void KeepRight( ProgNodeP r)
{
right = r;
keepRight = true;
ProgNodeP csBlock = GetStatementList();
ProgNodeP lastStatementList = NULL;
while( csBlock != NULL)
{
if( csBlock->getType() == GDLTokenTypes::ELSEBLK)
{
ProgNodeP statementList = csBlock->GetFirstChild();
if( statementList != NULL)
{
lastStatementList = statementList;
}
}
else
{
// keep expr in case of empty statement
ProgNodeP statementList = csBlock->GetFirstChild()->GetNextSibling();
if( statementList != NULL)
{
lastStatementList = statementList;
}
}
csBlock = csBlock->GetNextSibling();
}
if( lastStatementList != NULL)
lastStatementList->GetLastSibling()->KeepRight( right);
GetStatementList()->SetAllBreak( right);
}
void KeepRight( ProgNodeP r)
{
assert( down != NULL);
right = r;
keepRight = true;
// down is expr
ProgNodeP csBlock = GetStatementList();
while( csBlock != NULL)
{
if( csBlock->getType() == GDLTokenTypes::ELSEBLK)
{
ProgNodeP statementList = csBlock->GetFirstChild();
if( statementList != NULL)
{
statementList->GetLastSibling()->KeepRight( right);
}
}
else
{
// keep expr in case of empty statement
ProgNodeP statementList = csBlock->GetFirstChild()->GetNextSibling();
if( statementList != NULL)
{
statementList->GetLastSibling()->KeepRight( right);
}
}
csBlock = csBlock->GetNextSibling();
}
GetStatementList()->SetAllBreak( right);
}
SWITCHNode( const RefDNode& refNode): BreakableNode( refNode)
{
assert( down != NULL);
ProgNodeP statementList = this->GetStatementList();
statementList->SetAllBreak( right);
// down is expr
ProgNodeP csBlock = GetStatementList();
ProgNodeP lastStatementList = NULL;
while( csBlock != NULL)
{
if( csBlock->getType() == GDLTokenTypes::ELSEBLK)
{
ProgNodeP statementList = csBlock->GetFirstChild();
if( statementList != NULL)
{
if( lastStatementList != NULL)
lastStatementList->GetLastSibling()->KeepRight( statementList);
lastStatementList = statementList;
}
}
else
{
// keep expr in case of empty statement
ProgNodeP statementList = csBlock->GetFirstChild()->GetNextSibling();
if( statementList != NULL)
{
if( lastStatementList != NULL)
lastStatementList->GetLastSibling()->KeepRight( statementList);
lastStatementList = statementList;
}
}
if( csBlock->GetNextSibling() == NULL)
{
if( lastStatementList != NULL)
lastStatementList->GetLastSibling()->KeepRight( right);
break;
}
csBlock = csBlock->GetNextSibling();
}
}
FORNode( const RefDNode& refNode): BreakableNode( refNode)
{
ProgNodeP keep = down->GetNextSibling();
down->SetRight( down->GetNextSibling()->GetNextSibling()->GetNextSibling());
keep->GetNextSibling()->SetRight( NULL);
FOR_LOOPNode* forLoop = new FOR_LOOPNode( right, down);
forLoop->setLine( getLine());
down = keep;
right = forLoop;
// if( this->GetStatementList() != NULL && right != NULL)
// this->GetStatementList()->GetLastSibling()->KeepRight( right);
}
ProgNodeP GetLastSibling() const
{
ProgNodeP act = const_cast<ProgNodeP>(this);
while(!act->KeepRight() && act->GetNextSibling() != NULL) act = act->GetNextSibling();
return act;
}