def test_create_learning_path(self):
solution_list = create_list(sample_solution)
student_tests = create_list(student_test)
domain_orders = create_list(domain_order)
domain_order_dict = create_domain_dict(domain_orders)
student_list_dict = student_setup(update_values(student_tests))
#Check to see that all student results are in solution set
self.assertEqual(all(create_learning_path(domain_order_dict, student) in solution_list for student in student_list_dict), True)
def test_create_domain_dict(self):
domain = [
["K", "BL","HM","RR"],
["1","BL","HM","RR","L"],
["2","R"]
]
domain_result = create_domain_dict(domain)
#Check if function returns a dictionary
self.assertEqual(isinstance(domain_result, dict), True)
#Check if function returns correcy key,value
self.assertEqual(domain_result[2], ["R"])
#Check if function returns correct length of returned value
self.assertEqual(len(domain_result), 3)
def index(request):
if request.method == 'POST':
domain_order = request.FILES['domainorder']
student_test = request.FILES['studenttests']
student_test_list = create_list(student_test)
domain_order_list = create_list(domain_order)
domain_order = create_domain_dict(domain_order_list)
student_list = student_setup(update_values(student_test_list))
student_learning_paths = []
for student in student_list:
student_order = create_learning_path(domain_order, student)
student_learning_paths.append(student_order)
html_table = create_html_table(student_learning_paths)
context = {'myhtml': html_table}
return JsonResponse(context)
return render(request, 'index.html')