public void PopulationSampleTest(Store store) { myTestServices.LogValidationErrors("Expect V2=100 Population Mandatory"); myTestServices.LogMessage("Testing IsIndependent and PopulationMandatoryError associated with implied mandatory constraint"); ORMModel model = store.ElementDirectory.FindElements <ORMModel>()[0]; ObjectType v2 = (ObjectType)model.ObjectTypesDictionary.GetElement("V2").SingleElement; using (Transaction t = store.TransactionManager.BeginTransaction("Set IsIndependent")) { v2.IsIndependent = true; t.Commit(); } myTestServices.LogValidationErrors("Set IsIndependent, No error expected after explicit transaction"); store.UndoManager.Undo(); DomainTypeDescriptor.CreatePropertyDescriptor(v2, ObjectType.IsIndependentDomainPropertyId).SetValue(v2, true); myTestServices.LogValidationErrors("Set IsIndependent, No error expected after implicit transaction"); store.UndoManager.Undo(); myTestServices.LogMessage("Testing PopulationMandatoryError by turning on a SimpleMandatory constraint."); RoleBase rightRole = v2.PlayedRoleCollection[0]; RoleBase leftRole = rightRole.OppositeRole; FactType factType = rightRole.FactType; ObjectType populateMe = leftRole.Role.RolePlayer; LinkedElementCollection <ObjectTypeInstance> populateMeInstances = populateMe.ObjectTypeInstanceCollection; LinkedElementCollection <ObjectTypeInstance> v2Instances = v2.ObjectTypeInstanceCollection; using (Transaction t = store.TransactionManager.BeginTransaction("Set IsMandatory")) { leftRole.Role.IsMandatory = true; t.Commit(); } myTestServices.LogValidationErrors("Set IsMandatory, expect new errors for instances 'Tom' and 'Dick'"); FactTypeInstance factTypeInstance; using (Transaction t = store.TransactionManager.BeginTransaction("Populate first row")) { factTypeInstance = new FactTypeInstance(store); factTypeInstance.FactType = factType; new FactTypeRoleInstance(leftRole.Role, populateMeInstances[0]).FactTypeInstance = factTypeInstance; new FactTypeRoleInstance(rightRole.Role, v2Instances[0]).FactTypeInstance = factTypeInstance; t.Commit(); } myTestServices.LogMessage("Adding second population row one role at a time"); myTestServices.LogValidationErrors("Add a complete FactTypeInstance for Tom, 1 error remaining for 'Dick'"); using (Transaction t = store.TransactionManager.BeginTransaction("Populate second row")) { factTypeInstance = new FactTypeInstance(store); factTypeInstance.FactType = factType; new FactTypeRoleInstance(leftRole.Role, populateMeInstances[1]).FactTypeInstance = factTypeInstance; t.Commit(); } myTestServices.LogValidationErrors("Add a partial FactTypeInstance for Dick, 1 error remaining for partial FactTypeInstance"); using (Transaction t = store.TransactionManager.BeginTransaction("Finish second row populations")) { new FactTypeRoleInstance(rightRole.Role, v2Instances[0]).FactTypeInstance = factTypeInstance; t.Commit(); } }
/// <summary> /// Provide description information for the passthrough DataType properties /// </summary> protected override string GetDescription(ElementPropertyDescriptor propertyDescriptor) { Guid propertyId = propertyDescriptor.DomainPropertyInfo.Id; Guid passthroughPropertyId; if (propertyId == Column.DataTypeScaleDomainPropertyId) { passthroughPropertyId = ObjectType.DataTypeScaleDomainPropertyId; } else if (propertyId == Column.DataTypeLengthDomainPropertyId) { passthroughPropertyId = ObjectType.DataTypeLengthDomainPropertyId; } else { return(base.GetDescription(propertyDescriptor)); } Column column; ObjectType valueType; if (null != (column = propertyDescriptor.ModelElement as Column) && null != (valueType = column.AssociatedValueType)) { return(DomainTypeDescriptor.CreatePropertyDescriptor(valueType, valueType.Store.DomainDataDirectory.GetDomainProperty(passthroughPropertyId)).Description); } return(base.GetDescription(propertyDescriptor)); }
