public void ChangeColumn()
{
var allParaOccurrences = MakeAnalysesUsedN(1);
var row0 = MakeRow("1a");
var cellPart0_1 = MakeWordGroup(row0, 1, allParaOccurrences[0], allParaOccurrences[0]);
var cellPart0_1a = m_helper.MakeChartMarker(row0, 1, m_helper.GetAMarker());
var originalColumn = cellPart0_1.ColumnRA;
var cellPartsToMove = new IConstituentChartCellPart[] { cellPart0_1, cellPart0_1a };
var newColumn = m_logic.AllMyColumns[2];
var hvoNewCol = newColumn.Hvo;
EndSetupTask(); // SUT needs its own UOW to test Undo/Redo
UndoableUnitOfWorkHelper.Do("TestChangeColumn", "TestChangeColumn", Cache.ActionHandlerAccessor,
() => m_logic.ChangeColumn(cellPartsToMove, newColumn, row0));
VerifyChangeColumn(cellPartsToMove, newColumn, "cellPart should have been moved to new column");
// Now test Undo
Assert.IsTrue(Cache.ActionHandlerAccessor.CanUndo());
Cache.ActionHandlerAccessor.Undo();
VerifyChangeColumn(cellPartsToMove, originalColumn, "cellPart should have returned to original column");
// And now Redo
Assert.IsTrue(Cache.ActionHandlerAccessor.CanRedo());
Cache.ActionHandlerAccessor.Redo();
VerifyChangeColumn(cellPartsToMove, newColumn, "cellPart should have been moved again to new column");
}
public void ChangeRow()
{
var allParaOccurrences = MakeAnalysesUsedN(3);
var row0 = MakeRow("1a");
var row1 = MakeRow("1b");
var cellPart0_1 = MakeWordGroup(row0, 1, allParaOccurrences[0], allParaOccurrences[0]);
m_helper.MakeChartMarker(row0, 1, m_helper.GetAMarker());
MakeWordGroup(row1, 1, allParaOccurrences[1], allParaOccurrences[1]);
MakeWordGroup(row1, 3, allParaOccurrences[2], allParaOccurrences[2]);
var cellPartsToMove = new IConstituentChartCellPart[] { cellPart0_1 };
EndSetupTask(); // SUT needs its own UOW to test Undo/Redo
// SUT
UndoableUnitOfWorkHelper.Do("TestChangeRow", "TestChangeRow", Cache.ActionHandlerAccessor,
() => m_logic.ChangeRow(cellPartsToMove, row0, row1, 0, 1));
VerifyChangeRow(row0, cellPartsToMove, row1, "cellParts should have been moved to new row", 1);
// Now test Undo
Assert.IsTrue(Cache.ActionHandlerAccessor.CanUndo());
Cache.ActionHandlerAccessor.Undo();
VerifyChangeRow(row1, cellPartsToMove, row0,
"cellParts should have been moved back to original row by Undo", 0);
// And now Redo
Assert.IsTrue(Cache.ActionHandlerAccessor.CanRedo());
Cache.ActionHandlerAccessor.Redo();
VerifyChangeRow(row0, cellPartsToMove, row1, "cellParts should have been moved again to new row by redo", 1);
}
/// <summary>
/// Verify that the specified row of the chart exists and has the expected cell parts.
/// </summary>
/// <param name="index"></param>
/// <param name="cellParts"></param>
void VerifyRowContents(int index, IConstituentChartCellPart[] cellParts)
{
m_helper.VerifyRowCells(index, cellParts);
}
public void ChangeRow()
{
var allParaOccurrences = MakeAnalysesUsedN(3);
var row0 = MakeRow("1a");
var row1 = MakeRow("1b");
var cellPart0_1 = MakeWordGroup(row0, 1, allParaOccurrences[0], allParaOccurrences[0]);
m_helper.MakeChartMarker(row0, 1, m_helper.GetAMarker());
MakeWordGroup(row1, 1, allParaOccurrences[1], allParaOccurrences[1]);
MakeWordGroup(row1, 3, allParaOccurrences[2], allParaOccurrences[2]);
var cellPartsToMove = new IConstituentChartCellPart[] { cellPart0_1 };
EndSetupTask(); // SUT needs its own UOW to test Undo/Redo
// SUT
UndoableUnitOfWorkHelper.Do("TestChangeRow", "TestChangeRow", Cache.ActionHandlerAccessor,
() => m_logic.ChangeRow(cellPartsToMove, row0, row1, 0, 1));
VerifyChangeRow(row0, cellPartsToMove, row1, "cellParts should have been moved to new row", 1);
// Now test Undo
Assert.IsTrue(Cache.ActionHandlerAccessor.CanUndo());
Cache.ActionHandlerAccessor.Undo();
VerifyChangeRow(row1, cellPartsToMove, row0,
"cellParts should have been moved back to original row by Undo", 0);
// And now Redo
Assert.IsTrue(Cache.ActionHandlerAccessor.CanRedo());
Cache.ActionHandlerAccessor.Redo();
VerifyChangeRow(row0, cellPartsToMove, row1, "cellParts should have been moved again to new row by redo", 1);
}
private static void AssertMergeAfter(bool expectedState, IConstituentChartCellPart cellPart, string message)
{
Assert.AreEqual(expectedState, cellPart.MergesAfter, message);
}
private static void AssertMergeAfter(bool expectedState, IConstituentChartCellPart cellPart, string message)
{
