using System; using static System.Console; public class DOGGO { static public void Main () { BitwiseOper(); Shifting(); } static void BitwiseOper() { Random rand = new Random(); int[] aggregate = { rand.Next(1, 10), rand.Next(1, 10), rand.Next(1, 10), rand.Next(1, 10), rand.Next(1, 10), rand.Next(1, 10) }; WriteLine("===Bitwise AND\n"); int val1 = 5; int val2 = 3; int res = val1 & val2; WriteLine($"{val1} & {val2} = {res}"); val1 += aggregate[0]; val2 += aggregate[1]; res = val1 & val2; WriteLine($"{val1} & {val2} = {res}"); WriteLine("\n===Bitwise OR\n"); val1 = 5; val2 = 3; res = val1 | val2; WriteLine($"{val1} | {val2} = {res}"); val1 += aggregate[2]; val2 += aggregate[3]; res = val1 | val2; WriteLine($"{val1} | {val2} = {res}"); WriteLine("\n===Bitwise XOR\n"); val1 = 5; val2 = 3; res = val1 ^ val2; WriteLine($"{val1} ^ {val2} = {res}"); val1 += aggregate[4]; val2 += aggregate[5]; res = val1 ^ val2; WriteLine($"{val1} ^ {val2} = {res}"); WriteLine(); } static void Shifting() { WriteLine("\n===Bit shift right on positive ints\n"); int val = 4; int places = 1; int res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); WriteLine("\n===Bit shift right on negative ints\n"); val = -4; places = 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); places += 1; res = val >> places; WriteLine($"{val} >> {places} = {res}"); WriteLine("\n===Bit shift left on positive ints\n"); val = 4; places = 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); WriteLine("\n===Bit shift left on negative ints\n"); val = -4; places = 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); places += 1; res = val << places; WriteLine($"{val} << {places} = {res}"); } }

Bitwise operator and shifting