private static void CreateQualifiedSelectionForTestCase(RenameTestsDataObject tdo)
{
var component = RetrieveComponent(tdo, tdo.SelectionModuleName);
if (tdo.RawSelection.HasValue)
{
tdo.QualifiedSelection = new QualifiedSelection(new QualifiedModuleName(component), tdo.RawSelection.Value);
return;
}
Assert.Inconclusive($"Unable to find target '{RenameTests.FAUX_CURSOR}' in { tdo.SelectionModuleName} content.");
}
private static void CheckRenameRefactorTestResults(RenameTestsDataObject tdo)
{
foreach (var inputOutput in tdo.ModuleTestSetupDefs)
{
if (inputOutput.CheckExpectedEqualsActual)
{
var codeModule = RetrieveComponent(tdo, inputOutput.ModuleName).CodeModule;
var expected = inputOutput.Expected;
var actual = codeModule.Content();
Assert.AreEqual(expected, actual);
}
}
}
private static void RunRenameRefactorScenario(RenameTestsDataObject tdo)
{
if (tdo.RefactorParamType == RefactorParams.Declaration)
{
tdo.RenameRefactoringUnderTest.Refactor(tdo.RenameModel.Target);
}
else if (tdo.RefactorParamType == RefactorParams.QualifiedSelection)
{
tdo.RenameRefactoringUnderTest.Refactor(tdo.QualifiedSelection);
}
else
{
tdo.RenameRefactoringUnderTest.Refactor();
}
}
public static void PerformExpectedVersusActualRenameTests(RenameTestsDataObject tdo
, RenameTestModuleDefinition?inputOutput1
, RenameTestModuleDefinition?inputOutput2 = null
, RenameTestModuleDefinition?inputOutput3 = null
, RenameTestModuleDefinition?inputOutput4 = null)
{
try
{
InitializeTestDataObject(tdo, inputOutput1, inputOutput2, inputOutput3, inputOutput4);
RunRenameRefactorScenario(tdo);
CheckRenameRefactorTestResults(tdo);
}
finally
{
tdo.ParserState?.Dispose();
}
}
private static void AddTestModuleDefinition(RenameTestsDataObject tdo, RenameTestModuleDefinition inputOutput)
{
if (inputOutput.Input_WithFauxCursor.Length > 0)
{
tdo.SelectionModuleName = inputOutput.ModuleName;
if (inputOutput.Input_WithFauxCursor.Contains(RenameTests.FAUX_CURSOR))
{
var numCursors = inputOutput.Input_WithFauxCursor.ToArray().Where(c => c.Equals(RenameTests.FAUX_CURSOR)).Count();
if (numCursors != 1)
{
Assert.Inconclusive($"{numCursors} found in FauxCursor input - only a single cursor is allowed.");
}
tdo.RawSelection = inputOutput.RenameSelection;
if (!tdo.RawSelection.HasValue)
{
Assert.Inconclusive($"Unable to set RawSelection field for test module {inputOutput.ModuleName}");
}
//FIXME is this still necessary? I think not...
//inputOutput.RenameSelection = tdo.RawSelection;
}
}
tdo.ModuleTestSetupDefs.Add(inputOutput);
}
private static void InitializeTestDataObject(RenameTestsDataObject tdo
, RenameTestModuleDefinition?inputOutput1
, RenameTestModuleDefinition?inputOutput2 = null
, RenameTestModuleDefinition?inputOutput3 = null
, RenameTestModuleDefinition?inputOutput4 = null)
{
var renameTMDs = new List <RenameTestModuleDefinition>();
bool cursorFound = false;
foreach (var io in new[] { inputOutput1, inputOutput2, inputOutput3, inputOutput4 })
{
if (io.HasValue)
{
var renameTMD = io.Value;
if (!renameTMD.Input_WithFauxCursor.Equals(string.Empty))
{
if (cursorFound)
{
Assert.Inconclusive($"Found multiple selection cursors ('{RenameTests.FAUX_CURSOR}') in the test input");
}
cursorFound = true;
}
renameTMDs.Add(renameTMD);
}
}
if (!cursorFound)
{
Assert.Inconclusive($"Unable to determine selected target using '{RenameTests.FAUX_CURSOR}' in test input");
}
renameTMDs.ForEach(rtmd => AddTestModuleDefinition(tdo, rtmd));
if (tdo.NewName.Length == 0)
{
Assert.Inconclusive("NewName is blank");
}
if (!tdo.RawSelection.HasValue)
{
Assert.Inconclusive("A User 'Selection' has not been defined for the test");
}
tdo.MsgBox = new Mock <IMessageBox>();
tdo.MsgBox.Setup(m => m.ConfirmYesNo(It.IsAny <string>(), It.IsAny <string>(), It.IsAny <bool>())).Returns(tdo.MsgBoxReturn == ConfirmationOutcome.Yes);
var activeIndex = renameTMDs.FindIndex(tmd => tmd.Input_WithFauxCursor != string.Empty);
tdo.VBE = tdo.VBE ?? BuildProject(tdo.ProjectName, tdo.ModuleTestSetupDefs, activeIndex, tdo.UseLibraries);
tdo.AdditionalSetup?.Invoke(tdo);
(tdo.ParserState, tdo.RewritingManager) = MockParser.CreateAndParseWithRewritingManager(tdo.VBE);
CreateQualifiedSelectionForTestCase(tdo);
tdo.RenameModel = new RenameModel(tdo.ParserState.DeclarationFinder, tdo.QualifiedSelection)
{
NewName = tdo.NewName
};
Assert.IsTrue(tdo.RenameModel.Target.IdentifierName.Contains(tdo.OriginalName)
, $"Target aquired ({tdo.RenameModel.Target.IdentifierName} does not equal name specified ({tdo.OriginalName}) in the test");
var presenter = new Mock <IRenamePresenter>();
var factory = GetFactoryMock(m => {
presenter.Setup(p => p.Model).Returns(m);
presenter.Setup(p => p.Show(It.IsAny <Declaration>()))
.Callback(() => m.NewName = tdo.NewName)
.Returns(m);
presenter.Setup(p => p.Show())
.Callback(() => m.NewName = tdo.NewName)
.Returns(m);
return(presenter);
}, out var creator);
var selectionService = MockedSelectionService(tdo.VBE);
tdo.RenameRefactoringUnderTest = new RenameRefactoring(factory.Object, tdo.MsgBox.Object, tdo.ParserState, tdo.ParserState.ProjectsProvider, tdo.RewritingManager, selectionService);
}
internal static IVBComponent RetrieveComponent(RenameTestsDataObject tdo, string componentName)
{
var vbProject = tdo.VBE.VBProjects.Single(item => item.Name == tdo.ProjectName);
return(vbProject.VBComponents.SingleOrDefault(item => item.Name == componentName));
}
