public void Execute()
{
// arrange
var rule = new ScheduleFrequencyPatternRule(null, null);
var context = Mock.Create<RuleContext>(Constructor.Mocked, Behavior.CallOriginal);
Mock.Arrange(() => context.InputPropertyValues)
.Returns(new Dictionary<IPropertyInfo, object> { { ProcessScheduleEdit.HighlightScheduleFrequencyPatternProperty, 0 }, { ProcessScheduleEdit.ScheduleFrequencyPatternIdProperty, 0 } });
var ruleWasThrown = false;
Mock.Arrange(() => context.AddErrorResult(Arg.IsAny<IPropertyInfo>(), Arg.AnyString)).DoInstead(() => ruleWasThrown = true);
// act
var privateAccessor = new PrivateAccessor(rule);
privateAccessor.CallMethod("Execute", new object[] { context });
// assert
Assert.IsTrue(ruleWasThrown);
// arrange
ruleWasThrown = false;
Mock.Arrange(() => context.InputPropertyValues)
.Returns(new Dictionary<IPropertyInfo, object> { { ProcessScheduleEdit.HighlightScheduleFrequencyPatternProperty, 0 }, { ProcessScheduleEdit.ScheduleFrequencyPatternIdProperty, 1 } });
// act
privateAccessor.CallMethod("Execute", new object[] { context });
// assert
Assert.IsFalse(ruleWasThrown);
}
public void CanSortOrGroupLayout()
{
// arrange
var vm = new ProcessLayoutsViewModel();
var model = Mock.Create<ProcessEdit>(Behavior.Loose);
model.SystemName = Constants.CalendarProcessName;
Mock.Arrange(() => vm.Model).Returns(model);
// act
var privateAccessor = new PrivateAccessor(vm);
var result = (bool)privateAccessor.CallMethod("CanSortOrGroupLayout", new object[] { null });
// assert
Assert.IsFalse(result);
// arrage
model.SystemName = "eCar_p";
// act
result = (bool)privateAccessor.CallMethod("CanSortOrGroupLayout", new object[] { null });
// assert
Assert.IsTrue(result);
}
public void Execute()
{
// arrange
var rule = new RichTextMaxLengthRule(null, 0);
var privateAccessor = new PrivateAccessor(rule);
// act
try
{
privateAccessor.CallMethod("Execute", new object[] { null });
}
catch (Exception ex)
{
// assert
Assert.Fail("Expected no exception, but got: " + ex.Message);
}
// arrange
var property = Mock.Create<IPropertyInfo>(Behavior.RecursiveLoose);
var context = Mock.Create<RuleContext>(Constructor.Mocked, Behavior.CallOriginal);
Mock.Arrange(() => context.InputPropertyValues).Returns(new Dictionary<IPropertyInfo, object>
{
{ property, string.Empty }
});
rule.PrimaryProperty = property;
var ruleWasThrown = false;
Mock.Arrange(() => context.AddErrorResult(Arg.IsAny<IPropertyInfo>(), Arg.AnyString)).DoInstead(() => ruleWasThrown = true);
// act
privateAccessor.CallMethod("Execute", new object[] { context });
// assert
Assert.IsFalse(ruleWasThrown);
// arrange
Mock.Arrange(() => context.InputPropertyValues).Returns(new Dictionary<IPropertyInfo, object>
{
{ property, "Hello World!" + Constants.InvokeRichTextMaxLengthRule }
});
// act
privateAccessor.CallMethod("Execute", new object[] { context });
// assert
Assert.IsTrue(ruleWasThrown);
}
public void Execute_WhenCalledWithEmptyList_Throw()
{
var rule = new ChecklistDisplayFieldsShouldBeUniqueRule(ChecklistFieldsStepEdit.DisplayFieldsProperty);
var context = Mock.Create<RuleContext>(Constructor.Mocked, Behavior.CallOriginal);
var mock1 = Mock.Create<ChecklistDisplayFieldEdit>();
Mock.Arrange(() => mock1.SystemName).Returns("s1");
var mock2 = Mock.Create<ChecklistDisplayFieldEdit>();
Mock.Arrange(() => mock2.SystemName).Returns("s1");
var list = new List<ChecklistDisplayFieldEdit>{mock1, mock2};
Mock.Arrange(() => context.InputPropertyValues).Returns(new Dictionary<IPropertyInfo, object> { { ChecklistFieldsStepEdit.DisplayFieldsProperty, list }});
var checklistFieldsStepEditMock = Mock.Create<ChecklistFieldsStepEdit>();
Mock.Arrange(() => checklistFieldsStepEditMock.GetParent<FieldEdit>()).Returns(new FieldEdit());
Mock.Arrange(() => context.Target).Returns(checklistFieldsStepEditMock);
var ruleWasThrown = false;
Mock.Arrange(() => context.AddErrorResult(Arg.AnyString)).DoInstead(() => ruleWasThrown = true);
// act
var privateAccessor = new PrivateAccessor(rule);
privateAccessor.CallMethod("Execute", new object[] { context });
//Assert
Assert.IsTrue(ruleWasThrown);
}
public void OnMouseLeftButtonUp_NodesShouldBeConnectedFromSourceToDestination()
{
var thumbMock = Mock.Create<ConnectorThumb>(Constructor.Mocked);
var privateAccessor = new PrivateAccessor(thumbMock);
//Arrange
Mock.NonPublic.Arrange(thumbMock, "OnMouseLeftButtonUp", ArgExpr.IsAny<MouseButtonEventArgs>()).CallOriginal();
var dcMock = Mock.Create<ExpressionConnectorViewModel>();
Mock.Arrange(() => dcMock.ConnectorType).Returns(ConnectorType.In);
Mock.Arrange(() => dcMock.Item.CreateConnection(Arg.IsAny<IDiagramItem>(), Arg.IsAny<IDiagramItem>()))
.Returns(Mock.Create<ExpressionConnection>(Constructor.Mocked, Behavior.Loose));
Mock.Arrange(() => thumbMock.DataContext).Returns(dcMock);
var panelMock = Mock.Create<DiagramPanel>(Constructor.Mocked);
Mock.Arrange(() => DiagramPanel.GetParentPanel<DiagramPanel>(thumbMock)).Returns(panelMock);
var panelDcMock = Mock.Create<DiagramViewModel>();
Mock.Arrange(() => panelDcMock.Items).Returns(new Collection<IDiagramItemViewModel>());
Mock.Arrange(() => panelMock.DataContext).Returns(panelDcMock);
var connectionEndMock = Mock.Create<ExpressionConnectorViewModel>();
Mock.Arrange(() => connectionEndMock.CreateConnectionTo(Arg.IsAny<IDiagramItemViewModel>())).CallOriginal();
