def test_extract_entry_with_trie_enabled(self):
dictionary = Dictionary(DATABASE, True)
expected_result = {'Entry': 'Lampe', 'Gender': 'die',
'Plural': 'Lampen', 'Genetive': 'Lampe',
'Meaning': 'lamp', 'Examples': '-'}
self.assertEqual(dictionary.extract_entry('Lampe').word_hash,
expected_result)
def __init__(self, parent, database, hs_database, trie_on):
self.database = database
self.dictionary = Dictionary(database, trie_on)
self.hs_database = hs_database
tk.Frame.__init__(self, parent, background="white")
self.parent = parent
self.initUI()
def test_edit_word_field_with_trie_enabled(self):
dictionary = Dictionary(DATABASE, True)
self.assertEqual(dictionary.extract_entry('Hund').word_hash['Gender'],
'der')
dictionary.edit_entry('Hund', 'Gender', 'a')
self.assertEqual(dictionary.extract_entry('Hund').word_hash['Gender'],
'a')
dictionary.edit_entry('Hund', 'Gender', 'der')
self.assertEqual(dictionary.extract_entry('Hund').word_hash['Gender'],
'der')
def test_edit_adjective_field(self):
dictionary = Dictionary(DATABASE)
self.assertEqual(dictionary.extract_entry('kalt').
word_hash['Meaning'], 'cold')
dictionary.edit_entry('kalt', 'Meaning', 'hot')
self.assertEqual(dictionary.extract_entry('kalt').
word_hash['Meaning'], 'hot')
dictionary.edit_entry('kalt', 'Meaning', 'cold')
self.assertEqual(dictionary.extract_entry('kalt').
word_hash['Meaning'], 'cold')
def test_edit_verb_field(self):
dictionary = Dictionary(DATABASE)
self.assertEqual(dictionary.extract_entry('singen').
word_hash['Used_case'], 'akk')
dictionary.edit_entry('singen', 'Used_case', 'dat')
self.assertEqual(dictionary.extract_entry('singen').
word_hash['Used_case'], 'dat')
dictionary.edit_entry('singen', 'Used_case', 'akk')
self.assertEqual(dictionary.extract_entry('singen').
word_hash['Used_case'], 'akk')
def test_edit_noun_field(self):
dictionary = Dictionary(DATABASE)
self.assertEqual(dictionary.extract_entry('Hund').word_hash['Gender'],
'der')
dictionary.edit_entry('Hund', 'Gender', 'a')
self.assertEqual(dictionary.extract_entry('Hund').word_hash['Gender'],
'a')
dictionary.edit_entry('Hund', 'Gender', 'der')
self.assertEqual(dictionary.extract_entry('Hund').word_hash['Gender'],
'der')
def test_add_adjective_and_delete(self):
dictionary = Dictionary(DATABASE)
test_adj = Adjective({'Entry': 'xyz', 'Comparative': 'a',
'Superlative': 'b',
'Meaning': 'c', 'Examples': 'd'})
self.assertEqual(dictionary.exists_entry('xyz'), False)
dictionary.add_entry(test_adj)
self.assertEqual(dictionary.exists_entry('xyz'), True)
dictionary.delete_entry('xyz')
self.assertEqual(dictionary.exists_entry('xyz'), False)
def test_add_noun_and_delete(self):
dictionary = Dictionary(DATABASE)
test_noun = Noun({'Entry': 'xyz', 'Gender': 'das',
'Plural': 'Beispiele', 'Genetive': 'Beispieles',
'Meaning': 'example', 'Examples': 'Too lazy'})
self.assertEqual(dictionary.exists_entry('xyz'), False)
dictionary.add_entry(test_noun)
self.assertEqual(dictionary.exists_entry('xyz'), True)
dictionary.delete_entry('xyz')
self.assertEqual(dictionary.exists_entry('xyz'), False)
def test_add_verb_and_delete(self):
dictionary = Dictionary(DATABASE)
test_verb = Verb({'Entry': 'xyz', 'Used_case': 'a',
'Preposition': 'b', 'Separable': 'c',
'Forms': 'd', 'Examples': 'e',
'Transitive': 'e', 'Meaning': 'm'})
self.assertEqual(dictionary.exists_entry('xyz'), False)
dictionary.add_entry(test_verb)
self.assertEqual(dictionary.exists_entry('xyz'), True)
dictionary.delete_entry('xyz')
self.assertEqual(dictionary.exists_entry('xyz'), False)
def test_add_existing_verb(self):
dictionary = Dictionary(DATABASE)
test_verb = Verb({'Entry': 'singen', 'Used_case': 'a',
'Preposition': 'b', 'Separable': 'c',
'Forms': 'd', 'Examples': 'e',
'Transitive': 'e', 'Meaning': 'm'})
self.assertRaises(DatabaseError, dictionary.add_entry, test_verb)
def __init__(self, parent, database, hs_database, trie_on):
self.database = database
self.dictionary = Dictionary(database, trie_on)
self.hs_database = hs_database
tk.Frame.__init__(self, parent, background="white")
self.parent = parent
self.initUI()
def test_extract_two_entries_with_meaning(self):
dictionary = Dictionary(DATABASE)
entries_with_meaning = dictionary.\
extract_entries_with_meaning('lovely')
self.assertEqual(len(entries_with_meaning), 2)
first_entry = entries_with_meaning[0].word_hash['Entry']
second_entry = entries_with_meaning[1].word_hash['Entry']
self.assertEqual((first_entry, second_entry), ('schön', 'hübsch'))
def test_add_existing_adjective(self):
dictionary = Dictionary(DATABASE)
test_adj = Adjective({'Entry': 'kalt', 'Comparative': 'a',
'Superlative': 'b',
'Meaning': 'c', 'Examples': 'd'})
self.assertRaises(DatabaseError, dictionary.add_entry, test_adj)
def test_extract_no_entries_with_meaning(self):
dictionary = Dictionary(DATABASE)
self.assertEqual(dictionary.extract_entries_with_meaning('xyz'), [])
def test_edit_noun_with_non_existing_field(self):
dictionary = Dictionary(DATABASE)
self.assertRaises(DatabaseError, dictionary.edit_entry,
'Hund', 'Superlative', 'a')
def __init__(self, database, hs_database, trie_on):
self.database = database
self.trie_on = trie_on
self.dictionary = Dictionary(database, trie_on)
self.hs_database = hs_database
def test_add_existing_noun(self):
dictionary = Dictionary(DATABASE)
test_noun = Noun({'Entry': 'Hund', 'Gender': 'a',
'Plural': 'b', 'Genetive': 'c',
