def test_when_all_query_params_are_set(self):
limit = 5
offset = "30"
filters = "distance_learning,honours_award,-foundation_year,sandwich_year,-year_abroad,full_time"
length_of_course = "3,4"
countries = "england,wales"
subjects = "CAH09-01-01,CAH09-01-02"
validator = Validator(countries, filters, length_of_course, subjects,
limit, 100, offset)
expected_result = {
"countries": ["XF", "XI"],
"distance_learning": True,
"foundation_year": False,
"full_time": True,
"honours_award": True,
"length_of_course": ["3", "4"],
"limit": 5,
"offset": 30,
"sandwich_year": True,
"subjects": ["CAH09-01-01", "CAH09-01-02"],
"year_abroad": False,
}
output_result, output_error_object = validator.validate()
self.assertEqual(expected_result, output_result)
self.assertEqual([], output_error_object)
def test_when_multiple_countries_are_selected_returns_no_error(self):
countries = "england,wales"
validator = Validator(countries, "", "", "", "0", 100, "0")
output_countries, output_error_object = validator.validate_countries()
self.assertEqual(["XF", "XI"], output_countries)
self.assertEqual([], output_error_object)
def test_when_empty_filters_returns_no_error(self):
filters = ""
validator = Validator("", filters, "", "", "0", 100, "0")
output_filters, output_error_object = validator.validate_filters()
self.assertEqual({}, output_filters)
self.assertEqual([], output_error_object)
def test_when_northern_ireland_is_selected_returns_no_error(self):
countries = "northern_ireland"
validator = Validator(countries, "", "", "", "0", 100, "0")
output_countries, output_error_object = validator.validate_countries()
self.assertEqual(["XG"], output_countries)
self.assertEqual([], output_error_object)
def test_when_wales_is_selected_returns_no_error(self):
countries = "wales"
validator = Validator(countries, "", "", "", "0", 100, "0")
output_countries, output_error_object = validator.validate_countries()
self.assertEqual(["XI"], output_countries)
self.assertEqual([], output_error_object)
def test_when_empty_countries_returns_no_error(self):
countries = ""
validator = Validator(countries, "", "", "", "0", 100, "0")
output_countries, output_error_object = validator.validate_countries()
self.assertEqual([], output_countries)
self.assertEqual([], output_error_object)
def test_when_a_country_is_selected_prefixed_with_hyphen_returns_no_error(
self):
countries = "-england"
validator = Validator(countries, "", "", "", "0", 100, "0")
output_countries, output_error_object = validator.validate_countries()
self.assertEqual(["XG", "XH", "XI"], output_countries)
self.assertEqual([], output_error_object)
def test_when_multiple_valid_length_of_course_returns_no_error(self):
length_of_course = "1,7"
validator = Validator("", "", length_of_course, "", "0", 100, "0")
output_lengths, output_error_object = validator.validate_length_of_course(
)
self.assertEqual(["1", "7"], output_lengths)
self.assertEqual([], output_error_object)
def test_when_limit_is_within_max_limit(self):
limit = "10"
max_limit = 100
validator = Validator("", "", "", "", limit, max_limit, "0")
expected_result = 10
output_result, output_error_object = validator.validate_limit()
self.assertEqual(expected_result, output_result)
self.assertEqual([], output_error_object)
def test_when_empty_length_of_course_returns_no_error(self):
length_of_course = ""
validator = Validator("", "", length_of_course, "", "0", 100, "0")
output_lengths, output_error_object = validator.validate_length_of_course(
)
self.assertEqual([], output_lengths)
self.assertEqual([], output_error_object)
def test_when_offset_is_a_positive_number(self):
offset = "20"
validator = Validator("", "", "", "", "0", 100, offset)
expected_result = 20
output_result, output_error_object = validator.validate_offset()
self.assertEqual(expected_result, output_result)
self.assertEqual([], output_error_object)
def test_when_a_filter_is_selected_returns_no_error(self):
filters = "distance_learning"
validator = Validator("", filters, "", "", "0", 100, "0")
output_filters, output_error_object = validator.validate_filters()
