def test_default_float_arg():
config_field = convert_potential_field(
{'float_field': Field(Float, default_value=2.0, is_required=False)})
assert_config_value_success(config_field.config_type, {},
{'float_field': 2.0})
config_field = convert_potential_field(
{'float_field': Field(Float, default_value=2, is_required=False)})
assert_config_value_success(config_field.config_type, {},
{'float_field': 2})
def test_build_optionality():
optional_test_type = convert_potential_field(
{'required': {'value': String}, 'optional': {'value': Field(String, is_required=False)},}
).config_type
assert optional_test_type.fields['required'].is_required
assert optional_test_type.fields['optional'].is_required is False
def test_build_optionality():
optional_test_type = convert_potential_field(
{"required": {"value": String}, "optional": {"value": Field(String, is_required=False)},}
).config_type
assert optional_test_type.fields["required"].is_required
assert optional_test_type.fields["optional"].is_required is False
def test_int_field():
config_field = convert_potential_field({'int_field': Int})
assert validate_config(config_field.config_type, {
'int_field': 1
}).value == {
'int_field': 1
}
def convert_user_facing_definition_config_schema(potential_schema):
return (
None
if potential_schema is None
else potential_schema
if isinstance(potential_schema, IDefinitionConfigSchema)
else DefinitionConfigSchema(convert_potential_field(potential_schema))
)
def _mixed_required_optional_string_config_dict_with_default():
return convert_potential_field(
{
'optional_arg': Field(String, is_required=False, default_value='some_default'),
'required_arg': Field(String, is_required=True),
'optional_arg_no_default': Field(String, is_required=False),
}
)
def _mixed_required_optional_string_config_dict_with_default():
return convert_potential_field(
{
"optional_arg": Field(String, is_required=False, default_value="some_default"),
"required_arg": Field(String, is_required=True),
"optional_arg_no_default": Field(String, is_required=False),
}
)
def convert_user_facing_definition_config_schema(
potential_schema: Union["IDefinitionConfigSchema", Dict[str, Any], None],
) -> "IDefinitionConfigSchema":
if potential_schema is None:
return DefinitionConfigSchema(
Field(ConfigAnyInstance, is_required=False))
elif isinstance(potential_schema, IDefinitionConfigSchema):
return potential_schema
else:
return DefinitionConfigSchema(
convert_potential_field(potential_schema))
def test_float_field():
config_field = convert_potential_field({"float_field": Float})
assert validate_config(config_field.config_type, {"float_field": 1.0}).value == {
"float_field": 1.0
}
assert process_config(config_field.config_type, {"float_field": 1.0}).value == {
"float_field": 1.0
}
assert validate_config(config_field.config_type, {"float_field": 1}).value == {"float_field": 1}
assert process_config(config_field.config_type, {"float_field": 1}).value == {
"float_field": 1.0
}
def _nested_optional_config_with_no_default():
return convert_potential_field(
{'nested': {
'int_field': Field(Int, is_required=False)
}})
def test_default_arg():
config_field = convert_potential_field(
{'int_field': Field(Int, default_value=2, is_optional=True)})
assert_config_value_success(config_field.config_type, {}, {'int_field': 2})
def _single_nested_config():
return convert_potential_field({'nested': {'int_field': Int}})
def _single_optional_string_field_config_dict_with_default():
optional_field_def = Field(String,
is_required=False,
default_value='some_default')
return convert_potential_field({'optional_field': optional_field_def})
def _single_optional_string_config_dict():
return convert_potential_field(
{'optional_field': Field(String, is_required=False)})
def _multiple_required_fields_config_dict():
return convert_potential_field({'field_one': String, 'field_two': String})
def _single_required_string_config_dict():
return convert_potential_field({'string_field': String})
def test_default_arg():
config_field = convert_potential_field(
{"int_field": Field(Int, default_value=2, is_required=False)})
assert_config_value_success(config_field.config_type, {}, {"int_field": 2})
def _nested_optional_config_with_default():
return convert_potential_field({
'nested': {
'int_field': Field(Int, is_optional=True, default_value=3)
}
})
def test_int_fails():
config_field = convert_potential_field({'int_field': Int})
assert_eval_failure(config_field.config_type, {'int_field': 'fjkdj'})
assert_eval_failure(config_field.config_type, {'int_field': True})
def _single_nested_config():
return convert_potential_field({"nested": {"int_field": Int}})
def _single_required_enum_config_dict():
return convert_potential_field({
"enum_field":
Enum("MyEnum",
[EnumValue("OptionA"), EnumValue("OptionB")])
})
def _single_optional_string_config_dict():
return convert_potential_field(
{'optional_field': Field(String, is_optional=True)})
def _nested_optional_config_with_default():
return convert_potential_field({
"nested": {
"int_field": Field(Int, is_required=False, default_value=3)
}
})
def test_int_fails():
config_field = convert_potential_field({"int_field": Int})
assert_eval_failure(config_field.config_type, {"int_field": "fjkdj"})
assert_eval_failure(config_field.config_type, {"int_field": True})
