def test_basic_map_type_print():
assert (print_config_type_to_string({str: int}) == """{
[String]: Int
}""")
assert_inner_types({str: int}, int, str)
assert (print_config_type_to_string({int: int}) == """{
[Int]: Int
}""")
assert_inner_types({int: int}, int, int)
def test_map_name_print():
assert (print_config_type_to_string(Map(str, int,
key_label_name="name")) == """{
[name: String]: Int
}""")
assert (print_config_type_to_string(Map(int, float,
key_label_name="title")) == """{
[title: Int]: Float
}""")
def test_optional_field():
output = print_config_type_to_string({'int_field': Field(int, is_required=False)})
expected = '''{
int_field?: Int
}'''
assert output == expected
def test_basic_dict():
output = print_config_type_to_string({'int_field': int})
expected = '''{
int_field: Int
}'''
assert output == expected
def test_basic_dict():
output = print_config_type_to_string({"int_field": int})
expected = """{
int_field: Int
}"""
assert output == expected
def test_optional_field():
output = print_config_type_to_string(
{"int_field": Field(int, is_required=False)})
expected = """{
int_field?: Int
}"""
assert output == expected
def test_nested_dicts_and_maps():
output = print_config_type_to_string(
{"field_one": {
str: {
"field_two": {
str: int
}
}
}})
expected = """{
def test_double_map_type_print():
assert (print_config_type_to_string({str: {
str: int
}}) == """{
[String]: {
[String]: Int
}
}""")
int_map = {str: int}
map_int_map = {str: int_map}
assert_inner_types(map_int_map, Int, int_map, String)
def test_two_field_dicts():
two_field_dict = {"int_field": int, "string_field": str}
assert_inner_types(two_field_dict, Int, String)
output = print_config_type_to_string(two_field_dict)
expected = """{
int_field: Int
string_field: String
}"""
assert output == expected
def test_two_field_dicts_same_type():
two_field_dict = {"int_field1": int, "int_field2": int}
assert_inner_types(two_field_dict, Int)
output = print_config_type_to_string(two_field_dict)
expected = """{
int_field1: Int
int_field2: Int
}"""
assert output == expected
def test_two_field_dicts_same_type():
two_field_dict = {'int_field1': int, 'int_field2': int}
assert_inner_types(two_field_dict, Int)
output = print_config_type_to_string(two_field_dict)
expected = '''{
int_field1: Int
int_field2: Int
}'''
assert output == expected
def test_two_field_dicts():
two_field_dict = {'int_field': int, 'string_field': str}
assert_inner_types(two_field_dict, Int, String)
output = print_config_type_to_string(two_field_dict)
expected = '''{
int_field: Int
string_field: String
}'''
assert output == expected
def test_nested_dict():
nested_type = {'int_field': int}
outer_type = {'nested': nested_type}
output = print_config_type_to_string(outer_type)
assert_inner_types(outer_type, Int, nested_type)
expected = '''{
nested: {
int_field: Int
}
}'''
assert output == expected
def test_nested_dict():
nested_type = {"int_field": int}
outer_type = {"nested": nested_type}
output = print_config_type_to_string(outer_type)
assert_inner_types(outer_type, Int, nested_type)
expected = """{
nested: {
int_field: Int
}
}"""
assert output == expected
def test_single_level_dict_lists_and_nullable():
output = print_config_type_to_string({
"nullable_int_field":
Noneable(int),
"optional_int_field":
Field(int, is_required=False),
"string_list_field": [str],
})
expected = """{
nullable_int_field: Int?
optional_int_field?: Int
string_list_field: [String]
}"""
assert output == expected
def test_single_level_dict_lists_and_nullable():
output = print_config_type_to_string(
{
'nullable_int_field': Noneable(int),
'optional_int_field': Field(int, is_required=False),
'string_list_field': [str],
}
)
expected = '''{
nullable_int_field: Int?
optional_int_field?: Int
string_list_field: [String]
}'''
assert output == expected
def test_list_map_nullable_combos():
# Don't care about newlines here for brevity's sake, those are tested elsewhere
assert print_config_type_to_string(
{str: [int]}, with_lines=False) == "{ [String]: [Int] }"
assert (print_config_type_to_string(
Noneable({str: [int]}), with_lines=False) == "{ [String]: [Int] }?")
assert (print_config_type_to_string(
{str: Noneable([int])}, with_lines=False) == "{ [String]: [Int]? }")
assert (print_config_type_to_string(
{str: [Noneable(int)]}, with_lines=False) == "{ [String]: [Int?] }")
assert (print_config_type_to_string(
Noneable({str: [Noneable(int)]}),
with_lines=False) == "{ [String]: [Int?] }?")
assert (print_config_type_to_string(
Noneable({str: Noneable([Noneable(int)])}),
with_lines=False) == "{ [String]: [Int?]? }?")
def test_basic_type_print():
assert print_config_type_to_string(Int) == "Int"
assert_inner_types(Int)
def test_basic_list_type_print():
assert print_config_type_to_string([int]) == "[Int]"
assert_inner_types([int], Int)
def test_nullable_list_combos():
assert print_config_type_to_string([int]) == "[Int]"
assert print_config_type_to_string(Noneable([int])) == "[Int]?"
assert print_config_type_to_string([Noneable(int)]) == "[Int?]"
assert print_config_type_to_string(Noneable([Noneable(int)])) == "[Int?]?"
def test_basic_nullable_type_print():
assert print_config_type_to_string(Noneable(int)) == "Int?"
nullable_int = Noneable(int)
assert_inner_types(nullable_int, Int)
def test_double_list_type_print():
assert print_config_type_to_string([[int]]) == "[[Int]]"
int_list = [int]
list_int_list = [int_list]
assert_inner_types(list_int_list, Int, int_list)
