Mutator.h

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#ifndef MUTATOR_H
#define MUTATOR_H

#include <iomanip>
#include <errno.h>
#include <iostream>
#include <fstream>
#include <sstream>
#include <list>
#include <string>
#include <map>
#include <vector>
#include <time.h>
#include <stdio.h>
#include <math.h>
#include <stdlib.h>
#include "../../lib/StringUtils.h"
#include "Ttable.h"

//#define INPUT_START 990 //Our input nodes start at 990 (see the node list: nodes.csv) 

static inline string IntToStr(int x)
{
        ostringstream o;
        if (!(o << x))
                printf("Error in conversion from int to string \n");
        return o.str();
}

static inline string FltToStr(float x)
{
        ostringstream o;
        if (!(o << x))
                printf("Error in conversion from float to string \n");
        return o.str();
}

class Mutator 
{
        friend class Ttable;
        public:
        Mutator( void ){};
        ~Mutator( void ) {};
        //void cchain( const string &, const string &, const bool &, const bool & ); 
        //Mode to create an input file for ChemChain
        //void egen( const string &, const string &, const bool & );   
        //Mode to generate a file with logic for the eq. generator
        //void stats( const string &, const string &, const bool &  ); 
        //Mode to generate a file with stats
        void randomizeInputs( const string &, const string &, const float & );
        void randomizeInputs2( const string &, const string &, const float & );
        void mutateTables( const string &, const string &, const float & );
        private:
        vector<Ttable*> tables;
        //              vector<string> nodeLst;
        map<string,vector<int> > nodeLst;
        int numOfLines( void );
        int numOfNodeInputs( void );
        bool cchainToTables( const string & );
        bool tablesToCChain( const string & );
        void addNodes( const vector<string> & );
        void addNode( const string &, const int & );
        void adjustOutDegree( const vector<string> & );
        vector<string> nodesWithOutDeg( const int & );
        void printNodes( );
        int find_id( const string & );
        string find_name( const int & );
        void print_nodes( void ); 
        // Display the list of nodes ... for testing only
        void show_tables( void ); 
        //Display the nodes with their truth tables
        bool read_nodes( const string & ); 
        bool read_tables( const bool & ); 
        void err_exit( const string & ); //Exits program with a message
        vector<string> get_states( Ttable &, const bool & ); 
        //Gets states of a node when the function = 1 or 0 
        //    string get_function( Ttable & ); 
        //Retrieves the logic (the last column in the table) of a node  
        //     bool is_node( const string & ); 
        //Checks if the name (string) is a valid node
        // int num_1( Ttable & ); //Counts the number of 1's in a node
        //  int num_lines( void ); 
        //Counts the number of lines of the overall logic
        //   int num_0( Ttable & ); //Counts the number of 0's in a node
        //     void print_ind_P( ostream & ); //Print the P values  
        //       void print_P( ostream & ); //Print the overall P-value
        void decToBin( int, string & ); //Convert decimal to binary
};
#endif