Mock.Arrange(() => connectionEndMock.CanConnectTo(Arg.IsAny<IDiagramItemViewModel>(), Arg.IsAny<ICollection<IDiagramItemViewModel>>())).Returns(ConnectivityState.Allow);
Mock.Arrange(() => panelMock.GetViewModelByLocation<IDiagramItemViewModel>(Arg.IsAny<Point>())).Returns(connectionEndMock);
privateAccessor.SetField("_isDragging", true);
//Act
privateAccessor.CallMethod("OnMouseLeftButtonUp", Mock.Create<MouseButtonEventArgs>());
//Assert
IConnectionViewModel newConnection = null;
try
{
newConnection = panelDcMock.Items.ToList()[0] as IConnectionViewModel;
}
catch (Exception)
{
Assert.Fail("No connections where created");
return;
}
Assert.AreEqual(1, panelDcMock.Items.Count);
if (newConnection != null)
{
Assert.AreEqual(connectionEndMock, newConnection.Source);
Assert.AreEqual(dcMock, newConnection.Destination);
}
else
Assert.Fail("Type of the object does not inherit IConnectionViewModel");
}
public void PrivateAccessor_ShouldCallPrivateMethod()
{
// ACT
// Wrapping the instance holding the private method.
var inst = new PrivateAccessor(new ClassWithNonPublicMembers());
// Calling the non-public method by giving its exact name.
var actual = inst.CallMethod("MePrivate");
// ASSERT
Assert.AreEqual(1000, actual);
}
public void GetTitleTests()
{
// arrange
var vm = NewAccountListViewModel();
// act
var privateAccessor = new PrivateAccessor(vm);
var result = privateAccessor.CallMethod("GetTitle");
// assert
Assert.AreEqual("Account Management", result);
}
public void Child_Update_test()
{
// Arrange
var mockedClass = Mock.Create<ConnectionSetupEdit>(Behavior.CallOriginal);
var setup = Mock.Create<IConnectionsSetupDAL>();
Mock.Arrange(() => setup.UpdateConnectionSetup(Arg.IsAny<ConnectionSettingsDto>())).DoNothing();
Mock.Arrange(() => mockedClass.ConnectionsSetupDAL).Returns(setup);
// Act
var inst = new PrivateAccessor(mockedClass);
inst.CallMethod("Child_Update");
}
public void TestFunctionGetCategoryTask()
{
Mock.Arrange(() => Application.Current.Dispatcher.InvokeAsync(null))
.IgnoreArguments().DoNothing();
var viewModel = Mock.Create<QueueNoteTaskViewModel>(Behavior.CallOriginal);
Mock.Arrange(() => QueueAssignmentFunctions.GetCategoryTaskActivity())
.Returns(FakeData.FakeSelectList());
Mock.SetupStatic(typeof(CollectionsQueueSettingsFunctions), StaticConstructor.Mocked);
Mock.Arrange(() => CollectionsQueueSettingsFunctions.ReadCollectionSystemDefaultAsync())
.Returns(FakeData.FakesCollectionDefault());
var inst = new PrivateAccessor(viewModel);
inst.CallMethod("GetCategoryTask");
Assert.IsNotNull(viewModel.ListCategory);
}
public void FlushQueueTest()
{
var hid = Mock.Create<Hid>(Behavior.CallOriginal);
const string Method = "FlushQueue";
var iscalled = false;
Mock.NonPublic.Arrange(hid, Method, ArgExpr.IsAny<IntPtr>()).DoInstead(
() =>
{
iscalled = true;
});
var inst = new PrivateAccessor(hid);
inst.CallMethod(Method, new IntPtr());
Assert.IsTrue(iscalled);
}
public void TestGetClientFinancialAsync_OnstepAsync_EnumStepsStart()
{
GeneralThreadAffineContext.Run(
async () =>
{
Mock.Arrange(() => Application.Current.Dispatcher.InvokeAsync(null))
.IgnoreArguments()
.DoNothing();
var viewModel = Mock.Create<CollectionsManagementViewModel>(Behavior.CallOriginal);
viewModel.ClientFinancials = FakeData.FakeDropdownLists();
Mock.SetupStatic(typeof(QueueManagmentFunctions), StaticConstructor.Mocked);
Mock.Arrange(() => QueueManagmentFunctions.GetClientFinancialsAsync())
.Returns(FakeData.FakeSystemConstant());
var inst = new PrivateAccessor(viewModel);
await Task.WhenAll(inst.CallMethod("GetClientFinancialAsync") as Task);
Assert.AreEqual(3, viewModel.ClientFinancials.Count);
});
}
public void GiveFeedbackHandler_Cursors_NoneTest()
{
var mainMenu = new MainMenuMetroView();
var arg = Mock.Create<GiveFeedbackEventArgs>(Behavior.RecursiveLoose);
arg.SetCursor(Cursors.None);
Mock.Arrange(() => arg.Effects).Returns(DragDropEffects.None);
// act
var privateAccessor = new PrivateAccessor(mainMenu);
privateAccessor.CallMethod("GiveFeedbackHandler", new object[] { null, arg });
Assert.IsTrue(arg.Handled);
Assert.IsTrue(arg.Effects == DragDropEffects.None);
}
public void DisplayExceptionTest()
{
var hid = Mock.Create<Hid>(Behavior.CallOriginal);
const string Method = "DisplayException";
var iscalled = false;
Mock.NonPublic.Arrange(hid, Method, new[] { ArgExpr.IsAny<string>(), ArgExpr.IsAny<Exception>() }).DoInstead(
() =>
{
iscalled = true;
});
var inst = new PrivateAccessor(hid);
inst.CallMethod(Method, new object[] { "test", new Exception("test") });
Assert.IsTrue(iscalled);
}
public void Execute_WhenCalledWithEmptyList_AddsErrorResult()
{
// arrange
var rule = new ApprovalLevelsRequiredRule(ApprovalOptionsStepEdit.LevelDefinitionsProperty);
var context = Mock.Create<RuleContext>(Constructor.Mocked, Behavior.CallOriginal);
Mock.Arrange(() => context.InputPropertyValues)
.Returns(new Dictionary<IPropertyInfo, object> { { ApprovalOptionsStepEdit.LevelDefinitionsProperty, new List<string>{}}});
var ruleWasThrown = false;
Mock.Arrange(() => context.AddErrorResult(Arg.AnyString)).DoInstead(() => ruleWasThrown = true);
//Act
var privateAccessor = new PrivateAccessor(rule);
privateAccessor.CallMethod("Execute", new object[] { context });
// assert
Assert.IsTrue(ruleWasThrown);
}
public void AddDestinationVersionFieldsTest()
{
// Arrange.