public void Test2(Store store) { myTestServices.Compare(store, (MethodInfo)MethodInfo.GetCurrentMethod(), "WithIndependent"); ORMModel model = store.ElementDirectory.FindElements <ORMModel>()[0]; ObjectType objectType = (ObjectType)model.ObjectTypesDictionary.GetElement("SomeLength").FirstElement; DomainTypeDescriptor.CreatePropertyDescriptor(objectType, ObjectType.IsIndependentDomainPropertyId).SetValue(objectType, false); }
public static PropertyDescriptor CreateDescriptor(ModelElement contextElement) { Store store = contextElement.Store; IList <DiagramDisplay> containers = store.ElementDirectory.FindElements <DiagramDisplay>(); if (containers.Count != 0) { DiagramDisplay container = containers[0]; PropertyDescriptor descriptor = DomainTypeDescriptor.CreatePropertyDescriptor(container, store.DomainDataDirectory.GetDomainProperty(DiagramDisplay.SaveDiagramPositionDomainPropertyId)); return(new DiagramContextDescriptor(container, descriptor)); } return(null); }
/// <summary> /// Create a property descriptor for the given property on /// the element to emulate the behavior of modifying this /// property in the properties window. This will succeed if the property /// passed in has a corresponding meta attribute. /// </summary> /// <param name="element">The element to create a descriptor for</param> /// <param name="propertyName">The name of the property on the native object. /// Note that the name of this property may be displayed differently in the /// properties window. For example, Role.RolePlayerDisplay is shown as RolePlayer /// in the properties window.</param> /// <returns>PropertyDescriptor, or null if not available</returns> public PropertyDescriptor CreatePropertyDescriptor(ModelElement element, string propertyName) { Type elementType = element.GetType(); PropertyInfo propInfo = elementType.GetProperty(propertyName); if (propInfo != null) { DomainPropertyInfo attrInfo = element.Store.DomainDataDirectory.FindDomainClass(propInfo.DeclaringType).FindDomainProperty(propertyName, true); if (attrInfo != null) { return(DomainTypeDescriptor.CreatePropertyDescriptor(element, attrInfo)); } } return(null); }
/// <summary> /// Implements IModelErrorActivation.ActivateModelError /// </summary> protected new bool ActivateModelError(ModelError error) { RingConstraintTypeNotSpecifiedError ringTypeError; bool retVal = true; if (null != (ringTypeError = error as RingConstraintTypeNotSpecifiedError)) { Store store = Store; RingConstraint constraint = ringTypeError.RingConstraint; EditorUtility.ActivatePropertyEditor( (store as IORMToolServices).ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(constraint, RingConstraint.RingTypeDomainPropertyId), true); } else { retVal = base.ActivateModelError(error); } return(retVal); }
public void ExactlyOneTest1a(Store store) { myTestServices.LogValidationErrors("No errors expected"); ORMModel model = store.ElementDirectory.FindElements <ORMModel>()[0]; FrequencyConstraint constraint = (FrequencyConstraint)model.ConstraintsDictionary.GetElement("TestFrequency").SingleElement; DomainTypeDescriptor.CreatePropertyDescriptor(constraint, FrequencyConstraint.MaxFrequencyDomainPropertyId).SetValue(constraint, 1); myTestServices.LogValidationErrors("Error introduced"); using (Transaction t = store.TransactionManager.BeginTransaction("Read the error")) { constraint.MinFrequency = 3; constraint.MaxFrequency = 4; t.Commit(); } myTestServices.LogValidationErrors("Error cleared with code"); store.UndoManager.Undo(); ((IORMToolServices)store).ModelErrorActivationService.ActivateError(constraint, constraint.FrequencyConstraintExactlyOneError); myTestServices.LogValidationErrors("Fixing error with error activation service"); }
