There is a string: cabcedeacadeddaaaba. Use Hoffman coding to draw the coding process and write the code of each character

Write a function find_decrypted_words() that takes a file name as parameter, reads that text file and decrypts all of the words by using previously created decode_string() function (in part-4). The function will print perfectly decrypted words and the number of deficient ones. If all characters converted successfully it means that the string is decrypted perfectly (i.e. no "?" in decrypted string).

Write a Python statement that calls the above defined function with the file "encryptedwords.txt".

Part-5:

Decoding encrypted words...

Decoded words:

ALERT

TREX

33  number of words cannot decrypted succesfully

3. "The cat sat on the mat" would be stored as:

String

Real Number

Integer

Character

replace any space ' ' with '_' in 2-character string passcode. sample output for the given program: