public override void ExitTryStmt([NotNull] XSharpParser.TryStmtContext context)
{
TagRegion(context, context.ChildCount - 1);
if (context.FinBlock != null)
{
// Search the ELSE block, if Any
int i = 0;
LanguageService.SyntaxTree.Tree.IParseTree token = null;
for (i = 0; i < context.ChildCount; i++)
{
token = context.GetChild(i);
String tokenText = token.GetText().ToUpper();
if (tokenText == "FINALLY")
{
break;
}
else
{
token = null;
}
}
//
if (token is LanguageService.SyntaxTree.Tree.TerminalNodeImpl)
{
LanguageService.SyntaxTree.IToken sym = ((LanguageService.SyntaxTree.Tree.TerminalNodeImpl)token).Symbol;
var tokenSpan = new TextSpan(sym.StartIndex, sym.StopIndex - sym.StartIndex + 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStartType));
//
XSharpParser.StatementBlockContext lastTokenInContext = context.FinBlock as LanguageService.CodeAnalysis.XSharp.SyntaxParser.XSharpParser.StatementBlockContext;
tokenSpan = new TextSpan(lastTokenInContext.Stop.StopIndex - 1, 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStopType));
}
}
}
public override void ExitIfStmt([NotNull] XSharpParser.IfStmtContext context)
{
TagRegion(context, context.ChildCount - 2);
//
try
{
XSharpParser.StatementBlockContext elseBlock = null;
XSharpParser.IfElseBlockContext stmt = null;
if (context.IfStmt.ElseBlock != null)
{
elseBlock = context.IfStmt.ElseBlock;
stmt = context.IfStmt;
}
else if (context.IfStmt.ElseIfBlock != null)
{
if (context.IfStmt.ElseIfBlock.ElseBlock != null)
{
elseBlock = context.IfStmt.ElseIfBlock.ElseBlock;
stmt = context.IfStmt.ElseIfBlock;
}
}
//
if (elseBlock != null)
{
// Search the ELSE block, if Any
int i = 0;
LanguageService.SyntaxTree.Tree.IParseTree token = null;
for (i = 0; i < stmt.ChildCount; i++)
{
token = stmt.GetChild(i);
String tokenText = token.GetText().ToUpper();
if (tokenText == "ELSE")
{
break;
}
else
{
token = null;
}
}
//
if (token is LanguageService.SyntaxTree.Tree.TerminalNodeImpl)
{
LanguageService.SyntaxTree.IToken sym = ((LanguageService.SyntaxTree.Tree.TerminalNodeImpl)token).Symbol;
var tokenSpan = new TextSpan(sym.StartIndex, sym.StopIndex - sym.StartIndex + 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStartType));
//
XSharpParser.StatementBlockContext lastTokenInContext = elseBlock as LanguageService.CodeAnalysis.XSharp.SyntaxParser.XSharpParser.StatementBlockContext;
tokenSpan = new TextSpan(lastTokenInContext.Stop.StopIndex - 1, 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStopType));
}
}
}
catch (Exception e)
{
XSharpClassifier.Debug("Tagregion failed: " + e.Message);
}
}
void AddMethodInfo(string name, string className, MethodInfoType type, XSharpParser.StatementBlockContext statementBlockContext)
{
var methodInfo = new MethodInfo {
Name = name, ClassName = className, Type = type
};
MethodList.Add(methodInfo);
RenderStatements(statementBlockContext, methodInfo);
}
public override void ExitStatementBlock([NotNull] XSharpParser.StatementBlockContext context)
{
if (!(context.Parent is XSharpParser.IfElseBlockContext) &&
!(context.Parent is XSharpParser.CaseBlockContext) &&
!(context.Parent is XSharpParser.TryStmtContext) &&
!(context.Parent is XSharpParser.CatchBlockContext) &&
!(context.Parent is XSharpParser.PropertyAccessorContext))
{
TagRegion(context.Parent, context.Parent.ChildCount - 1);
}
else if (context.Parent is XSharpParser.IfElseBlockContext)
{
var ctxt = context.Parent as XSharpParser.IfElseBlockContext;
//
if (ctxt.ElseIfBlock != null)
{
// we have Count >= 3
// 0 : BinaryExpr
// 1 : EOS
// 2 : StatementBlock
//TagRegion(ctxt.ElseIfBlock, 2);
//
//// Search the ELSEIF block, if Any
int i = 0;
LanguageService.SyntaxTree.Tree.IParseTree token = null;
for (i = 0; i < ctxt.ChildCount; i++)
{
token = ctxt.GetChild(i);
String tokenText = token.GetText().ToUpper();
