def catalog(request):
"""function catalog This function handles the view for the catalog page of the application.
Args:
request (HTTPRequest): A http request object created automatically by Django.
Returns:
HttpResponse: A generated http response object to the request depending on whether or not
the user is authenticated.
"""
# get all lesson sets, display
if request.method == 'POST':
print("Attempting to open the lesson: ", request.POST)
if user_auth(request):
# search for lesson set
if lesson_set_auth(request):
print(request)
return redirect("/tutor/tutor")
else:
print("lesson set auth returned false")
return redirect("accounts:profile")
else:
return redirect("/accounts/settings")
else:
return render(request, "tutor/catalog.html",
{'LessonSet': MainSet.objects.all()})
def edit_assignment(request):
"""function educator This function handles the POST request for editing/deleting an assignment
Args:
request (HTTPRequest): A http request object created automatically by Django.
Returns:
HttpResponse: A generated http response object to the request.
"""
if request.method != 'POST':
return redirect("/educator/")
# Get assignment
try:
assignment_id = request.POST.get('assignment_id', -1)
assignment = Assignment.objects.get(id=assignment_id)
except Assignment.DoesNotExist:
# Assignment doesn't exist!
return redirect('/educator/')
# Is user valid?
if user_auth(request):
# Case 1: User is valid
user_info = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
# Does user instruct the class?
if user_auth_inst(user_info, assignment.class_key):
# Case 1a: User is educator of class
# Handle assignment edit
delete = request.POST.get('delete_assignment', False)
end_date = request.POST.get('end_date', None)
# Basically a do: while(False) loop
while True:
if delete is not False:
# Delete the assignment
assignment.delete()
break
if end_date is None:
request.session['error'] = "You must supply a due date!"
break
end_date = date.fromisoformat(end_date)
if end_date < assignment.start_date:
request.session[
'error'] = "Assignment must open before it closes!"
break
assignment.end_date = end_date
assignment.save()
break
return redirect(
reverse('educator:class-view', args=[assignment.class_key_id]))
else:
# Case 1b: User doesn't teach class
return redirect("/educator/")
else:
# Case 2: User doesn't exist in table
return redirect("/accounts/settings")
def completed(request, index):
"""function previous This function handles retrieving the prev lesson.
Args:
request (HTTPRequest): A http request object created automatically by Django.
index (int): The index of the lesson to retrieve
Returns:
HttpResponse: A generated http response object to the request depending on whether or not
the user is authenticated.
"""
if request.method == 'GET':
if user_auth(request):
current_user = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
if not_complete(request):
main_set = MainSet.objects.filter(
set_name=current_user.current_main_set)[0]
item = main_set.lessons.all()[0]
for count, item in enumerate(main_set.lessons.all()):
if count == index:
break
current_lesson = Lesson.objects.get(lesson_title=item.first_in_set)
set_len = len(current_user.current_main_set.lessons.all())
print("set len: ", set_len)
num_done = finished_lesson_count(current_user)
# create an ordered set
ordered_set = current_user.current_main_set.lessons.all()
count2 = 0
for count2, item in enumerate(
current_user.current_main_set.lessons.all()):
if item == current_user.current_lesson_set:
break
if index <= count2:
lesson_info = get_log_data(current_user, index)
print("lesson info: ", index)
return render(
request, "tutor/tutor.html", {
'lesson': current_lesson,
'lesson_code': lesson_info[0],
'concept': current_lesson.lesson_concept.all(),
'referenceSet': current_lesson.reference_set.all(),
'currLessonNum': current_user.current_lesson_index,
'setLength': set_len,
'finished_count': num_done,
'orderedSet': ordered_set,
'mood': lesson_info[1],
'past': lesson_info[2],
'completedLessonNum': count2,
'review': current_lesson.correct_feedback,
'index': index
})
return redirect("tutor:tutor")
return redirect("accounts:profile")
def advance_parsons_lesson(request, assignmentID):
if request.method == 'GET':
if user_auth(request):
current_user = UserInformation.objects.get(user=User.objects.get(email=request.user.email))
assignment = Assignment.objects.get(id=assignmentID)
assignment.advance_user(current_user.id)
return HttpResponse(status = 204)
def educator(request):
"""function educator This function handles the view for the educator page of the application.
Args:
request (HTTPRequest): A http request object created automatically by Django.
Returns:
HttpResponse: A generated http response object to the request.
