def __configure_core_element__(self, kwargs): # noqa
# type: (dict) -> None
""" Include the registering info related to @IO.
IMPORTANT! Updates self.kwargs[CORE_ELEMENT_KEY].
:param kwargs: Keyword arguments received from call.
:return: None
"""
if __debug__:
logger.debug("Configuring @IO core element.")
# Resolve @io specific parameters
if CORE_ELEMENT_KEY in kwargs:
# Core element has already been created in a higher level decorator
# (e.g. @constraint)
kwargs[CORE_ELEMENT_KEY].set_impl_io(True)
else:
# @binary is in the top of the decorators stack.
# Instantiate a new core element object, update it and include
# it into kwarg
core_element = CE()
core_element.set_impl_io(True)
kwargs[CORE_ELEMENT_KEY] = core_element
def test_core_element():
signature = "my_signature"
impl_signature = "my_impl_signature"
impl_constraints = "impl_constraints"
impl_type = "impl_type"
impl_io = "impl_io"
impl_type_args = "impl_type_args"
core_element = CE(signature,
impl_signature,
impl_constraints,
impl_type,
impl_io,
impl_type_args)
# Check signature
result = core_element.get_ce_signature()
assert result == signature, ERROR_SIGNATURE
new_signature = "my_new_signature"
core_element.set_ce_signature(new_signature)
result = core_element.get_ce_signature()
assert result == new_signature, ERROR_SIGNATURE
# Check impl_signature
result = core_element.get_impl_signature()
assert result == impl_signature, ERROR_IMPL_SIGNATURE
new_impl_signature = "my_new_impl_signature"
core_element.set_impl_signature(new_impl_signature)
result = core_element.get_impl_signature()
assert result == new_impl_signature, ERROR_IMPL_SIGNATURE
# Check impl_constraints
result = core_element.get_impl_constraints()
assert result == impl_constraints, ERROR_IMPL_CONSTRAINTS
new_impl_constraints = {"my_new_impl_constraints": "value"}
core_element.set_impl_constraints(new_impl_constraints)
result = core_element.get_impl_constraints()
assert result == new_impl_constraints, ERROR_IMPL_CONSTRAINTS
# Check impl_type
result = core_element.get_impl_type()
assert result == impl_type, ERROR_IMPL_TYPE
new_impl_type = "my_new_impl_type"
core_element.set_impl_type(new_impl_type)
result = core_element.get_impl_type()
assert result == new_impl_type, ERROR_IMPL_TYPE
# Check impl_io
result = core_element.get_impl_io()
assert result == impl_io, ERROR_IMPL_IO
new_impl_io = "my_new_impl_io"
core_element.set_impl_io(new_impl_io)
result = core_element.get_impl_io()
assert result == new_impl_io, ERROR_IMPL_IO
# Check impl_type_args
result = core_element.get_impl_type_args()
assert result == impl_type_args, ERROR_IMPL_TYPE_ARGS
new_impl_type_args = "my_new_impl_type_args"
core_element.set_impl_type_args(new_impl_type_args)
result = core_element.get_impl_type_args()
assert result == new_impl_type_args, ERROR_IMPL_TYPE_ARGS
# Check representation
representation = core_element.__repr__()
assert isinstance(representation, str), "ERROR: Received wrong representation type." # noqa: E501
expected = "CORE ELEMENT: \n" \
"\t - CE signature : my_new_signature\n" \
"\t - Impl. signature : my_new_impl_signature\n" \
"\t - Impl. constraints: my_new_impl_constraints:value;\n" \
"\t - Impl. type : my_new_impl_type\n" \
"\t - Impl. io : my_new_impl_io\n" \
"\t - Impl. type args : my_new_impl_type_args"
assert representation == expected, "ERROR: Wrong representation."
# Reset
core_element.reset()
# Check again representation
representation = core_element.__repr__()
assert isinstance(representation, str), "ERROR: Received wrong representation type." # noqa: E501
expected = "CORE ELEMENT: \n" \
"\t - CE signature : None\n" \
"\t - Impl. signature : None\n" \
"\t - Impl. constraints: None\n" \
"\t - Impl. type : None\n" \
"\t - Impl. io : None\n" \
"\t - Impl. type args : None"
assert representation == expected, "ERROR: Wrong empty representation."
