def it_knows_when_its_linked_to_the_previous_header_or_footer(
self, is_linked_get_fixture, _has_definition_prop_):
has_definition, expected_value = is_linked_get_fixture
_has_definition_prop_.return_value = has_definition
header = _BaseHeaderFooter(None, None, None)
is_linked = header.is_linked_to_previous
assert is_linked is expected_value
def it_gets_the_definition_when_it_has_one(self, _has_definition_prop_,
_definition_prop_,
header_part_):
_has_definition_prop_.return_value = True
_definition_prop_.return_value = header_part_
header = _BaseHeaderFooter(None, None, None)
header_part = header._get_or_add_definition()
assert header_part is header_part_
def it_provides_access_to_the_header_or_footer_part_for_BlockItemContainer(
self, _get_or_add_definition_, header_part_):
# ---this override fulfills part of the BlockItemContainer subclass interface---
_get_or_add_definition_.return_value = header_part_
header = _BaseHeaderFooter(None, None, None)
header_part = header.part
_get_or_add_definition_.assert_called_once_with(header)
assert header_part is header_part_
def it_gets_the_definition_when_it_has_one(
self, _has_definition_prop_, _definition_prop_, header_part_
):
_has_definition_prop_.return_value = True
_definition_prop_.return_value = header_part_
header = _BaseHeaderFooter(None, None, None)
header_part = header._get_or_add_definition()
assert header_part is header_part_
def it_knows_when_its_linked_to_the_previous_header_or_footer(
self, is_linked_get_fixture, _has_definition_prop_
):
has_definition, expected_value = is_linked_get_fixture
_has_definition_prop_.return_value = has_definition
header = _BaseHeaderFooter(None, None, None)
is_linked = header.is_linked_to_previous
assert is_linked is expected_value
def it_provides_access_to_the_hdr_or_ftr_element_to_help(
self, _get_or_add_definition_, header_part_):
hdr = element("w:hdr")
_get_or_add_definition_.return_value = header_part_
header_part_.element = hdr
header = _BaseHeaderFooter(None, None, None)
hdr_elm = header._element
_get_or_add_definition_.assert_called_once_with(header)
assert hdr_elm is hdr
def it_provides_access_to_the_header_or_footer_part_for_BlockItemContainer(
self, _get_or_add_definition_, header_part_
):
# ---this override fulfills part of the BlockItemContainer subclass interface---
_get_or_add_definition_.return_value = header_part_
header = _BaseHeaderFooter(None, None, None)
header_part = header.part
_get_or_add_definition_.assert_called_once_with(header)
assert header_part is header_part_
def and_it_adds_a_definition_when_it_is_linked_and_the_first_section(
self, _has_definition_prop_, _prior_headerfooter_prop_,
_add_definition_, header_part_):
_has_definition_prop_.return_value = False
_prior_headerfooter_prop_.return_value = None
_add_definition_.return_value = header_part_
header = _BaseHeaderFooter(None, None, None)
header_part = header._get_or_add_definition()
_add_definition_.assert_called_once_with(header)
assert header_part is header_part_
def it_provides_access_to_the_hdr_or_ftr_element_to_help(
self, _get_or_add_definition_, header_part_
):
hdr = element("w:hdr")
_get_or_add_definition_.return_value = header_part_
header_part_.element = hdr
header = _BaseHeaderFooter(None, None, None)
hdr_elm = header._element
_get_or_add_definition_.assert_called_once_with(header)
assert hdr_elm is hdr
def it_can_change_whether_it_is_linked_to_previous_header_or_footer(
self,
is_linked_set_fixture,
_has_definition_prop_,
_drop_definition_,
_add_definition_,
):
has_definition, new_value, drop_calls, add_calls = is_linked_set_fixture
_has_definition_prop_.return_value = has_definition
header = _BaseHeaderFooter(None, None, None)
header.is_linked_to_previous = new_value
assert _drop_definition_.call_args_list == [call(header)] * drop_calls
assert _add_definition_.call_args_list == [call(header)] * add_calls
def it_can_change_whether_it_is_linked_to_previous_header_or_footer(
self,
is_linked_set_fixture,
_has_definition_prop_,
_drop_definition_,
_add_definition_,
):
has_definition, new_value, drop_calls, add_calls = is_linked_set_fixture
_has_definition_prop_.return_value = has_definition
header = _BaseHeaderFooter(None, None, None)
header.is_linked_to_previous = new_value
assert _drop_definition_.call_args_list == [call(header)] * drop_calls
assert _add_definition_.call_args_list == [call(header)] * add_calls
def but_it_gets_the_prior_definition_when_it_is_linked(
self,
_has_definition_prop_,
_prior_headerfooter_prop_,
prior_headerfooter_,
header_part_,
):
_has_definition_prop_.return_value = False
_prior_headerfooter_prop_.return_value = prior_headerfooter_
prior_headerfooter_._get_or_add_definition.return_value = header_part_
header = _BaseHeaderFooter(None, None, None)
header_part = header._get_or_add_definition()
prior_headerfooter_._get_or_add_definition.assert_called_once_with()
assert header_part is header_part_
def and_it_adds_a_definition_when_it_is_linked_and_the_first_section(
self,
_has_definition_prop_,
_prior_headerfooter_prop_,
_add_definition_,
header_part_
):
_has_definition_prop_.return_value = False
_prior_headerfooter_prop_.return_value = None
_add_definition_.return_value = header_part_
header = _BaseHeaderFooter(None, None, None)
header_part = header._get_or_add_definition()
_add_definition_.assert_called_once_with(header)
assert header_part is header_part_
def but_it_gets_the_prior_definition_when_it_is_linked(
self,
_has_definition_prop_,
_prior_headerfooter_prop_,
prior_headerfooter_,
header_part_,
):
_has_definition_prop_.return_value = False
_prior_headerfooter_prop_.return_value = prior_headerfooter_
prior_headerfooter_._get_or_add_definition.return_value = header_part_
header = _BaseHeaderFooter(None, None, None)
header_part = header._get_or_add_definition()
prior_headerfooter_._get_or_add_definition.assert_called_once_with()
assert header_part is header_part_