var vm = new ExpressionDesignerWindowViewModelBase();
var accessor = new PrivateAccessor(vm);
var processInfo = Mock.Create<PublishedProcessInfo>();
Mock.Arrange(() => processInfo.ProcessOption).Returns(ProcessOption.VersionEnabled);
var destination = new DestinationFieldList();
// Act.
accessor.CallMethod("AddVersionFields", processInfo, destination);
// Assert.
Assert.AreEqual(3, destination.Fields.Count);
var versionNumber = destination.Fields.FirstOrDefault(f => f.SystemName == Constants.VersionNumber);
var versionDate = destination.Fields.FirstOrDefault(f => f.SystemName == Constants.VersionDate);
var versionMasterId = destination.Fields.FirstOrDefault(f => f.SystemName == Constants.VersionMasterId);
Assert.IsNotNull(versionNumber);
Debug.Assert(versionNumber != null, "versionNumber != null");
Assert.AreEqual(NodeDataType.String, versionNumber.DataType);
Assert.AreEqual(Constants.VersionNumberName, versionNumber.Name);
Assert.AreEqual(Constants.VersionNumber, versionNumber.InnerName);
Assert.AreEqual(Constants.VersionNumber, versionNumber.SystemName);
Assert.IsNotNull(versionDate);
Debug.Assert(versionDate != null, "versionDate != null");
Assert.AreEqual(NodeDataType.DateTime, versionDate.DataType);
Assert.AreEqual("Version Date", versionDate.Name);
Assert.AreEqual(Constants.VersionDate, versionDate.InnerName);
Assert.AreEqual(Constants.VersionDate, versionDate.SystemName);
Assert.IsNotNull(versionMasterId);
Debug.Assert(versionMasterId != null, "versionMasterId != null");
Assert.AreEqual(NodeDataType.Int, versionMasterId.DataType);
Assert.AreEqual("Version Master Id", versionMasterId.Name);
Assert.AreEqual(Constants.VersionMasterId, versionMasterId.InnerName);
Assert.AreEqual(Constants.VersionMasterId, versionMasterId.SystemName);
}
public void TestCollectionQueue_QueueNameAndAssignment_NotEmpty()
{
Mock.Arrange(() => Application.Current.Dispatcher.InvokeAsync(null))
.IgnoreArguments()
.DoNothing();
var viewModel = Mock.Create<EditQueueViewModel>(
Behavior.CallOriginal,
new CollectionsManagementViewModel());
viewModel.SelectedQueue = FakeData.FakeQueueDetailModel();
Mock.Arrange(() => viewModel.SelectedQueue.CollectionQueue).Returns(FakeData.FakeCollectionQueue());
Mock.Arrange(() => viewModel.HasErrors).Returns(true);
var inst = new PrivateAccessor(viewModel);
inst.CallMethod("Validate");
var vali = new PrivateAccessor(viewModel);
var faile = vali.GetField("_Failures") as List<ValidationFailure>;
Assert.IsNotNull(faile);
Assert.AreEqual(2, faile.Count);
}
public void RefreshTests()
{
// arrange
var vm = new SelectPersonViewModel();
var getFilterWasCalled = false;
Mock.NonPublic.Arrange<MobileObservableCollection<IFilterDescriptor>>(vm, "GetFilter").DoInstead(() => getFilterWasCalled = true);
var dynamicTypeManager = Mock.Create<IDynamicTypeManager>(Behavior.CallOriginal);
Mock.Arrange(() => dynamicTypeManager.GetCustomType(Constants.AccountProcessName, "LinkablePersonList", true))
.DoInstead(() => Assert.IsTrue(vm.IsBusy))
.Returns(typeof(object));
vm.TheDynamicTypeManager = dynamicTypeManager;
var account = Mock.Create<IAccount>(Behavior.Loose);
var privateAccessor = new PrivateAccessor(vm);
privateAccessor.SetField("_selectedAccount", account);
var basePersonList = Mock.Create<IList>(Behavior.Loose);
Mock.Arrange(() => MethodCaller.CallFactoryMethod(Arg.IsAny<Type>(), "Get__AccountLinkablePersonListAsync", Arg.AnyInt, Arg.IsAny<int?>(), Arg.IsAny<PagedCriteria>()))
.Returns(() =>
{
var tcs = new TaskCompletionSource<IList>();
tcs.SetResult(basePersonList);
return tcs.Task;
});
// act
privateAccessor.CallMethod("Refresh");
// assert
Assert.IsTrue(getFilterWasCalled);
Assert.AreEqual(basePersonList, vm.PersonList);
Assert.IsFalse(vm.IsBusy);
}
public void UnselectMethodTest()
{
var spreadsheetMock = new SpreadsheetView();
var privateAccessor = new PrivateAccessor(spreadsheetMock);
//Load data
Mock.NonPublic.Arrange(typeof(CellBase), "SetEditorParams").IgnoreInstance().DoNothing();
spreadsheetMock.ItemsSource = new List<TestData> { new TestData { Text = "text 1" }, new TestData { Text = "another text" } };
spreadsheetMock.OnApplyTemplate();
var item1 = spreadsheetMock.ItemsCollection[0];
var item2 = spreadsheetMock.ItemsCollection[1];
//Call ItemContainerGenerator overrides
var container = privateAccessor.CallMethod("GetContainerForItemOverride") as SpreadsheetItemContainer;
Assert.IsNotNull(container);
spreadsheetMock.ItemContainerStyle = new Style(typeof(SpreadsheetItemContainer));
privateAccessor.CallMethod("PrepareContainerForItemOverride", container, item1);
privateAccessor.CallMethod("PrepareContainerForItemOverride", (SpreadsheetItemContainer)null, item2);