if (tokenText == "ELSEIF")
{
break;
}
else
{
token = null;
}
}
//
if (token is LanguageService.SyntaxTree.Tree.TerminalNodeImpl)
{
LanguageService.SyntaxTree.IToken sym = ((LanguageService.SyntaxTree.Tree.TerminalNodeImpl)token).Symbol;
var tokenSpan = new TextSpan(sym.StartIndex, sym.StopIndex - sym.StartIndex + 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStartType));
//
var endToken = ctxt.ElseIfBlock.GetChild(2);
XSharpParser.StatementBlockContext lastTokenInContext = endToken as LanguageService.CodeAnalysis.XSharp.SyntaxParser.XSharpParser.StatementBlockContext;
tokenSpan = new TextSpan(lastTokenInContext.Stop.StopIndex - 1, 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStopType));
}
}
}
}
private void TagRegion(RuleContext _context, int endChild)
{
try
{
var context = _context as XSharpParserRuleContext;
var endToken = context.GetChild(endChild);
if (endToken is LanguageService.SyntaxTree.Tree.TerminalNodeImpl)
{
LanguageService.SyntaxTree.IToken sym = ((LanguageService.SyntaxTree.Tree.TerminalNodeImpl)endToken).Symbol;
var tokenSpan = new TextSpan(context.Start.StartIndex, 1);
// Attribute ?
if (context.Start.Text == "[")
{
// Skip it
int newStart = getStatementForAttribute(_snapshot, context.Start.StartIndex);
tokenSpan = new TextSpan(newStart, 1);
}
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStartType));
tokenSpan = new TextSpan(sym.StartIndex, sym.StopIndex - sym.StartIndex + 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStopType));
}
else if (endToken is LanguageService.CodeAnalysis.XSharp.SyntaxParser.XSharpParser.StatementBlockContext)
{
XSharpParser.StatementBlockContext lastTokenInContext = endToken as LanguageService.CodeAnalysis.XSharp.SyntaxParser.XSharpParser.StatementBlockContext;
var tokenSpan = new TextSpan(context.Start.StartIndex, 1);
// Attribute on top of Function/Method/... ?
if (context.Start.Text == "[")
{
// Skip it
int newStart = getStatementForAttribute(_snapshot, context.Start.StartIndex);
tokenSpan = new TextSpan(newStart, 1);
}
//
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStartType));
tokenSpan = new TextSpan(lastTokenInContext.Stop.StopIndex - 1, 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStopType));
}
else if (endToken is ParserRuleContext)
{
var lastTokenInContext = endToken as ParserRuleContext;
var tokenSpan = new TextSpan(context.Start.StartIndex, 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStartType));
tokenSpan = new TextSpan(lastTokenInContext.Stop.StartIndex - 1, 1);
_regionTags.Add(tokenSpan.ToClassificationSpan(_snapshot, xsharpRegionStopType));
}
}
catch (Exception e)
{
XSharpClassifier.Debug("Tagregion failed: " + e.Message);
}
}
private void TagRegion(ParserRuleContext context, int endChild)
{
var endToken = context.GetChild(endChild);
if (endToken is LanguageService.SyntaxTree.Tree.TerminalNodeImpl)
{
LanguageService.SyntaxTree.IToken sym = ((LanguageService.SyntaxTree.Tree.TerminalNodeImpl)endToken).Symbol;
var tokenSpan = new TextSpan(context.Start.StartIndex, 1);
tags.Add(tokenSpan.ToTagSpan(Snapshot, xsharpRegionStartType));
tokenSpan = new TextSpan(sym.StartIndex, sym.StopIndex - sym.StartIndex + 1);
tags.Add(tokenSpan.ToTagSpan(Snapshot, xsharpRegionStopType));
}
else if (endToken is LanguageService.CodeAnalysis.XSharp.SyntaxParser.XSharpParser.StatementBlockContext)
{
XSharpParser.StatementBlockContext lastTokenInContext = endToken as LanguageService.CodeAnalysis.XSharp.SyntaxParser.XSharpParser.StatementBlockContext;
var tokenSpan = new TextSpan(context.Start.StartIndex, 1);
tags.Add(tokenSpan.ToTagSpan(Snapshot, xsharpRegionStartType));
tokenSpan = new TextSpan(lastTokenInContext.Stop.StartIndex - 1, 1);
tags.Add(tokenSpan.ToTagSpan(Snapshot, xsharpRegionStopType));
}
}
