def test_escaping_sequences_are_ignored_by_file_reader(self):
content_with_empty_lines = "\tGeorge, Beth, \f \f Anne" \
"\n " \
"\n " \
"\nRick, Anne, \v Steph " \
"\n " \
"\n\tAnne, Beth\r" \
"\nSteph, George, Rick" \
"\n \t \t\t\nAlex, \vBob"
players_txt_file = self.path_to_players_files + 'players.txt'
utils.clear_the_content_of_the_desired_file(players_txt_file)
utils.write_some_content_in_the_desired_file(players_txt_file,
content_with_empty_lines)
dict_of_players = self.file_reader.turn_the_file_into_dict(
players_txt_file)
print(dict_of_players)
expected_dict = {
'George': ['Anne', 'Beth'],
'Rick': ['Anne', 'Steph'],
'Anne': ['Beth'],
'Steph': ['George', 'Rick'],
'Alex': ['Bob']
}
comparison_result = utils.compare_two_dicts(dict_of_players,
expected_dict)
self.assertTrue(comparison_result)
def test_utils_compare_two_dicts_returns_False_when_lists_are_different(
self):
dict1 = {
'dogs': ['Dachshund', 'Alsacian'],
'cats': ["Egyptian"],
'hamsters': ['big', 'small']
}
dict2 = {'dogs': ['Dachshund', 'Alsacian']}
response = utils.compare_two_dicts(dict1, dict2)
self.assertFalse(response)
def test_utils_strings_can_be_turned_into_an_appropriate_dict_with_players_and_other_players_they_can_see(
self):
content = "\t\tPhil, Edward, Liz\nLiz, \tEdward, James, Adam\n\tEdward, Stephen, Phil\nAdam, James"
expected_dict = {
"Phil": ["Edward", "Liz"],
"Liz": ["Edward", "James", "Adam"],
"Edward": ["Stephen", "Phil"],
"Adam": ["James"]
}
result = utils.turn_string_into_dict_stripped_off_excape_expressions_and_commas(
content)
result_of_comparing_two_dicts = utils.compare_two_dicts(
expected_dict, result)
self.assertTrue(result_of_comparing_two_dicts)
def test_utils_compare_two_dicts_are_the_same_despite_different_order_of_keys_and_values(
self):
dict1 = {
'dogs': ['Alsacian', 'Dachshund'],
'hamsters': ['small', 'big'],
'cats': ["Egyptian"]
}
dict2 = {
'hamsters': ['big', 'small'],
'cats': ["Egyptian"],
'dogs': ['Dachshund', 'Alsacian']
}
response = utils.compare_two_dicts(dict1, dict2)
self.assertTrue(response)
def test_file_reader_turns_content_into_the_dictionary(self):
players_txt_file = self.path_to_players_files + 'players.txt'
utils.clear_the_content_of_the_desired_file(players_txt_file)
utils.write_some_content_in_the_desired_file(players_txt_file,
self.content_to_write)
dict_of_players = self.file_reader.turn_the_file_into_dict(
players_txt_file)
expected_dict = {
'George': ['Anne', 'Beth'],
'Rick': ['Anne', 'Steph'],
'Anne': ['Beth'],
'Steph': ['George', 'Rick'],
'Alex': ['Bob']
}
comparison_result = utils.compare_two_dicts(dict_of_players,
expected_dict)
self.assertTrue(comparison_result)
def test_file_reader_ignores_empty_lines_in_a_file(self):
#ignoring empty lines in a file ensures the clarity of the finally returned dict file
content_with_empty_lines = "\tGeorge, Beth, Anne\n \n \nRick, Anne, Steph \n \n" \
"\tAnne, Beth\nSteph, George, Rick\n \t \t\t\nAlex, Bob"
players_txt_file = self.path_to_players_files + 'players.txt'
utils.clear_the_content_of_the_desired_file(players_txt_file)
utils.write_some_content_in_the_desired_file(players_txt_file,
content_with_empty_lines)
dict_of_players = self.file_reader.turn_the_file_into_dict(
players_txt_file)
expected_dict = {
'George': ['Anne', 'Beth'],
'Rick': ['Anne', 'Steph'],
'Anne': ['Beth'],
'Steph': ['George', 'Rick'],
'Alex': ['Bob']
}
comparison_result = utils.compare_two_dicts(dict_of_players,
expected_dict)
self.assertTrue(comparison_result)