def create_exam(self, name, start, end):
examid = IDGenerator.generate(Entity.Exam)
new_exam = Exam(id=examid,
name=name,
organizer=self.organizer,
start_time=start,
end_time=end)
new_exam.save()
return new_exam
def test_to_find_an_exam_with_all_its_questions(self):
e = Exam()
e.name = "Simple Exam"
e.start_date = datetime.now()
e.save()
q = e.question_set.create()
choice1 = MultipleChoice()
choice1.valid = True
choice1.text = "RED"
q.choice_set.add(choice1)
print(choice1.id)
self.assertIsNotNone(choice1.id)
def update(self, pk):
try:
exam = Exam.objects.get(id=pk)
except Teacher.DoesNotExist:
exam = Exam()
exam.time = self.data['time'] if 'time' in self.data else exam.time
exam.desc = self.data['desc'] if 'desc' in self.data else exam.desc
exam.total = self.data['total'] if 'total' in self.data else exam.total
exam.lock = self.data['lock'] if 'lock' in self.data else exam.lock
exam.save()
return exam
def post(self, request, *args, **kwargs):
if request.is_ajax(): # If the request is ajax
payload = loads(request.body) #Get the body of the request
exam = Exam.objects.filter(key=payload['key']).first() #Grab the exam that has that key
exam.archived = True #Set the exam as archived and respond.
exam.save()
return JsonResponse({"Archived": True}, status=200)
form = self.form(request.POST) #Get the form from the page
if form.is_valid():
full_name = form.cleaned_data['full_name'].split(" ")
key = generate_key(full_name[0], full_name[1]) #Generate the key
exam = Exam( #Create the exam
first_name=full_name[0],
last_name=full_name[1],
key=key,
exam_template=form.cleaned_data['exam_template']
)
exam.save()
return redirect('exam-active')
def create(self, validated_data):
request = self.context.get("request")
name = validated_data.get("name")
subject = request.data['subject']
subject_instance = Subject.objects.get(pk=subject['id'])
exercises = request.data['exercises']
print('data================', exercises)
# throughModel = exams.subject
exam = Exam(name=name, subject=subject_instance)
exam.save()
for exercise in exercises:
ex_name = exercise['name']
ex_description = exercise['description']
exercise_instance = Exercise(name=ex_name,
description=ex_description,
exam=exam,
subject=subject_instance)
exercise_instance.save()
return exam
def addExam(request):
img, id = fun(request)
g = request.user.groups.all()
g_id = Group.objects.get(name=g[0]).id
id = request.user.username
if g_id == 1:
return render(request, 'examDashboard.html')
else:
teacher = Teacher.objects.filter(username=id)
uploadedBy = teacher[0].firstname + ' ' + teacher[0].lastname
courses = Courses.objects.all()
departments = Department.objects.all()
params = {'uploadedBy': uploadedBy,
'courses': courses, 'departments': departments, 'img': img}
if request.method == "POST" and request.FILES['exam_file']:
qpaperfile = request.FILES['exam_file']
fileurl = qpaperfile
examName = request.POST.get('examName', '')
doe = request.POST.get('doe', '')
est = request.POST.get('est', '')
eet = request.POST.get('eet', '')
examtype = request.POST.get('examType', '')
cname = request.POST.get('course', '')
course = Courses.objects.get(course_name=cname)
dept = request.POST.get('dept', '')
uploadedBy = request.POST.get('uploadedBy', '')
upby = Teacher.objects.get(username=id)
detail = request.POST.get('detail', '')
emarks_outof = request.POST.get('emarks_outof')
if g_id == 1:
return render(request, 'examDashboard.html')
else:
exam = Exam(exam_fileUpload=fileurl, exam_name=examName, exam_type=examtype, exam_date=doe,
exam_start_time=est, exam_end_time=eet, exam_detail=detail, course=course, dept=dept, uploaded_by=upby, exam_marksOutOf=emarks_outof)
exam.save()
return HttpResponse("<script>setTimeout(function(){window.location.href='/exam/addExam/'},0000);</script>")
return render(request, 'addExam.html', params)
def post(self, request):
serializer = ExamCreate(data=request.data)
if serializer.is_valid():
name = serializer.data.get("name")
teacher = serializer.data.get("teacher")
exam = Exam()
exam.name = name
exam.Teacher = teacher
exam.save()
return Response(serializer.data, status=status.HTTP_201_CREATED)
def new_exam(request):
form = NewExam()
