def conjugate(self, word):
if type(word) is str:
query = f"SELECT tense_id FROM tenses WHERE tense = \'{word}\'"
tense_id = command(query, '', '')[0][0]
else:
tense_id = word
return self.conjugation[tense_id](self.inf)
def present(verb):
query = "SELECT present1,present2,present3,present4,present5,present6,is_reflective FROM verbs WHERE inf = (%s)"
data = (verb, )
conjugated_verb = command(query, data, '')[0]
sp = load_pronouns()
conj_list = []
sp_col = 2
if conjugated_verb[6]:
for i in range(0, 8):
sp[i] = list(sp[i])
sp[i][4] = sp[i][2] + ' ' + sp[i][4]
sp[i][5] = sp[i][2] + ' ' + sp[i][5]
if vowel(verb):
sp_col = 5
else:
sp_col = 4
for i in range(0, 6):
if i == 0:
if vowel(verb) and not conjugated_verb[6]:
conj_list.append('j\'' + conjugated_verb[i])
else:
conj_list.append(sp[i][sp_col] + ' ' + conjugated_verb[i])
if i == 1:
conj_list.append(sp[i][sp_col] + ' ' + conjugated_verb[i])
if i == 2:
conj_list.append(sp[i + randint(0, 1)][sp_col] + ' ' +
conjugated_verb[i])
if 2 < i < 5:
conj_list.append(sp[i + 1][sp_col] + ' ' + conjugated_verb[i])
if i == 5:
conj_list.append(sp[i + randint(1, 2)][sp_col] + ' ' +
conjugated_verb[i])
if conj_list[i].count(' ') > 1:
conj_list[i] = ''.join(conj_list[i].rsplit(" ", 1))
return conj_list
def date():
query = "SELECT * FROM dates"
dates = command(query, '', '')
score = 0
for i in range(0, 6):
entry = dates[randint(0, len(dates) - 1)]
score = single_answer(entry, 1, 2, 3, score, True)
score_line = f"Score: {score}/5"
result = [score == 5, score_line]
return result
def numbers(number, list):
#form number from 1 - 999
if number < 101:
query = "SELECT num_word FROM numbers WHERE nums = (%s)"
data = (number, )
return command(query, data, '')[0][0]
else:
num_str = str(number)
num_dict = dict(list)
if num_str[0] != 1:
result = num_dict[int(num_str[0])] + ' cents ' + num_dict[int(
num_str[1:])]
result = result.replace(' zéro', '')
else:
result = "cent " + num_dict[int(num_str[1:])]
return result
def number1000():
result = []
score = 0
for _ in range(0, 10):
number = randint(0, 9999999999)
correct_ans = ''
if number < 101:
correct_ans = numbers(number, [])
else:
query = "SELECT nums, num_word FROM numbers"
num_list = command(query, '', '')
num_str = str(number)
str_slices = [
num_str[-1 - i:-4 - i:-1][::-1]
for i in range(0, len(num_str), 3)
]
addition = [' mille', ' million', ' milliard']
for i in range(len(str_slices) - 1, 0, -1):
if int(str_slices[i]) == 0:
continue
correct_ans = correct_ans + " " + numbers(
int(str_slices[i]),
num_list) + addition[i - len(str_slices) + 3]
if int(str_slices[i]) > 1 and addition[i - len(str_slices) +
3] != ' mille':
correct_ans = correct_ans + 's'
correct_ans = correct_ans + " " + numbers(int(str_slices[0]),
num_list)
correct_ans = correct_ans[1:]
if 'un mille' in correct_ans and not 'et un mille' in correct_ans:
correct_ans = correct_ans.replace('un mille', 'mille')
answer = input(f"{number}: ")
if answer == correct_ans:
print("Correct")
score += 1
else:
print("Wrong")
print(f"{number}: {correct_ans}")
score_line = f"Score: {score}/10"
result.append(score == 10)
result.append(score_line)
return result
def country():
num_of_words = int(input("How many words: "))
query = "SELECT * FROM countries"
countries = command(query, '', '')
questions = ['country', 'person(male)', 'person(female)']
score = 0
result = []
for i in range(0, num_of_words):
entry = countries[randint(0, len(countries) - 1)]
answers = [entry[1], entry[2], entry[3]]
correct_ans = dict(zip(questions, answers))
if multiple_answers(entry,
4,
5,
3,
correct_ans,
is_noun=True,
check_plural=True):
score += 1
score_line = f"Score: {score}/{num_of_words}"
result.append(score == num_of_words)
result.append(score_line)
return result
def load_pronouns():
query = f"SELECT * FROM subject_pronouns"
sp_list = list(command(query, '', ''))
return sp_list