public object Convert(object value, Type targetType, object parameter, CultureInfo culture) {
var vm = value as ValueVM;
var tag = parameter as string;
if (vm == null || tag == null)
return null;
var writer = Cache.GetWriter();
try {
var printer = new ValuePrinter(writer, vm.PrinterContext.UseHexadecimal);
if (tag == PredefinedTextClassifierTags.LocalsWindowName)
printer.WriteName(vm);
else if (tag == PredefinedTextClassifierTags.LocalsWindowValue)
printer.WriteValue(vm);
else if (tag == PredefinedTextClassifierTags.LocalsWindowType)
printer.WriteType(vm);
else
return null;
var context = new TextClassifierContext(writer.Text, tag, vm.PrinterContext.SyntaxHighlight, writer.Colors);
return vm.PrinterContext.TextElementProvider.CreateTextElement(vm.PrinterContext.ClassificationFormatMap, context, ContentTypes.LocalsWindow, TextElementFlags.FilterOutNewLines | TextElementFlags.CharacterEllipsis);
}
finally {
Cache.FreeWriter(writer);
}
}
public object Convert(object value, Type targetType, object parameter, CultureInfo culture) {
var vm = value as TabVM;
var tag = parameter as string;
if (vm == null || tag == null)
return null;
var writer = Cache.GetWriter();
try {
var printer = new TabPrinter(writer);
if (tag == PredefinedTextClassifierTags.TabsDialogName)
printer.WriteName(vm);
else if (tag == PredefinedTextClassifierTags.TabsDialogModule)
printer.WriteModule(vm);
else if (tag == PredefinedTextClassifierTags.TabsDialogPath)
printer.WritePath(vm);
else
return null;
var context = new TextClassifierContext(writer.Text, tag, vm.Owner.Settings.SyntaxHighlight, writer.Colors);
return vm.Owner.TextElementProvider.CreateTextElement(vm.Owner.ClassificationFormatMap, context, ContentTypes.TabsDialog, TextElementFlags.FilterOutNewLines | TextElementFlags.CharacterEllipsis);
}
finally {
Cache.FreeWriter(writer);
}
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
if (!context.Colorize)
yield break;
if (!(context is CompletionSuffixClassifierContext))
yield break;
yield return new TextClassificationTag(new Span(0, context.Text.Length), completionSuffixClassificationType);
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
var optionsContext = context as AppSettingsTextClassifierContext;
if (optionsContext == null)
yield break;
foreach (var span in optionsContext.SearchMatcher.GetMatchSpans(optionsContext.Text))
yield return new TextClassificationTag(span, appSettingsTextMatchHighlightClassificationType);
}
public object Convert(object value, Type targetType, object parameter, CultureInfo culture) {
try {
var flags = WriteObjectFlags.None;
if (parameter != null) {
foreach (var c in (string)parameter) {
if (c == 's')
flags |= WriteObjectFlags.ShortInstruction;
}
}
var writer = Cache.GetWriter();
try {
BodyUtils.WriteObject(writer, value, flags);
const bool colorize = true;
var context = new TextClassifierContext(writer.Text, PredefinedTextClassifierTags.MethodBodyEditor, colorize, writer.Colors);
var elem = textElementProvider.CreateTextElement(classificationFormatMap, context, ContentTypes.MethodBodyEditor, TextElementFlags.CharacterEllipsis | TextElementFlags.FilterOutNewLines);
Cache.FreeWriter(writer);
return elem;
}
finally {
Cache.FreeWriter(writer);
}
}
catch (Exception ex) {
Debug.Fail(ex.ToString());
}
if (value == null)
return string.Empty;
return value.ToString();
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
if (!context.Colorize)
yield break;
foreach (var spanData in context.Colors) {
var ct = spanData.Data as IClassificationType ?? themeClassificationTypeService.GetClassificationType(spanData.Data as TextColor? ?? TextColor.Text);
yield return new TextClassificationTag(spanData.Span, ct);
}
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
var completionContext = context as CompletionDisplayTextClassifierContext;
if (completionContext == null)
yield break;
var spans = completionContext.CompletionSet.GetHighlightedSpansInDisplayText(context.Text);
if (spans == null)
yield break;
foreach (var span in spans)
yield return new TextClassificationTag(span, completionMatchHighlightClassificationType);
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
var listContext = context as OpenDocumentListTextClassifierContext;
if (listContext == null)
yield break;
if (listContext.Tag != PredefinedTextClassifierTags.DocListDialogName)
yield break;
foreach (var part in listContext.SearchText.Split(seps, StringSplitOptions.RemoveEmptyEntries)) {