public void Test1(Store store) { // The store has been preloaded at this point with the .orm file specified in the // Tests.Test1.Compare.orm resource embedded into this project. If an embedded resource // is not found with this name, then a new orm file is created by loading the default // 'ORM Model File' template. This creates a model called 'NewModel' with a single diagram // attached to it. // Dump a report of the current model validation errors. The loaded file is missing an // internal constraint on a fact type, so we expect errors myTestServices.LogValidationErrors("Before constraint repair"); // Find the fact that that needs fixing and repair it //ORMModel model = (ORMModel)store.ElementDirectory.GetElement(ORMModel.DomainClassId); ORMModel model = store.ElementDirectory.FindElements <ORMModel>()[0]; FactType fact = (FactType)store.ElementDirectory.GetElement(new Guid("CB33E377-9ADC-46BA-8E1B-24AE46BC0854")); Role role = fact.RoleCollection[1].Role; // At this point, we either need to open a transaction on the store with // using (Transaction t = store.TransactionManager.BeginTransaction("Transaction name")) // or we grab the property descriptor, which emulates setting the property through the // property grid and pushes a transaction for us. DomainTypeDescriptor.CreatePropertyDescriptor(role, Role.MultiplicityDomainPropertyId).SetValue(role, RoleMultiplicity.ExactlyOne); // Turn the following code back on to demonstrate a comparison failure // ~~ outdated code, do not turn on ~~// //fact = (FactType)model.FactTypesDictionary.GetElement("FactType2").SingleElement; //fact.CreatePropertyDescriptor(store.MetaDataDirectory.FindMetaAttribute(NamedElement.NameMetaAttributeGuid), fact).SetValue(fact, "changeFactType2"); // ~~ /outdated code, do not turn on ~~// // After the method exits, the Compare and LogValidationErrors methods will be run automatically against // the test service. The expected results for the Compare are in Tests.Test1.Compare.orm. You can also // compare at intermediate stages by explicitly running the IORMToolTestServices.Compare function, generally // with a reference name to distinguish the intermediate stages from the automatic comparison. }
public static ExpandableExtensionPropertyDescriptor CreateExtensionDescriptor(IORMPropertyExtension extensionElement) { ModelElement element = extensionElement as ModelElement; DomainPropertyInfo extensionExpandableTopLevelPropertyInfo = element.Store.DomainDataDirectory.FindDomainProperty(extensionElement.ExtensionExpandableTopLevelPropertyId); // If ExtensionExpandableTopLevelPropertyGuid is invalid or Guid.Empty, FindDomainProperty returns null. bool readOnly = (extensionExpandableTopLevelPropertyInfo == null); PropertyDescriptor descriptor; ExpandableObjectConverter expandableConverter; if (!readOnly) { descriptor = DomainTypeDescriptor.CreatePropertyDescriptor(element, extensionExpandableTopLevelPropertyInfo); expandableConverter = new ExpandableExtensionConverter(extensionElement, descriptor); } else { descriptor = null; expandableConverter = new ExpandableObjectConverter(); } return(new ExpandableExtensionPropertyDescriptor(extensionElement, expandableConverter, readOnly, descriptor)); }
/// <summary> /// Create a property descriptor for the the given meta attribute. /// Property descriptors emulate the behavior of modifying this /// property in the properties window. /// </summary> /// <param name="element"></param> /// <param name="attributeId">The meta attribute id for the property. This /// is available as a static field in the public object model of the element /// you're trying to set. For example, to change the name property of a FactType /// element you would use FactType.NameMetaAttributeGuid as your attributeId</param> /// <returns>PropertyDescriptor, or null if not available</returns> public PropertyDescriptor CreatePropertyDescriptor(ModelElement element, Guid attributeId) { DomainPropertyInfo attrInfo = element.Store.DomainDataDirectory.FindDomainProperty(attributeId); return((attrInfo != null) ? DomainTypeDescriptor.CreatePropertyDescriptor(element, attrInfo) : null); }
