internal PXRoslynColorizerTagger(ITextBuffer buffer, PXColorizerTaggerProvider aProvider, bool subscribeToSettingsChanges,
bool useCacheChecking) :
base(buffer, aProvider, subscribeToSettingsChanges, useCacheChecking)
{
_classificationTagsCache = new TagsCacheAsync <IClassificationTag>();
_outliningTagsCache = new TagsCacheAsync <IOutliningRegionTag>();
//Buffer.Changed += Buffer_Changed;
}
public PXColorizerMainTagger(ITextBuffer buffer, PXColorizerTaggerProvider aProvider, bool subscribeToSettingsChanges,
bool useCacheChecking) :
base(buffer, aProvider, subscribeToSettingsChanges, useCacheChecking)
{
PXColorizerTaggerBase roslynTagger = new PXRoslynColorizerTagger(buffer, aProvider, subscribeToSettingsChanges: false,
useCacheChecking: false);
PXColorizerTaggerBase regexTagger = new PXRegexColorizerTagger(buffer, aProvider, subscribeToSettingsChanges: false,
useCacheChecking: false);
_taggersByType = new Dictionary <TaggerType, PXColorizerTaggerBase>(capacity: 2)
{
{ roslynTagger.TaggerType, roslynTagger },
{ regexTagger.TaggerType, regexTagger }
};
}
internal PXRegexColorizerTagger(ITextBuffer buffer, PXColorizerTaggerProvider aProvider, bool subscribeToSettingsChanges,
bool useCacheChecking) :
base(buffer, aProvider, subscribeToSettingsChanges, useCacheChecking)
{
}
protected PXColorizerTaggerBase(ITextBuffer buffer, PXColorizerTaggerProvider aProvider, bool subscribeToSettingsChanges,
bool useCacheChecking) :
base(buffer, aProvider, subscribeToSettingsChanges, useCacheChecking)
{
}