int index = listContext.Text.IndexOf(part, StringComparison.CurrentCultureIgnoreCase);
if (index >= 0)
yield return new TextClassificationTag(new Span(index, part.Length), documentListMatchHighlightClassificationType);
}
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
var gacContext = context as OpenFromGACTextClassifierContext;
if (gacContext == null)
yield break;
if (gacContext.Tag != PredefinedTextClassifierTags.GacDialogName && gacContext.Tag != PredefinedTextClassifierTags.GacDialogVersion)
yield break;
foreach (var part in gacContext.SearchText.Split(seps, StringSplitOptions.RemoveEmptyEntries)) {
int index = gacContext.Text.IndexOf(part, StringComparison.CurrentCultureIgnoreCase);
if (index >= 0)
yield return new TextClassificationTag(new Span(index, part.Length), gacMatchHighlightClassificationType);
}
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
if (!context.Colorize)
yield break;
var tagContext = context as TaggedTextClassifierContext;
if (tagContext == null)
yield break;
int pos = 0;
foreach (var part in tagContext.TaggedParts) {
var color = TextTagsHelper.ToTextColor(part.Tag);
int len = part.Text.Length;
yield return new TextClassificationTag(new Span(pos, len), themeClassificationTypeService.GetClassificationType(color));
pos += len;
}
Debug.Assert(pos == context.Text.Length);
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
var tvContext = context as TreeViewNodeClassifierContext;
if (tvContext == null)
yield break;
// Don't do a thing if it's a tooltip
if (tvContext.IsToolTip)
yield break;
// Add the underline
if (tvContext.Node is AssemblyDocumentNode || tvContext.Node is MethodNode) {
yield return new TextClassificationTag(new Span(0, context.Text.Length),
classificationTypeRegistryService.GetClassificationType(TreeViewNodeColorizerClassifications.UnderlineClassificationType));
}
// Add light green background in the middle of the text
yield return new TextClassificationTag(new Span(context.Text.Length / 4, context.Text.Length / 2),
classificationTypeRegistryService.GetClassificationType(TreeViewNodeColorizerClassifications.LightgreenBackgroundClassificationType));
}
public object Convert(object value, Type targetType, object parameter, CultureInfo culture) {
var vm = value as ThreadVM;
var tag = parameter as string;
if (vm == null || tag == null)
return null;
var writer = Cache.GetWriter();
try {
var printer = new ThreadPrinter(writer, vm.Context.UseHexadecimal, vm.Context.TheDebugger.Debugger);
if (tag == PredefinedTextClassifierTags.ThreadsWindowId)
printer.WriteId(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowManagedId)
printer.WriteManagedId(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowCategoryText)
printer.WriteCategory(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowName)
printer.WriteName(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowLocation)
printer.WriteLocation(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowPriority)
printer.WritePriority(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowAffinityMask)
printer.WriteAffinityMask(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowSuspended)
printer.WriteSuspended(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowProcess)
printer.WriteProcess(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowAppDomain)
printer.WriteAppDomain(vm);
else if (tag == PredefinedTextClassifierTags.ThreadsWindowUserState)
printer.WriteUserState(vm);
else
return null;
var context = new TextClassifierContext(writer.Text, tag, vm.Context.SyntaxHighlight, writer.Colors);
return vm.Context.TextElementProvider.CreateTextElement(vm.Context.ClassificationFormatMap, context, ContentTypes.ThreadsWindow, TextElementFlags.FilterOutNewLines | TextElementFlags.CharacterEllipsis);
}
finally {
Cache.FreeWriter(writer);
}
}
public object Convert(object value, Type targetType, object parameter, CultureInfo culture) {
var vm = value as ModuleVM;
var tag = parameter as string;
if (vm == null || tag == null)
return null;
var writer = Cache.GetWriter();
try {
var printer = new ModulePrinter(writer, vm.Context.UseHexadecimal, vm.Context.TheDebugger.Debugger);
if (tag == PredefinedTextClassifierTags.ModulesWindowName)
printer.WriteName(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowPath)
printer.WritePath(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowOptimized)
printer.WriteOptimized(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowDynamic)