"""
# Is user valid?
if user_auth(request):
current_user = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
# Case 1: User is valid
# Is user educator?
if user_is_educator(current_user):
# Case 1a: User is educator
if request.method == 'POST':
# Handle new class creation
class_name = request.POST.get('class-name', None)
if class_name is not None:
# Get unique join code
join_code = random.randrange(100000, 999999, 1)
while True:
try:
Class.objects.get(join_code=join_code)
join_code = random.randrange(100000, 999999, 1)
except Class.DoesNotExist:
break
new_class = Class(class_name=class_name,
join_code=join_code)
new_class.save()
new_relation = ClassMembership(
user_id=current_user.id,
class_taking_id=new_class.id,
is_educator=True)
new_relation.save()
messages.info(
request, "Successfully created " + class_name +
". Students can input the code '" + str(join_code) +
"' to join it.")
return redirect("/educator")
# Return class view
return render(request, "educator/educator.html",
{'classes': get_classes_taught(current_user)})
else:
# Case 1b: User doesn't exist in table
return redirect("/accounts/settings")
else:
# Case 2: User not valid. Go to login
return redirect("/accounts/settings")
def edit_class(request):
"""function educator This function handles the POST request for renaming/deleting a class
Args:
request (HTTPRequest): A http request object created automatically by Django.
Returns:
HttpResponse: A generated http response object to the request.
"""
if request.method != 'POST':
return redirect("/educator/")
# Get class
try:
class_id = request.POST.get('class_id', -1)
class_to_edit = Class.objects.get(id=class_id)
except Class.DoesNotExist:
# Class doesn't exist!
return redirect('/educator/')
# Is user valid?
if user_auth(request):
# Case 1: User is valid
user_info = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
# Does user instruct the class?
if user_auth_inst(user_info, class_id):
# Case 1a: User is educator of class
# Handle class edit
delete = request.POST.get('delete_class', False)
new_name = request.POST.get('new_name', None)
# Basically a do: while(False) loop
while True:
if delete is not False:
# Delete the class
class_to_edit.delete()
break
if new_name is None:
request.session['error'] = "You must supply a class name!"
break
class_to_edit.class_name = new_name
class_to_edit.save()
break
return redirect(reverse('educator:main-view'))
else:
# Case 1b: User doesn't teach class
return redirect("/educator/")
else:
# Case 2: User doesn't exist in table
return redirect("/accounts/settings")
def grader(request):
"""function grader This function handles checking code sent by the JS.
Args:
request (HTTPRequest): A http request object created automatically by Django.
Returns:
JsonResponse: A JSON response informing the browser of the results and the user's current state
"""
# Case 1: We have received a POST request submitting code (needs a lot of work)
if request.method == 'POST':
# Case 1a: if the user exists
if user_auth(request):
data = json.loads(request.body.decode('utf-8'))
current_user = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
assignment = Assignment.objects.get(id=data['assignment'])
current_lesson_set, _, current_lesson, _, is_alternate = assignment.get_user_lesson(
current_user.id)
# Get submitted answer. No 'Confirm', no spaces, each ends with a semicolon
submitted_answer = re.findall("Confirm [^;]*;|ensures [^;]*;",
data['code'])
submitted_answer = ''.join(submitted_answer)
status, lines, vcs, completion_time = asyncio.run(
send_to_verifier(data['code']))
# Log data
log_data(current_user, assignment, current_lesson_set,
current_lesson, is_alternate, data, status, vcs,
completion_time)
if status == "success":
# Update assignment progress
# Can use return value from advance_user to communicate to browser that assignment is completed
assignment.advance_user(current_user.id)
return JsonResponse(
browser_response(current_lesson, assignment, current_user,
submitted_answer, status, lines, True,
False))
else:
# Activate alternate if needed
changed = assignment.alternate_check(current_user.id,
data['code'])
return JsonResponse(
browser_response(current_lesson, assignment, current_user,
submitted_answer, status, lines, changed,
changed))
return redirect("accounts:profile")
def assignment_auth(request, assignment_id=None):
"""function lesson_auth This function handles the auth logic for whether a student can take an assignment
Args:
request (HTTPRequest): A http request object created automatically by Django.