'Meaning': 'd', 'Examples': 'e'})
self.assertRaises(DatabaseError, dictionary.add_entry, test_noun)
class DictionaryCLI:
def __init__(self, database, hs_database, trie_on):
self.database = database
self.trie_on = trie_on
self.dictionary = Dictionary(database, trie_on)
self.hs_database = hs_database
def mainloop(self):
while True:
user_input = input('> ')
self.evaluate_user_input(user_input)
if user_input is 'q':
break
def evaluate_user_input(self, user_input):
self.check_view_match(user_input)
self.check_add_match(user_input)
self.check_delete_match(user_input)
self.check_edit_match(user_input)
self.check_meaning_match(user_input)
self.check_quiz_match(user_input)
self.check_view_hs_match(user_input)
self.check_trie_match(user_input)
help_match = re.search('\s*help\s*', user_input)
if help_match:
self.print_help()
def print_help(self):
print("'view *word*' -> extracts the word from the dictionary")
print("'add *word*' -> adds word to the dictionary")
print("'delete *word*' -> deletes words from the dictionary")
print("'edit *word*' -> edits words from the dictionary")
print("'cm *word*' -> extracts words with a common meaning (cm)")
print("'quiz m' -> starts the interactive meanings quiz for all words")
print("'quiz nouns' -> starts the interactive nouns quiz")
print("'quiz verbs' -> starts the interactive verbs quiz")
print("'hs' -> views all recorded high scores")
print("'toggle trie' -> toggles trie searching")
def check_view_match(self, user_input):
view_match = re.search('\s*view\s+([a-zA-Z]+)\s*', user_input)
if view_match:
try:
word = self.dictionary.extract_entry(view_match.group(1))
except DatabaseError:
print("\nError: The word '{}' was not found.".format(
view_match.group(1)))
else:
print('\n{}'.format(word))
def check_add_match(self, user_input):
add_match = re.search('\s*add\s+([a-zA-Z]+)\s*', user_input)
if add_match:
if self.dictionary.exists_entry(add_match.group(1)):
print("\nError: The word '{}' is already in the database.".
format(add_match.group(1)))
else:
while True:
part_of_speech = input('\nPart of speech: ')
if re.search('\s*(n|noun|Noun)\s*', part_of_speech):
self.add_word('Noun', add_match.group(1))
break
elif re.search('\s*(adj|adjective|Adjective)\s*',
part_of_speech):
self.add_word('Adjective', add_match.group(1))
break
elif re.search('\s*(v|verb|Verb)\s*', part_of_speech):
self.add_word('Verb', add_match.group(1))
break
else:
print('Error: Please enter a valid part of speech.')
def add_word(self, part_of_speech, new_entry):
class_name = getattr(sys.modules[__name__], part_of_speech)
word_hash = {'Entry': new_entry}
for field in class_name.fields()[1:]:
field_data = input('{}: '.format(field))
word_hash[field] = field_data
new_word = class_name(word_hash)
self.dictionary.add_entry(new_word)
print("\nEntry '{}' added successfully.".format(new_entry))
def check_delete_match(self, user_input):
delete_match = re.search('\s*delete\s+([a-zA-Z]+)\s*', user_input)
if delete_match:
if not self.dictionary.exists_entry(delete_match.group(1)):
print("\nError: The word '{}' was not found.".format(
delete_match.group(1)))
else:
self.dictionary.delete_entry(delete_match.group(1))
print('\nEntry successfully deleted from the database.')
def check_edit_match(self, user_input):
edit_match = re.search('\s*edit\s+([a-zA-Z]+)\s*', user_input)
if edit_match:
if not self.dictionary.exists_entry(edit_match.group(1)):
print("\nError: The word '{}' was not found.".format(
edit_match.group(1)))
else:
found_word = self.dictionary.extract_entry(edit_match.group(1))
while True:
field = input(('Enter one of the following fields to edit:'
'\n{}\n').format(', '.join(
type(found_word).fields())))
if field in type(found_word).fields():
break
print('\nOld value: {}'.format(found_word.word_hash[field]))
new_value = input('New value: ')
self.dictionary.edit_entry(edit_match.group(1), field,
new_value)
print('Word edited successfully.')
def check_meaning_match(self, user_input):
meaning_match = re.search('\s*cm\s+([a-zA-Z]+)\s*', user_input)
if meaning_match:
found_entries = self.dictionary.\
extract_entries_with_meaning(meaning_match.group(1))
if len(found_entries) is 0:
print("\nNo entries with the meaning '{}'' found.".format(
meaning_match.group(1)))
else:
for entry in found_entries:
print('\n{}'.format(entry))
def check_quiz_match(self, user_input):
quiz_match = re.search('\s*quiz\s+([a-zA-Z]+)\s*', user_input)
if quiz_match:
if quiz_match.group(1) == 'm':
self.initiate_quiz(['Nouns', 'Adjectives', 'Verbs'],
['Meaning'])
elif quiz_match.group(1) == 'nouns':
self.initiate_quiz(['Nouns'], ['Gender', 'Plural'])
elif quiz_match.group(1) == 'verbs':
self.initiate_quiz(['Verbs'], ['Forms'])
def initiate_quiz(self, parts_of_speech, fields):
quiz = Quiz(self.database, parts_of_speech, fields)
while len(quiz.words_to_guess) > 0:
current_word = quiz.current_word
print('Score: {}%'.format("%.2f" % (quiz.score * 100)))
print('Current word: {}\n'.format(current_word.word_hash['Entry']))
guesses = []
for field in fields:
current_guess = input('{}: '.format(field))
while current_guess == 'h':
print(quiz.hint(field), '\n')
current_guess = input('{}: '.format(field))
if current_guess == 'q':
self.initiate_quiz_ending(quiz)
self.mainloop()
guesses.append(current_guess)
guess_results = quiz.guess(guesses)
answer_statement = quiz.answer_statements(guess_results)