/// <summary> /// Implements <see cref="IModelErrorActivation.ActivateModelError"/> for /// the <see cref="ValueComparisonConstraintOperatorNotSpecifiedError"/> /// </summary> protected new bool ActivateModelError(ModelError error) { ValueComparisonConstraintOperatorNotSpecifiedError operatorError; ValueComparisonRolesNotComparableError comparabilityError; ValueComparisonConstraint constraint; Store store; bool retVal = true; if (null != (operatorError = error as ValueComparisonConstraintOperatorNotSpecifiedError)) { store = Store; constraint = operatorError.ValueComparisonConstraint; EditorUtility.ActivatePropertyEditor( (store as IORMToolServices).ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(constraint, ValueComparisonConstraint.OperatorDomainPropertyId), true); } else if (null != (comparabilityError = error as ValueComparisonRolesNotComparableError)) { constraint = comparabilityError.ValueComparisonConstraint; LinkedElementCollection <Role> constraintRoles = constraint.RoleCollection; Role role1; Role role2; ObjectTypePlaysRole rolePlayerLink1; ObjectTypePlaysRole rolePlayerLink2; ObjectType rolePlayer1 = null; ObjectType rolePlayer2 = null; Role[] valueRoles1 = null; Role[] valueRoles2 = null; // The default behavior is to activate the role sequence // for editing. However, if the problem is with a single // resolved value type, and the units are correct, then // we need to select the first directly detached object. if (constraintRoles.Count == 2 && null != (rolePlayerLink1 = ObjectTypePlaysRole.GetLinkToRolePlayer(role1 = constraintRoles[0])) && null != (rolePlayerLink2 = ObjectTypePlaysRole.GetLinkToRolePlayer(role2 = constraintRoles[1])) && (rolePlayerLink1.RolePlayer == rolePlayerLink2.RolePlayer || (null != (valueRoles1 = role1.GetValueRoles()) && null != (valueRoles2 = role2.GetValueRoles()) && DataType.IsComparableValueType(rolePlayer1 = valueRoles1[0].RolePlayer, rolePlayer2 = valueRoles2[0].RolePlayer, !constraint.IsDirectional)))) { bool verifiedReferenceMode = true; if (valueRoles1 != null) { ORMModel model = null; ReferenceMode referenceMode1 = (valueRoles1.Length > 1) ? ReferenceMode.FindReferenceModeFromEntityNameAndValueName(rolePlayer1.Name, valueRoles1[1].RolePlayer.Name, model = constraint.ResolvedModel) : null; ReferenceMode referenceMode2 = (valueRoles2.Length > 1) ? ReferenceMode.FindReferenceModeFromEntityNameAndValueName(rolePlayer2.Name, valueRoles2[1].RolePlayer.Name, model ?? constraint.ResolvedModel) : null; bool referenceMode1IsUnit = referenceMode1 != null && referenceMode1.Kind.ReferenceModeType == ReferenceModeType.UnitBased; bool referenceMode2IsUnit = referenceMode2 != null && referenceMode2.Kind.ReferenceModeType == ReferenceModeType.UnitBased; verifiedReferenceMode = referenceMode1IsUnit ? (referenceMode2IsUnit && referenceMode1 == referenceMode2) : !referenceMode2IsUnit; } if (verifiedReferenceMode) { // Find a connected role player foreach (ExternalConstraintLink constraintLink in MultiShapeUtility.GetEffectiveAttachedLinkShapes <ExternalConstraintLink>(this)) { FactTypeShape factTypeShape; if (constraintLink.AssociatedConstraintRole.Role == role1 && null != (factTypeShape = constraintLink.FromShape as FactTypeShape)) { foreach (RolePlayerLink rolePlayerLinkShape in MultiShapeUtility.GetEffectiveAttachedLinkShapes <RolePlayerLink>(factTypeShape)) { if (rolePlayerLinkShape.AssociatedRolePlayerLink == rolePlayerLink1) { Diagram.ActiveDiagramView.Selection.Set(new DiagramItem(rolePlayerLinkShape.ToShape)); return(true); } } } } } } ActivateNewRoleSequenceConnectAction(null); } else { retVal = base.ActivateModelError(error); } return(retVal); }
