def hello_from_qdriver_tests():
# def hello_from_qdriver(obj):
# (no return)
input_obj = {
"keyA": "valA",
"keyB": [{
"key_BA": "val_BA"
}, {
"key_BB": "valBB"
}],
"keyC": {
"keyCA": "valCA"
}
}
expected_obj = {
"keyA": "valA",
"keyB": [{
"key_BA": "val_BA"
}, {
"key_BB": "New value added"
}],
"keyC": {
"keyCA": "valCA"
}
}
hello_from_qdriver(input_obj)
my_assert(input_obj, expected_obj)
def get_nested_value_tests():
# def get_nested_value(nested_keys_and_indices_list, obj):
# return target_value
# Test 0.1
my_assert( \
get_nested_value([1],["first","second","third","fourth"]),
"second")
# Test 0.2
my_assert( \
get_nested_value( \
["b","bc","bca"], \
{
"a": "a",
"b": {
"ba": "valba",
"bb": {"bba":"valbba"},
"bc": {
"bca": "valbca",
"bcb": "valbcb"
}
},
}),
"valbca")
# Test 0.3
my_assert( \
get_nested_value( \
["b","bb"], \
{
"a": "a",
"b": {
"ba": "valba",
"bb": {"bba":"valbba"},
"bc": {
"bca": "valbca",
"bcb": "valbcb"
}
},
}),
{"bba":"valbba"})
# Test 1
input_obj = {
"keyA": "valA",
"keyB": {
"keyBA": "valBA"
},
"keyC": "valC"
}
nested_keys_and_indices_list = ["keyB"]
expected_value = {"keyBA": "valBA"}
my_assert( \
get_nested_value(nested_keys_and_indices_list, input_obj), \
expected_value)
# Test 2
input_obj = {
"keyA": "valA",
"keyB": {
"keyBA": "valBA"
},
"keyC": "valC"
}
nested_keys_and_indices_list = ["keyB", "keyBA"]
expected_value = "valBA"
my_assert( \
get_nested_value(nested_keys_and_indices_list, input_obj), \
expected_value)
# Test 3
input_obj = {
"keyA": "valA",
"keyB": {
"keyBA": "valBA"
},
"keyC": {
"keyCA": {
"keyCAA": "valCAA",
"keyCAB": [2, 5, 4]
}
}
}
nested_keys_and_indices_list = ["keyC", "keyCA", "keyCAB"]
expected_value = [2, 5, 4]
my_assert( \
get_nested_value(nested_keys_and_indices_list, input_obj), \
expected_value)
# Test 4
input_obj = {
"keyA": "valA",
"keyB": {
"keyBA": "valBA"
},
"keyC": {
"keyCA": {
"keyCAA": "valCAA",
"keyCAB": [2, 5, 4]
}
}
}
nested_keys_and_indices_list = []
expected_value = input_obj
my_assert( \
get_nested_value(nested_keys_and_indices_list, input_obj), \
expected_value)
# Test 5
input_obj = {
"keyA": "valA",
"keyB": {
"keyBA": "valBA"
},
"keyC": {
"keyCA": {
"keyCAA": "valCAA",
"keyCAB": [2, 5, 4]
}
}
}
nested_keys_and_indices_list = ["keyC", "keyCD", "keyCAA"]
expected_value = {}
my_assert( \
get_nested_value(nested_keys_and_indices_list, input_obj), \
expected_value)
# Test 6
input_obj = {
"keyA": "valA",
"keyB": {
"keyBA": "valBA"
},
"keyC": {
"keyCA": [
{
"keyCAA": "valCAA"
},
{
"keyCAB": [8, 3, 9]
}
]
}
}
nested_keys_and_indices_list = ["keyC", "keyCA", 1 ,"keyCAB"]
expected_value = [8, 3, 9]
my_assert( \
get_nested_value(nested_keys_and_indices_list, input_obj), \
expected_value)
# Test 7
input_obj = {
"keyA": "valA",
"keyB": {
"keyBA": "valBA"
},
"keyC": {
"keyCA": [
{
"keyCAA": "valCAA"
},
{
"keyCAB": [8, 3, 9]
}
]
}
}
nested_keys_and_indices_list = ["keyC", "keyCA", 1 ,"keyCAZ"]
expected_value = {}
my_assert( \
get_nested_value(nested_keys_and_indices_list, input_obj), \
expected_value)
# Test 8
input_obj = {
"keyA": "valA",
"keyB": [3, 2],
"keyC": {
"keyCA": "valCA",
"keyCB": "valCB"
},
"keyD": "valD"
}
nested_keys_and_indices_list = ["keyC", "keyCB"]
expected_value = "valCB"
my_assert( \
get_nested_value(nested_keys_and_indices_list,input_obj), \
expected_value)
# Test 9
input_obj = {
"keyA": "valA",
"keyB": [3, 2],
"keyC": {
"keyCA": "valCA",
"keyCB": [
000,
111,
222,
333
],
"keyCC": 100
},
"keyD": "valD"
}
nested_keys_and_indices_list = ["keyC","keyCB",2]
expected_value = 222
