def dict_of_char_in_anagram_sentence(anagram_sentence):
dictionary_of_chars = dict()
for char in utility.remove_space_from_sentence(anagram_sentence):
dictionary_of_chars[char] = value_to_increment_to_in_dict(
dictionary_of_chars, char)
return dictionary_of_chars
def get_sorted_list_tuple_char_to_prime(list_of_words,
anagram_sentence="poultryoutwitsants"):
anagram_sentence = utility.remove_space_from_sentence(anagram_sentence)
dict_prime_char = dict_prime_numbers_to_anagram_character(anagram_sentence)
dict_word_prime_sums = dict_words_to_prime_product_sums(
list_of_words, dict_prime_char)
sorted_dict = utility.get_sorted_list_of_tuple_from_dict(
dict_word_prime_sums)
return sorted_dict
def dict_prime_numbers_to_anagram_character(anagram_sentence):
dict_of_prime_number_mapping = dict()
set_of_characters_in_anagram = set(
utility.remove_space_from_sentence(anagram_sentence))
# Converting to list to avoid random enumeration of set.
list_of_character_in_anagram = list(set_of_characters_in_anagram)
list_of_character_in_anagram = sorted(list_of_character_in_anagram)
list_of_prime_numbers = prime_numbers.get_list_of_prime_numbers()
for index, character in list(enumerate(list_of_character_in_anagram)):
dict_of_prime_number_mapping[character] = list_of_prime_numbers[index]
return dict_of_prime_number_mapping
def remove_words_with_invalid_char(list_of_words, anagram_sentence):
set_of_character_in_anagram = set()
list_of_clean_words = []
for char in utility.remove_space_from_sentence(anagram_sentence):
set_of_character_in_anagram.add(char)
for word_in_file in utility.remove_empty_space_in_list(list_of_words):
for char in word_in_file:
if char not in set_of_character_in_anagram:
break
else:
# This happens if for loop is run without the break
list_of_clean_words.append(word_in_file)
continue
return list_of_clean_words
def remove_words_with_too_many_of_one_char(list_of_words, anagram_sentence):
list_of_clean_words = []
d = dict_of_char_in_anagram_sentence(
utility.remove_space_from_sentence(anagram_sentence))
for word in utility.remove_empty_space_in_list(list_of_words):
dict_current_word = dict()
for char in word:
dict_current_word[char] = value_to_increment_to_in_dict(
dict_current_word, char)
if dict_current_word[char] > d[char]:
break
else:
list_of_clean_words.append(word)
continue
return list_of_clean_words
def prime_product_sum_of_anagram_sentence(anagram_sentence,
dict_char_to_prime):
product_sum = 1
for character in utility.remove_space_from_sentence(anagram_sentence):
product_sum *= dict_char_to_prime[character]
return product_sum
def test_remove_space_from_sentence():
sentence = "hello test world"
expected = "hellotestworld"
result = utility.remove_space_from_sentence(sentence)
assert expected == result