/// <summary> /// Add shared model error activation handlers. Activation handlers are /// static, this is called once during intitial load. /// </summary> /// <param name="store">The <see cref="Store"/></param> public static void RegisterModelErrorActivators(Store store) { IORMToolServices toolServices; IORMModelErrorActivationService activationService; if (null != (toolServices = store as IORMToolServices) && null != (activationService = toolServices.ModelErrorActivationService)) { #region Role error activation activationService.RegisterErrorActivator( typeof(Role), true, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { bool retVal = true; if (error is RolePlayerRequiredError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, RoleTypeDescriptor.GetRolePlayerDisplayPropertyDescriptor((Role)selectedElement), true); } else if (error is ValueConstraintError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(selectedElement, Role.ValueRangeTextDomainPropertyId), false); } else if (error is CardinalityRangeOverlapError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, RoleTypeDescriptor.CardinalityDisplayPropertyDescriptor, false); } else { retVal = false; } return(retVal); }); #endregion // Role error activation #region ValueConstraint error activation activationService.RegisterErrorActivator( typeof(ValueConstraint), true, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { bool retVal = true; if (error is ValueConstraintError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(selectedElement, ValueConstraint.TextDomainPropertyId), false); } else if (error is ConstraintDuplicateNameError) { ActivateNameProperty(selectedElement); } else { retVal = false; } return(retVal); }); #endregion // ValueConstraint error activation #region CardinalityConstraint error activation activationService.RegisterErrorActivator( typeof(CardinalityConstraint), true, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { bool retVal = true; if (error is CardinalityRangeOverlapError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(selectedElement, CardinalityConstraint.TextDomainPropertyId), false); } else if (error is ConstraintDuplicateNameError) { ActivateNameProperty(selectedElement); } else { retVal = false; } return(retVal); }); #endregion // CardinalityConstraint error activation #region SetConstraint error activation activationService.RegisterErrorActivator( typeof(SetConstraint), true, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { bool retVal = true; if (error is ConstraintDuplicateNameError) { ActivateNameProperty(selectedElement); } else { retVal = false; } return(retVal); }); #endregion // SetConstraint error activation #region FrequencyConstraint error activation activationService.RegisterErrorActivator( typeof(FrequencyConstraint), true, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { bool retVal = true; if (error is FrequencyConstraintExactlyOneError) { ((FrequencyConstraint)selectedElement).ConvertToUniquenessConstraint(); } else if (error is FrequencyConstraintNonRestrictiveRangeError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(selectedElement, FrequencyConstraint.MinFrequencyDomainPropertyId), false); } else { retVal = false; } return(retVal); }); #endregion // FrequencyConstraint error activation #region RingConstraint error activation activationService.RegisterErrorActivator( typeof(RingConstraint), false, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { bool retVal = true; if (error is RingConstraintTypeNotSpecifiedError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(selectedElement, RingConstraint.RingTypeDomainPropertyId), true); } else { retVal = false; } return(retVal); }); #endregion // RingConstraint error activation #region ValueComparisonConstraint error activation