public override ITreeRange Format(
ITreeNode firstElement, ITreeNode lastElement,
CodeFormatProfile profile, IProgressIndicator pi,
IContextBoundSettingsStore overrideSettingsStore = null)
{
ITreeNode firstNode;
ITreeNode lastNode;
GetFirstAndLastNode(firstElement, lastElement, out firstNode, out lastNode);
using (pi.SafeTotal(4))
{
var context = new PsiCodeFormattingContext(this, firstNode, lastNode);
if (profile != CodeFormatProfile.INDENT)
{
using (IProgressIndicator subPi = pi.CreateSubProgress(2))
{
using (subPi.SafeTotal(2))
{
PsiFormattingStage.DoFormat(context, subPi.CreateSubProgress(1));
PsiIndentingStage.DoIndent(context, subPi.CreateSubProgress(1), false);
}
}
}
else
{
using (IProgressIndicator subPi = pi.CreateSubProgress(4))
{
PsiIndentingStage.DoIndent(context, subPi, true);
}
}
}
return(new TreeRange(firstElement, lastElement));
}
public override ITreeRange Format(ITreeNode firstElement, ITreeNode lastElement, CodeFormatProfile profile, [CanBeNull] IProgressIndicator pi, IContextBoundSettingsStore overrideSettingsStore = null)
{
var psiProfile = new PsiFormatProfile(profile);
ITreeNode firstNode = firstElement;
ITreeNode lastNode = lastElement;
if (firstElement != lastElement)
{
if (firstElement == null)
{
firstNode = lastElement;
}
ITreeNode commonParent = firstNode.FindCommonParent(lastNode);
ITreeNode firstChild = firstNode;
ITreeNode lastChild = lastElement;
while (firstChild.Parent != commonParent)
{
firstChild = firstChild.Parent;
}
while (lastChild.Parent != commonParent)
{
lastChild = lastChild.Parent;
}
bool hasPrevSibling = false;
while (firstNode.NextSibling == null)
{
if (firstNode.PrevSibling != null)
{
hasPrevSibling = true;
}
firstNode = firstNode.Parent;
if (firstNode == firstChild)
{
break;
}
}
if (hasPrevSibling)
{
while ((firstNode == firstChild) || (firstChild.IsWhitespaceToken()))
{
firstChild = firstChild.NextSibling;
}
}
firstNode = firstChild;
while (firstNode.FirstChild != null)
{
firstNode = firstNode.FirstChild;
}
}
else
{
if (firstElement.FirstChild != null)
{
firstNode = firstElement.FirstChild;
lastNode = firstElement.LastChild;
}
}
ISolution solution = firstNode.GetSolution();
var contextBoundSettingsStore = GetProperContextBoundSettingsStore(overrideSettingsStore, firstNode);
GlobalFormatSettings globalSettings = GlobalFormatSettingsHelper.GetService(solution).GetSettingsForLanguage(myLanguage);
//var formatterSettings = new PsiCodeFormattingSettings(globalSettings, contextBoundSettingsStore.GetKey<CommonFormatterSettingsKey>(mySettingsOptimization));
var formatterSettings = new PsiCodeFormattingSettings(globalSettings);
using (pi.SafeTotal(4))
{
var context = new PsiCodeFormattingContext(this, firstNode, lastNode, NullProgressIndicator.Instance);
if (psiProfile.Profile != CodeFormatProfile.INDENT)
{
using (pi.CreateSubProgress(1))
{
//FormatterImplHelper.DecoratingIterateNodes(context, context.FirstNode, context.LastNode, new PsiDecorationStage(formatterSettings, psiProfile, subPi));
}
using (IProgressIndicator subPi = pi.CreateSubProgress(1))
{
using (subPi.SafeTotal(2))
{
var data = new FormattingStageData(formatterSettings, context, psiProfile, myExtensions.ToList());
PsiFormattingStage.DoFormat(data, subPi.CreateSubProgress(1));
PsiIndentingStage.DoIndent(formatterSettings, context, subPi.CreateSubProgress(1), false);
}
}
}
else
{
using (IProgressIndicator subPi = pi.CreateSubProgress(4))
{
PsiIndentingStage.DoIndent(formatterSettings, context, subPi, true);
}
}
}
return(new TreeRange(firstElement, lastElement));
}
public override ITreeRange Format(ITreeNode firstElement, ITreeNode lastElement, CodeFormatProfile profile, [CanBeNull] IProgressIndicator pi, IContextBoundSettingsStore overrideSettingsStore = null)
{
var psiProfile = new PsiFormatProfile(profile);
ITreeNode firstNode = firstElement;
ITreeNode lastNode = lastElement;
if (firstElement != lastElement)
{
if (firstElement == null)
{
firstNode = lastElement;
}
ITreeNode commonParent = firstNode.FindCommonParent(lastNode);
ITreeNode firstChild = firstNode;
ITreeNode lastChild = lastElement;
while (firstChild.Parent != commonParent)
{
firstChild = firstChild.Parent;
}
while (lastChild.Parent != commonParent)
{
lastChild = lastChild.Parent;
}
bool hasPrevSibling = false;
while (firstNode.NextSibling == null)
{
if (firstNode.PrevSibling != null)
{
hasPrevSibling = true;
}
firstNode = firstNode.Parent;
if (firstNode == firstChild)
{
break;
}
}
if (hasPrevSibling)
{
while ((firstNode == firstChild) || (firstChild.IsWhitespaceToken()))
{
firstChild = firstChild.NextSibling;
}
}
firstNode = firstChild;
while (firstNode.FirstChild != null)
{
firstNode = firstNode.FirstChild;
}
} else
{
if (firstElement.FirstChild != null)
{
firstNode = firstElement.FirstChild;
lastNode = firstElement.LastChild;
}
}
ISolution solution = firstNode.GetSolution();
var contextBoundSettingsStore = GetProperContextBoundSettingsStore(overrideSettingsStore, firstNode);
GlobalFormatSettings globalSettings = GlobalFormatSettingsHelper.GetService(solution).GetSettingsForLanguage(myLanguage);
//var formatterSettings = new PsiCodeFormattingSettings(globalSettings, contextBoundSettingsStore.GetKey<CommonFormatterSettingsKey>(mySettingsOptimization));
var formatterSettings = new PsiCodeFormattingSettings(globalSettings);
using (pi.SafeTotal(4))
{
var context = new PsiCodeFormattingContext(this, firstNode, lastNode, NullProgressIndicator.Instance);
if (psiProfile.Profile != CodeFormatProfile.INDENT)
{
using (pi.CreateSubProgress(1))
{
//FormatterImplHelper.DecoratingIterateNodes(context, context.FirstNode, context.LastNode, new PsiDecorationStage(formatterSettings, psiProfile, subPi));
}
using (IProgressIndicator subPi = pi.CreateSubProgress(1))
{
using (subPi.SafeTotal(2))
{
var data = new FormattingStageData(formatterSettings, context, psiProfile, myExtensions.ToList());
PsiFormattingStage.DoFormat(data, subPi.CreateSubProgress(1));
PsiIndentingStage.DoIndent(formatterSettings, context, subPi.CreateSubProgress(1), false);
}
}
}
else
{
using (IProgressIndicator subPi = pi.CreateSubProgress(4))
{
PsiIndentingStage.DoIndent(formatterSettings, context, subPi, true);
}
}
}
return new TreeRange(firstElement, lastElement);
}