/// <summary>
/// Constructor
/// </summary>
internal AssignmentVariation(MModelPropertyDefinitor VariatingProperty, IMModelClass VariatingInstance, object VariatingValue)
{
this.VariatingProperty = VariatingProperty;
this.VariatingInstance = VariatingInstance;
this.VariatingValue = VariatingValue;
/*T if (VariatingProperty.TechName == UniqueElement.__GlobalId.TechName)
* Console.WriteLine("GlobalId"); */
}
// ---------------------------------------------------------------------------------------------------------------------------------------------------------------
/// <summary>
/// Registers the inverse assignment (READY TO BE UNDONE) of a supplied controlled property and its owning instance, to be undone/redone in the future.
/// This must happen as part of a grouping combined variation (a command being performed).
/// Also, it will not be performed if already an undo/redo operation is running.
/// </summary>
internal static void RegisterInverseAssignment(MModelPropertyDefinitor SourcePropertyDef, IModelEntity Instance, object Value)
{
// If no engine controlling or not within command variation declaration then abandon.
if (Instance.EditEngine == null || Instance.EditEngine.ExecutionStatus != EExecutionStatus.Running)
{
return;
}
if (!Instance.EditEngine.IsVariating)
{
//T Console.WriteLine("No variating at property change.");
return;
}
// IMPORTANT: EDIT-ENGINES MUST MATCH FOR CHANGING VALUES.
if (Instance.EditEngine != ActiveEntityEditor)
{
throw new UsageAnomaly("Active Entity-Editor differs (for assignment) from that of the changing Entity '" + Instance.ToStringAlways() + "'.");
}
// Stores the variation into the command being declared.
Instance.EditEngine.StoreVariation(new AssignmentVariation(SourcePropertyDef, Instance, Value), SourcePropertyDef.ChangesExistenceStatus);
}
// ---------------------------------------------------------------------------------------------------------------------------------------------------------
public static void FindTextInTargetProperty(string SearchedText, IMModelClass Target, MModelPropertyDefinitor PropertyAccessor,
List <FoundObjectHint> OngoingResults, string TraveledPath,
bool IsCaseSensitive, bool IsInspectingWholeWord,
FlowDocument CurrentDocument = null, Run CurrentTextRun = null)
{
string Text = null;
if (CurrentTextRun != null)
{
Text = CurrentTextRun.Text;
}
else
{
if (PropertyAccessor != null)
{
Text = PropertyAccessor.Read(Target) as string;
}
else
if (DocumentEngine.SearchProviderOfTextExtractorWithoutPropertyAccessor != null)
{
Text = DocumentEngine.SearchProviderOfTextExtractorWithoutPropertyAccessor(Target);
}
if (Text.IsAbsent())
{
return;
}
if (PropertyAccessor != null && PropertyAccessor.HasRichContent)
{
var DocRuns = FoundObjectHint.GetTemporalDocumentRunsFor(Target, (PropertyAccessor == null
? DocumentEngine.SearchProviderOfTextNameWithoutPropertyAccessor : PropertyAccessor.Name));
if (DocRuns == null)
{
DocRuns = FoundObjectHint.RegisterTemporalDocument(Target, PropertyAccessor.Name, Text);
}
if (DocRuns != null)
{
foreach (var DocRun in DocRuns.Item2)
{
FindTextInTargetProperty(SearchedText, Target, PropertyAccessor, OngoingResults, TraveledPath,
IsCaseSensitive, IsInspectingWholeWord, DocRuns.Item1, DocRun);
}
}
return;
}
}
var Position = -1;
var CaseComparer = (IsCaseSensitive
? StringComparison.Ordinal // Must use 'ordinal' to avoid considering hyphens as part of words (culture dependant).
: StringComparison.OrdinalIgnoreCase);
Position = Text.IndexOf(SearchedText, CaseComparer);
var ToBeDisplacedOnReplace = false; // Used when searched-text found more than once in the same property
/*T if (Text.StartsWith("THE "))
* Console.WriteLine("THE "); */
while (Position >= 0)
{
if (!(IsInspectingWholeWord &&
((Position > 0 && (Char.IsLetterOrDigit(Text[Position - 1]) || Text[Position - 1] == '_')) ||
((Position + SearchedText.Length) < Text.Length &&
(Char.IsLetterOrDigit(Text[Position + SearchedText.Length]) || Text[Position + SearchedText.Length] == '_')))))
{
var ExcerptStart = (Position - TEXTFOUND_EXCERPT_ADJACENTS_LEN).EnforceMinimum(0);
var ExcerptLength = ((Position - ExcerptStart) + SearchedText.Length + TEXTFOUND_EXCERPT_ADJACENTS_LEN).EnforceMaximum(Text.Length - ExcerptStart);
var Excerpt = Text.Substring(ExcerptStart, ExcerptLength).RemoveNewLines();
var Result = new FoundObjectHint
{
SourceObject = Target,
SourceObjectType = (DocumentEngine.SearchProviderOfObjectTypeDetector == null ? "[Other]" : DocumentEngine.SearchProviderOfObjectTypeDetector(Target)),
SourceAccessor = PropertyAccessor,
LocationPath = TraveledPath.AbsentDefault("[Root]"),
TextExcerpt = Excerpt,
TextPosition = Position,
MustBeDisplacedOnReplace = ToBeDisplacedOnReplace,
RichDocumentRunSource = (CurrentDocument == null || CurrentTextRun == null
? null : Tuple.Create(CurrentDocument, CurrentTextRun))
};
OngoingResults.Add(Result);
ToBeDisplacedOnReplace = true;
}
Position = Position + SearchedText.Length;
if (Position >= Text.Length)
{
return;
}
Position = Text.IndexOf(SearchedText, Position, CaseComparer);
}
}
