# Bitwise Operators in Python

# &     Bitwise AND                 Binary
# |     Bitwise OR                  Binary
# ^     Bitwise XOR (Exclusive OR)  Binary
# ~     Bitwise NOT                 Unary
# <<    Bitwise Left Shift          Binary
# >>    Bitwise Right Shift         Binary

# Bitwise AND operator (&)

A = 2
B = 6
result = A & B

print("Result of (2 & 6): ", result)

Result of (2 & 6):  2

A = 25
B = 45
result = A & B

print("Result of (25 & 45): ", result)

Result of (25 & 45):  9

A = -25
B = 45
result = A & B

print("Result of (-25 & 45): ", result)

Result of (-25 & 45):  37

X = True
Y = 45
result = X & Y

print("Result of (True & 10): ", result)

Result of (True & 10):  1

P = False
Q = 15
result = P & Q

print("Result of (False & 20): ", result)

Result of (False & 20):  0

# Bitwise OR operator (|)

A = 2
B = 6
result = A | B

print("Result of (2 | 6): ", result)

Result of (2 | 6):  6

A = 25
B = 45
result = A | B

print("Result of (25 | 45): ", result)

Result of (25 | 45):  61

A = -25
B = 45
result = A | B

print("Result of (-25 | 45): ", result)

Result of (-25 | 45):  -17

X = True
Y = 45
result = X | Y

print("Result of (True | 10): ", result)

Result of (True | 10):  45

P = False
Q = 15
result = P | Q

print("Result of (False | 20): ", result)

Result of (False | 20):  15

# Bitwise XOR operator (^)

A = 2
B = 6
result = A ^ B

print("Result of (A ^ B): ", result)

Result of (A ^ B):  4

A = 25
B = 45
result = A ^ B

print("Result of (25 ^ 45): ", result)

Result of (25 ^ 45):  52

X = True
Y = 45
result = X ^ Y

print("Result of (True ^ 10): ", result)

Result of (True ^ 10):  44

P = False
Q = 15
result = P ^ Q

print("Result of (False ^ 20): ", result)

Result of (False ^ 20):  15

# Bitwise NOT operator (~)

A = 3
B = 1
result = A << B

print("Result of (A << B): ", result)

Result of (A << B):  6

X = 3
Y = 2
result = X << Y

print("Result of (X << Y): ", result)

Result of (X << Y):  12

X = 25
Y = 2
result = X << Y

print("Result of (A << B): ", result)

Result of (A << B):  100

# Bitwise Right Shift Operator (>>)

A = 6
B = 1
result = A >> B

print("Result of (A >> B): ", result)

Result of (A >> B):  3

X = 6
Y = 2
result = X >> Y

print("Result of (X >> Y): ", result)

Result of (X >> Y):  1

p = int(input('Enter your first number: '))
q = int(input('Enter your second number: '))
r = int(input('Enter the number of bits to be shifted towards left and right: '))

print('Outcome of bitwise &: ', p & q)
print('Outcome of bitwise |: ', p | q)

print('Outcome of bitwise ^: ', p ^ q)
print('Outcome of bitwise ~: ', ~p)

print('Outcome of bitwise ~: ', ~q)
print('Outcome of bitwise <<: ', p << r) ;print('Outcome of bitwise >>: ', p >> r)

Enter your first number:  5
Enter your second number:  9
Enter the number of bits to be shifted towards left and right:  2


Outcome of bitwise &:  1
Outcome of bitwise |:  13
Outcome of bitwise ^:  12
Outcome of bitwise ~:  -6
Outcome of bitwise ~:  -10
Outcome of bitwise <<:  20
Outcome of bitwise >>:  1

p = int(input('Enter your first number: '))
q = int(input('Enter your second number: '))
r = int(input('Enter the number of bits to be shifted towards left and right: '))

print('Outcome of bitwise &: ', p & q)
print('Outcome of bitwise |: ', p | q)

print('Outcome of bitwise ^: ', p ^ q)
print('Outcome of bitwise ~: ', ~p)

print('Outcome of bitwise ~: ', ~q)
print('Outcome of bitwise <<: ', p << r) ;print('Outcome of bitwise >>: ', p >> r)

Enter your first number:  4
Enter your second number:  2
Enter the number of bits to be shifted towards left and right:  9


Outcome of bitwise &:  0
Outcome of bitwise |:  6
Outcome of bitwise ^:  6
Outcome of bitwise ~:  -5
Outcome of bitwise ~:  -3
Outcome of bitwise <<:  2048
Outcome of bitwise >>:  0

p = int(input('Enter your first number: '))
q = int(input('Enter your second number: '))
r = int(input('Enter the number of bits to be shifted towards left and right: '))

print('Outcome of bitwise &: ', p & q)
print('Outcome of bitwise |: ', p | q)

print('Outcome of bitwise ^: ', p ^ q)
print('Outcome of bitwise ~: ', ~p)

print('Outcome of bitwise ~: ', ~q)
print('Outcome of bitwise <<: ', p << r) ;print('Outcome of bitwise >>: ', p >> r)

Enter your first number:  1
Enter your second number:  10
Enter the number of bits to be shifted towards left and right:  5


Outcome of bitwise &:  0
Outcome of bitwise |:  11
Outcome of bitwise ^:  11
Outcome of bitwise ~:  -2
Outcome of bitwise ~:  -11
Outcome of bitwise <<:  32
Outcome of bitwise >>:  0