def q_ans_build(q, qtype):
if qtype == 'mcq':
ans = fp.get_ctnt('subjects\\python\\mc\\as\\mca' + str(q))
# mca.txt files begin with the answer to the question(on the first line)
correct = ans[0]
'''Remove the correct answer from the list'''
ans.remove(correct)
'''Shuffle the answers in the list'''
random.shuffle(ans)
'''Remove excess false answers from list until there are 3 left'''
while len(ans) > 3:
'''Removes last item in list'''
ans.pop()
'''All of the above MCqs place the ans last in the list'''
if correct == 'All of the above.\n':
ans.append(correct)
cans = 3
else:
'''Normal MCqs randomly insert the correct ans in any spot'''
cans = random.randint(0, 3)
ans.insert(cans, correct)
else:
ans = fp.get_ctnt('subjects\\python\\tf\\as\\tfcs')
# T/F ans file retrieved here. r .read()s file
tfqans = fp.get_ctnt('subjects\\python\\tf\\as\\tfas')
# T/F correct ans chosen by q index here
q -= 1
if tfqans[q] == 'True\n':
cans = 0
else:
cans = 1
return ans, cans
def tf_ans_build(yloc, q):
yansloc = yloc + '\\as\\tf'
choices = ('A', 'B')
# T/F print answers
ans = fp.get_ctnt(yansloc + 'cs')
# T/F ans file retrieved here. r .read()s file
tfqans = fp.get_ctnt(yansloc + 'as')
# T/F correct ans chosen by q index here
q -= 1
if tfqans[q] == 'True\n':
cans = 0
else:
cans = 1
return ans, choices, cans
def tf_ans_build(yloc, q):
yansloc = yloc + '\\as\\tf'
choices = ('A', 'B')
# T/F print answers
ans = fp.get_ctnt(yansloc + 'cs')
# T/F ans file retrieved here. r .read()s file
tfqans = fp.get_ctnt(yansloc + 'as')
# T/F correct ans chosen by q index here
q -= 1
# I DO NOT like how I have to compare this.
# I could not find a way to remove the \n.
if tfqans[q] == 'True\n':
cans = 0
else:
cans = 1
return ans, choices, cans
def mc_ans_build(xloc, q):
xansloc = xloc + '\\as\\mca'
ans = fp.get_ctnt(xansloc + str(q))
choices = ('A', 'B', 'C', 'D')
# mca.txt files begin with the answer to the question(on the first line)
c = ans[0]
random.shuffle(ans)
'''All of the above MCqs place the ans last in the list'''
if c == 'All of the above.\n':
ans.append(c)
cans = 3
else:
for i in range(len(ans)):
if ans[i] == c:
cans = i
return ans, choices, cans
def mc_ans_build(xloc, q):
xansloc = xloc + '\\as\\mca'
ans = fp.get_ctnt(xansloc + str(q))
choices = ('A', 'B', 'C', 'D')
# mca.txt files begin with the answer to the question(on the first line)
c = ans[0]
'''Remove the correct answer from the list'''
ans.remove(c)
'''Shuffle the answers in the list'''
random.shuffle(ans)
'''Remove excess false answers from list until there are 3 left'''
while len(ans) > 3:
'''Removes last item in list'''
ans.pop()
'''All of the above MCqs place the ans last in the list'''
if c == 'All of the above.\n':
ans.append(c)
cans = 3
else:
'''Normal MCqs randomly insert the correct ans in any spot'''
cans = random.randint(0, 3)
ans.insert(cans, c)
return ans, choices, cans