Scope Analysis of " << inan << "

#include #include #include #include char randhex(); char hex(int num); int main() { char one, two, three; char four, five, six; int i = 0; char inan[30]; char outan[30]; char ch = ' '; srand(time(NULL)); cout << "Please enter a file name to anaylise" << endl; cin.getline(inan, 30); ifstream infile(inan); if(infile.fail()) cout << "Opening of " << inan << " Failed" << endl; while(ch != '.') { ch = inan[i]; outan[i] = ch; i++; } outan[i] = 'h'; i++; outan[i] = 't'; i++; outan[i] = 'm'; i++ ; outan[i] = '\0'; //cout << "opening " << outan << endl; ofstream outfile(outan); if(outfile.fail()) { cout << "Opening of " << outan << " Failed" << endl; return -1; } // setup html file outfile << " \n"; outfile << " \n"; outfile << "Scope Analysis of " << inan << "" << endl; outfile << " \n " << endl; while(!infile.eof()) { ch = infile.get(); if(!infile.eof()) { if(ch == '{') { outfile << "{"; one = randhex(); two = randhex(); three = randhex(); four = randhex(); five = randhex(); six = randhex(); outfile << " \n\n\n\n

\n" << endl; } else if(ch == '}') { outfile << "" << endl; outfile << "

" << endl; outfile << "}"; } else if(ch == '\n') { outfile << "
" << endl; } else if(ch == '<') { outfile << "<"; } else if(ch == '>') { outfile << ">"; } else outfile << ch; } } // finish off html file outfile << "

" << endl; outfile << "Scope Analysis of " << inan << " produced by jambe ScopeAnalyzer " << endl; outfile << "www.jambe.cjb.net" << endl; outfile << "\n " << endl; outfile << ""; cout << "Scope analysed" << endl; cout << "Please view " << outan << " To see the results " << endl; cin >> i; return 0; } char randhex(void) { int rn; rn = rand(); //cout << " Actual random number: " << rn; rn = (rn * 1063001) % 16; // cout << "Random number is " << rn << endl; if(rn < 0) rn = -rn; return (hex(rn)); } char hex (int num) { char rn; if(num == 0) rn = '0'; else if (num == 1) rn = '1'; else if (num == 2) rn = '2'; else if (num == 3) rn = '3'; else if (num == 4) rn = '4'; else if (num == 5) rn = '5'; else if (num == 6) rn = '6'; else if (num == 7) rn = '7'; else if (num == 8) rn = '8'; else if (num == 9) rn = '9'; else if (num == 10) { rn = 'a'; } else if (num == 11) { rn = 'b'; } else if (num == 12) { rn = 'c'; } else if (num == 13) { rn = 'd'; } else if (num == 14) { rn = 'e'; } else if (num == 15) { rn = 'f'; } else { cout << "Error " << num << " is too large to be hexidecmial digit" << endl; rn = 'f'; } return rn; }