//Unselect cells from local spreadsheet
Mock.Arrange(() => spreadsheetMock.Unselect(Arg.IsAny<CellBase>(), Arg.IsAny<SpreadsheetView>()));
Mock.Arrange(() => container.Unselect(Arg.IsAny<CellBase>())).IgnoreInstance().OccursOnce();
var cell = Mock.Create<CellBase>(Constructor.Mocked, Behavior.Loose);
spreadsheetMock.Unselect(cell);
Mock.Assert(container);
//Create child spreadsheets
var childSpreadsheet1 = Mock.Create<SpreadsheetView>(Constructor.Mocked, Behavior.Loose);
Mock.Arrange(() => childSpreadsheet1.IsVisible).Returns(true);
var childSpreadsheet2 = Mock.Create<SpreadsheetView>(Constructor.Mocked, Behavior.Loose);
Mock.Arrange(() => childSpreadsheet2.IsVisible).Returns(false);
var childSpreadsheet3 = Mock.Create<SpreadsheetView>(Constructor.Mocked, Behavior.Loose);
Mock.Arrange(() => childSpreadsheet3.IsVisible).Returns(true);
//Add child spreadsheets
var childSpreadsheets = privateAccessor.GetField("_childSpreadsheets") as List<SpreadsheetView>;
childSpreadsheets.Add(childSpreadsheet1);
childSpreadsheets.Add(childSpreadsheet2);
childSpreadsheets.Add(childSpreadsheet3);
//Call method with child spreadsheets and with caller (the second argument)
Mock.Arrange(() => spreadsheetMock.Unselect(Arg.IsAny<CellBase>(), Arg.IsAny<SpreadsheetView>())).CallOriginal();
spreadsheetMock.Unselect(cell, childSpreadsheet1);
Mock.Assert(() => childSpreadsheet1.Unselect(cell, Arg.IsAny<SpreadsheetView>()), Occurs.Never());
Mock.Assert(() => childSpreadsheet2.Unselect(cell, Arg.IsAny<SpreadsheetView>()), Occurs.Never());
Mock.Assert(() => childSpreadsheet3.Unselect(cell, Arg.IsAny<SpreadsheetView>()), Occurs.Once());
//Call method with child spreadsheets
Mock.Arrange(() => container.Unselect(Arg.IsAny<CellBase>())).IgnoreInstance().Occurs(2);
spreadsheetMock.Unselect(cell);
Mock.Assert(() => childSpreadsheet1.Unselect(cell, Arg.IsAny<SpreadsheetView>()), Occurs.Once());
Mock.Assert(() => childSpreadsheet2.Unselect(cell, Arg.IsAny<SpreadsheetView>()), Occurs.Never());
Mock.Assert(() => childSpreadsheet3.Unselect(cell, Arg.IsAny<SpreadsheetView>()), Occurs.Exactly(2));
}
public void GetEditedCellsMethodTest()
{
//Mock spreadsheet
var spreadsheetMock = new SpreadsheetView();
var privateAccessor = new PrivateAccessor(spreadsheetMock);
//Load data
Mock.NonPublic.Arrange(typeof(CellBase), "SetEditorParams").IgnoreInstance().DoNothing();
spreadsheetMock.ItemsSource = new List<TestData> { new TestData { Text = "text 1" }, new TestData { Text = "another text" } };
spreadsheetMock.OnApplyTemplate();
var item1 = spreadsheetMock.ItemsCollection[0];
var item2 = spreadsheetMock.ItemsCollection[1];
//Call ItemContainerGenerator overrides
var container = privateAccessor.CallMethod("GetContainerForItemOverride") as SpreadsheetItemContainer;
Assert.IsNotNull(container);
spreadsheetMock.ItemContainerStyle = new Style(typeof(SpreadsheetItemContainer));
privateAccessor.CallMethod("PrepareContainerForItemOverride", container, item1);
privateAccessor.CallMethod("PrepareContainerForItemOverride", (SpreadsheetItemContainer)null, item2);
//Assert _containersDict field
var containersDict = privateAccessor.GetField("_containersDict") as Dictionary<IWrap, SpreadsheetItemContainer>;
Assert.IsNotNull(containersDict);
Assert.AreEqual(containersDict.Count, 2);
Assert.IsTrue(containersDict.ContainsKey(item1));
Assert.AreEqual(containersDict[item1], container);
Assert.IsTrue(containersDict.ContainsKey(item2));
Assert.IsNull(containersDict[item2]);
//Assert cells
Assert.IsNotNull(container.Cells);
Assert.AreEqual(container.Cells.Count, 3);
//Assert GetEditedCells call with only container from one of two elements and with no child spreadsheets
var cell = container.Cells[1];
Mock.Arrange(() => cell.IsEditMode).Returns(true);
var editedCells = spreadsheetMock.GetEditedCells();
Assert.AreEqual(editedCells.Count(), 1);
Assert.AreEqual(editedCells[0], container.Cells[1]);
//Add child spreadsheet
var childSpreadsheet = new SpreadsheetView();
var accessor = new PrivateAccessor(childSpreadsheet);
childSpreadsheet.ItemsSource = new List<TestData> { new TestData { Text = "child item 1" }, new TestData { Text = "child item 2" } };
childSpreadsheet.OnApplyTemplate();
var item3 = childSpreadsheet.ItemsCollection[0];
var item4 = childSpreadsheet.ItemsCollection[1];
var childcontainer1 = accessor.CallMethod("GetContainerForItemOverride") as SpreadsheetItemContainer;
var childcontainer2 = accessor.CallMethod("GetContainerForItemOverride") as SpreadsheetItemContainer;
childSpreadsheet.ItemContainerStyle = new Style(typeof(SpreadsheetItemContainer));