expected_filters = {"distance_learning": True}
self.assertEqual(expected_filters, output_filters)
self.assertEqual([], output_error_object)
def test_when_a_filter_is_selected_prefixed_with_hyphen_returns_no_error(
self):
filters = "-sandwich_year"
validator = Validator("", filters, "", "", "0", 100, "0")
output_filters, output_error_object = validator.validate_filters()
expected_filters = {"sandwich_year": False}
self.assertEqual(expected_filters, output_filters)
self.assertEqual([], output_error_object)
def test_when_there_are_duplicate_countries_returns_error(self):
countries = "england,-england"
validator = Validator(countries, "", "", "", "0", 100, "0")
output_countries, output_error_object = validator.validate_countries()
expected_error_object = [{
"error": "use of the same countries more than once",
"error_values": [{
"countries": "england"
}],
}]
self.assertEqual([], output_countries)
self.assertEqual(expected_error_object, output_error_object)
def test_when_there_are_invalid_uk_countries_returns_error(self):
countries = "bosnia,photosynthesis,england"
validator = Validator(countries, "", "", "", "0", 100, "0")
output_countries, output_error_object = validator.validate_countries()
expected_error_object = [{
"error":
"invalid countries",
"error_values": [{
"countries": "bosnia,photosynthesis"
}],
}]
self.assertEqual([], output_countries)
self.assertEqual(expected_error_object, output_error_object)
def test_when_there_are_invalid_filters_returns_error(self):
filters = "salary,distance_learning,PaRt-Time"
validator = Validator("", filters, "", "", "0", 100, "0")
output_filters, output_error_object = validator.validate_filters()
expected_error_object = [{
"error":
"invalid filters",
"error_values": [{
"filters": "salary,PaRt-Time"
}],
}]
self.assertEqual({}, output_filters)
self.assertEqual(expected_error_object, output_error_object)
def test_when_there_are_duplicate_filters_returns_error(self):
filters = "-distance_learning,distance_learning"
validator = Validator("", filters, "", "", "0", 100, "0")
output_filters, output_error_object = validator.validate_filters()
expected_error_object = [{
"error":
"use of the same filter option more than once",
"error_values": [{
"filters": "distance_learning"
}],
}]
self.assertEqual({}, output_filters)
self.assertEqual(expected_error_object, output_error_object)
def test_when_offset_is_not_a_number(self):
offset = "twenty"
validator = Validator("", "", "", "", "0", 100, offset)
expected_result = 0
expected_error_object = [{
"error": "offset value needs to be a number",
"error_values": [{
"offset": offset
}],
}]
output_result, output_error_object = validator.validate_offset()
self.assertEqual(expected_result, output_result)
self.assertEqual(expected_error_object, output_error_object)
def test_when_all_filters_are_selected_returns_no_error(self):
filters = "-distance_learning,honours_award,foundation_year,sandwich_year,year_abroad,-full_time"
validator = Validator("", filters, "", "", "0", 100, "0")
output_filters, output_error_object = validator.validate_filters()
expected_filters = {
"distance_learning": False,
"foundation_year": True,
"full_time": False,
"honours_award": True,
"sandwich_year": True,
"year_abroad": True,
}
self.assertEqual(expected_filters, output_filters)
self.assertEqual([], output_error_object)
def test_when_offset_is_a_negative_number(self):
offset = "-20"
validator = Validator("", "", "", "", "0", 100, offset)
expected_result = -20
expected_error_object = [{
"error":
"offset needs to be a positive number, offset cannot be lower than 0",
"error_values": [{
"offset": offset
}],
}]
output_result, output_error_object = validator.validate_offset()
self.assertEqual(expected_result, output_result)
self.assertEqual(expected_error_object, output_error_object)
def test_when_there_both_part_time_and_full_time_filters_set_returns_error(
self):
filters = "full_time,-part_time"
validator = Validator("", filters, "", "", "0", 100, "0")
output_filters, output_error_object = validator.validate_filters()