print('\n{}'.format(answer_statement))
self.initiate_quiz_ending(quiz)
def initiate_quiz_ending(self, quiz):
print('Final score: {}%'.format("%.2f" % (quiz.score * 100)), '\n')
name = input('Enter name for high score: ')
high_score = HighScore(name, quiz)
high_score.add_high_score(self.hs_database)
def check_view_hs_match(self, user_input):
view_hs_match = re.search('\s*hs\s*', user_input)
if view_hs_match:
all_high_scores = HighScore.\
extract_all_high_scores(self.hs_database)
all_high_scores.sort(reverse=True)
for high_score in all_high_scores:
print('; '.join(str(x) for x in high_score))
def check_trie_match(self, user_input):
check_trie_on = re.search('\s*toggle\s+tree\s*', user_input)
if check_trie_on:
self.dictionary.toggle_trie()
if self.dictionary.tree_on:
print('Trie searching turned successfully on.\n')
else:
print('Trie searching turned successfully off.\n')
def test_extract_non_existing_entry_with_trie_enabled(self):
dictionary = Dictionary(DATABASE, True)
self.assertRaises(DatabaseError, dictionary.extract_entry, 'a')
def test_exists_entry(self):
dictionary = Dictionary(DATABASE)
self.assertEqual(dictionary.exists_entry('Hund'), True)
self.assertEqual(dictionary.exists_entry('a'), False)
class DictionaryCLI:
def __init__(self, database, hs_database, trie_on):
self.database = database
self.trie_on = trie_on
self.dictionary = Dictionary(database, trie_on)
self.hs_database = hs_database
def mainloop(self):
while True:
user_input = input('> ')
self.evaluate_user_input(user_input)
if user_input is 'q':
break
def evaluate_user_input(self, user_input):
self.check_view_match(user_input)
self.check_add_match(user_input)
self.check_delete_match(user_input)
self.check_edit_match(user_input)
self.check_meaning_match(user_input)
self.check_quiz_match(user_input)
self.check_view_hs_match(user_input)
self.check_trie_match(user_input)
help_match = re.search('\s*help\s*', user_input)
if help_match:
self.print_help()
def print_help(self):
print("'view *word*' -> extracts the word from the dictionary")
print("'add *word*' -> adds word to the dictionary")
print("'delete *word*' -> deletes words from the dictionary")
print("'edit *word*' -> edits words from the dictionary")
print("'cm *word*' -> extracts words with a common meaning (cm)")
print("'quiz m' -> starts the interactive meanings quiz for all words")
print("'quiz nouns' -> starts the interactive nouns quiz")
print("'quiz verbs' -> starts the interactive verbs quiz")
print("'hs' -> views all recorded high scores")
print("'toggle trie' -> toggles trie searching")
def check_view_match(self, user_input):
view_match = re.search('\s*view\s+([a-zA-Z]+)\s*', user_input)
if view_match:
try:
word = self.dictionary.extract_entry(view_match.group(1))
except DatabaseError:
print("\nError: The word '{}' was not found.".
format(view_match.group(1)))
else:
print('\n{}'.format(word))
def check_add_match(self, user_input):
add_match = re.search('\s*add\s+([a-zA-Z]+)\s*', user_input)
if add_match:
if self.dictionary.exists_entry(add_match.group(1)):
print("\nError: The word '{}' is already in the database.".
format(add_match.group(1)))
else:
while True:
part_of_speech = input('\nPart of speech: ')
if re.search('\s*(n|noun|Noun)\s*', part_of_speech):
self.add_word('Noun', add_match.group(1))
break
elif re.search('\s*(adj|adjective|Adjective)\s*',
part_of_speech):
self.add_word('Adjective', add_match.group(1))
break
elif re.search('\s*(v|verb|Verb)\s*', part_of_speech):
self.add_word('Verb', add_match.group(1))
break
else:
print('Error: Please enter a valid part of speech.')
def add_word(self, part_of_speech, new_entry):
class_name = getattr(sys.modules[__name__], part_of_speech)
word_hash = {'Entry': new_entry}
for field in class_name.fields()[1:]:
field_data = input('{}: '.format(field))
word_hash[field] = field_data
new_word = class_name(word_hash)
self.dictionary.add_entry(new_word)
print("\nEntry '{}' added successfully.".format(new_entry))
def check_delete_match(self, user_input):
delete_match = re.search('\s*delete\s+([a-zA-Z]+)\s*', user_input)
if delete_match:
if not self.dictionary.exists_entry(delete_match.group(1)):
print("\nError: The word '{}' was not found.".
format(delete_match.group(1)))
else:
self.dictionary.delete_entry(delete_match.group(1))
print('\nEntry successfully deleted from the database.')
def check_edit_match(self, user_input):
edit_match = re.search('\s*edit\s+([a-zA-Z]+)\s*', user_input)
if edit_match:
if not self.dictionary.exists_entry(edit_match.group(1)):
print("\nError: The word '{}' was not found.".
format(edit_match.group(1)))
else:
found_word = self.dictionary.extract_entry(edit_match.group(1))
while True:
field = input(('Enter one of the following fields to edit:'
'\n{}\n').format(', '.join(type(found_word).
fields())))
if field in type(found_word).fields():
break
print('\nOld value: {}'.format(found_word.word_hash[field]))
new_value = input('New value: ')
self.dictionary.edit_entry(edit_match.group(1), field,
new_value)
print('Word edited successfully.')
def check_meaning_match(self, user_input):
meaning_match = re.search('\s*cm\s+([a-zA-Z]+)\s*', user_input)
if meaning_match:
found_entries = self.dictionary.\
extract_entries_with_meaning(meaning_match.group(1))
if len(found_entries) is 0:
print("\nNo entries with the meaning '{}'' found.".
