/* Main Implementation -------------------------------------------------------*/
int main( int argc, char *argv[] )
{
if (argc == 2 && strcmp(argv[1], "--help") == 0) {
std::cout << "Input Format:\n\n"
<< "Initial State: {3}\n"
<< "Final States: {12,...}\n"
<< "Total States: 15\n"
<< "State a b E\n"
<< "1 {...} {...} {...}\n"
<< "... ...\n";
exit(0);
}
int initState=0, totalStates=0;
std::vector<int> finalStates;
std::string alphabet;
scanf("Initial State: {%d}\n", &initState); // read initial state
read_final_states(&finalStates); // read final states
scanf("Total States: %d\n", &totalStates); // read total no. of states
read_alphabet(&alphabet); // read alphabet
// Create NFA in memory and read transition table from stdin
Automata fa(alphabet, initState-1, totalStates, finalStates);
read_automata(&fa);
// Convert to dfa
convert_nfa_dfa(&fa);
fa.Print();
return 0;
}
//########################## Functions Body ##########################
int main()
{
// main variables
Tnode *states;
char *alphabet;
int nstates,nalphabet;
// read states
states = (Tnode *) malloc (sizeof(Tnode));
read_states(states, &nstates);
// read alphabet
alphabet = (char *) malloc (sizeof(char));
read_alphabet(alphabet, &nalphabet);
print(states, nstates, alphabet, nalphabet);
// TODO: read transitions
read_transitions();
// TODO: read initial and final states
// TODO: read words to recognize
}