Assert.AreEqual(expectedState, cellPart.MergesAfter, message);
}
public void ChangeColumn()
{
var allParaOccurrences = MakeAnalysesUsedN(1);
var row0 = MakeRow("1a");
var cellPart0_1 = MakeWordGroup(row0, 1, allParaOccurrences[0], allParaOccurrences[0]);
var cellPart0_1a = m_helper.MakeChartMarker(row0, 1, m_helper.GetAMarker());
var originalColumn = cellPart0_1.ColumnRA;
var cellPartsToMove = new IConstituentChartCellPart[] { cellPart0_1, cellPart0_1a };
var newColumn = m_logic.AllMyColumns[2];
var hvoNewCol = newColumn.Hvo;
EndSetupTask(); // SUT needs its own UOW to test Undo/Redo
UndoableUnitOfWorkHelper.Do("TestChangeColumn", "TestChangeColumn", Cache.ActionHandlerAccessor,
() => m_logic.ChangeColumn(cellPartsToMove, newColumn, row0));
VerifyChangeColumn(cellPartsToMove, newColumn, "cellPart should have been moved to new column");
// Now test Undo
Assert.IsTrue(Cache.ActionHandlerAccessor.CanUndo());
Cache.ActionHandlerAccessor.Undo();
VerifyChangeColumn(cellPartsToMove, originalColumn, "cellPart should have returned to original column");
// And now Redo
Assert.IsTrue(Cache.ActionHandlerAccessor.CanRedo());
Cache.ActionHandlerAccessor.Redo();
VerifyChangeColumn(cellPartsToMove, newColumn, "cellPart should have been moved again to new column");
}
protected internal override void ChangeColumnInternal(IConstituentChartCellPart[] partsToMove, ICmPossibility newCol)
{
if (m_fRecordBasicEdits)
m_events.Add(new object[] { "change column internal", partsToMove, newCol });
else
base.ChangeColumnInternal(partsToMove, newCol);
}
public override void ChangeColumn(IConstituentChartCellPart[] partsToMove, ICmPossibility newCol, IConstChartRow row)
{
if (m_fRecordBasicEdits)
m_events.Add(new object[] { "change column", partsToMove, newCol, row });
else
base.ChangeColumn(partsToMove, newCol, row);
}
/// <summary>
/// Return true if the CellPart is a ConstChartTag, but the Tag is null,
/// because then its a "Missing" marker.
/// Takes the actual CellPart object.
/// </summary>
/// <param name="cellPart"></param>
/// <returns></returns>
private static bool IsMissingMkr(IConstituentChartCellPart cellPart)
{
var part = cellPart as IConstChartTag;
return part != null && part.TagRA == null;
}
/// <summary>
/// Return true if the CellPart is a ConstChartTag (which in a CellPart list makes it
/// a reference to a CmPossibility), also known as a generic marker. But we still
/// want to return false if the Tag is null, because then its a "Missing" marker.
/// This version takes the actual CellPart object.
/// </summary>
/// <param name="cellPart"></param>
/// <returns></returns>
private static bool IsListRef(IConstituentChartCellPart cellPart)
{
var part = cellPart as IConstChartTag;
return part != null && part.TagRA != null;
}
private void AddCellPartToCell(IConstituentChartCellPart cellPart)
{
var fSwitchBrackets = m_chart.IsRightToLeft && !(cellPart is IConstChartWordGroup);
if (m_cCellPartsInCurrentCell != 0)
m_vwenv.AddString(m_this.SpaceString);
m_cCellPartsInCurrentCell++;
if (m_icellpart == m_icellPartOpenClause && !fSwitchBrackets)
{
AddOpenBracketBeforeDepClause();
}
// RightToLeft weirdness because non-wordgroup stuff doesn't work right!
if (m_icellpart == m_icellPartCloseClause && fSwitchBrackets)
{
AddCloseBracketAfterDepClause();
}
if (ConstituentChartLogic.IsMovedText(cellPart))
m_vwenv.AddObj(cellPart.Hvo, m_this, ConstChartVc.kfragMovedTextCellPart);
// Is its target a CmPossibility?
else if (IsListRef(cellPart))
{
// If we're about to add our first CellPart and its a ConstChartTag, see if AutoMissingMarker flies.
if (m_cCellPartsInCurrentCell == 1 && m_chart.Logic.ColumnHasAutoMissingMarkers(m_iLastColForWhichCellExists))
{
InsertAutoMissingMarker(m_iLastColForWhichCellExists);
m_cCellPartsInCurrentCell++;
}
m_vwenv.AddObj(cellPart.Hvo, m_this, ConstChartVc.kfragChartListItem);
}
// Is its target a user's missing marker (not auto)
else if (IsMissingMkr(cellPart))
{
m_vwenv.AddString(m_missMkr);
}
else
{
m_vwenv.AddObj(cellPart.Hvo, m_this, ConstChartVc.kfragCellPart);
}
if (m_icellpart == m_icellPartCloseClause && !fSwitchBrackets)
{
AddCloseBracketAfterDepClause();
}
// RightToLeft weirdness because non-wordgroup stuff doesn't work right!
if (m_icellpart == m_icellPartOpenClause && fSwitchBrackets)
{
AddOpenBracketBeforeDepClause();
}
}