assignment_id: An optional ID that can be input to check GET requests
Returns:
Boolean: A boolean to signal if the student is able to go into the assignment
"""
if tutor_helper.user_auth(request):
if assignment_id is None:
assignment_id = request.POST.get("assignment_id")
# Do we have the assignment in the DB?
if Assignment.objects.filter(id=assignment_id).exists():
print("HIT")
assignment = Assignment.objects.get(id=assignment_id)
current_user = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
# Is the user already taking this assignment?
if AssignmentProgress.objects.filter(
assignment_key=assignment,
user_info_key=current_user).exists():
print("old assignment")
# Check that assignment hasn't been completed already
current_lesson_set, _, current_lesson, _, _ = assignment.get_user_lesson(
current_user.id)
if current_lesson_set is None or current_lesson is None:
print("Already completed!")
return False
return True
else:
# Is the user in the class for this assignment?
if ClassMembership.objects.filter(
user=current_user,
class_taking=assignment.class_key).exists():
progress = AssignmentProgress(user_info_key=current_user,
assignment_key=assignment)
progress.save()
print("starting new assignment")
return True
print("User not in the class for this assignment!")
else:
print("Assignment doesn't exist!")
else:
print("Bad user!")
return False
def classes(request):
"""function classes This function handles the view for the classes page of the application.
Args:
request (HTTPRequest): A http request object created automatically by Django.
Returns:
HttpResponse: A generated http response object to the request depending on whether or not
the user is authenticated.
"""
if user_auth(request):
current_user = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
if request.method == 'POST':
# Handle class join
class_code = request.POST.get('class-code', None)
if class_code is not None:
try:
class_to_join = Class.objects.get(join_code=class_code)
except Class.DoesNotExist:
class_to_join = None
if class_to_join is not None:
if ClassMembership.objects.filter(
user_id=current_user.id,
class_taking_id=class_to_join.id).exists():
messages.error(
request,
"You are already in " + str(class_to_join) + "!")
else:
new_relation = ClassMembership(
user_id=current_user.id,
class_taking_id=class_to_join.id,
is_educator=False)
new_relation.save()
messages.info(
request,
"Successfully added you to " + str(class_to_join))
else:
messages.error(request, "Sorry, class code invalid!")
else:
messages.error(request, "Sorry, class code invalid!")
return redirect("/tutor/classes")
return render(request, "tutor/classes.html",
{'classes': get_classes(current_user)})
else:
return redirect("/accounts/settings")
def class_view(request, classID):
"""function class_view This function handles the view for the class page of the application.
Args:
request (HTTPRequest): A http request object created automatically by Django.
classID (int): The ID of the class that's being viewed
Returns:
HttpResponse: A generated http response object to the request depending on whether or not
the user is authenticated.
"""
if user_auth(request):
if user_in_class_auth(
UserInformation.objects.get(user=User.objects.get(
email=request.user.email)), classID):
class_to_show = Class.objects.get(id=classID)
return render(request, "tutor/assignments_student.html",
{'class': class_to_show})
else:
return redirect("/tutor/classes")
else:
return redirect("/accounts/settings")
def completed(request, index):
"""function previous This function handles retrieving the prev lesson.
Args:
request (HTTPRequest): A http request object created automatically by Django.
index (int): The index of the lesson to retrieve
Returns:
HttpResponse: A generated http response object to the request depending on whether or not
the user is authenticated.
"""
if request.method == 'GET':
if user_auth(request):
current_user = UserInformation.objects.get(user=User.objects.get(email=request.user.email))
if not not_complete(request):
current_set = current_user.completed_sets.lessons.all()
else:
current_set = current_user.current_lesson_set.lessons.all()
current_lesson = Lesson.objects.get(lesson_index=index)
set_len = current_set.filter(is_alternate=False).count()
print(set_len)
num_done = finished_lesson_count(current_user)
if index <= current_user.completed_lesson_index:
lesson_info = get_log_data(current_user, index)
print("lesson info: ", index)
return render(request, "tutor/tutor.html",
{'lesson': current_lesson,
'lesson_code': lesson_info[0],
'concept': current_lesson.lesson_concept.all(),
'referenceSet': current_lesson.reference_set.all(),
'currLessonNum': current_user.current_lesson_index,
'setLength': set_len,
'finished_count': num_done,
'currSet': current_set,
'mood': lesson_info[1],
'past': lesson_info[2],
'completedLessonNum': current_user.completed_lesson_index,
'review': current_lesson.correct_feedback})
return redirect("tutor:tutor")
return redirect("accounts:profile")
def tutor(request):
"""function tutor This function handles the view for the tutor page of the application.
