/// <summary>
/// non-undoable task
/// </summary>
private void DoSetupFixture()
{
// setup default vernacular ws.
CoreWritingSystemDefinition wsXkal = Cache.ServiceLocator.WritingSystemManager.Set("qaa-x-kal");
wsXkal.DefaultFont = new FontDefinition("Times New Roman");
Cache.ServiceLocator.WritingSystems.VernacularWritingSystems.Add(wsXkal);
Cache.ServiceLocator.WritingSystems.CurrentVernacularWritingSystems.Insert(0, wsXkal);
var textFactory = Cache.ServiceLocator.GetInstance <ITextFactory>();
var stTextFactory = Cache.ServiceLocator.GetInstance <IStTextFactory>();
m_text0 = textFactory.Create();
//Cache.LangProject.TextsOC.Add(m_text0);
m_stText0 = stTextFactory.Create();
m_text0.ContentsOA = m_stText0;
m_para0_0 = m_stText0.AddNewTextPara(null);
m_para0_0.Contents = TsStringUtils.MakeString("Xxxhope xxxthis xxxwill xxxdo. xxxI xxxhope.", wsXkal.Handle);
InterlinMaster.LoadParagraphAnnotationsAndGenerateEntryGuessesIfNeeded(m_stText0, false);
// paragraph 0_0 simply has wordforms as analyses
foreach (var occurence in SegmentServices.GetAnalysisOccurrences(m_para0_0))
{
if (occurence.HasWordform)
{
m_analysis_para0_0.Add(new AnalysisTree(occurence.Analysis));
}
}
}
public void ApproveAndStayPut_NewWordGloss()
{
var occurrences = SegmentServices.GetAnalysisOccurrences(m_para0_0).ToList();
m_interlinDoc.SelectOccurrence(occurrences[0]);
// create a new analysis.
var initialAnalysisTree = m_focusBox.InitialAnalysis;
m_focusBox.DoDuringUnitOfWork = () =>
WordAnalysisOrGlossServices.CreateNewAnalysisTreeGloss(initialAnalysisTree.Wordform);
var undoRedoText = new MockUndoRedoText("Undo", "Redo");
m_focusBox.ApproveAndStayPut(undoRedoText);
// expect change to the first occurrence.
Assert.AreEqual(m_focusBox.NewAnalysisTree.Gloss, occurrences[0].Analysis);
// expect the focus box to still be on the first occurrence.
Assert.AreEqual(occurrences[0], m_focusBox.SelectedOccurrence);
// test undo.
Assert.AreEqual(1, Cache.ActionHandlerAccessor.UndoableSequenceCount);
Cache.ActionHandlerAccessor.Undo();
Assert.AreEqual(initialAnalysisTree.Analysis, occurrences[0].Analysis);
// expect the focus box to still be on the first occurrence.
Assert.AreEqual(occurrences[0], m_focusBox.SelectedOccurrence);
}
public void ApproveAndMoveNext_NoChange()
{
var occurrences = SegmentServices.GetAnalysisOccurrences(m_para0_0).ToList();
m_interlinDoc.SelectOccurrence(occurrences[0]);
var initialAnalysisTree = m_focusBox.InitialAnalysis;
var undoRedoText = new MockUndoRedoText("Undo", "Redo");
m_focusBox.ApproveAndMoveNext(undoRedoText);
// expect no change to the first occurrence.
Assert.AreEqual(initialAnalysisTree.Analysis, occurrences[0].Analysis);
// expect the focus box to be on the next occurrence.
Assert.AreEqual(occurrences[1], m_focusBox.SelectedOccurrence);
// nothing to undo.
Assert.AreEqual(0, Cache.ActionHandlerAccessor.UndoableSequenceCount);
}
public void ApproveAndStayPut_NoChange()
{
var ocurrences = SegmentServices.GetAnalysisOccurrences(m_para0_0).ToList();
m_interlinDoc.SelectOccurrence(ocurrences[0]);
var initialAnalysisObj = m_focusBox.InitialAnalysis.Analysis;
// approve same wordform. Should not result in change during approve.
m_focusBox.NewAnalysisTree.Analysis = ocurrences[0].Analysis;
var undoRedoText = new MockUndoRedoText("Undo", "Redo");
m_focusBox.ApproveAndStayPut(undoRedoText);
// expect no change to the first occurrence.
Assert.AreEqual(initialAnalysisObj, ocurrences[0].Analysis);
// expect the focus box to still be on the first occurrence.
Assert.AreEqual(ocurrences[0], m_focusBox.SelectedOccurrence);
// nothing to undo.
Assert.AreEqual(0, Cache.ActionHandlerAccessor.UndoableSequenceCount);
}