printer.WriteDynamic(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowInMemory)
printer.WriteInMemory(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowOrder)
printer.WriteOrder(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowVersion)
printer.WriteVersion(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowTimestamp)
printer.WriteTimestamp(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowAddress)
printer.WriteAddress(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowProcess)
printer.WriteProcess(vm);
else if (tag == PredefinedTextClassifierTags.ModulesWindowAppDomain)
printer.WriteAppDomain(vm);
else
return null;
var context = new TextClassifierContext(writer.Text, tag, vm.Context.SyntaxHighlight, writer.Colors);
return vm.Context.TextElementProvider.CreateTextElement(vm.Context.ClassificationFormatMap, context, ContentTypes.ModulesWindow, TextElementFlags.FilterOutNewLines | TextElementFlags.CharacterEllipsis);
}
finally {
Cache.FreeWriter(writer);
}
}
public object Convert(object value, Type targetType, object parameter, CultureInfo culture) {
var vm = value as ProcessVM;
var tag = parameter as string;
if (vm == null || tag == null)
return null;
var writer = Cache.GetWriter();
try {
var printer = new ProcessPrinter(writer, false);
HorizontalAlignment? horizAlign = null;
if (tag == PredefinedTextClassifierTags.AttachToProcessWindowFullPath)
printer.WriteFullPath(vm);
else if (tag == PredefinedTextClassifierTags.AttachToProcessWindowFilename)
printer.WriteFilename(vm);
else if (tag == PredefinedTextClassifierTags.AttachToProcessWindowPid) {
printer.WritePID(vm);
horizAlign = HorizontalAlignment.Right;
}
else if (tag == PredefinedTextClassifierTags.AttachToProcessWindowClrVersion)
printer.WriteCLRVersion(vm);
else if (tag == PredefinedTextClassifierTags.AttachToProcessWindowType)
printer.WriteType(vm);
else if (tag == PredefinedTextClassifierTags.AttachToProcessWindowMachine)
printer.WriteMachine(vm);
else if (tag == PredefinedTextClassifierTags.AttachToProcessWindowTitle)
printer.WriteTitle(vm);
else
return null;
var context = new TextClassifierContext(writer.Text, tag, vm.Context.SyntaxHighlight, writer.Colors);
var elem = vm.Context.TextElementProvider.CreateTextElement(vm.Context.ClassificationFormatMap, context, ContentTypes.AttachToProcessWindow, TextElementFlags.FilterOutNewLines | TextElementFlags.CharacterEllipsis);
if (horizAlign != null)
elem.HorizontalAlignment = horizAlign.Value;
return elem;
}
finally {
Cache.FreeWriter(writer);
}
}
public object Convert(object value, Type targetType, object parameter, CultureInfo culture) {
var vm = value as ICallStackFrameVM;
if (vm == null)
return null;
var tag = parameter as string;
if (tag == null)
return null;
var writer = Cache.GetWriter();
try {
if (tag == PredefinedTextClassifierTags.CallStackWindowName)
CreateContent(writer, vm.CachedOutput, vm.Context.SyntaxHighlight);
else
return null;
var context = new TextClassifierContext(writer.Text, tag, vm.Context.SyntaxHighlight, writer.Colors);
return vm.Context.TextElementProvider.CreateTextElement(vm.Context.ClassificationFormatMap, context, ContentTypes.CallStackWindow, TextElementFlags.FilterOutNewLines | TextElementFlags.CharacterEllipsis);
}
finally {
Cache.FreeWriter(writer);
}
}
public FrameworkElement CreateTextElement(IClassificationFormatMap classificationFormatMap, TextClassifierContext context, string contentType, TextElementFlags flags) {
if (classificationFormatMap == null)
throw new ArgumentNullException(nameof(classificationFormatMap));
if (context == null)
throw new ArgumentNullException(nameof(context));
if (contentType == null)
throw new ArgumentNullException(nameof(contentType));
var ct = contentTypeRegistryService.GetContentType(contentType);
if (ct == null)
throw new ArgumentException($"Invalid content type: {contentType}");
ITextClassifierAggregator aggregator;
if (!toAggregator.TryGetValue(ct, out aggregator))
toAggregator.Add(ct, aggregator = textClassifierAggregatorService.Create(ct));
try {
tagsList.AddRange(aggregator.GetTags(context));
return TextElementFactory.Create(classificationFormatMap, context.Text, tagsList, flags);
}
finally {
tagsList.Clear();
}
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
if (!context.Colorize)
yield break;
var tagContext = context as TaggedTextClassifierContext;
if (tagContext == null)
yield break;
if (tagContext.TaggedParts.Length == 0)
yield break;