format(meaning_match.group(1)))
else:
for entry in found_entries:
print('\n{}'.format(entry))
def check_quiz_match(self, user_input):
quiz_match = re.search('\s*quiz\s+([a-zA-Z]+)\s*', user_input)
if quiz_match:
if quiz_match.group(1) == 'm':
self.initiate_quiz(['Nouns', 'Adjectives', 'Verbs'],
['Meaning'])
elif quiz_match.group(1) == 'nouns':
self.initiate_quiz(['Nouns'], ['Gender', 'Plural'])
elif quiz_match.group(1) == 'verbs':
self.initiate_quiz(['Verbs'], ['Forms'])
def initiate_quiz(self, parts_of_speech, fields):
quiz = Quiz(self.database, parts_of_speech, fields)
while len(quiz.words_to_guess) > 0:
current_word = quiz.current_word
print('Score: {}%'.format("%.2f" % (quiz.score * 100)))
print('Current word: {}\n'.format(current_word.word_hash['Entry']))
guesses = []
for field in fields:
current_guess = input('{}: '.format(field))
while current_guess == 'h':
print(quiz.hint(field), '\n')
current_guess = input('{}: '.format(field))
if current_guess == 'q':
self.initiate_quiz_ending(quiz)
self.mainloop()
guesses.append(current_guess)
guess_results = quiz.guess(guesses)
answer_statement = quiz.answer_statements(guess_results)
print('\n{}'.format(answer_statement))
self.initiate_quiz_ending(quiz)
def initiate_quiz_ending(self, quiz):
print('Final score: {}%'.format("%.2f" % (quiz.score * 100)), '\n')
name = input('Enter name for high score: ')
high_score = HighScore(name, quiz)
high_score.add_high_score(self.hs_database)
def check_view_hs_match(self, user_input):
view_hs_match = re.search('\s*hs\s*', user_input)
if view_hs_match:
all_high_scores = HighScore.\
extract_all_high_scores(self.hs_database)
all_high_scores.sort(reverse=True)
for high_score in all_high_scores:
print('; '.join(str(x) for x in high_score))
def check_trie_match(self, user_input):
check_trie_on = re.search('\s*toggle\s+tree\s*', user_input)
if check_trie_on:
self.dictionary.toggle_trie()
if self.dictionary.tree_on:
print('Trie searching turned successfully on.\n')
else:
print('Trie searching turned successfully off.\n')
def test_extract_one_entry_with_meaning(self):
dictionary = Dictionary(DATABASE)
entries_with_meaning = dictionary.extract_entries_with_meaning('dog')
self.assertEqual(len(entries_with_meaning), 1)
self.assertEqual(entries_with_meaning[0].word_hash['Entry'], 'Hund')
class DictionaryGUI(tk.Frame):
def __init__(self, parent, database, hs_database, trie_on):
self.database = database
self.dictionary = Dictionary(database, trie_on)
self.hs_database = hs_database
tk.Frame.__init__(self, parent, background="white")
self.parent = parent
self.initUI()
def create_frame(self, master):
new_frame = tk.Frame(master)
new_frame.pack(fill=tk.X)
return new_frame
def create_pack_button(self, master, text, command, width=0, center=0):
w = max(len(text), width)
new_button = tk.Button(master, text=text, command=command, width=w)
if center is 0:
new_button.pack(side=tk.LEFT, padx=10, pady=10)
else:
new_button.pack()
return new_button
def create_grid_button(self,
master,
text,
command,
row,
column,
sticky=tk.W + tk.E + tk.S + tk.N):
new_button = tk.Button(master, text=text, command=command)
new_button.grid(row=row,
column=column,
sticky=sticky,
padx=10,
pady=10)
return new_button
def create_window(self, master, title, width, height):
child = tk.Toplevel(master)
child.wm_title(title)
child.geometry("{}x{}+500+500".format(width, height))
child.resizable(0, 0)
return child
def create_pack_label(self, master, text, padx=0, pady=0):
new_label = tk.Label(master, text=text)
new_label.pack(side="left", padx=padx, pady=pady)
return new_label
def create_pack_label_with_stringvar(self, master, padx=0, text=0):
label_content = tk.StringVar()
if text is not 0:
label_content.set(text)
new_label = tk.Label(master,
textvariable=label_content,
justify=tk.LEFT)
new_label.pack(side="left", padx=padx)
return (new_label, label_content)
def create_grid_label(self,
master,
text,
row,
column,
sticky=tk.W + tk.E + tk.S + tk.N):
new_label = tk.Label(master, text=text)
new_label.grid(row=row, column=column, sticky=sticky)
return new_label
def create_pack_entry(self, master):
new_entry = tk.Entry(master)
new_entry.pack(side="left")
return new_entry
def create_pack_entry_with_stringvar(self, master):
entry_content = tk.StringVar()
new_entry = tk.Entry(master, textvariable=entry_content)
new_entry.pack(side="left")
return (new_entry, entry_content)
def create_grid_entry(self,
master,
row,
column,
sticky=tk.W + tk.E + tk.S + tk.N):
new_entry = tk.Entry(master)
new_entry.grid(row=row, column=column, sticky=sticky)
return new_entry
def create_grid_entry_with_stringvar(self,
master,
row,
column,
sticky=tk.W + tk.E + tk.S + tk.N):
entry_content = tk.StringVar()
new_entry = tk.Entry(master, textvariable=entry_content)
new_entry.grid(row=row, column=column, sticky=sticky)
return (new_entry, entry_content)
def initUI(self):
self.parent.title("German Dictionary")
self.pack(fill=tk.BOTH, expand=True)
self.create_grid_button(self, "View word", self.extract_entry_click, 0,
0)
self.create_grid_button(self, "Add word", self.add_word_click, 0, 1)
self.create_grid_button(self, "Delete word", self.delete_entry_click,
0, 2)
self.create_grid_button(self, "View words with meaning",
self.extract_with_meaning_click, 0, 3)
self.create_grid_button(self, "Edit entry", self.edit_entry_click, 0,
4)
self.create_grid_button(self, "View hish scores",
self.view_high_scores_click, 1, 0)
self.create_grid_button(self, "Meaning quiz", self.quiz_meaning_click,
1, 1)
self.create_grid_button(self, "Nouns quiz", self.quiz_nouns_click, 1,
2)
self.create_grid_button(self, "Verbs quiz", self.quiz_verbs_click, 1,
3)
self.create_grid_button(self, "Toggle trie search",
self.toggle_trie_click, 1, 4)
def extract_entry_click(self):
child = self.create_window(self, "Extract word", 400, 300)
query_frame = self.create_frame(child)
query_label = self.create_pack_label(query_frame,
"Enter word to extract", 10)
self.query_entry, self.query_content = self.\
create_pack_entry_with_stringvar(query_frame)
go_button = self.create_pack_button(query_frame, "Go",
self.extract_entry_go_click)
text_frame = self.create_frame(child)
extract_results, self.results_var = self.\
create_pack_label_with_stringvar(text_frame, 10)
def extract_entry_go_click(self):
desired_word = self.query_entry.get()
if self.dictionary.exists_entry(desired_word):
extracted_word = self.dictionary.extract_entry(desired_word)
self.results_var.set(extracted_word)
else:
self.results_var.set("")
mbox.showerror("Word not found",
"The word {} was not found.".format(desired_word))
self.query_content.set("")
def add_word_click(self):
self.child = self.create_window(self, "Add word", 450, 350)
self.create_grid_label(self.child, "Enter word to add: ", 0, 0)
self.new_word = self.create_grid_entry(self.child, 0, 1, tk.E + tk.W)
self.word_type = tk.Listbox(self.child, height=3)
self.word_type.grid(row=0, column=2)
for item in ("Noun", "Verb", "Adjective"):
self.word_type.insert(tk.END, item)
self.create_grid_button(self.child, "Go", self.add_word_go_click, 0, 3,
tk.E + tk.W)
def add_word_go_click(self):
desired_word = self.new_word.get()
if (self.dictionary.exists_entry(desired_word)):
mbox.showerror(
"Word already added",
"The word {} has been already added {}".format(
desired_word, 'to the database.'))