accessor.CallMethod("PrepareContainerForItemOverride", childcontainer1, item3);
accessor.CallMethod("PrepareContainerForItemOverride", childcontainer2, item4);
var cell2 = childcontainer1.Cells[1];
Mock.Arrange(() => cell2.IsEditMode).Returns(true);
var cell3 = childcontainer2.Cells[2];
Mock.Arrange(() => cell3.IsEditMode).Returns(true);
((List<SpreadsheetView>)privateAccessor.GetField("_childSpreadsheets")).Add(childSpreadsheet);
//Assert GetEditedCells call involving invisible child spreadsheet
Mock.Arrange(() => childSpreadsheet.IsVisible).Returns(false);
editedCells = spreadsheetMock.GetEditedCells();
Assert.AreEqual(editedCells.Count(), 1);
Assert.AreEqual(editedCells[0], container.Cells[1]);
//Assert GetEditedCells call involving visible child spreadsheet
Mock.Arrange(() => childSpreadsheet.IsVisible).Returns(true);
editedCells = spreadsheetMock.GetEditedCells();
Assert.AreEqual(editedCells.Count(), 3);
Assert.AreEqual(editedCells[0], childcontainer1.Cells[1]);
Assert.AreEqual(editedCells[1], childcontainer2.Cells[2]);
Assert.AreEqual(editedCells[2], container.Cells[1]);
}
public void OnItemsChangedItemReplaceTest()
{
var spreadsheet = new SpreadsheetView();
var privateAccessor = new PrivateAccessor(spreadsheet);
//Create data
var oldItem = ItemWrap.BuildNew(new TestData());
var newItem = ItemWrap.BuildNew(new TestData());
var oldContainer = new SpreadsheetItemContainer(spreadsheet);
var newContainer = new SpreadsheetItemContainer(spreadsheet);
//Prepare event arguments and container dictionary
var args = new NotifyCollectionChangedEventArgs(NotifyCollectionChangedAction.Replace, newItem, oldItem, 0);
var containerDict = privateAccessor.GetField("_containersDict") as Dictionary<IWrap, SpreadsheetItemContainer>;
containerDict.Add(oldItem, oldContainer);
//Arrange methods
Mock.Arrange(() => spreadsheet.ItemContainerGenerator.ContainerFromItem(newItem)).Returns(newContainer);
Mock.NonPublic.Arrange(spreadsheet, "BindContainerToItem", newContainer, newItem).CallOriginal();
//Call OnItemsChanged and Assert results
privateAccessor.CallMethod("OnItemsChanged", args);
Assert.AreEqual(containerDict.Count, 1);
Assert.AreEqual(containerDict.First().Key, newItem);
Assert.AreEqual(containerDict[newItem], newContainer);
Mock.NonPublic.Assert(spreadsheet, "BindContainerToItem", Occurs.Once(), newContainer, newItem);
Assert.IsTrue(oldContainer.IsDisposed);
}
public void OnItemsChangedItemRemoveTest()
{
var spreadsheet = new SpreadsheetView();
var privateAccessor = new PrivateAccessor(spreadsheet);
//Initialize ItemCollection
Mock.NonPublic.Arrange(spreadsheet, "OnItemsChanged", ArgExpr.IsAny<NotifyCollectionChangedEventArgs>()).DoNothing();
var list = new List<TestData>
{
new TestData {Text = "fff", FractionalNumber = 0},
new TestData {Text = "item", FractionalNumber = 55},
new TestData {Text = "last item", FractionalNumber = -5}
};
spreadsheet.ItemsSource = list;
spreadsheet.OnApplyTemplate();
Assert.IsNotNull(spreadsheet.ItemsCollection);
Mock.Reset();
var item1 = spreadsheet.ItemsCollection[0];
var item2 = spreadsheet.ItemsCollection[1];
var item3 = spreadsheet.ItemsCollection[2];
//Bind item1 to container
var container = new SpreadsheetItemContainer(spreadsheet);
Mock.NonPublic.Arrange(container, "InitializeCellsWithValues");
privateAccessor.CallMethod("BindContainerToItem", container, item1);
privateAccessor.CallMethod("BindContainerToItem", container, item3);
//Assert dictionary with containers
var containerDict = privateAccessor.GetField("_containersDict") as Dictionary<IWrap, SpreadsheetItemContainer>;
Assert.IsNotNull(containerDict);
Assert.AreEqual(containerDict.Count, 2);
containerDict.Add(item2, null);
Assert.AreEqual(containerDict.Count, 3);
//Remove second item from collection (when container is null)
Mock.Arrange(() => containerDict.Remove(item2)).CallOriginal();
spreadsheet.ItemsCollection.Remove(item2);
Mock.Assert(() => containerDict.Remove(item2), Occurs.Once());
Assert.AreEqual(containerDict.Count, 2);
//Remove first item from collection (when container is disposed)
Mock.Arrange(() => container.IsDisposed).Returns(true);
spreadsheet.ItemsCollection.Remove(item1);
Mock.Assert(() => containerDict.Remove(item1), Occurs.Once());
Assert.AreEqual(containerDict.Count, 1);
//Remove item and dispose container
Mock.Arrange(() => container.IsDisposed).Returns(false);
spreadsheet.ItemsCollection.Remove(item3);
Mock.Assert(() => containerDict.Remove(item3), Occurs.Exactly(2));
Assert.AreEqual(containerDict.Count, 0);
Mock.Reset();
Assert.IsTrue(container.IsDisposed);
}
public void PrepareContainerForItemOverrideTest()
{
//Mock spreadsheet derived class
