Additional features are discussed in this article.
1. ixor () : — This function is used to assign and change the current value . This operation performs the operation " a ^ = b ". The not assignment is true for immutable containers such as strings, numbers, and tuples.
2. ipow () : — This function is used to assign and exponentiate the current value . This operation performs the operation " a ** = b ". The not assignment is true for immutable containers such as strings, numbers, and tuples.

Output:
The value after xoring and assigning: 15 The value after exponentiating and assigning: 625
3. iand () : — this function is used to assign both bitwise and current values . This operation performs the operation “ a & amp; = b ". The not assignment is true for immutable containers such as strings, numbers, and tuples.
4. ior () : — This function is used to assignment and bitwise or current value . This operation performs the operation “ a  = b ". The not assignment is true for immutable containers such as strings, numbers, and tuples.

Output:
The value after bitwise or, and assigning: 15 The value after bitwise and, and assigning: 4
5. ilshift () : — this function is used to assign and bitwise shift the current value by the second argument . This operation performs the operation " a "& lt; = b ". The not assignment is true for immutable containers such as strings, numbers, and tuples.
6. irshift () : — This function is used to assign and bitwise offset the rights of the current value as the second argument . This operation performs the operation " a"" = b ". The not assignment is true for immutable containers such as strings, numbers, and tuples.

Output:
The value after bitwise left shift and assigning: 32 The value after bitwise right shift and assigning: 2
Next article — at Manjeet Singh . If you are as Python.Engineering and would like to contribute, you can also write an article using contribute.python.engineering or by posting an article contribute @ python.engineering. See my article appearing on the Python.Engineering homepage and help other geeks.
Please post comments if you find anything wrong or if you would like to share more information on the topic discussed above.