Args:
request (HTTPRequest): A http request object created automatically by Django.
Returns:
HttpResponse: A generated http response object to the request depending on whether or not
the user is authenticated.
"""
print(request)
# Case 1: We have received a POST request submitting code (needs a lot of work)
if request.method == 'POST':
# Case 1a: if the user exists
if user_auth(request):
# submitted_json = json.loads(request.body.decode('utf-8'))
# if success, return next lesson
# if fail, do something
# Case 1aa: if the user has not completed set
current_user = UserInformation.objects.get(user=User.objects.get(email=request.user.email))
print(current_user.current_lesson_name)
current_lesson = Lesson.objects.get(lesson_name=current_user.current_lesson_name)
print('current_lesson: ', current_lesson)
submitted_answer = reverse_mutate(json.loads(request.body.decode('utf-8'))['answer'].replace(" ", ""), get_inv_key())
print('submitted answer: ' + submitted_answer)
#Need to include submitted_answer in log data because it has the original variables
log_data(request, submitted_answer)
status = json.loads(request.body.decode('utf-8'))['status']
print("status: ", status)
if status == "success":
current_user.completed_lesson_index = current_lesson.lesson_index
if Lesson.objects.filter(lesson_name=current_lesson.correct).exists():
current_user.current_lesson_index = Lesson.objects.get(
lesson_name=current_lesson.correct).lesson_index
else:
print("Lesson does not exist")
print("completed index: ", current_user.completed_lesson_index)
print("current index: ", current_user.current_lesson_index)
if Lesson.objects.filter(lesson_index=current_user.current_lesson_index).exists():
curr_lesson = Lesson.objects.get(lesson_index=current_user.current_lesson_index)
print('curr_lesson: ', current_lesson)
current_user.current_lesson_name = curr_lesson.lesson_name
current_user.save()
if current_user.completed_lesson_index == current_user.current_lesson_index:
current_user.completed_sets = current_user.current_lesson_set
current_user.current_lesson_set = None
current_user.save()
print("in done: ", current_user.current_lesson_set)
# print(feedback['type'])
# goto = alternate_lesson_check(current_lesson, feedback['type'])
# feedback.update({'newLessonIndex': str(Lesson.objects.get(lesson_name=goto.lesson_name).lesson_index)})
# feedback.update({'newLessonCode': Lesson.objects.get(lesson_name=goto.lesson_name).code.lesson_code})
# feedback.update({'newLessonEx': Lesson.objects.get(lesson_name=goto.lesson_name).reason.reasoning_type})
return JsonResponse(check_feedback(current_lesson, submitted_answer, status))
# Case 2: We have received a GET request requesting code
elif request.method == 'GET':
# Ensure user exists
# Case 2a: if the user exists
print(not_complete(request))
if user_auth(request) and not_complete(request):
# Case 2aa: if the user has a current set
current_user = UserInformation.objects.get(user=User.objects.get(email=request.user.email))
current_set = current_user.current_lesson_set.lessons.all()
set_len = current_set.filter(is_alternate=False).count()
print(set_len)
num_done = finished_lesson_count(current_user)
# Case 2aaa: if the current set has a lesson of index that the user is on, set to current lesson
if Lesson.objects.filter(lesson_index=current_user.current_lesson_index).exists():
current_lesson = Lesson.objects.get(lesson_index=current_user.current_lesson_index)
# check if mutatable then mutate:
code_after_mutate = can_mutate(request)
if current_lesson.reason.reasoning_type == 'MC' or current_lesson.reason.reasoning_type == 'Both':
return render(request, "tutor/tutor.html",
{'lesson': current_lesson,
'lesson_code': code_after_mutate,
'concept': current_lesson.lesson_concept.all(),
'referenceSet': current_lesson.reference_set.all(),
'reason': current_lesson.reason.reasoning_question,
'mc_set': current_lesson.reason.mc_set.all(),
'currLessonNum': current_user.current_lesson_index,
'completedLessonNum': current_user.completed_lesson_index,
'setLength': set_len,
'finished_count': num_done,
'currSet': current_set,
'mood': current_user.mood,
'review': 'none',
'screen_record': current_lesson.screen_record,
'audio_record': current_lesson.audio_record,
'audio_transcribe': current_lesson.audio_transcribe,
'user_email': request.user.email})
# Case 2aaab: if question is of type Text
elif current_lesson.reason.reasoning_type == 'Text':
return render(request, "tutor/tutor.html",
{'lesson': current_lesson,
'lesson_code': code_after_mutate,
'concept': current_lesson.lesson_concept.all(),
'referenceSet': current_lesson.reference_set.all(),
'reason': current_lesson.reason.reasoning_question,
