def test_template(template):
"""Tests if the creation of a template ends up with a valid template. Returns 1/0 for success/failure."""
got_trough_test = 0 # 1 if template got through test, and 0 if not.
# Make numbers, check condition, check calculations
random_domain = template.random_domain
# Efficiency note: it might be faster to pass the domain list, instead of getting them from template every time.
answer = template.answer
question = template.question_text
solution = template.solution
conditions = template.conditions
conditions = remove_unnecessary(conditions)
variable_dict = generate_valid_numbers(question, random_domain, "", False)
inserted_conditions = string_replace(conditions, variable_dict)
if len(conditions) > 1:
conditions_pass = sympify(latex_to_sympy(inserted_conditions))
else:
conditions_pass = True
if conditions_pass:
answer = string_replace(answer, variable_dict)
solution = string_replace(solution, variable_dict)
try:
answer = parse_answer(answer, random_domain)
parse_solution(solution, random_domain) # Checks if solution can be parsed
got_trough_test = 1
except Exception:
pass
if answer == 'error':
got_trough_test = 0
return got_trough_test
def multifill(choices, variable_dict):
"""Returns choices with fill in the blanks capability"""
choices = choices.replace("@?", "")
choices = choices.replace("?@", "")
possible_holes = list(variable_dict.keys())
shuffle(possible_holes)
choices = choices.split("§")
shuffle(choices)
for x in range(len(choices)):
if choices[x].count(possible_holes[0]) > 0:
choices[x] = choices[x].replace(possible_holes[0], "\\MathQuillMathField{}")
else:
for z in range(1, len(possible_holes)):
if choices[x].count(possible_holes[z]) > 0:
choices[x] = choices[x].replace(possible_holes[z], "\\MathQuillMathField{}")
break
choices = "§".join(choices)
choices = string_replace(choices, variable_dict)
return choices
