homework_05/19_teodor_dishanski/decrypt.py
def find_encryption_key(sets_keys):
    """Find a specific encryption key for the whole message."""
    intersection_sets = set()

    for set_key in sets_keys:
        if len(set_key) != 0:
            if len(intersection_sets) == 0:
                intersection_sets |= set_key
            else:
                intersection_sets &= set_key

    if len(intersection_sets) == 0:
        list_keys = [list(element) for element in sets_keys]
        list_keys = [element for set_keys in list_keys for element in set_keys]
        return nltk.FreqDist(list(list_keys)).max()

    return list(intersection_sets)[0]
Find a specific encryption key for the whole message.
Find a specific encryption key for the whole message.
Find a specific encryption key for the whole message .
def find_encryption_key(sets_keys):
    intersection_sets = set()
    for set_key in sets_keys:
        if len(set_key) != 0:
            if len(intersection_sets) == 0:
                intersection_sets |= set_key
            else:
                intersection_sets &= set_key
    if len(intersection_sets) == 0:
        list_keys = [list(element) for element in sets_keys]
        list_keys = [element for set_keys in list_keys for element in set_keys]
        return nltk.FreqDist(list(list_keys)).max()
    return list(intersection_sets)[0]
def find_encryption_key ( sets_keys ) : intersection_sets = set ( ) for set_key in sets_keys : if len ( set_key ) != 0 : if len ( intersection_sets ) == 0 : intersection_sets |= set_key else : intersection_sets &= set_key if len ( intersection_sets ) == 0 : list_keys = [ list ( element ) for element in sets_keys ] list_keys = [ element for set_keys in list_keys for element in set_keys ] return nltk . FreqDist ( list ( list_keys ) ) . max ( ) return list ( intersection_sets ) [ 0 ]
Find a specific encryption key for the whole message.
Find a specific encryption key for the whole message .
"""Find a specific encryption key for the whole message."""
sets_keys