activationService.RegisterErrorActivator( typeof(ValueComparisonConstraint), false, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { bool retVal = true; if (error is ValueComparisonConstraintOperatorNotSpecifiedError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(selectedElement, ValueComparisonConstraint.OperatorDomainPropertyId), true); } else { retVal = false; } return(retVal); }); #endregion // ValueComparisonConstraint error activation #region SetComparisonConstraint error activation activationService.RegisterErrorActivator( typeof(SetComparisonConstraint), true, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { bool retVal = true; ConstraintDuplicateNameError duplicateName; if (null != (duplicateName = error as ConstraintDuplicateNameError)) { ActivateNameProperty(selectedElement); } else { retVal = false; } return(retVal); }); #endregion // SetComparisonConstraint error activation #region ObjectType error activation activationService.RegisterErrorActivator( typeof(ObjectType), false, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { bool retVal = true; PopulationMandatoryError populationMandatory; if (error is DataTypeNotSpecifiedError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, ObjectTypeTypeDescriptor.DataTypeDisplayPropertyDescriptor, true); } else if (error is EntityTypeRequiresReferenceSchemeError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(selectedElement, ObjectType.ReferenceModeDisplayDomainPropertyId), true); } else if (error is ValueConstraintError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(selectedElement, ObjectType.ValueRangeTextDomainPropertyId), false); } else if (error is CardinalityRangeOverlapError) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, ObjectTypeTypeDescriptor.CardinalityDisplayPropertyDescriptor, false); } else if (error is ObjectTypeDuplicateNameError) { ActivateNameProperty(selectedElement); } else if (error is ObjectifiedInstanceRequiredError || error is TooFewEntityTypeRoleInstancesError) { ORMDesignerPackage.SamplePopulationEditorWindow.ActivateModelError(error); } else if (null != (populationMandatory = error as PopulationMandatoryError)) { retVal = ORMDesignerPackage.SamplePopulationEditorWindow.AutoCorrectMandatoryError(populationMandatory, (ObjectType)selectedElement); } else { retVal = false; } return(retVal); }); #endregion // ObjectType error activation #region FactType error activation activationService.RegisterErrorActivator( typeof(FactType), true, delegate(IORMToolServices services, ModelElement selectedElement, ModelError error) { PopulationMandatoryError populationMandatory; TooFewReadingRolesError tooFew; TooManyReadingRolesError tooMany; ReadingRequiresUserModificationError userModification; DuplicateReadingSignatureError duplicateSignature; FactTypeRequiresReadingError noReading; ValueConstraintError valueError; CardinalityRangeOverlapError cardinalityRangeError; FactType factType; ImpliedInternalUniquenessConstraintError implConstraint; Reading reading = null; bool retVal = true; if (null != (populationMandatory = error as PopulationMandatoryError)) { retVal = ORMDesignerPackage.SamplePopulationEditorWindow.AutoCorrectMandatoryError(populationMandatory, null, (FactType)selectedElement); } else if (null != (tooFew = error as TooFewReadingRolesError)) { reading = tooFew.Reading; } else if (null != (tooMany = error as TooManyReadingRolesError)) { reading = tooMany.Reading; } else if (null != (noReading = error as FactTypeRequiresReadingError)) { factType = noReading.FactType; Debug.Assert(factType != null); ORMReadingEditorToolWindow newWindow = ORMDesignerPackage.ReadingEditorWindow; newWindow.Show(); newWindow.ActivateReading(factType); } else if (null != (userModification = error as ReadingRequiresUserModificationError)) { reading = userModification.Reading; } else