GOOGLE ANALYTICS MANAGER

#include <iostream>

#include <fstream>

#include <string>
#include <vector>
#include <time.h>
#include "rx.h"


using namespace std;



vector<string> topics;

randomx g(time(NULL));

int ind = 0;

double percents = 0;

vector<int> sequence;

int back_ind = 0;

void read_db()

{

        ifstream f("Topics_Min.txt");

        char buf[4096];

        string t("");

 int vsego_uvedoml = 0;
        while (f.getline(buf, sizeof buf))

        {

                if (string(buf) == "===========================================================================\x0d")

                {

                        topics.push_back(t);

   vsego_uvedoml++;

   if (vsego_uvedoml>12500)
       break;
                        t = "";

                        continue;

                }

                t += buf;

                t += "\n";

        }

}

//---------------------------------------------------------------------------

void go_next()

{

        back_ind++;

        if (back_ind >= sequence.size())

        {

                int count = topics.size();

                percents = 1;

                ind = (int) (g.rand_n(count)*percents);

                sequence.push_back(ind);

                back_ind = sequence.size()-1;

        } else {

                ind = sequence[back_ind];

        }

 string t = topics[ind];
 system("clear");

 puts(t.c_str());
}


void go_prev()

{

        if (sequence.size() == 0 || back_ind == 0)

                return;

        back_ind--;

        ind = sequence[back_ind];

        string t = topics[ind];

        system("clear");

 puts(t.c_str());
}

//---------------------------------------------------------------------------


void save_sequence()

{

        char log_file_name[512];

        int D = random();

        sprintf(log_file_name, "%d", D);

        ofstream f(log_file_name);

        int topics_count = sequence.size();

        for (int i = 0; i < topics_count; i++)

        {

                f << topics[sequence[i]];

                f << endl;

                f << "===========================================================================";

                f << endl;

        }

}

//---------------------------------------------------------------------------





void report()

{

        string term1 = "Test";

        if (term1.size() == 0)

                return;

        vector<string> terms;

        string word("");

        int i = 0;

        while (i < term1.size())

        {

                while (isspace(term1[i]))

                        i++;

                if (i == term1.size())

                        break;

                word += term1[i];

                i++;

                if (isspace(term1[i]) || i == term1.size())

                {

                        terms.push_back(word);

                        word = "";

                }

        }

        if (terms.size() == 0)

                return;

        char log_file_name[512];

        int D = random();

        sprintf(log_file_name, "%d", D);

        ofstream f(log_file_name);

        f << "-- search terms used -----------------------------\n";

        for (int j = 0; j < terms.size(); j++)

                f << "\"" << terms[j] << "\", ";

        f << "\n--------------------------------------------------\n";

        for (int i = 0; i < topics.size(); i++)

        {

                bool all_matched = true;

                for (int j = 0; j < terms.size(); j++)

                        all_matched = all_matched & (strstr(topics[i].c_str(), terms[j].c_str()) != NULL);

                if (all_matched)

                {

                        f << topics[i];

                        f << endl;

                        f << "===========================================================================";

                        f << endl;

                }

        }

}

//---------------------------------------------------------------------------



int main()

{
    read_db();
    while (true) go_next();

    return 1;
}