def menu(erev, sub = ' ', qz = 0):
if qz == 0:
subs = get_subjects()
if erev == 'Edit':
subs.append('New')
fp.s_txt()
print('Choose which subject you would like to ' + erev.lower() + ':')
erev.capitalize()
print('Type new for new subject.')
fp.s_txt(46)
sub = valid.in_choices(subs)
fp.s_txt()
return sub
else:
quizzes = get_quizzes(sub)
if erev == 'Edit':
quizzes.append('New')
fp.s_txt()
print('Choose which quiz you would like to ' + erev.lower() + ':')
erev.capitalize()
print('Type new for new quiz.')
fp.s_txt(46)
quiz = valid.in_choices(quizzes)
fp.s_txt()
return quiz
def main():
samesub, sameqz = 'n', 'n'
while 1:
erev = edit_study()
if samesub == 'n':
sub = menu(erev)
if sub == 'New':
sub = new_sub()
if sameqz == 'n':
qz = menu(erev, sub, 1)
if qz == 'New':
qz = new_quiz(sub)
if erev == 'Edit':
while 1:
addQuestion(sub, qz, valid.in_choices(['Mc', 'Tf']))
if valid.yes_no('Add another question') == 'n':
break
else:
c, totQs, xwrong, ywrong = ask_q_set(sub, qz)
rev = prnt_score(c, totQs, xwrong, ywrong)
if rev == 'y':
while len(xwrong) > 0 or len(ywrong) > 0:
c, totQs, xwrong, ywrong = ask_q_set(sub, qz, rev, xwrong, ywrong)
rev = prnt_score(c, totQs, xwrong, ywrong)
if rev == 'n':
break
if valid.yes_no('Continue studying') == 'n':
break
else:
samesub = valid.yes_no('Study same subject')
sameqz = valid.yes_no('Study same quiz')
def addAnswer(sub, qz, qType):
if qType == 'Tf':
print('Enter the Answer(T/F)')
with open('subjects\\' + sub + '\\' + qz + '\\tf\\as\\tfas.txt',
'a') as f:
f.write(valid.in_choices(['True', 'False']) + '\n')
f.close()
else:
qNum = fp.lines_in('subjects\\' + sub + '\\' + qz + '\\' + qType +
'\\' + qType.lower() + 'qs')
f = open(
'subjects\\' + sub + '\\' + qz + '\\' + qType + '\\as\\' +
qType.lower() + 'a' + str(qNum) + '.txt', 'w')
for i in range(4):
while 1:
if i == 0:
fp.s_txt()
ans = input('Enter the CORRECT answer:')
fp.s_txt()
else:
fp.s_txt()
ans = input('Enter a FALSE answer:')
fp.s_txt()
if valid.yes_no('Is "' + ans +
'" the answer you want to add') == 'y':
f.write(ans + '\n')
break
f.close()
def menu():
subs = get_subjects()
fp.s_txt()
print('Choose which subject you would like to study:')
fp.s_txt(46)
sub = valid.in_choices(subs)
fp.s_txt()
return sub
def new_menu(sub = ' ', qz = 0, erev = 'review'):
if qz == 0:
subs = get_subjects()
subs.append('New')
fp.s_txt()
print('Choose which subject you would like to ' + erev + ':')
print('Type new for new subject.')
fp.s_txt(46)
sub = valid.in_choices(subs)
fp.s_txt()
return sub
else:
quizzes = get_quizzes(sub)
quizzes.append('New')
fp.s_txt()
print('Choose which quiz you would like to ' + erev + ':')
print('Type new for new quiz.')
fp.s_txt(46)
quiz = valid.in_choices(quizzes)
fp.s_txt()
return quiz
def get_usr_ans(choices):
'''Passes argument choices to func in_choices in the valid module'''
uans = valid.in_choices(choices)
'''Change validated char into proper num for compare'''
if uans == 'A':
uans = 0
elif uans == 'B':
uans = 1
elif uans == 'C':
uans = 2
else:
uans = 3
return uans
def get_usr_ans(qtype):
'''Sets the possible choices(tuple) depending on question type'''
if qtype == 'tfq':
choices = ('A', 'B')
else:
choices = ('A', 'B', 'C', 'D')
'''Calls in_choices() func from valid module'''
'''Pass a list/tuple, ask for input until input is in that list/tuple'''
uans = valid.in_choices(choices)
'''Change validated char into proper num for compare'''
if uans == 'A':
uans = 0
elif uans == 'B':
uans = 1
elif uans == 'C':
uans = 2
else:
uans = 3
return uans
def menu():
subs = get_subjects()
print('Choose which subject you would like to study:')
sub = valid.in_choices(subs, 'Subjects: ')
return sub
def edit_study():
fp.s_txt()
if valid.in_choices(['Study', 'Edit']) == 'Study':
return 'Study'
else:
return 'Edit'