if (null != (duplicateSignature = error as DuplicateReadingSignatureError)) { factType = (FactType)selectedElement; LinkedElementCollection <Reading> readings = duplicateSignature.ReadingCollection; foreach (Reading testReading in readings) { if (testReading.ReadingOrder.FactType == factType) { reading = testReading; break; } } if (reading == null) { Objectification objectification; if (null != (objectification = factType.Objectification)) { foreach (Reading testReading in readings) { if (testReading.ReadingOrder.FactType.ImpliedByObjectification == objectification) { reading = testReading; break; } } } if (reading == null) { // Defensive, shouldn't happen. reading = readings[0]; } } } else if (null != (implConstraint = error as ImpliedInternalUniquenessConstraintError)) { IServiceProvider provider; IVsUIShell shell; if (null != (provider = services.ServiceProvider) && null != (shell = (IVsUIShell)provider.GetService(typeof(IVsUIShell)))) { Guid g = new Guid(); int pnResult; shell.ShowMessageBox(0, ref g, ResourceStrings.PackageOfficialName, ResourceStrings.ImpliedInternalConstraintFixMessage, "", 0, OLEMSGBUTTON.OLEMSGBUTTON_YESNO, OLEMSGDEFBUTTON.OLEMSGDEFBUTTON_FIRST, OLEMSGICON.OLEMSGICON_QUERY, 0, out pnResult); if (pnResult == (int)DialogResult.Yes) { implConstraint.FactType.RemoveImpliedInternalUniquenessConstraints(); } } } else if (null != (valueError = error as ValueConstraintError)) { if (valueError.ContextValueConstraint is RoleValueConstraint) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, DomainTypeDescriptor.CreatePropertyDescriptor(selectedElement, ObjectType.ValueRangeTextDomainPropertyId), false); } else { retVal = false; } } else if (null != (cardinalityRangeError = error as CardinalityRangeOverlapError)) { if (cardinalityRangeError.CardinalityConstraint is ObjectTypeCardinalityConstraint) { EditorUtility.ActivatePropertyEditor( services.ServiceProvider, ObjectTypeTypeDescriptor.CardinalityDisplayPropertyDescriptor, false); } else { retVal = false; } } else if (error is TooFewFactTypeRoleInstancesError || error is ObjectifyingInstanceRequiredError) { ORMDesignerPackage.SamplePopulationEditorWindow.ActivateModelError(error); } else { retVal = false; } if (reading != null) { // Open the reading editor window and activate the reading ORMReadingEditorToolWindow window = ORMDesignerPackage.ReadingEditorWindow; window.Show(); window.ActivateReading(reading); } return(retVal); }); #endregion // FactType error activation } }
public void ResolvePreferredTest1(Store store) { IElementDirectory directory = store.ElementDirectory; SubtypeFact FiveToTwo = (SubtypeFact)directory.GetElement(new Guid("9B85CC3F-FAA1-485B-A6CA-DE65165C6AE5")); SubtypeFact FiveToThree = (SubtypeFact)directory.GetElement(new Guid("C48F356A-DC20-4CD8-AD6A-EE4518622FFB")); SubtypeFact SixToFive = (SubtypeFact)directory.GetElement(new Guid("321CD412-8DAA-4D35-8D4E-D8D5915F07E0")); SubtypeFact SixToSeven = (SubtypeFact)directory.GetElement(new Guid("D6A4C2F2-3F99-4E2F-AB2F-407E03AB6F42")); SubtypeFact FiveToFour = (SubtypeFact)directory.GetElement(new Guid("DE1FC770-19A5-4CA9-AEF7-CE1204D80270")); SubtypeFact SevenToFour = (SubtypeFact)directory.GetElement(new Guid("71D29425-481E-445B-8F8A-63E9F29F761A")); ORMModel model = FiveToTwo.Model; RoleValueConstraint valueConstraint = (RoleValueConstraint)model.ConstraintsDictionary.GetElement("RoleValueConstraint1").SingleElement; myTestServices.LogValidationErrors("Expected three initial errors"); myTestServices.LogMessage("Scenario 1: Make 5->2 preferred path, sibling and downstream subtypes should all be preferred"); DomainTypeDescriptor.CreatePropertyDescriptor(FiveToTwo, SubtypeFact.ProvidesPreferredIdentifierDomainPropertyId).SetValue(FiveToTwo, true); myTestServices.LogValidationErrors("No errors