baseCFGIterator.h

#include <featureTests.h>
#ifdef ROSE_ENABLE_SOURCE_ANALYSIS
 
#ifndef BASE_CFG_ITERATOR
#define BASE_CFG_ITERATOR
 
#include "virtualCFG.h"
#include "DataflowCFG.h"
 
#include <list>
#include <set>
 
namespace BaseCFG{
        
class iterator : public printable
{
        //protected:
        public:
                
        std::list<DataflowNode> remainingNodes;
        //map<DataflowNode, bool> visited;
        std::set<DataflowNode> visited;
 
        public:
        virtual void operator ++ (int)=0;
        
        virtual bool eq(const iterator& other_it) const=0;
        
        virtual bool operator==(const iterator& other_it) const=0;
        
        virtual bool operator!=(const iterator& it) const=0;
                
        virtual DataflowNode& operator * ()=0;
        
        //virtual static iterator begin(DataflowNode n)=0;
        
        //virtual static iterator end()=0;
        
        // Contains the state of an iterator, allowing iterators to be 
        // checkpointed and restarted.
        class checkpoint : public printable
        {
                // string str(string indent="");
        };
        class checkpoint : public printable {…};
        
        // Returns a checkpoint of this iterator's progress.
        virtual checkpoint* getChkpt()=0;
        
        // Loads this iterator's state from the given checkpoint.
        virtual void restartFromChkpt(checkpoint& chkpt)=0;
        
        // string str(string indent="");
};
class iterator : public printable {…};
 
class back_iterator : public virtual iterator
{
};
class back_iterator : public virtual iterator {…};
 
class dataflow : public virtual iterator
{
        virtual void add(const DataflowNode &next)=0;
};
class dataflow : public virtual iterator {…};
 
class back_dataflow : public back_iterator, public dataflow
{
};
class back_dataflow : public back_iterator, public dataflow {…};
}
#endif
#endif