my_assert( \
get_nested_value(nested_keys_and_indices_list,input_obj), \
expected_value)
# Test 10
actual_val = get_nested_value([2],[{"a":"a"},{"b":"b"},{"c":"c"},{"d":"d"}])
expect_val = {"c":"c"}
my_assert(actual_val, expect_val)
def mutate_question_tests():
input_questions_obj = load_questions("questions.json")
expected_questions_obj = {
"questions": {
"apples_question": {
"question_type": "multiple-choice",
"prompt": "How do you like them apples?",
"choices_label_type": "letters",
"choices": [
{
"description": "They're great!",
"explanation": "Even though Matt Damon asked, the question isn't referring to apples"
},
{
"description": "They're my favorite!",
"explanation": "Though they keep the doctor away, the question isn't referring to apples"
},
{
"description": "I'd rather have an orange",
"explanation": "Though citrus is good for you, the question isn't referring to fruit"
},
{
"description": "None of the above",
"explanation": "'apples' is a metaphor"
}
],
"correct_choice": 3
},
"gravy_question": {
"question_type": "multiple-choice",
"prompt": "Do you like gravy in your cereal?",
"choices_label_type": "numbers",
"choices": [
{
"description": "Obsolutely not!",
"explanation": "Cereal tastes much better with cereal, a breakfast meal"
},
{
"description": "NEW Answer Description", # <<< the mutation
"explanation": "Gravy on the side makes more sense. However, it's not suited for breakfast"
},
{
"description": "Uhh, yeah! Gravy is my favorite",
"explanation": "Though gravy is good, it's better suited for dinner"
}
],
"correct_choice": 0
},
"cleverness_question": {
"question_type": "true-or-false",
"prompt": "Are these questions clever?",
"correct_answer": "true",
"explaination": "They're so good, an explaination is not needed"
}
}
}
mutate_question(input_questions_obj)
my_assert(input_questions_obj, expected_questions_obj)
def load_questions_tests():
questions_fname = "questions.json"
expected_questions_obj = {
"questions": {
"apples_question": {
"question_type":
"multiple-choice",
"prompt":
"How do you like them apples?",
"choices_label_type":
"letters",
"choices": [{
"description":
"They're great!",
"explanation":
"Even though Matt Damon asked, the question isn't referring to apples"
}, {
"description":
"They're my favorite!",
"explanation":
"Though they keep the doctor away, the question isn't referring to apples"
}, {
"description":
"I'd rather have an orange",
"explanation":
"Though citrus is good for you, the question isn't referring to fruit"
}, {
"description": "None of the above",
"explanation": "'apples' is a metaphor"
}],
"correct_choice":
3
},
"gravy_question": {
"question_type":
"multiple-choice",
"prompt":
"Do you like gravy in your cereal?",
"choices_label_type":
"numbers",
"choices": [{
"description":
"Obsolutely not!",
"explanation":
"Cereal tastes much better with cereal, a breakfast meal"
}, {
"description":
"Only on the side",
"explanation":
"Gravy on the side makes more sense. However, it's not suited for breakfast"
}, {
"description":
"Uhh, yeah! Gravy is my favorite",
"explanation":
"Though gravy is good, it's better suited for dinner"
}],
"correct_choice":
0
},
"cleverness_question": {
"question_type": "true-or-false",
"prompt": "Are these questions clever?",
"correct_choice": "true",
"explaination":
"They're so good, an explaination is not needed"
}
}
}
if not os.path.isfile(questions_fname):
print_err(f"'" + questions_fname + "' not found",
callback=lambda: None)
my_assert(load_questions(questions_fname), expected_questions_obj)