expected_error_object = [{
"error":
"cannot have both part_time and full_time filters set",
"error_values": [{
"filters": "part_time,full_time"
}],
}]
self.assertEqual({}, output_filters)
self.assertEqual(expected_error_object, output_error_object)
def test_when_limit_is_not_a_number(self):
limit = "twenty"
max_limit = 100
validator = Validator("", "", "", "", limit, max_limit, "0")
expected_result = 0
expected_error_object = [{
"error": "limit value needs to be a number",
"error_values": [{
"limit": limit
}],
}]
output_result, output_error_object = validator.validate_limit()
self.assertEqual(expected_result, output_result)
self.assertEqual(expected_error_object, output_error_object)
def test_when_length_of_course_is_not_a_number_returns_error(self):
length_of_course = "four,3"
validator = Validator("", "", length_of_course, "", "0", 100, "0")
output_lengths, output_error_object = validator.validate_length_of_course(
)
expected_error_object = [{
"error":
"length_of_course values needs to be a number",
"error_values": [{
"length_of_course": "four"
}],
}]
self.assertEqual([], output_lengths)
self.assertEqual(expected_error_object, output_error_object)
def test_when_limit_is_outside_max_limit(self):
limit = "200"
max_limit = 100
validator = Validator("", "", "", "", limit, max_limit, "0")
expected_result = 200
expected_error_object = [{
"error": "limit cannot exceed maximum value of 100",
"error_values": [{
"limit": "200"
}],
}]
output_result, output_error_object = validator.validate_limit()
self.assertEqual(expected_result, output_result)
self.assertEqual(expected_error_object, output_error_object)
def test_when_length_of_course_is_above_minimum_number_of_years_returns_error(
self):
length_of_course = "0"
validator = Validator("", "", length_of_course, "", "0", 100, "0")
output_lengths, output_error_object = validator.validate_length_of_course(
)
expected_error_object = [{
"error":
"length_of_course values needs to be numbers between the range of 1 and 7",
"error_values": [{
"length_of_course": "0"
}],
}]
self.assertEqual([], output_lengths)
self.assertEqual(expected_error_object, output_error_object)
def test_when_limit_is_a_negative_number(self):
limit = "-20"
max_limit = 100
validator = Validator("", "", "", "", limit, max_limit, "0")
expected_result = -20
expected_error_object = [{
"error":
"limit needs to be a positive number, limit cannot be lower than 0",
"error_values": [{
"limit": "-20"
}],
}]
output_result, output_error_object = validator.validate_limit()
self.assertEqual(expected_result, output_result)
self.assertEqual(expected_error_object, output_error_object)
def test_when_all_query_params_are_bad(self):
limit = 200
offset = "-30"
filters = "illusion,Part_Time,full_time,-full_time"
length_of_course = "-2,8,twenty"
countries = "bolivia,-england,england"
subjects = 32
validator = Validator(countries, filters, length_of_course, subjects,
limit, 100, offset)
expected_result = {}
output_result, output_error_object = validator.validate()
expected_error_object = [
{
"error": "limit cannot exceed maximum value of 100",
"error_values": [{
"limit": 200
}],
},
{
"error":
"offset needs to be a positive number, offset cannot be lower than 0",
"error_values": [{
"offset": "-30"
}],
},
{
"error": "use of the same filter option more than once",
"error_values": [{
"filters": "full_time"
}],
},
{
"error": "invalid filters",
"error_values": [{
"filters": "illusion,Part_Time"
}],
},
{
"error": "use of the same countries more than once",
"error_values": [{
"countries": "england"
}],
},
{
"error": "invalid countries",
"error_values": [{
"countries": "bolivia"
}]
},
{
"error": "length_of_course values needs to be a number",
"error_values": [{
"length_of_course": "twenty"
}],
},
{
"error":
"length_of_course values needs to be numbers between the range of 1 and 7",
"error_values": [{
"length_of_course": "-2,8"
}],
},
]
print(f"output: {output_error_object}")
self.assertEqual(expected_result, output_result)
self.assertEqual(expected_error_object, output_error_object)