var part = tagContext.TaggedParts[0];
if (part.Tag == TextTags.Text) {
var partText = part.Text;
// Eg. "AddHandler statement\r\n[...]" contains CRLF
int endOfLineIndex = partText.IndexOf("\r\n");
if (endOfLineIndex < 0)
endOfLineIndex = partText.Length;
foreach (var s in keywordSuffixes) {
int endOfKeywordPart = endOfLineIndex - s.Length;
if (partText.IndexOf(s, 0, endOfLineIndex, StringComparison.Ordinal) == endOfKeywordPart) {
var keywords = part.Text.Substring(0, endOfKeywordPart);
int keywordOffset = 0;
while (keywordOffset < keywords.Length) {
if (keywords[keywordOffset] == ' ') {
keywordOffset++;
continue;
}
int end = keywords.IndexOf(' ', keywordOffset);
if (end < 0)
end = keywords.Length;
int keywordLen = end - keywordOffset;
if (keywordLen > 0)
yield return new TextClassificationTag(new Span(keywordOffset, keywordLen), themeClassificationTypeService.GetClassificationType(TextColor.Keyword));
keywordOffset += keywordLen;
}
break;
}
}
}
}
public IEnumerable<TextClassificationTag> GetTags(TextClassifierContext context) {
if (!context.Colorize)
yield break;
var completionContext = context as CompletionDisplayTextClassifierContext;
if (completionContext == null)
yield break;
var completion = completionContext.Completion as RoslynCompletion;
if (completion == null)
yield break;
var completionSet = completionContext.CompletionSet as RoslynCompletionSet;
if (completionSet == null)
yield break;
// The completion API doesn't create tagged text so try to extract that information
// from the string so we get nice colorized text.
var color = completion.CompletionItem.Tags.ToCompletionKind().ToTextColor();
var text = context.Text;
// Check if the namespace or enclosing class name is part of the text
if (text.IndexOf('.') < 0) {
// The common case is just an identifier, and in that case, the tag is correct
int punctIndex = text.IndexOfAny(punctuationChars, 0);
if (punctIndex < 0) {
yield return new TextClassificationTag(new Span(0, text.Length), themeClassificationTypeService.GetClassificationType(color));
yield break;
}
// Check for CLASS<> or METHOD()
if (punctIndex + 2 == text.Length && text.IndexOfAny(punctuationChars, punctIndex + 1) == punctIndex + 1) {
yield return new TextClassificationTag(new Span(0, punctIndex), themeClassificationTypeService.GetClassificationType(color));
yield return new TextClassificationTag(new Span(punctIndex, 2), punctuationClassificationType);
yield break;
}
// Check for Visual Basic generics special case
const string VBOf = "(Of …)";
if (text.Length - VBOf.Length == punctIndex && text.EndsWith(VBOf)) {
yield return new TextClassificationTag(new Span(0, punctIndex), themeClassificationTypeService.GetClassificationType(color));
yield return new TextClassificationTag(new Span(punctIndex, 1), punctuationClassificationType);
yield return new TextClassificationTag(new Span(punctIndex + 1, 2), themeClassificationTypeService.GetClassificationType(TextColor.Keyword));
yield return new TextClassificationTag(new Span(punctIndex + VBOf.Length - 1, 1), punctuationClassificationType);
yield break;
}
}
// The text is usually identical to the description and it's classified
var description = completionSet.GetDescriptionAsync(completion).GetAwaiter().GetResult();
var indexes = GetMatchIndexes(completion, description);
if (indexes != null) {
int pos = 0;
var parts = description.TaggedParts;
int endIndex = indexes.Value.Value;
for (int i = indexes.Value.Key; i <= endIndex; i++) {
var part = parts[i];
if (part.Tag == TextTags.LineBreak)
break;
var color2 = TextTagsHelper.ToTextColor(part.Tag);
yield return new TextClassificationTag(new Span(pos, part.Text.Length), themeClassificationTypeService.GetClassificationType(color2));
pos += part.Text.Length;
}
if (pos < text.Length) {
// The remaining text is unknown, just use the tag color
yield return new TextClassificationTag(Span.FromBounds(pos, text.Length), themeClassificationTypeService.GetClassificationType(color));
}
yield break;
}
// Give up, use the same color for all the text
yield return new TextClassificationTag(new Span(0, text.Length), themeClassificationTypeService.GetClassificationType(color));
}
public override FrameworkElement CreateTextElement(bool colorize, string tag)
{
var context = new CTC.TextClassifierContext(writer.Text, tag, colorize, writer.Colors);
return(textElementProvider.CreateTextElement(classificationFormatMap, context, contentType, CTC.TextElementFlags.Wrap));
}