var spreadsheetMock = Mock.Create<SpreadsheetView>(Constructor.Mocked, Behavior.Loose);
var privateAccessor = new PrivateAccessor(spreadsheetMock);
//Mock container and item
var container = Mock.Create<SpreadsheetItemContainer>(Constructor.Mocked, Behavior.Loose);
var item = ItemWrap.BuildNew(new TestData());
//Arrange spreadsheet methods
Mock.NonPublic.Arrange(spreadsheetMock, "PrepareContainerForItemOverride", ArgExpr.IsAny<DependencyObject>(), ArgExpr.IsAny<object>()).CallOriginal();
//Arrange container methods
Mock.Arrange(() => container.SetValue(Arg.IsAny<DependencyProperty>(), Arg.IsAny<object>()));
//Call method to assert some invocations
privateAccessor.CallMethod("PrepareContainerForItemOverride", container, item);
Mock.Assert(() => container.SetValue(Arg.IsAny<DependencyProperty>(), Arg.IsAny<object>()), Occurs.Never());
Mock.NonPublic.Assert(spreadsheetMock, "BindContainerToItem", Occurs.Never(), ArgExpr.IsAny<SpreadsheetItemContainer>(), ArgExpr.IsAny<IWrap>());
Mock.NonPublic.Assert(spreadsheetMock, "PopulateCells", Occurs.Never(), ArgExpr.IsAny<SpreadsheetItemContainer>(), ArgExpr.IsAny<IWrap>());
spreadsheetMock.ItemContainerStyle = new Style(typeof(SpreadsheetItemContainer));
privateAccessor.CallMethod("PrepareContainerForItemOverride", container, item);
Mock.Assert(() => container.SetValue(Arg.IsAny<DependencyProperty>(), Arg.IsAny<object>()), Occurs.Once());
Mock.NonPublic.Assert(spreadsheetMock, "BindContainerToItem", Occurs.Once(), ArgExpr.IsAny<SpreadsheetItemContainer>(), ArgExpr.IsAny<IWrap>());
Mock.NonPublic.Assert(spreadsheetMock, "PopulateCells", Occurs.Once(), ArgExpr.IsAny<SpreadsheetItemContainer>(), ArgExpr.IsAny<IWrap>());
}
public void GetContainerForItemOverrideTest()
{
//Mock spreadsheet derived class
var spreadsheetMock = Mock.Create<SpreadsheetView>(Constructor.Mocked);
var privateAccessor = new PrivateAccessor(spreadsheetMock);
Mock.NonPublic.Arrange<DependencyObject>(spreadsheetMock, "GetContainerForItemOverride").CallOriginal();
//Get new container
var obj = privateAccessor.CallMethod("GetContainerForItemOverride") as DependencyObject;
Assert.IsNotNull(obj);
//Assert spreadsheet as container's owner
var container = obj as SpreadsheetItemContainer;
Assert.IsNotNull(container);
Assert.IsNotNull(container.Owner);
Assert.AreEqual(container.Owner.GetHashCode(), spreadsheetMock.GetHashCode());
}
public void IsItemItsOwnContainerOverrideTest()
{
//Mock spreadsheet derived class
var spreadsheetMock = Mock.Create<SpreadsheetView>(Constructor.Mocked);
var privateAccessor = new PrivateAccessor(spreadsheetMock);
Mock.NonPublic.Arrange<bool>(spreadsheetMock, "IsItemItsOwnContainerOverride", ArgExpr.IsAny<object>()).CallOriginal();
//Parameter is not of SpreadsheetItemContainer type
var result = (bool)privateAccessor.CallMethod("IsItemItsOwnContainerOverride", new object());
Assert.IsFalse(result);
//Parameter is of SpreadsheetItemContainer type
result = (bool)privateAccessor.CallMethod("IsItemItsOwnContainerOverride", new SpreadsheetItemContainer(spreadsheetMock));
Assert.IsTrue(result);
}
public void OnKeyDownTest()
{
//Create spreadsheet mock
var spreadsheetMock = Mock.Create<SpreadsheetView>(Constructor.Mocked);
var privateAccessor = new PrivateAccessor(spreadsheetMock);
Mock.NonPublic.Arrange(spreadsheetMock, "OnKeyDown", ArgExpr.IsAny<KeyEventArgs>()).CallOriginal();
var args = Mock.Create<KeyEventArgs>();
args.Handled = false;
//Tab to next cell
Mock.Arrange(() => args.Key).Returns(Key.Tab);
Mock.Arrange(() => Keyboard.Modifiers).Returns(ModifierKeys.None);
Mock.Arrange(() => spreadsheetMock.TabToNext()).Returns(true);
privateAccessor.CallMethod("OnKeyDown", args);
Mock.Assert(() => spreadsheetMock.TabToNext());
Assert.IsTrue(args.Handled);
//Tab to next cell (tab out of spreadsheet)
args.Handled = false;
Mock.Arrange(() => spreadsheetMock.TabToNext()).Returns(false);
privateAccessor.CallMethod("OnKeyDown", args);
Mock.Assert(() => spreadsheetMock.TabToNext());
Assert.IsFalse(args.Handled);
//Tab to previous cell
args.Handled = false;
Mock.Arrange(() => args.Key).Returns(Key.Tab);
Mock.Arrange(() => Keyboard.Modifiers).Returns(ModifierKeys.Shift);
Mock.Arrange(() => spreadsheetMock.TabToPrevious()).Returns(true);
privateAccessor.CallMethod("OnKeyDown", args);
Mock.Assert(() => spreadsheetMock.TabToPrevious());
Assert.IsTrue(args.Handled);
//Tab to previous cell (tab out of spreadsheet)
args.Handled = false;
Mock.Arrange(() => spreadsheetMock.TabToPrevious()).Returns(false);
privateAccessor.CallMethod("OnKeyDown", args);
Mock.Assert(() => spreadsheetMock.TabToPrevious());
Assert.IsFalse(args.Handled);
//Bring out cell from edit mode
