void
CompassAnalyses::NonAssociativeRelationalOperators::Traversal::
visit(SgNode* node)
{
SgBinaryOp *relOperator = isSgBinaryOp(node);
if( relOperator != NULL &&
isRelationalOperator(relOperator) )
{
SgExpression *lhs = relOperator->get_lhs_operand();
SgExpression *rhs = relOperator->get_rhs_operand();
if( lhs != NULL && rhs != NULL )
{
CompassAnalyses::NonAssociativeRelationalOperators::ExpressionTraversal expressionTraversal;
if( expressionTraversal.run(lhs->get_parent()) > 1 )
{
output->addOutput( new CheckerOutput(relOperator) );
} //if( expressionTraversal.run(lhs->get_parent()) > 1 )
} //if( lhs != NULL && rhs != NULL )
} //if( relOperator != NULL && isRelationalOperator(node) )
return;
} //End of the visit function.
void CONDITION()
{
if(TOKEN == oddsym)
{
GETTOKEN();
EXPRESSION();
//OPR 0 6
printToFile(2,0,6);
lines++;
}
else
{
EXPRESSION();
if(!isRelationalOperator(TOKEN))
{
ERROR("Error number 20, relational operator expected.");
}
//In the enum, the tokens for logical operators are only +1
//from their corresponding OPR M value, so subtracting by one
//should get the correct M value.
int conditionValue = TOKEN-1;
GETTOKEN();
EXPRESSION();
//OPR 0 M
printToFile(2,0,conditionValue);
lines++;
}
}
void CompassAnalyses::NonAssociativeRelationalOperators::ExpressionTraversal::
visit(SgNode *node)
{
if( isRelationalOperator(node) )
this->count++;
return;
} //ExpressionTraversal::visit(SgNode *node)
