def test_enum_string_parameter(self):
p = params.EnumStringParameter(name='test1',
description='test1_description',
is_required=False,
enum_values=['value1', 'value2'])
test_matrix = [('value1', 'value1'), ('value2', 'value2'),
('value3', False), ('value1,value2', False),
(' ', False), ('', False)]
self.run_matrix_test(test_matrix, p)
def test_linked(self):
p1 = params.EnumStringParameter(
name="attribute",
description="Testing123",
enum_values=["a", "b"],
is_required=True,
)
p2 = params.SimpleStringParameter(
name="downstream",
validator=LinkedValidator(
discriminator_parameter="attribute",
default_validator=TypeValidator("string"),
value_map={
"a": BooleanStringValidator(),
"b": IntegerValidator()
},
),
description="test123",
)
print(p2.validator.validation_criteria())
# p1.set_value('a')
p2.validator.inject_discriminator(None)
test_matrix = [
("true", "true"),
("blah", "blah"), # p1 not set, so uses default
]
self.run_matrix_test(test_matrix, p2)
p1._param_value = None
p2._param_value = None
p2.validator.inject_discriminator("a")
p1.set_value("a")
test_matrix = [
("true", "true"),
("blah", False), # should fail now that p1 has a value
]
self.run_matrix_test(test_matrix, p2)
p1._param_value = None
p2._param_value = None
p1.set_value("b")
p2.validator.inject_discriminator("b")
test_matrix = [("true", False), ("blah", False), ("123", "123")]
self.run_matrix_test(test_matrix, p2)
def test_enum_string_parameter(self):
p = params.EnumStringParameter(
name="test1",
description="test1_description",
is_required=False,
enum_values=["value1", "value2"],
)
test_matrix = [
("value1", "value1"),
("value2", "value2"),
("value3", False),
("value1,value2", False),
(" ", False),
("", False),
]
self.run_matrix_test(test_matrix, p)