'currLessonNum': current_user.current_lesson_index,
'completedLessonNum': current_user.completed_lesson_index,
'setLength': set_len,
'finished_count': num_done,
'currSet': current_set,
'mood': current_user.mood,
'review': 'none',
'screen_record': current_lesson.screen_record,
'audio_record': current_lesson.audio_record,
'audio_transcribe': current_lesson.audio_transcribe,
'user_email': request.user.email})
# Case 2aaac: if question is of type none
return render(request, "tutor/tutor.html",
{'lesson': current_lesson,
'lesson_code': code_after_mutate,
'concept': current_lesson.lesson_concept.all(),
'referenceSet': current_lesson.reference_set.all(),
'currLessonNum': current_user.current_lesson_index,
'completedLessonNum': current_user.completed_lesson_index,
'setLength': set_len,
'finished_count': num_done,
'currSet': current_set,
'mood': current_user.mood,
'review': 'none',
'screen_record': current_lesson.screen_record,
'audio_record': current_lesson.audio_record,
'audio_transcribe': current_lesson.audio_transcribe,
'user_email': request.user.email})
return redirect("accounts:profile")
def class_view_educator(request, classID):
"""function educator This function handles the view for the educator page of the application.
Args:
request (HTTPRequest): A http request object created automatically by Django.
classID (int): ID of the class requested
Returns:
HttpResponse: A generated http response object to the request.
"""
# Is user valid?
if user_auth(request):
# Case 1: User is valid
user_info = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
# Does user instruct the class?
if user_auth_inst(user_info, classID):
# Case 1a: User is educator of class
if request.method == 'POST':
# Handle assignment creation
main_set = request.POST.get('main_set', None)
start_date = date.fromisoformat(
request.POST.get('start_date',
date.today().isoformat()))
end_date = request.POST.get('end_date', None)
# Basically a do: while(False) loop
while True:
if main_set is None:
messages.error(request, "You must select a main set!")
break
if end_date is None:
messages.error(request, "You must supply a due date!")
break
end_date = date.fromisoformat(end_date)
if end_date < start_date:
messages.error(
request, "Assignment must open before it closes!")
break
new_assignment = Assignment(class_key_id=classID,
main_set_id=main_set,
start_date=start_date,
end_date=end_date)
new_assignment.save()
return redirect(
reverse('educator:class-view', args=[classID]))
# Error carried from POST endpoints
if 'error' in request.session:
error = request.session['error']
del request.session['error']
messages.error(request, error)
return render(
request, "educator/assignments_educator.html", {
'class': Class.objects.get(id=classID),
'main_sets': MainSet.objects.filter(show=True),
'today': date.today().isoformat()
})
else:
# Case 1b: User doesn't teach class
return redirect("/educator/")
else:
# Case 2: User doesn't exist in table
return redirect("/accounts/settings")
def promote_student(request):
"""function educator This function handles the POST request for making a student an educator
Args:
request (HTTPRequest): A http request object created automatically by Django.
Returns:
HttpResponse: A generated http response object to the request.
"""
if request.method != 'POST':
return redirect("/educator/")
# Get class
try:
class_id = request.POST.get('class_id', -1)
Class.objects.get(id=class_id)
except Class.DoesNotExist:
# Class doesn't exist!
return redirect('/educator/')
# Is user valid?
if user_auth(request):
# Case 1: User is valid
user_info = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
# Does user instruct the class?
if user_auth_inst(user_info, class_id):
# Case 1a: User is educator of class
# Handle promotion
student_id = request.POST.get('student_id', None)
# Basically a do: while(False) loop
while True:
if student_id is None:
request.session['error'] = "Server error. Try again?"
break
try:
membership = ClassMembership.objects.get(
user_id=student_id, class_taking_id=class_id)
except ClassMembership.DoesNotExist:
request.session['error'] = "Server error. Try again?"
break
try:
account = UserInformation.objects.get(id=student_id)
except UserInformation.DoesNotExist:
request.session['error'] = "Server error. Try again?"
break
account.user_educator = True
membership.is_educator = True
account.save()
membership.save()
break
return redirect(reverse('educator:members', args=[class_id]))
else:
# Case 1b: User doesn't teach class
return redirect("/educator/")
else:
# Case 2: User doesn't exist in table
return redirect("/accounts/settings")
def tutor(request):
"""function tutor This function handles the view for the tutor page of the application.