else:
index = self.word_type.curselection()[0]
part_of_speech = self.word_type.get(index)
self.class_name = getattr(sys.modules[__name__], part_of_speech)
self.fields = self.class_name.fields()[1:]
self.create_add_word_field_widgets()
def create_add_word_field_widgets(self):
row = 1
self.entry_fields = []
for field in self.fields[:-1]:
self.create_grid_label(self.child, field, row, 0, tk.W)
new_entry = self.create_grid_entry(self.child, row, 1)
self.entry_fields.append(new_entry)
row = row + 1
self.create_grid_label(self.child, "Examples", row, 0, tk.W + tk.N)
meaning = tk.Text(self.child, width=15, height=3)
meaning.grid(row=row, column=1)
self.entry_fields.append(meaning)
self.create_grid_button(self.child, "Add entry",
self.add_entry_button_click, row + 1, 1)
def add_entry_button_click(self):
word_hash = {}
word_hash["Entry"] = self.new_word.get()
for index, field in enumerate(self.fields[:-1]):
word_hash[field] = self.entry_fields[index].get()
word_hash["Examples"] = self.entry_fields[-1].get("1.0", tk.END)
new_entry = self.class_name(word_hash)
self.dictionary.add_entry(new_entry)
mbox.showinfo(
"Word successfully added",
"The word {} has been successfully added {}".format(
word_hash["Entry"], 'to the database.'))
self.clear_entry_fields()
def clear_entry_fields(self):
for row in self.child.grid_slaves():
if int(row.grid_info()["row"]) > 0:
row.grid_forget()
def delete_entry_click(self):
child = self.create_window(self, "Delete word", 450, 200)
frame = self.create_frame(child)
self.create_pack_label(frame, "Enter word to delete:", 10)
self.delete_entry, self.entry_content = self.\
create_pack_entry_with_stringvar(frame)
self.create_pack_button(frame, "Go", self.delete_entry_go_click)
def delete_entry_go_click(self):
word_to_delete = self.delete_entry.get()
if not self.dictionary.exists_entry(word_to_delete):
mbox.showerror(
"Word not found",
"The word {} has not been found.".format(word_to_delete))
else:
self.dictionary.delete_entry(word_to_delete)
mbox.showinfo("Word successfully deleted",
("The word {} has been successfully deleted"
" from the database.".format(word_to_delete)))
self.entry_content.set("")
def extract_with_meaning_click(self):
child = self.create_window(self, "Extract with meaning", 450, 340)
frame = self.create_frame(child)
self.create_pack_label(frame, "Enter meaning:", 10, 10)
self.meaning_entry, self.entry_content = self.\
create_pack_entry_with_stringvar(frame)
self.create_pack_button(frame, "Go",
self.extract_with_meaning_go_click)
result_frame = self.create_frame(child)
result_label, self.result_content = self.\
create_pack_label_with_stringvar(result_frame)
def extract_with_meaning_go_click(self):
meaning = self.meaning_entry.get()
found_words = self.dictionary.extract_entries_with_meaning(meaning)
if len(found_words) == 0:
mbox.showerror("No words found",
("No words containing the meaning '{}' "
"have been found.".format(meaning)))
self.result_content.set("")
else:
self.result_content.set("\n\n".join(map(str, found_words)))
def edit_entry_click(self):
self.child = self.create_window(self, "Edit entry", 450, 340)
self.create_grid_label(self.child, "Enter word to edit:", 0, 0, tk.W)
self.edit_word_entry, self.entry_content = self.\
create_grid_entry_with_stringvar(self.child, 0, 1, tk.W)
self.create_grid_button(self.child, "Go", self.edit_entry_go_click, 0,
2, tk.W)
def edit_entry_go_click(self):
desired_word = self.edit_word_entry.get()
if not self.dictionary.exists_entry(desired_word):
mbox.showerror(
"No word found",
"The word '{}' has not been found.".format(desired_word))
self.entry_content.set("")
else:
self.found_word = self.dictionary.extract_entry(desired_word)
self.fields = self.found_word.__class__.fields()
self.create_grid_label(self.child, "Choose field to edit:", 1, 0,
tk.N + tk.W)
self.fields_to_edit = tk.Listbox(self.child,
height=len(self.fields))
for field in self.fields:
self.fields_to_edit.insert(tk.END, field)
self.fields_to_edit.grid(row=1, column=1, sticky=tk.W)
self.create_grid_button(self.child, "Edit",
self.edit_entry_edit_click, 1, 2, tk.W)
def edit_entry_edit_click(self):
index = self.fields_to_edit.curselection()[0]
self.selected_field = self.fields_to_edit.get(index)
original_field_data = self.found_word.word_hash[self.selected_field]
self.create_grid_label(self.child, "Edit chosen field:",
1 + len(self.fields), 0, tk.W)
self.new_field_data = self.create_grid_entry(self.child,
1 + len(self.fields), 1,
tk.W)
self.new_field_data.insert(tk.END, original_field_data)
self.create_grid_button(self.child, "Save changes",
self.edit_entry_save_click,
1 + len(self.fields), 2, tk.W)
def edit_entry_save_click(self):
new_field_data_content = self.new_field_data.get()
self.dictionary.edit_entry(self.found_word.word_hash['Entry'],
self.selected_field, new_field_data_content)
mbox.showinfo(
"Entry successfully edited",
"Entry {} has been successfully edited".format(
self.found_word.word_hash['Entry']))
self.clear_entry_fields()
def quiz_meaning_click(self):
self.quiz_template_click(['Nouns', 'Adjectives', 'Verbs'], ['Meaning'])
def quiz_nouns_click(self):
self.quiz_template_click(['Nouns'], ['Gender', 'Plural'])
def quiz_verbs_click(self):
self.quiz_template_click(['Verbs'], ['Forms'])
def quiz_template_click(self, parts_of_speech, fields):
self.child = self.create_window(self, "", 450, 340)
self.parts_of_speech = parts_of_speech
self.fields = fields
self.started = False
top_frame = self.create_frame(self.child)
self.create_pack_button(top_frame, "Start", self.start_click, 15, 1)
self.create_pack_button(top_frame, "Finish", self.finish_click, 15, 1)
def start_click(self):
if not self.started:
self.started = True
self.quiz = Quiz(self.database, self.parts_of_speech, self.fields)
self.score_frame = self.create_frame(self.child)
self.score_info, self.score = self.\
create_pack_label_with_stringvar(self.score_frame, 0,
'Score: {}'.
