private void HandleReturn()
{
builder.MarkLabel(ReturnLabel);
Debug.Assert(method.ReturnsVoid == (returnTemp == null));
// in debug mode user could set a breakpoint on the last "}" of the method and
// expect to hit it before exiting the method
// we do it by rewriting all returns into a jump to an Exit label
// and mark the Exit sequence with sequence point for the span of the last "}"
BlockSyntax blockSyntax = null;
SourceMethodSymbol sourceMethod = method as SourceMethodSymbol;
if ((object)sourceMethod != null && (object)sourceMethod.IteratorElementType == null)
{
blockSyntax = sourceMethod.BlockSyntax;
}
if (blockSyntax != null && this.emitSequencePoints)
{
EmitSequencePoint(block.SyntaxTree ?? sourceMethod.SyntaxTree, blockSyntax.CloseBraceToken.Span);
}
if (returnTemp != null)
{
builder.EmitLocalLoad(LazyReturnTemp);
builder.EmitRet(false);
}
else
{
builder.EmitRet(true);
}
indirectReturnState = IndirectReturnState.Emitted;
}
private void HandleReturn()
{
_builder.MarkLabel(s_returnLabel);
Debug.Assert(_method.ReturnsVoid == (_returnTemp == null));
if (_emitPdbSequencePoints && !_method.IsIterator && !_method.IsAsync)
{
// In debug mode user could set a breakpoint on the last "}" of the method and
// expect to hit it before exiting the method.
// We do it by rewriting all returns into a jump to an Exit label
// and mark the Exit sequence with sequence point for the span of the last "}".
BlockSyntax blockSyntax = _methodBodySyntaxOpt as BlockSyntax;
if (blockSyntax != null)
{
EmitSequencePoint(blockSyntax.SyntaxTree, blockSyntax.CloseBraceToken.Span);
}
}
if (_returnTemp != null)
{
_builder.EmitLocalLoad(LazyReturnTemp);
_builder.EmitRet(false);
}
else
{
_builder.EmitRet(true);
}
_indirectReturnState = IndirectReturnState.Emitted;
}
private void HandleReturn()
{
_builder.MarkLabel(s_returnLabel);
Debug.Assert(_method.ReturnsVoid == (_returnTemp == null));
if (_emitPdbSequencePoints && !_method.IsIterator && !_method.IsAsync)
{
// In debug mode user could set a breakpoint on the last "}" of the method and
// expect to hit it before exiting the method.
// We do it by rewriting all returns into a jump to an Exit label
// and mark the Exit sequence with sequence point for the span of the last "}".
BlockSyntax blockSyntax = _methodBodySyntaxOpt as BlockSyntax;
if (blockSyntax != null)
{
EmitSequencePoint(blockSyntax.SyntaxTree, blockSyntax.CloseBraceToken.Span);
}
}
if (_returnTemp != null)
{
_builder.EmitLocalLoad(LazyReturnTemp);
_builder.EmitRet(false);
}
else
{
_builder.EmitRet(true);
}
_indirectReturnState = IndirectReturnState.Emitted;
}
private void HandleReturn()
{
builder.MarkLabel(ReturnLabel);
Debug.Assert(method.ReturnsVoid == (returnTemp == null));
// in debug mode user could set a breakpoint on the last "}" of the method and
// expect to hit it before exiting the method
// we do it by rewriting all returns into a jump to an Exit label
// and mark the Exit sequence with sequence point for the span of the last "}"
BlockSyntax blockSyntax = null;
SourceMethodSymbol sourceMethod = method as SourceMethodSymbol;
if ((object)sourceMethod != null && (object)sourceMethod.IteratorElementType == null)
{
blockSyntax = sourceMethod.BlockSyntax;
}
if (blockSyntax != null && this.emitSequencePoints)
{
EmitSequencePoint(block.SyntaxTree ?? sourceMethod.SyntaxTree, blockSyntax.CloseBraceToken.Span);
}
if (returnTemp != null)
{
builder.EmitLocalLoad(LazyReturnTemp);
builder.EmitRet(false);
}
else
{
builder.EmitRet(true);
}
indirectReturnState = IndirectReturnState.Emitted;
}
