Performing logical XOR operation on two C++ Bitsets

#include #include

int main() { // Create two bitsets with the same size std::bitset<8> bits1(“10101010”); std::bitset<8> bits2(“01010101”);

// Perform XOR operation
std::bitset<8> result = bits1 ^ bits2;

// Print the result
std::cout << "XOR result: " << result << std::endl;

return 0; } ```

In the code above, we are performing a logical XOR operation on two C++ bitsets. The bitset class in C++ provides a convenient way to manipulate and perform bitwise operations on sets of bits.

First, we create two bitsets bits1 and bits2, with sizes of 8 bits each. We initialize bits1 with the binary representation of “10101010” and bits2 with the binary representation of “01010101”.

Next, we use the XOR operator (^) to perform the XOR operation between bits1 and bits2. The resulting bitset is stored in the result variable.

Finally, we print the result using std::cout. The output will be the representation of the resulting bitset after performing the XOR operation.

By using bitsets, we can easily perform logical operations on sets of bits in C++. Bitsets are especially useful when dealing with binary data or performing bitwise operations on flags and permissions. #C++ #BitwiseOperations