format(self.quiz.score))
self.word_frame = self.create_frame(self.child)
current_entry = self.quiz.current_word.word_hash['Entry']
self.word_label, self.current_word = self.\
create_pack_label_with_stringvar(self.word_frame, 0,
'Current word: {}'.
format(current_entry))
self.create_quiz_field_widgets()
self.go_frame = self.create_frame(self.child)
self.create_pack_button(self.go_frame, 'Check', self.check_click,
15, 1)
if 'Meaning' in self.quiz.fields_to_be_guessed:
self.hint_frame = self.create_frame(self.child)
self.create_pack_button(self.hint_frame, 'Hint',
self.check_hint, 15, 1)
def create_quiz_field_widgets(self):
self.field_entries = []
self.field_frames = []
for field in self.fields:
new_field_frame = self.create_frame(self.child)
self.field_frames.append(new_field_frame)
self.create_pack_label(new_field_frame, '{}: '.format(field))
new_entry = self.create_pack_entry(new_field_frame)
self.field_entries.append(new_entry)
def finish_click(self):
mbox.showinfo(
"Quiz finished", "Quiz finished, your score is {}".format(
"%.2f" % (self.quiz.score * 100)))
self.started = False
self.score_frame.pack_forget()
self.word_frame.pack_forget()
for field_frame in self.field_frames:
field_frame.pack_forget()
self.go_frame.pack_forget()
def check_click(self):
suggestions = []
for index, field in enumerate(self.fields):
suggestions.append(self.field_entries[index].get())
guess_results = self.quiz.guess(suggestions)
answer_statement = self.quiz.answer_statements(guess_results)
mbox.showinfo("", "{}".format(answer_statement))
if len(self.quiz.words_to_guess) > 0:
self.update_quiz_fields()
else:
self.finish_button_click()
def check_hint(self):
mbox.showinfo("", "{}".format(self.quiz.hint('Meaning')))
def update_quiz_fields(self):
current_entry = self.quiz.current_word.word_hash['Entry']
self.score.set('Score: {}%'.format("%.2f" % (self.quiz.score * 100)))
self.current_word.set('Current word: {}'.format(current_entry))
for field_entry in self.field_entries:
field_entry.delete(0, 'end')
def view_high_scores_click(self):
child = self.create_window(self, "View high scores", 600, 480)
all_high_scores = HighScore.extract_all_high_scores(self.hs_database)
all_high_scores.sort(reverse=True)
if len(all_high_scores) is 0:
mbox.showinfo("", "{}".format(self.quiz.hint('Meaning')))
child.destroy()
else:
for col, field in enumerate(HighScore.high_score_fields()):
self.create_grid_label(child, field, 0, col)
for row, high_score in enumerate(all_high_scores):
for column, field in enumerate(high_score):
self.create_grid_label(child, field, row + 2, column)
def toggle_trie_click(self):
self.dictionary.toggle_trie()
if self.dictionary.trie_on:
mbox.showinfo("", "Trie searching successfully turned on.")
else:
mbox.showinfo("", "Trie searching successfully turned off.")
def test_extract_non_existing_entry(self):
dictionary = Dictionary(DATABASE)
self.assertRaises(DatabaseError, dictionary.extract_entry, 'a')
def __init__(self, database, hs_database, trie_on):
self.database = database
self.trie_on = trie_on
self.dictionary = Dictionary(database, trie_on)
self.hs_database = hs_database
def test_toggle_trie(self):
dictionary = Dictionary(DATABASE, True)
dictionary.toggle_trie()
self.assertEqual(dictionary.trie_on, False)
dictionary.toggle_trie()
self.assertEqual(dictionary.trie_on, True)
class DictionaryGUI(tk.Frame):
def __init__(self, parent, database, hs_database, trie_on):
self.database = database
self.dictionary = Dictionary(database, trie_on)
self.hs_database = hs_database
tk.Frame.__init__(self, parent, background="white")
self.parent = parent
self.initUI()
def create_frame(self, master):
new_frame = tk.Frame(master)
new_frame.pack(fill=tk.X)
return new_frame
def create_pack_button(self, master, text, command, width=0, center=0):
w = max(len(text), width)
new_button = tk.Button(master, text=text, command=command, width=w)
if center is 0:
new_button.pack(side=tk.LEFT, padx=10, pady=10)
else:
new_button.pack()
return new_button
def create_grid_button(self, master, text, command, row, column,
sticky=tk.W+tk.E+tk.S+tk.N):
new_button = tk.Button(master, text=text, command=command)
new_button.grid(row=row, column=column, sticky=sticky, padx=10,
pady=10)
return new_button
def create_window(self, master, title, width, height):
child = tk.Toplevel(master)
child.wm_title(title)
child.geometry("{}x{}+500+500".format(width, height))
child.resizable(0, 0)
return child
def create_pack_label(self, master, text, padx=0, pady=0):
new_label = tk.Label(master, text=text)
new_label.pack(side="left", padx=padx, pady=pady)
return new_label
def create_pack_label_with_stringvar(self, master, padx=0, text=0):
label_content = tk.StringVar()
if text is not 0:
label_content.set(text)
new_label = tk.Label(master, textvariable=label_content,
justify=tk.LEFT)
new_label.pack(side="left", padx=padx)
return (new_label, label_content)
def create_grid_label(self, master, text, row, column,
sticky=tk.W+tk.E+tk.S+tk.N):
new_label = tk.Label(master, text=text)
new_label.grid(row=row, column=column, sticky=sticky)
return new_label
def create_pack_entry(self, master):
new_entry = tk.Entry(master)
new_entry.pack(side="left")
return new_entry
def create_pack_entry_with_stringvar(self, master):
entry_content = tk.StringVar()
new_entry = tk.Entry(master, textvariable=entry_content)
new_entry.pack(side="left")
return (new_entry, entry_content)
def create_grid_entry(self, master, row, column,
sticky=tk.W+tk.E+tk.S+tk.N):
new_entry = tk.Entry(master)
new_entry.grid(row=row, column=column, sticky=sticky)
return new_entry
def create_grid_entry_with_stringvar(self, master, row, column,
sticky=tk.W+tk.E+tk.S+tk.N):
entry_content = tk.StringVar()
new_entry = tk.Entry(master, textvariable=entry_content)
new_entry.grid(row=row, column=column, sticky=sticky)
return (new_entry, entry_content)
def initUI(self):
self.parent.title("German Dictionary")
self.pack(fill=tk.BOTH, expand=True)
