplateCommand_TraceResolvingVsTemplateUri, owner, templateUri);
var vsTemplate = uriService.ResolveUri <IVsTemplate>(templateUri);
// Get the resolved instance name for the unfolded item
var unfoldResolver = new UnfoldParentResolver(solution, uriService, owner, vsTemplate);
unfoldResolver.ResolveParent(settings.TargetPath, settings.TargetFileName);
var instanceName = unfoldResolver.FileName;
if (settings.SanitizeName)
{
instanceName = DataFormats.MakePreferredSolutionItemName(instanceName);
}
// Ensure name is unique (on disk)
var solutionItemName = pathHelper.GetUniqueName(instanceName, vsTemplate, unfoldResolver.ParentItem);
//TODO: We need to close the existing solution (if any) if template is a ProjectGroup
// if (vsTemplate.Type == VsTemplateType.ProjectGroup).
// Otherwise this will fail the unfold
// Unfold the template
var generatedItem = template.Unfold(unfoldResolver.ResolveExtension(solutionItemName), unfoldResolver.ParentItem);
eventScope.Dispose();
// Perhaps the template unfolded multiple items and none was identifed as the primary
// (such as in a multi-item item template, with no non-fixed named items)
if (generatedItem != null)
{
// Prompt user to update element instance name (on name collision) if he is synching names,
// it doesn't make sense to correlate them otherwise
if (settings.SyncName)
{
if (!instanceName.Equals(solutionItemName, StringComparison.OrdinalIgnoreCase))
{
if (serviceProvider != null)
{
var shellService = serviceProvider.GetService <IVsUIShell>();
if (shellService != null)
{
var result = shellService.ShowPrompt(
Resources.UnfoldVsTemplateCommand_PromptToSyncNameTitle,
string.Format(CultureInfo.CurrentCulture,
Resources.UnfoldVsTemplateCommand_PromptToSyncName,
instanceName, solutionItemName));
if (result)
{
owner.InstanceName = solutionItemName;
}
}
else
{
owner.InstanceName = solutionItemName;
}
}
else
{
owner.InstanceName = solutionItemName;
}
}
}
if (!fromWizard)
{
tracer.Info(
Resources.UnfoldVsTemplateCommand_TraceAddReference, owner);
SolutionArtifactLinkReference
.AddReference(owner, uriService.CreateUri(generatedItem))
.Tag = BindingSerializer.Serialize(new ReferenceTag
{
Tag = settings.Tag ?? string.Empty,
SyncNames = settings.SyncName,
TargetFileName = settings.TargetFileName
});
}
}
return(generatedItem);
}
catch (WizardBackoutException) //cancel the unfold if wizard backout
{
tracer.Info(
Resources.UnfoldVsTemplateCommand_TraceWizardCancelled);
owner.Delete();
eventScope.Dispose();
return(null);
}
catch (COMException comEx)
{
tracer.Error(
comEx, Resources.UnfoldVsTemplateCommand_TraceCOMException, owner.InstanceName, settings.TemplateUri);
owner.Delete();
eventScope.Dispose();
throw;
}
catch (OperationCanceledException)
{
// This exception can be throw explicitly by author code
// that wishes to cancel execution, with a friendly user
// message, so we can pass this on as-is.
throw;
}
catch (Exception ex) //cancel the unfold if another unexpected exception happened
{
tracer.Info(
Resources.UnfoldVsTemplateCommand_TraceUnexpectedException, owner.InstanceName, settings.TemplateUri);
owner.Delete();
eventScope.Dispose();
throw new OperationCanceledException(string.Format(
CultureInfo.CurrentCulture,
Resources.UnfoldVsTemplateCommand_UnexpectedException,
settings.TemplateUri, owner.InstanceName, ex.Message));
}
}
public virtual void Initialize()
{
this.Scope = new StoreEventBufferingScope();
}