ASAP IN PYTHON multithreading programs

Exercises 1: Implement a simple encryption algorithm that works as follows The algorithms uses a numerical private key named key Each character in the original text is encrypted as the character resulting from xoring the ASCII code of that character with private_key. For example to encrypt A chr(ord enc_char = (A) ^ key) a as A. Write function named ecrypt_file that takes argument the file name to be encrypted, the name of the output file (where to store the encrypted text) and the encryption key. The function opens the first file, and encrypted the text according to the logtim above and stores the encrypted text in the second file a B. Write multithreaded program that attempts to encrypt the contents of 10 different files concurrently using the function ecrypt_file defined in the previous step. you need to create thread of execution to process each file. Your program asks the user to input the names of the text files to be encrypted one Exercises 2: For this question, only consider the usual" alphabet composed of characters in [A-Z]. You can assume that all the input values will be valid. a Implement a SimpleCipher class as subclass of threading. Thread. The SimpleCipher has has at least a data member called private_key a proper constructor a method called ecrypt_file that takes as argument the file name to be encrypted and the name of the output file (where to store the encrypted text) The method opens the first file, and encrypted the text according to the following algorithm o Each letter in the original file is replaced by a letter n positions to the right down the alphabet (if you reach the Z continue from the A); for example, if n is 2, then the letter B is replaced by D, and the letter Y is replaced by A, and so on. n is the private_key. according to the following algorithm Each letter in the original file is replaced by a letter n positions to the right down the alphabet (if you reach the Z continue from the A); for example, if n is 2, then the letter B is replaced by D, and the letter Y is replaced by A, and so on. n is the private_key. Character not in the range [A-Z] are not encrypted Write multithreaded program that attempts to encrypt the contents of 10 different files concurrently using the SimpleCipher class defined in the previous step. You need to create one thread of execution to process each file. Your program asks the user to input the names of the text files to be encrypted a