Args:
request (HTTPRequest): A http request object created automatically by Django.
Returns:
HttpResponse: A generated http response object to the request depending on whether or not
the user is authenticated.
"""
print(request)
# Case 1: We have received a POST request submitting code (needs a lot of work)
if request.method == 'POST':
# Case 1a: if the user exists
if user_auth(request):
# submitted_json = json.loads(request.body.decode('utf-8'))
# if success, return next lesson
# if fail, do something
# Case 1aa: if the user has not completed set
current_user = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
current_lesson = Lesson.objects.get(
lesson_name=current_user.current_lesson_name)
status = json.loads(request.body.decode('utf-8'))['status']
print("status: ", status)
submitted_answer = json.loads(
request.body.decode('utf-8'))['answer'].replace(" ", "")
submitted_answer = reverse_mutate(submitted_answer)
log_data(request)
unlock_next = False
if status == "success":
log_lesson(request)
main_set = MainSet.objects.filter(
set_name=current_user.current_main_set)[0]
print(main_set)
# if they are correct in a alt lesson, find correct to send to
print("current_lesson.is_alternate: ",
current_lesson.is_alternate,
" current_user.current_lesson_index: ",
current_user.current_lesson_index)
if current_lesson.is_alternate and current_user.current_lesson_index != 0:
print(current_lesson.correct, "%%%%%%%%%%")
current_user.current_lesson_name = Lesson.objects.get(
lesson_name=current_lesson.correct).lesson_name
index = 0
current_set = Lesson.objects.get(
lesson_name=current_user.current_lesson_name)
print("CURRENT LESSON NAME: ", current_set, " ***** ",
current_user.current_lesson_set.lessons.all())
if current_set in current_user.current_lesson_set.lessons.all(
):
print("PRINT LESSONS: ",
current_user.current_lesson_set.lessons.all())
#if current_user.current_lesson_name in current_user.current_lesson_set.lessons.all():
for index, item in enumerate(
current_user.current_lesson_set.lessons.all()):
print(index, "&&&&&&&&&", item.lesson_name)
if item.lesson_name == current_lesson.correct:
break
current_user.current_lesson_index = index
else:
for index, item in enumerate(main_set.lessons.all()):
if item == current_user.current_lesson_set:
break
next_set = LessonSet.objects.get(
set_name=main_set.lessons.all()[index + 1])
print("***************** ", next_set)
current_user.current_lesson_set = next_set
current_user.current_lesson_name = next_set.first_in_set.lesson_name
current_user.current_lesson_index = 0
current_user.save()
unlock_next = True
return JsonResponse(
check_feedback(current_lesson, submitted_answer,
status, unlock_next))
# find the index of the next lesson set by enumerating query set of all sets
for index, item in enumerate(main_set.lessons.all()):
if item == current_user.current_lesson_set:
break
# return if last set to go through
print("|||||||", index, "|||||||", len(main_set.lessons.all()))
if index + 1 >= len(main_set.lessons.all()):
current_user.completed_sets.add(
current_user.current_main_set)
current_user.current_lesson_set = None
current_user.current_main_set = None
current_user.save()
unlock_next = True
print("in done: ", current_user.current_lesson_set)
return JsonResponse(
check_feedback(current_lesson, submitted_answer,
status, unlock_next))
# return render(request, "accounts:profile")
next_set = LessonSet.objects.get(
set_name=main_set.lessons.all()[index + 1])
current_user.current_lesson_set = next_set
current_user.current_lesson_name = next_set.first_in_set.lesson_name
current_user.save()
# if a user is not successful and there are alternates available
print(current_lesson.sub_lessons_available, "%%%%%%%%%%")
if status != "success" and current_lesson.sub_lessons_available:
lesson_type = check_type(current_lesson, submitted_answer,
status)
alt_lesson = alternate_lesson_check(
current_lesson,
lesson_type) # how to set this and render new page
# check if we changed to an alternate
if Lesson.objects.get(
lesson_title=alt_lesson
).lesson_name != current_user.current_lesson_name:
unlock_next = True
current_user.current_lesson_name = Lesson.objects.get(
lesson_title=alt_lesson).lesson_name
