// Created 4/19/18 based on Discord conversation with Sammy. // https://www.sololearn.com/Profile/4990791 #include using namespace std; // Convert value into binary bit display. void binary(unsigned int value) { int bits[32]; for (int i = 31; i >= 0; i--) { bits[i] = value%2; value /= 2; } // for for (int i = 0; i < 32; i++) cout << bits[i]; } // binary // Show off binary operators int main() { // Values to use unsigned int bit1 = 0xaaaaaaaa; unsigned int bit2 = 0x55555555; unsigned int bit3 = 0x66666666; //Display values. cout << "Initial values:"; cout << endl << "bit1: "; binary(bit1); cout << endl << "bit2: "; binary(bit2); cout << endl << "bit3: "; binary(bit3); //Display values. cout << endl << endl << "Bitwise not results:"; cout << endl << "~ bit1: "; binary(~bit1); cout << endl << "~ bit2: "; binary(~bit2); cout << endl << "~ bit3: "; binary(~bit3); // Display bitwise and results. cout << endl << endl << "Bitwise and results:"; cout << endl << "bit1 & bit2: "; binary(bit1&bit2); cout << endl << "bit1 & bit3: "; binary(bit1&bit3); cout << endl << "bit2 & bit3: "; binary(bit2&bit3); // Display bitwise or results. cout << endl << endl << "Bitwise or results:"; cout << endl << "bit1 | bit2: "; binary(bit1|bit2); cout << endl << "bit1 | bit3: "; binary(bit1|bit3); cout << endl << "bit2 | bit3: "; binary(bit2|bit3); // Display bitwise xor results. cout << endl << endl << "Bitwise xor results:"; cout << endl << "bit1 ^ bit2: "; binary(bit1^bit2); cout << endl << "bit1 ^ bit3: "; binary(bit1^bit3); cout << endl << "bit2 ^ bit3: "; binary(bit2^bit3); return 0; } // main

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