Mock.Arrange(() => args.Key).Returns(Key.Escape);
var cell1 = Mock.Create<Cell>(Constructor.Mocked);
var cell2 = Mock.Create<StackCell>(Constructor.Mocked);
Mock.Arrange(() => spreadsheetMock.GetSelectedCells()).Returns(new CellBase[] { cell1, cell2 });
privateAccessor.CallMethod("OnKeyDown", args);
Mock.Assert(() => cell1.SwitchEditMode(false), Occurs.Once());
Mock.Assert(() => cell1.SwitchEditMode(false), Occurs.Once());
}
public void OnKeyUpTest()
{
//Create spreadsheet mock and avoid KeyNavigationByDemand of being calculated
var spreadsheetMock = Mock.Create<SpreadsheetView>(Constructor.Mocked);
var privateAccessor = new PrivateAccessor(spreadsheetMock);
Mock.NonPublic.Arrange(spreadsheetMock, "OnKeyUp", ArgExpr.IsAny<KeyEventArgs>()).CallOriginal();
Mock.Arrange(() => spreadsheetMock.KeyNavigationByDemand(Arg.IsAny<Key>(), false));
//Fire KeyUp event with null argument
var args = Mock.Create<KeyEventArgs>(Behavior.Loose);
privateAccessor.CallMethod("OnKeyUp", (KeyEventArgs)null);
Mock.Assert(() => spreadsheetMock.KeyNavigationByDemand(Arg.IsAny<Key>(), false), Occurs.Never());
Assert.IsFalse(args.Handled);
//Event args is not null and KeyNavigationByDemand method should be invoked
privateAccessor.CallMethod("OnKeyUp", args);
Mock.Assert(() => spreadsheetMock.KeyNavigationByDemand(Arg.IsAny<Key>(), false), Occurs.Once());
Assert.IsTrue(args.Handled);
//Don't call KeyNavigationByDemand if the key is Tab
args.Handled = false;
Mock.Arrange(() => args.Key).Returns(Key.Tab);
privateAccessor.CallMethod("OnKeyUp", args);
Mock.Assert(() => spreadsheetMock.KeyNavigationByDemand(Arg.IsAny<Key>(), false), Occurs.Once());
Assert.IsTrue(args.Handled);
//Or if Escape
args.Handled = false;
Mock.Arrange(() => args.Key).Returns(Key.Escape);
privateAccessor.CallMethod("OnKeyUp", args);
Mock.Assert(() => spreadsheetMock.KeyNavigationByDemand(Arg.IsAny<Key>(), false), Occurs.Once());
Assert.IsTrue(args.Handled);
}
public void SelectCellMethodTest()
{
//Mock spreadsheet
var spreadsheetMock = Mock.Create<SpreadsheetView>(Constructor.Mocked);
var privateAccessor = new PrivateAccessor(spreadsheetMock);
//Container is null
Mock.NonPublic.Arrange(spreadsheetMock, "SelectCell", ArgExpr.IsAny<IWrap>(), ArgExpr.IsAny<int>()).CallOriginal();
Mock.Arrange(() => spreadsheetMock.GetContainerFromItem(Arg.IsAny<IWrap>())).Returns((SpreadsheetItemContainer)null);
var info = privateAccessor.CallMethod("SelectCell", Arg.IsAny<IWrap>(), Arg.IsAny<int>()) as NavigationInfo;
Assert.IsNotNull(info);
Assert.AreEqual(info.ActionState, MoveStates.Fail);
//Container is not null
var container = Mock.Create<SpreadsheetItemContainer>(Constructor.Mocked);
Mock.Arrange(() => container.SelectByIndex(3, Arg.IsAny<NavigationInfo>())).Returns(new NavigationInfo(CommandType.MoveDown, MoveStates.Ok)).MustBeCalled();
Mock.Arrange(() => spreadsheetMock.GetContainerFromItem(Arg.IsAny<IWrap>())).Returns(container);
info = privateAccessor.CallMethod("SelectCell", Arg.IsAny<IWrap>(), 3) as NavigationInfo;
Assert.IsNotNull(info);
Assert.AreEqual(info.Command, CommandType.MoveDown);
Assert.AreEqual(info.ActionState, MoveStates.Ok);
Mock.Assert(container);
}
public void AlternateRowsMethodTest()
{
//Create spreadsheet and load data
var spreadsheet = new SpreadsheetView();
var privateAccessor = new PrivateAccessor(spreadsheet);
var itemList = new List<TestData>
{
new TestData(),
new TestData()
};
spreadsheet.ItemsSource = itemList;
spreadsheet.OnApplyTemplate();
Mock.NonPublic.Arrange(typeof(SpreadsheetView), "PopulateCells", ArgExpr.IsAny<SpreadsheetItemContainer>(), ArgExpr.IsAny<IWrap>()).DoNothing();
//Get item wrappers
var item1 = spreadsheet.ItemsCollection[0];
var item2 = spreadsheet.ItemsCollection[1];
//Call ItemContainerGenerator overrides
Mock.NonPublic.Arrange(typeof(CellBase), "SetEditorParams").IgnoreInstance().DoNothing();
spreadsheet.ItemContainerStyle = new Style(typeof(SpreadsheetItemContainer));
var container1 = privateAccessor.CallMethod("GetContainerForItemOverride") as SpreadsheetItemContainer;
privateAccessor.CallMethod("PrepareContainerForItemOverride", container1, item1);
var container2 = privateAccessor.CallMethod("GetContainerForItemOverride") as SpreadsheetItemContainer;
privateAccessor.CallMethod("PrepareContainerForItemOverride", container2, item2);
//Mock SetIsAlternate method for all SpreadsheetItemContainer instances
var containerMock = Mock.Create<SpreadsheetItemContainer>(Constructor.Mocked);
Mock.Arrange(() => containerMock.SetIsAlternate()).IgnoreInstance();
//Make spreadsheet invisible
Mock.Arrange(() => spreadsheet.IsVisible).Returns(false);