for index, item in enumerate(
current_user.current_lesson_set.lessons.all()):
if item == alt_lesson:
break
current_user.current_lesson_index = index
current_user.save()
print("******* ", alt_lesson, " ", index)
return JsonResponse(
check_feedback(current_lesson, submitted_answer, status,
unlock_next))
# Case 2: We have received a GET request requesting code
elif request.method == 'GET':
# Ensure user exists
# Case 2a: if the user exists
print("in the get")
if user_auth(request) and not_complete(request):
# Case 2aa: if the user has a current set
current_user = UserInformation.objects.get(user=User.objects.get(
email=request.user.email))
current_set = current_user.current_lesson_set.lessons.all()
set_len = len(current_user.current_main_set.lessons.all())
print(set_len)
num_done = finished_lesson_count(current_user)
print("===============", num_done)
# Case 2aaa: if the current set has a lesson of index that the user is on, set to current lesson
if Lesson.objects.filter(lesson_title=current_set[
current_user.current_lesson_index]).exists():
current_lesson = Lesson.objects.get(lesson_title=current_set[
current_user.current_lesson_index])
print("in if 1 - Current lesson: ", current_lesson)
# Just as we are altering the code here with mutate, this will pull the previous answer
# to put in place for sub lessons. What identifiers do we need?
current_lesson.code.lesson_code = can_mutate(current_lesson)
current_lesson.code.lesson_code = replace_previous(
current_user, current_lesson.code.lesson_code,
current_lesson.is_alternate)
# create an ordered set
index = 0
for index, item in enumerate(
current_user.current_main_set.lessons.all()):
if item == current_user.current_lesson_set:
break
if current_lesson.reason.reasoning_type == 'MC' or current_lesson.reason.reasoning_type == 'Both':
return render(
request, "tutor/tutor.html", {
'lesson':
current_lesson,
'lesson_code':
current_lesson.code.lesson_code,
'concept':
current_lesson.lesson_concept.all(),
'referenceSet':
current_lesson.reference_set.all(),
'reason':
current_lesson.reason.reasoning_question,
'mc_set':
current_lesson.reason.mc_set.all(),
'currLessonNum':
current_user.current_lesson_index,
'completedLessonNum':
current_user.completed_lesson_index,
'setLength':
set_len,
'finished_count':
num_done,
'orderedSet':
current_user.current_main_set.lessons.all(),
'mood':
current_user.mood,
'review':
'none',
'screen_record':
current_lesson.screen_record,
'audio_record':
current_lesson.audio_record,
'audio_transcribe':
current_lesson.audio_transcribe,
'user_email':
request.user.email,
'index':
index
})
# Case 2aaab: if question is of type Text
elif current_lesson.reason.reasoning_type == 'Text':
return render(
request, "tutor/tutor.html", {
'lesson':
current_lesson,
'lesson_code':
current_lesson.code.lesson_code,
'concept':
current_lesson.lesson_concept.all(),
'referenceSet':
current_lesson.reference_set.all(),
'reason':
current_lesson.reason.reasoning_question,
'currLessonNum':
current_user.current_lesson_index,
'completedLessonNum':
current_user.completed_lesson_index,
'setLength':
set_len,
'finished_count':
num_done,
'orderedSet':
current_user.current_main_set.lessons.all(),
'mood':
current_user.mood,
'review':
'none',
'screen_record':
current_lesson.screen_record,
'audio_record':
current_lesson.audio_record,
'audio_transcribe':
current_lesson.audio_transcribe,
'user_email':
request.user.email,
'index':
index
})
# Case 2aaac: if question is of type none
return render(
request, "tutor/tutor.html", {
'lesson': current_lesson,
'lesson_code': current_lesson.code.lesson_code,
'concept': current_lesson.lesson_concept.all(),
'referenceSet': current_lesson.reference_set.all(),
'currLessonNum': current_user.current_lesson_index,
'completedLessonNum':
current_user.completed_lesson_index,
'setLength': set_len,
'finished_count': num_done,
'orderedSet':
current_user.current_main_set.lessons.all(),
'mood': current_user.mood,
'review': 'none',
'screen_record': current_lesson.screen_record,
'audio_record': current_lesson.audio_record,
'audio_transcribe': current_lesson.audio_transcribe,
'user_email': request.user.email,
'index': index
})
return redirect("accounts:profile")