self.create_grid_button(self, "View word",
self.extract_entry_click, 0, 0)
self.create_grid_button(self, "Add word", self.add_word_click, 0, 1)
self.create_grid_button(self, "Delete word",
self.delete_entry_click, 0, 2)
self.create_grid_button(self, "View words with meaning",
self.extract_with_meaning_click, 0, 3)
self.create_grid_button(self, "Edit entry",
self.edit_entry_click, 0, 4)
self.create_grid_button(self, "View hish scores",
self.view_high_scores_click, 1, 0)
self.create_grid_button(self, "Meaning quiz",
self.quiz_meaning_click, 1, 1)
self.create_grid_button(self, "Nouns quiz",
self.quiz_nouns_click, 1, 2)
self.create_grid_button(self, "Verbs quiz",
self.quiz_verbs_click, 1, 3)
self.create_grid_button(self, "Toggle trie search",
self.toggle_trie_click, 1, 4)
def extract_entry_click(self):
child = self.create_window(self, "Extract word", 400, 300)
query_frame = self.create_frame(child)
query_label = self.create_pack_label(query_frame,
"Enter word to extract", 10)
self.query_entry, self.query_content = self.\
create_pack_entry_with_stringvar(query_frame)
go_button = self.create_pack_button(query_frame, "Go",
self.extract_entry_go_click)
text_frame = self.create_frame(child)
extract_results, self.results_var = self.\
create_pack_label_with_stringvar(text_frame, 10)
def extract_entry_go_click(self):
desired_word = self.query_entry.get()
if self.dictionary.exists_entry(desired_word):
extracted_word = self.dictionary.extract_entry(desired_word)
self.results_var.set(extracted_word)
else:
self.results_var.set("")
mbox.showerror("Word not found", "The word {} was not found.".
format(desired_word))
self.query_content.set("")
def add_word_click(self):
self.child = self.create_window(self, "Add word", 450, 350)
self.create_grid_label(self.child, "Enter word to add: ", 0, 0)
self.new_word = self.create_grid_entry(self.child, 0, 1, tk.E+tk.W)
self.word_type = tk.Listbox(self.child, height=3)
self.word_type.grid(row=0, column=2)
for item in ("Noun", "Verb", "Adjective"):
self.word_type.insert(tk.END, item)
self.create_grid_button(self.child, "Go", self.add_word_go_click, 0, 3,
tk.E+tk.W)
def add_word_go_click(self):
desired_word = self.new_word.get()
if(self.dictionary.exists_entry(desired_word)):
mbox.showerror("Word already added",
"The word {} has been already added {}".
format(desired_word, 'to the database.'))
else:
index = self.word_type.curselection()[0]
part_of_speech = self.word_type.get(index)
self.class_name = getattr(sys.modules[__name__], part_of_speech)
self.fields = self.class_name.fields()[1:]
self.create_add_word_field_widgets()
def create_add_word_field_widgets(self):
row = 1
self.entry_fields = []
for field in self.fields[:-1]:
self.create_grid_label(self.child, field, row, 0, tk.W)
new_entry = self.create_grid_entry(self.child, row, 1)
self.entry_fields.append(new_entry)
row = row + 1
self.create_grid_label(self.child, "Examples", row, 0, tk.W+tk.N)
meaning = tk.Text(self.child, width=15, height=3)
meaning.grid(row=row, column=1)
self.entry_fields.append(meaning)
self.create_grid_button(self.child, "Add entry",
self.add_entry_button_click, row + 1, 1)
def add_entry_button_click(self):
word_hash = {}
word_hash["Entry"] = self.new_word.get()
for index, field in enumerate(self.fields[:-1]):
word_hash[field] = self.entry_fields[index].get()
word_hash["Examples"] = self.entry_fields[-1].get("1.0", tk.END)
new_entry = self.class_name(word_hash)
self.dictionary.add_entry(new_entry)
mbox.showinfo("Word successfully added",
"The word {} has been successfully added {}".
format(word_hash["Entry"], 'to the database.'))
self.clear_entry_fields()
def clear_entry_fields(self):
for row in self.child.grid_slaves():
if int(row.grid_info()["row"]) > 0:
row.grid_forget()
def delete_entry_click(self):
child = self.create_window(self, "Delete word", 450, 200)
frame = self.create_frame(child)
self.create_pack_label(frame, "Enter word to delete:", 10)
self.delete_entry, self.entry_content = self.\
create_pack_entry_with_stringvar(frame)
self.create_pack_button(frame, "Go", self.delete_entry_go_click)
def delete_entry_go_click(self):
word_to_delete = self.delete_entry.get()
if not self.dictionary.exists_entry(word_to_delete):
mbox.showerror("Word not found",
"The word {} has not been found.".
format(word_to_delete))
else:
self.dictionary.delete_entry(word_to_delete)
mbox.showinfo("Word successfully deleted",
("The word {} has been successfully deleted"
" from the database.".format(word_to_delete)))
self.entry_content.set("")
def extract_with_meaning_click(self):
child = self.create_window(self, "Extract with meaning", 450, 340)
frame = self.create_frame(child)
self.create_pack_label(frame, "Enter meaning:", 10, 10)
self.meaning_entry, self.entry_content = self.\
create_pack_entry_with_stringvar(frame)
self.create_pack_button(frame, "Go",
self.extract_with_meaning_go_click)
result_frame = self.create_frame(child)
result_label, self.result_content = self.\
create_pack_label_with_stringvar(result_frame)
def extract_with_meaning_go_click(self):
meaning = self.meaning_entry.get()
found_words = self.dictionary.extract_entries_with_meaning(meaning)
if len(found_words) == 0:
mbox.showerror("No words found",
("No words containing the meaning '{}' "
"have been found.".format(meaning)))
self.result_content.set("")
else:
self.result_content.set("\n\n".join(map(str, found_words)))
def edit_entry_click(self):
self.child = self.create_window(self, "Edit entry", 450, 340)
self.create_grid_label(self.child, "Enter word to edit:", 0, 0, tk.W)
self.edit_word_entry, self.entry_content = self.\
create_grid_entry_with_stringvar(self.child, 0, 1, tk.W)
self.create_grid_button(self.child, "Go", self.edit_entry_go_click,
0, 2, tk.W)
def edit_entry_go_click(self):
desired_word = self.edit_word_entry.get()
if not self.dictionary.exists_entry(desired_word):
mbox.showerror("No word found",
"The word '{}' has not been found.".