Mock.Arrange(() => spreadsheet.Items).CallOriginal().OccursNever();
spreadsheet.AlternateRows();
Mock.Assert(spreadsheet);
//Test AlternateRows method in normal conditions
Mock.Arrange(() => spreadsheet.IsVisible).Returns(true);
Mock.Arrange(() => spreadsheet.Items).CallOriginal().MustBeCalled();
spreadsheet.AlternateRows();
var containersDict = privateAccessor.GetField("_containersDict") as Dictionary<IWrap, SpreadsheetItemContainer>;
Mock.Assert(() => containersDict[item1].SetIsAlternate(), Occurs.Once());
Mock.Assert(() => containersDict[item2].SetIsAlternate(), Occurs.Once());
Mock.Assert(spreadsheet);
}
public void OnRefreshed()
{
// arrange
var vm = new FrequencyPatternDetailsViewModel();
var unitOfWork = Mock.Create<IUnitOfWork<IFrequencyPattern>>(Behavior.Loose);
var model = Mock.Create<IFrequencyPattern>(Behavior.Loose);
Mock.Arrange(() => model.IsNew).Returns(true);
Mock.Arrange(() => unitOfWork.Model).Returns(model);
var dataportalResult = new DataPortalResult<IUnitOfWork<IFrequencyPattern>>(unitOfWork, null, null);
var shell = Mock.Create<IShell>(Behavior.CallOriginal);
var baseMethodWasCalled = false;
Mock.Arrange(() => shell.ShowStatus(Arg.IsAny<Status>(), false)).DoInstead(() => baseMethodWasCalled = true);
vm.WindowManager = new Lazy<IShell>(() => shell);
// act
var privateAccessor = new PrivateAccessor(vm);
privateAccessor.CallMethod("OnRefreshed", new object[] { null, dataportalResult });
// assert
Assert.AreEqual(model, vm.Model);
Assert.AreEqual(FrequencyPatternType.Daily.ToString(), model.PatternType);
// daily
Assert.AreEqual(DailyPatternVariant.NumberOfDays.ToString(), model.DailyPatternOption);
Assert.AreEqual(1, model.DailyPatternDaysToRecur);
// weekly
Assert.AreEqual(1, model.WeeklyPatternWeeksToRecur);
Assert.AreEqual(false, model.IsSundaySelected);
Assert.AreEqual(false, model.IsMondaySelected);
Assert.AreEqual(false, model.IsTuesdaySelected);
Assert.AreEqual(false, model.IsWednesdaySelected);
Assert.AreEqual(false, model.IsThursdaySelected);
Assert.AreEqual(false, model.IsFridaySelected);
Assert.AreEqual(false, model.IsSaturdaySelected);
// monthly
Assert.AreEqual(MonthlyPatternVariant.DayByDate.ToString(), model.MonPatOption);
Assert.AreEqual(1, model.MonPatRecurDate);
Assert.AreEqual(1, model.MonPatByDateOptionMonthsToRec);
Assert.AreEqual(TimeIntervalPosition.First.ToString(), model.MonPatTimeIntervalPosition);
Assert.AreEqual(1, model.MonPatByPositionOptionMonToRec);
Assert.AreEqual(1, model.MonPatMonthsToRec);
Assert.AreEqual(DayofWeek.Saturday.ToString(), model.MonPatDayOfWeek);
// yearly
Assert.AreEqual(1, model.YearPatYearsToRec);
Assert.AreEqual(YearlyPatternVariant.DayByDate.ToString(), model.YearPatOption);
Assert.AreEqual(Month.January.ToString(), model.YearPatByDateOptionSelectMon);
Assert.AreEqual(1, model.YearPatDayOfSelectMon);
Assert.AreEqual(TimeIntervalPosition.First.ToString(), model.YearPatTimeIntervalPosition);
Assert.AreEqual(DayofWeek.Saturday.ToString(), model.YearPatDayOfWeek);
Assert.AreEqual(Month.January.ToString(), model.YearPatByNameOptionSelectMon);
Assert.IsTrue(baseMethodWasCalled);
// arrange
baseMethodWasCalled = false;
dataportalResult = new DataPortalResult<IUnitOfWork<IFrequencyPattern>>(null, new Exception(), null);
var loggerWasCalled = false;
var logger = new ClientLogger();
Mock.Arrange(() => logger.Log(LogSeverity.Error, typeof(FrequencyPatternDetailsViewModel).ToString(), Arg.IsAny<Exception>())).DoInstead(() => loggerWasCalled = true);
vm.Logger = logger;
var popupMock = PopupMock.Create().NotifyFailureMustBeCalled(Arg.IsAny<Exception>());
vm.ThePopupFactory = popupMock.TheLazyPopupFactory;
// act
privateAccessor.CallMethod("OnRefreshed", new object[] { null, dataportalResult });
// assert
Assert.IsTrue(loggerWasCalled);
popupMock.AssertNotifyFailureCalled();
Assert.IsTrue(baseMethodWasCalled);
}
public void GetTitle()
{
// arrange
var vm = new FrequencyPatternDetailsViewModel();
// act
var privateAccessor = new PrivateAccessor(vm);
var result = privateAccessor.CallMethod("GetTitle");
// assert
Assert.AreEqual("Loading...", result);
// arrange
var fp = Mock.Create<IFrequencyPattern>(Behavior.CallOriginal);
Mock.Arrange(() => fp.ProcessDisplayName).Returns("Frequency Pattern");
Mock.Arrange(() => fp.IsNew).Returns(true);
Mock.Arrange(() => vm.Model).Returns(fp);
// act
result = privateAccessor.CallMethod("GetTitle");
// assert
Assert.AreEqual("Details: Frequency Pattern (new)", result);
// arrange
Mock.Arrange(() => fp.Id).Returns(1);
Mock.Arrange(() => fp.IsNew).Returns(false);
// act
result = privateAccessor.CallMethod("GetTitle");
// assert
Assert.AreEqual("Details: Frequency Pattern (1)", result);
}