context = {
"form": form,
}
if request.method == 'POST':
form = NewExam(request.POST)
if form.is_valid():
subject = request.POST['subject']
question_amount = request.POST['question_amount']
answer_at_end = request.POST['feedback']
e = Exam(subject=subject,
user=request.user,
question_amount=question_amount,
answer_at_end=answer_at_end)
e.save()
e.set_questions()
return HttpResponseRedirect(
reverse('question_form', kwargs={'pk': e.id}))
else:
return redirect("exam_templates/new_exam.html", context)
return render(request, "exam_templates/newexam.html", context)
def create_exam_freezing(self):
from exam.models import Exam
exam = Exam()
exam.id = 1
exam.request_date = timezone.now()
exam.receipt_date = timezone.now()
exam.speciment_collection_date = timezone.now()
exam.received_speciment = 'Speciment'
exam.examination_time = '00:00:00'
exam.requesting_physician = 'Request Physician'
exam.responsible_physician = 'Responsible Physician'
exam.exam_type_id = 1
exam.patient = 1
exam.save()
def create_exam_biopsy(self, patient_id=1):
from exam.models import Exam
exam = Exam()
exam.id = 1
exam.request_date = timezone.now()
exam.receipt_date = timezone.now()
exam.speciment_collection_date = timezone.now()
exam.received_speciment = 'Speciment'
exam.requesting_physician = 'Request Physician'
exam.responsible_physician = 'Responsible Physician'
exam.exam_type_id = 1
exam.patient = patient_id
exam.save()
self.create_biopsy(exam.id)
def post(self, request):
ret = dict()
try:
user_id = request.session.get('_auth_user_id')
exam = Exam()
exam.create_user_id = user_id
exam.name = request.POST.get("title")
exam.duration = int(request.POST.get("duration"))
types = request.POST.getlist("types", [])
if len(types) == 0:
raise Exception('考试类型不能为空')
dep_id_list = []
if 'to' in request.POST and request.POST['to']:
dep_id_list = request.POST.getlist('to', [])
if len(dep_id_list) == 0:
raise Exception('考试部门不能为空')
exam.start_time = request.POST.get("start_time")
exam.end_time = request.POST.get("end_time")
one_num = request.POST.get('one_num')
one_score = request.POST.get('one_score')
if one_num:
if int(one_num) > 0:
if not one_score or float(one_score) <= 0:
raise Exception('请正确输入单选题数量与分数')
one_data_num = 0 # 判断题目数量是否足够
for i in types:
one_data = ExamOneChoose.objects.filter(type_id=i)
one_data_num += len(one_data)
if int(one_num) > one_data_num:
raise Exception('单选题数量超出当前题库存储数量')
exam.one_num = one_num
exam.one_score = float(one_score)
elif int(one_num) < 0:
raise Exception('请正确输入单选题数量与分数')
muti_num = request.POST.get('muti_num')
muti_score = request.POST.get('muti_score')
if muti_num:
if int(muti_num) > 0:
if not muti_score or float(muti_score) <= 0:
raise Exception('请正确输入多选题数量与分数')
muti_data_num = 0 # 判断题目数量是否足够
for i in types:
muti_data = ExamMutiChoose.objects.filter(type_id=i)
muti_data_num += len(muti_data)
if int(muti_num) > muti_data_num:
raise Exception('多选题数量超出当前题库存储数量')
exam.muti_num = muti_num
exam.muti_score = float(muti_score)
elif int(muti_num) < 0:
raise Exception('请正确输入多选题数量与分数')
TorF_num = request.POST.get('TorF_num')
TorF_score = request.POST.get('TorF_score')
if TorF_num:
if int(TorF_num) > 0:
if not TorF_score or float(TorF_score) <= 0:
raise Exception('请正确输入判断题数量与分数')
TorF_data_num = 0 # 判断题目数量是否足够
for i in types:
TorF_data = ExamTorF.objects.filter(type_id=i)
TorF_data_num += len(TorF_data)
if int(TorF_num) > TorF_data_num:
raise Exception('判断题数量超出当前题库存储数量')
exam.TorF_num = TorF_num
exam.TorF_score = float(TorF_score)
elif int(TorF_num) < 0:
raise Exception('请正确输入判断题数量与分数')
exam.total_score = float(request.POST.get('total_score'))
if exam.total_score <= 0:
raise Exception('总分不能小于等于0')
exam.pass_score = float(request.POST.get('pass_score'))
if exam.total_score < exam.pass_score:
raise Exception('总分不能小于及格分数')
exam.save()
for t in types:
exam_type = ExamTypeRel()
exam_type.exam = exam
exam_type.type_id = t
exam_type.save()
for d in dep_id_list:
exam_dep = ExamDep()
exam_dep.exam = exam
exam_dep.dep_id = d
exam_dep.save()
ret['code'] = '0'
except Exception as e:
ret['code'] = '-1'
ret['error'] = str(e)
return HttpResponse(json.dumps(ret, cls=DjangoJSONEncoder),
content_type='application/json')