Python does bitwise reduction only on integers. And the last output is given in the form of Decimal. Python bitwise is used to calculate integers and perform operations on different bits and subtractions. For example, at the very basic data processing level, and the manipulation of bits. We store these in the form of bits.
Python bitwise is also known as a binary operator and then bit by bit operations are performed, Hence its name is Bitwise Operator. Bitwise operators types: SHIFT, AND, XOR, OR, NOT and MASK.{&, |, ^, ~, <<, ()}The types of Bitwise Operation are explained below.
Bitwise Operators: Practical use cases in python
Bitwise operators are performed using six types in Python. which is as follows:
Bitwise XOR (^)
If one of your operand bits is 1 then it does not return one, but if it has both then it returns 1 otherwise it will not return one. This means that XOR (^) returns only if there are 2 different ones. Otherwise returns 0.
Example:
# Define two integers
a = 12 # Binary: 1100
b = 5 # Binary: 0101
# Perform bitwise XOR operation
result = a ^ b # Binary result: 1001
# Print the result
print(“Bitwise XOR of”, a, “and”, b, “is:”, result) # Output: 9
Bitwise NOT (~)
Not is used in Python when the logic of the condition is reversed. This is very important for this. It reverses all the beats. It’s easy to use in Python.
Example:
# Define an integer
a = 12 # Binary: 0000 1100
# Perform bitwise NOT operation
result = ~a # Result: 1111 0011 (in 32-bit representation: 1111 1111 1111 1111 1111 1111 1111 0011)
# Print the result
print(“Bitwise NOT of”, a, “is:”, result) # Output: -13
Bitwise OR (|)
If the operator has less than one bite it will not return one. There is no value and then it returns 0. It returns true if one is true or returns false if all the others are false.
Example:
# Define two integers
a = 12 # Binary: 1100
b = 5 # Binary: 0101
# Perform bitwise OR operation
result = a | b # Binary result: 1101
# Print the result
print(“Bitwise OR of”, a, “and”, b, “is:”, result) # Output: 13
Bitwise AND (&)
If the lift and write operators are 1 bits then it returns only 1, otherwise it does not return anything and 0 is returned. In Python this thing is used in the form of AND.
Example:
# Define two integers
a = 12 # Binary: 1100
b = 5 # Binary: 0101
# Perform bitwise AND operation
result = a & b # Binary result: 0100
# Print the result
print(“Bitwise AND of”, a, “and”, b, “is:”, result)
Bitwise MASK ()
Python is also a very good language for data analysis. And this makes it very easy to take data and analyze it. Panda is one of the boxes. The dataframe.mask() function returns an object of its own size.
Example:’
# importing pandas as pd
import pandas as pd
# Creating the dataframe
df = pd.DataFrame({“A”:[12, 4, 5, 44, 1],
“B”:[5, 2, 54, 3, 2],
“C”:[20, 16, 7, 3, 8],
“D”:[14, 3, 17, 2, 6]})
# Print the dataframe
Bitwise RIGHT SHIFT (<<)
SIFT OPERATOR is a bitwise operator. The use of the right shift operator transfers the value of the lift operator to the right by the number of bytes mentioned by the right operator. To understand more about bitwise right shift operator you can take python assignment help.
Example:
# Define an integer
a = 20 # Binary: 0001 0100
# Perform bitwise right shift operation
result = a >> 2 # Shift bits to the right by 2 positions
# Print the result
print(“Bitwise right shift of”, a, “by 2 positions is:”, result) # Output: 5
Bitwise LEFT SHIFT (>>)
The left side transfers the value to the left side by the number of bits of the value through the right operation reference.
Example:
# Define an integer
a = 5 # Binary: 0000 0101
# Perform bitwise left shift operation
result = a << 2 # Shift bits to the left by 2 positions
# Print the result
print(“Bitwise left shift of”, a, “by 2 positions is:”, result) # Output: 20
Conclusion
Bitwise operators are essential tools in programming for manipulating data for binary digits. They perform operations directly on individual bits, and make them effective, that is why it is called bitwise operator. Commonly used in areas like embedded systems, cryptography, and low-level programming. Students can take help from programming assignment help to get more information about bitwise operators.
Bitwise operators perform the task of setting, toggling and clearing specific bits. Even though they are very robust, a good understanding of binary logic is necessary to prevent mistakes and ensure code readability, making these invaluable for performance-critical and hardware-centric applications.
Rahul Kumar is a passionate educator, writer, and subject matter expert in the field of education and professional development. As an author on CoursesXpert, Rahul Kumar’s articles cover a wide range of topics, from various courses, educational and career guidance.
