//please follow comments in the code for instructions and finish the question using c++

#include

#include

using namespace std;

enum class logic { False, True };

enum class gate { AND, OR, NOR, NAND };

string logicToString(logic l) {

// return a string for a given logical value (false,true) switch (l) { case (logic::False): return "False"; case (logic::True): return "True";

}

}

gate stringToGate(string gateStr) {

// converts a string representing a logical operation to a gate variable if (gateStr == "nor") { return gate::NOR; } if (gateStr == "or") { return gate::OR; } if (gateStr == "nand") { return gate::NAND; } if (gateStr == "and") { return gate::AND; }

}

logic OP(gate g, logic x, logic y) {

// this function returns the result of applying the logical operation (g)

// on the logical inputs x and y.

if (g == gate::AND) { cout if (x == logic::True && y == logic::True) { return logic::True; } else if (x == logic::True && y == logic::False) { return logic:: False; } else if (x == logic::False && y == logic::True) { return logic::False; } else if (x == logic::False && y == logic::False) { return logic::False; }

} else if (g == gate::NAND) { if (x == logic::True && y == logic::True) { return logic::False; } else if (x == logic::True && y == logic::False) { return logic::True; } else if (x == logic::False && y == logic::True) { return logic::True; } else if (x == logic::False && y == logic::False) { return logic::True; } }

else if (g == gate::OR) { if (x == logic::True && y == logic::True) { return logic::True; } else if (x == logic::True && y == logic::False) { return logic::True; } else if (x == logic::False && y == logic::True) { return logic::True; } else if (x == logic::False && y == logic::False) { return logic::False; } }

else if (g == gate::NOR) { if (x == logic::True && y == logic::True) { return logic::False; } else if (x == logic::True && y == logic::False) { return logic::False; } else if (x == logic::False && y == logic::True) { return logic::False; } else if (x == logic::False && y == logic::False) { return logic::True; } }

}

int main() {

logic x[] = { logic::False, logic::True };

logic y[] = { logic::False, logic::True };

string operation;

cin >> operation;

gate op = stringToGate(operation);

for (int i = 0; i

for (int j = 0; j

// Write the necessary code to display the truth table for the

//gate entered by the user

}