def session(file):
print('\nWelcome to Vocabulary Expander!\n'
'\nWhich mod do you prefer?\n'
'Just write one of the given names:\n'
'Smart / Simple\n'
'To exit print 0.')
mod = input()
mod = mod.capitalize()
while mod != 'Simple' and mod != 'Smart':
if mod == '0':
program_exit()
print('Wrong value. Try again. To exit print 0.')
mod = input()
mod = mod.capitalize()
expander = Expander(file, mod)
print('\nWhat number of words would you like to learn for each iteration?'
'\nTo exit print value 0 or less.')
w_num = int(input())
if w_num <= 0:
program_exit()
expander.teaching(w_num)
def teaching(self, w_num=5):
while w_num > len(self.dict):
print(
'Number of words, that you prefer to learn for each iteration, is larger than size of the '
'dictionary (' + str(len(self.dict)) +
').\nPlease, input another value.\n'
'To exit print 0 or less.')
w_num = int(input())
if w_num <= 0:
program_exit()
init = True
cont = 'y'
while True:
if not init:
print(
'Press "y" to continue. Other to not ("n", for example). Press 0 to exit.'
)
cont = input()
else:
init = False
if cont == 'y':
self.memorizing(w_num)
self.testing(w_num)
elif cont == '0':
program_exit()
else:
break
def __test3(self, w_num, results):
print('\nTest 3: Translate native word.')
not_used = [i for i in range(w_num)]
shuffle(not_used)
for cur in not_used:
answers = [
self.dict[randint(0,
len(self.dict) - 1)][0] for i in range(5)
]
right_answer = self.dict[cur][0]
if self.dict[cur][0] not in answers:
answers[randint(0, len(answers) - 1)] = right_answer
while True:
print(
'\nPrint the translation. To pass this word print "p". (to exit print 0)'
)
print('\n___', '; '.join(self.dict[cur][1]), '___\n')
your_answer = input()
if your_answer == 'p':
results[cur] = False
break
if your_answer == '0':
program_exit()
if your_answer == right_answer:
print('Correct!')
break
else:
print('Incorrect :-(')
print('Try again.')
results[cur] = False
def memorizing(self, w_num):
i = 0
while i < w_num:
print('\n___', self.dict[i][0], '___\n')
for word in self.dict[i][1]:
print(word)
while True:
print(
'\nPrint "+" or "-" to go back or to go on respectively. Print "0" to exit.'
)
a = input()
if a == '+':
i += 1
break
if a == '-':
i -= 1
if i == -1:
i = 0
print('Sorry, returning is not possible.')
break
if a == '0':
program_exit()
print('Try again.')
def dict_init(self, is_first=True):
print('\nReading', self.file.name + '…')
for line in self.file.readlines():
# Program is matching strings of dictionary file with the sample given by regular expression
# needed for dictionary building
info = re.match(
r'^(?P<word>[\w \(\)\.,\-]*) -- (?P<transl>[\w; \(\)\.,\-*|\?]+[^0-9 /,])'
r' */*/* *(?P<rep>\d+)*,* *(?P<last_time>\d+)*$', line.strip())
# Sample is like this:
# $<some_word or expression> -- <translation><not necessary>
# <translation> sample: {word_or_expression_1; word_or_expression_2; ...; word_or_expression_n}
# <not necessary>: { // <number of rehearsals>, <date of the latest rehearsal>}
# Now we have to build a list including all this information
left = right = 0
translation = []
for i in range(
len(info.group('transl'))
): # We must split up full translation into single words
if info.group('transl')[i] == ';':
right = i
translation.append(
info.group('transl')[left:right].strip())
left = right + 1
if right != len(info.group('transl')) - 1:
translation.append(info.group('transl')[left:].strip())
# Now we are building self.dict with order: [word, [translations], number_of_rehearsals, latest_date]
self.dict.append([
info.group('word'), translation,
int(info.group('rep')) if info.group('rep') is not None else 0,
int(info.group('last_time'))
if info.group('last_time') is not None else 0
])
# print(info.group('word'), translation, info.group('rep'), info.group('last_time'), sep='\n')
if len(self.dict) == 0:
print(
'Reading did not completed. Error occurred: Dictionary is empty\n'
'Please, print the location of the appropriate dictionary file.\n'
'To exit print 0.')
file = input()
if file == '0':
program_exit()
self.file = open(file, 'r', encoding='utf8')
self.dict_init(False)
if is_first:
print('Reading completed. Errors did not occurred.')
def __test1(self, w_num, results):
print('\nTest 1: Choose appropriate translation of the foreign word.')
not_used = [i for i in range(w_num)]
shuffle(not_used)
for cur in not_used:
answers = [
'; '.join(self.dict[randint(0,
len(self.dict) - 1)][1])
for i in range(5)
]
right_answer = '; '.join(self.dict[cur][1])
if self.dict[cur][1] not in answers:
answers[randint(0, len(answers) - 1)] = right_answer
print('\nChoose the right answer. (to exit print 0)')
print('\n___', self.dict[cur][0], '___\n')
for i in range(1, len(answers) + 1):
print(str(i) + ':', answers[i - 1])
while True:
your_answer = input()
if your_answer not in [
str(i) for i in range(1,
len(answers) + 1)
]:
if your_answer == '0':
program_exit()
print('Try again. To exit print 0.')
else:
break
your_answer = int(your_answer)
if right_answer == answers[your_answer - 1]:
print('Correct!')
else:
print('Incorrect:(')
print('Correct:', right_answer)
results[cur] = False