format(desired_word))
self.entry_content.set("")
else:
self.found_word = self.dictionary.extract_entry(desired_word)
self.fields = self.found_word.__class__.fields()
self.create_grid_label(self.child, "Choose field to edit:", 1, 0,
tk.N+tk.W)
self.fields_to_edit = tk.Listbox(self.child,
height=len(self.fields))
for field in self.fields:
self.fields_to_edit.insert(tk.END, field)
self.fields_to_edit.grid(row=1, column=1, sticky=tk.W)
self.create_grid_button(self.child, "Edit",
self.edit_entry_edit_click, 1, 2, tk.W)
def edit_entry_edit_click(self):
index = self.fields_to_edit.curselection()[0]
self.selected_field = self.fields_to_edit.get(index)
original_field_data = self.found_word.word_hash[self.selected_field]
self.create_grid_label(self.child, "Edit chosen field:",
1 + len(self.fields), 0, tk.W)
self.new_field_data = self.create_grid_entry(self.child,
1 + len(self.fields),
1, tk.W)
self.new_field_data.insert(tk.END, original_field_data)
self.create_grid_button(self.child, "Save changes",
self.edit_entry_save_click,
1 + len(self.fields), 2, tk.W)
def edit_entry_save_click(self):
new_field_data_content = self.new_field_data.get()
self.dictionary.edit_entry(self.found_word.word_hash['Entry'],
self.selected_field, new_field_data_content)
mbox.showinfo("Entry successfully edited",
"Entry {} has been successfully edited".
format(self.found_word.word_hash['Entry']))
self.clear_entry_fields()
def quiz_meaning_click(self):
self.quiz_template_click(['Nouns', 'Adjectives', 'Verbs'], ['Meaning'])
def quiz_nouns_click(self):
self.quiz_template_click(['Nouns'], ['Gender', 'Plural'])
def quiz_verbs_click(self):
self.quiz_template_click(['Verbs'], ['Forms'])
def quiz_template_click(self, parts_of_speech, fields):
self.child = self.create_window(self, "", 450, 340)
self.parts_of_speech = parts_of_speech
self.fields = fields
self.started = False
top_frame = self.create_frame(self.child)
self.create_pack_button(top_frame, "Start", self.start_click, 15, 1)
self.create_pack_button(top_frame, "Finish", self.finish_click, 15, 1)
def start_click(self):
if not self.started:
self.started = True
self.quiz = Quiz(self.database, self.parts_of_speech, self.fields)
self.score_frame = self.create_frame(self.child)
self.score_info, self.score = self.\
create_pack_label_with_stringvar(self.score_frame, 0,
'Score: {}'.
format(self.quiz.score))
self.word_frame = self.create_frame(self.child)
current_entry = self.quiz.current_word.word_hash['Entry']
self.word_label, self.current_word = self.\
create_pack_label_with_stringvar(self.word_frame, 0,
'Current word: {}'.
format(current_entry))
self.create_quiz_field_widgets()
self.go_frame = self.create_frame(self.child)
self.create_pack_button(self.go_frame, 'Check',
self.check_click, 15, 1)
if 'Meaning' in self.quiz.fields_to_be_guessed:
self.hint_frame = self.create_frame(self.child)
self.create_pack_button(self.hint_frame, 'Hint',
self.check_hint, 15, 1)
def create_quiz_field_widgets(self):
self.field_entries = []
self.field_frames = []
for field in self.fields:
new_field_frame = self.create_frame(self.child)
self.field_frames.append(new_field_frame)
self.create_pack_label(new_field_frame, '{}: '.format(field))
new_entry = self.create_pack_entry(new_field_frame)
self.field_entries.append(new_entry)
def finish_click(self):
mbox.showinfo("Quiz finished", "Quiz finished, your score is {}".
format("%.2f" % (self.quiz.score * 100)))
self.started = False
self.score_frame.pack_forget()
self.word_frame.pack_forget()
for field_frame in self.field_frames:
field_frame.pack_forget()
self.go_frame.pack_forget()
def check_click(self):
suggestions = []
for index, field in enumerate(self.fields):
suggestions.append(self.field_entries[index].get())
guess_results = self.quiz.guess(suggestions)
answer_statement = self.quiz.answer_statements(guess_results)
mbox.showinfo("", "{}".format(answer_statement))
if len(self.quiz.words_to_guess) > 0:
self.update_quiz_fields()
else:
self.finish_button_click()
def check_hint(self):
mbox.showinfo("", "{}".format(self.quiz.hint('Meaning')))
def update_quiz_fields(self):
current_entry = self.quiz.current_word.word_hash['Entry']
self.score.set('Score: {}%'.format("%.2f" % (self.quiz.score * 100)))
self.current_word.set('Current word: {}'.format(current_entry))
for field_entry in self.field_entries:
field_entry.delete(0, 'end')
def view_high_scores_click(self):
child = self.create_window(self, "View high scores", 600, 480)
all_high_scores = HighScore.extract_all_high_scores(self.hs_database)
all_high_scores.sort(reverse=True)
if len(all_high_scores) is 0:
mbox.showinfo("", "{}".format(self.quiz.hint('Meaning')))
child.destroy()
else:
for col, field in enumerate(HighScore.high_score_fields()):
self.create_grid_label(child, field, 0, col)
for row, high_score in enumerate(all_high_scores):
for column, field in enumerate(high_score):
self.create_grid_label(child, field, row + 2, column)
def toggle_trie_click(self):
self.dictionary.toggle_trie()
if self.dictionary.trie_on:
mbox.showinfo("", "Trie searching successfully turned on.")
else:
mbox.showinfo("", "Trie searching successfully turned off.")