expected"); myTestServices.LogMessage("5->4, 6->5, 6->7 are on the preferred path: " + (FiveToFour.ProvidesPreferredIdentifier && SixToFive.ProvidesPreferredIdentifier && SixToSeven.ProvidesPreferredIdentifier).ToString()); myTestServices.LogMessage("ValueConstraint should be a string type: " + valueConstraint.Text); myTestServices.LogMessage("Scenario 2: Make 5->3 preferred path, downstream subtypes are no ambiguous"); DomainTypeDescriptor.CreatePropertyDescriptor(FiveToThree, SubtypeFact.ProvidesPreferredIdentifierDomainPropertyId).SetValue(FiveToThree, true); myTestServices.LogValidationErrors("Two errors expected"); myTestServices.LogMessage("5->2, 5->4, 6->5, 6->7 are not preferred: " + (!(FiveToTwo.ProvidesPreferredIdentifier || FiveToFour.ProvidesPreferredIdentifier || SixToFive.ProvidesPreferredIdentifier || SixToSeven.ProvidesPreferredIdentifier)).ToString()); myTestServices.LogMessage("Scenario 3: Make 6->5 preferred path"); DomainTypeDescriptor.CreatePropertyDescriptor(SixToFive, SubtypeFact.ProvidesPreferredIdentifierDomainPropertyId).SetValue(SixToFive, true); myTestServices.LogValidationErrors("No errors expected"); myTestServices.LogMessage("6->7 is not on the preferred path: " + (!SixToSeven.ProvidesPreferredIdentifier).ToString()); myTestServices.LogMessage("ValueConstraint should be a number type: " + valueConstraint.Text); myTestServices.LogMessage("Scenario 4: Make 6->7 preferred path"); DomainTypeDescriptor.CreatePropertyDescriptor(SixToSeven, SubtypeFact.ProvidesPreferredIdentifierDomainPropertyId).SetValue(SixToSeven, true); myTestServices.LogValidationErrors("No errors expected"); myTestServices.LogMessage("6->5 is not on the preferred path: " + (!SixToFive.ProvidesPreferredIdentifier).ToString()); myTestServices.LogMessage("ValueConstraint should be a string type: " + valueConstraint.Text); myTestServices.LogMessage("Scenario 5: Delete 7->4 to break subtype structure"); using (Transaction t = store.TransactionManager.BeginTransaction("Break graph")) { SevenToFour.Delete(); t.Commit(); } myTestServices.LogValidationErrors("Expecting invalid graph, detached valuetype, and no reference scheme errors"); myTestServices.LogMessage("Scenario 6: Delete 6->5 to make graph valid"); using (Transaction t = store.TransactionManager.BeginTransaction("Graph OK")) { SixToFive.Delete(); t.Commit(); } myTestServices.LogValidationErrors("Expecting detached valuetype and no reference scheme errors"); myTestServices.LogMessage("Scenario 7: Set identifier on 7 to clear errors"); using (Transaction t = store.TransactionManager.BeginTransaction("Clear errors")) { SixToSeven.Supertype.ReferenceModeString = "id"; t.Commit(); } myTestServices.LogValidationErrors("No errors expected"); myTestServices.LogValidationErrors("Scenario 8: (Undo scenarios 5-7) Make 5->4 preferred path and give 4 an explicit id in one transaction"); store.UndoManager.Undo(); store.UndoManager.Undo(); store.UndoManager.Undo(); using (Transaction t = store.TransactionManager.BeginTransaction("Change id and make preferred in one transaction")) { // Note that doing this in the opposite order in two transactions has the same result FiveToFour.ProvidesPreferredIdentifier = true; FiveToFour.Supertype.ReferenceModeString = "id"; t.Commit(); } myTestServices.LogValidationErrors("No errors expected"); myTestServices.LogValidationErrors("Scenario 9: (Undo scenario 8) Make 5->4 preferred path then give 4 an explicit id to make 5 and 6 ambiguous"); store.UndoManager.Undo(); using (Transaction t = store.TransactionManager.BeginTransaction("Change preferred path")) { FiveToFour.ProvidesPreferredIdentifier = true; t.Commit(); } using (Transaction t = store.TransactionManager.BeginTransaction("Introduce id that interferes with split identifier path")) { FiveToFour.Supertype.ReferenceModeString = "id"; t.Commit(); } }