def test_clonable_not_audit_related_objs_move_to_cloned_audit(
self, create_and_clone_audit, selenium):
"""Check via UI that clonable not audit related objects
Control, Program move to cloned Audit.
Preconditions:
-Execution and return of fixture 'create_and_clone_audit'.
"""
actual_audit = create_and_clone_audit["actual_audit"]
# due to 'actual_control.custom_attributes = {None: None}'
expected_control = (
create_and_clone_audit["control"].repr_ui().update_attrs(
custom_attributes={None: None}))
# due to 'actual_program.manager = None',
# 'actual_program.custom_attributes = {None: None}'
expected_program = (
create_and_clone_audit["program"].repr_ui().update_attrs(
manager=None, custom_attributes={None: None}))
actual_controls = (webui_service.ControlsService(
selenium).get_list_objs_from_tree_view(src_obj=actual_audit))
actual_programs = (webui_service.ProgramsService(
selenium).get_list_objs_from_tree_view(src_obj=actual_audit))
expected_objs = (string_utils.convert_list_elements_to_list(
[[expected_control], [expected_program]]))
actual_objs = (string_utils.convert_list_elements_to_list(
[actual_controls, actual_programs]))
assert expected_objs == actual_objs, (
messages.AssertionMessages.format_err_msg_equal(
expected_objs, actual_objs))
def test_asmts_gcas_filtering(
self, new_program_rest, new_audit_rest, new_cas_for_assessments_rest,
new_assessments_rest, operator, selenium
):
"""Test for checking filtering of Assessment by Custom Attributes in
audit scope.
Preconditions:
- Program created via REST API.
- Audit created via REST API.
- Assessments created via REST API.
- Global Custom Attributes for Assessment created via REST API.
- Set revers value of GCA with Checkbox type for second Assessment.
"""
# pylint: disable=too-many-locals
custom_attr_values = (
CustomAttributeDefinitionsFactory().generate_ca_values(
list_ca_def_objs=new_cas_for_assessments_rest))
checkbox_id = entity.Entity.filter_objs_by_attrs(
objs=new_cas_for_assessments_rest,
attribute_type=element.AdminWidgetCustomAttributes.CHECKBOX).id
expected_asmt = new_assessments_rest[0]
asmts_rest_service = rest_service.AssessmentsService()
asmts_rest_service.update_obj(
obj=expected_asmt, custom_attributes=custom_attr_values)
asmts_rest_service.update_obj(
obj=new_assessments_rest[1],
custom_attributes={checkbox_id: not custom_attr_values[checkbox_id]})
filter_exprs = FilterUtils().get_filter_exprs_by_cas(
expected_asmt.custom_attribute_definitions, custom_attr_values,
operator)
# 'expected_asmt': updated_at (outdated)
# 'actual_asmts': created_at, updated_at, custom_attributes (None)
expected_asmt = entity.Entity.extract_objs_wo_excluded_attrs(
[expected_asmt.update_attrs(
status=AssessmentStates.IN_PROGRESS).repr_ui()],
*Representation.tree_view_attrs_to_exclude)[0]
expected_results = [{"filter": filter_expr,
"objs": [expected_asmt]}
for filter_expr in filter_exprs]
actual_results = [
{"filter": filter_expr,
"objs": entity.Entity.extract_objs_wo_excluded_attrs(
webui_service.AssessmentsService(
selenium).filter_and_get_list_objs_from_tree_view(
new_audit_rest, filter_expr),
*("updated_at", "custom_attributes"))
} for filter_expr in filter_exprs]
assert expected_results == actual_results, (
messages.AssertionMessages.format_err_msg_equal(
[{exp_res["filter"]: [exp_obj.title for exp_obj in exp_res["objs"]]
} for exp_res in expected_results],
[{act_res["filter"]: [act_obj.title for act_obj in act_res["objs"]]
} for act_res in actual_results]) +
messages.AssertionMessages.format_err_msg_equal(
string_utils.convert_list_elements_to_list(
[exp_res["objs"] for exp_res in expected_results]),
string_utils.convert_list_elements_to_list(
[act_res["objs"] for act_res in actual_results])))
def test_asmts_gcas_filtering(
self, new_program_rest, new_audit_rest, new_cas_for_assessments_rest,
new_assessments_rest, operator, selenium
):
"""Test for checking filtering of Assessment by Custom Attributes in
audit scope.
Preconditions:
- Program created via REST API.
- Audit created via REST API.
- Assessments created via REST API.
- Global Custom Attributes for Assessment created via REST API.
- Set revers value of GCA with Checkbox type for second Assessment.
"""
# pylint: disable=too-many-locals
custom_attr_values = (
CustomAttributeDefinitionsFactory().generate_ca_values(
list_ca_def_objs=new_cas_for_assessments_rest))
checkbox_id = entity.Entity.filter_objs_by_attrs(
objs=new_cas_for_assessments_rest,
attribute_type=element.AdminWidgetCustomAttributes.CHECKBOX).id
expected_asmt = new_assessments_rest[0]
asmts_rest_service = rest_service.AssessmentsService()
asmts_rest_service.update_obj(
obj=expected_asmt, custom_attributes=custom_attr_values)
asmts_rest_service.update_obj(
obj=new_assessments_rest[1],
custom_attributes={checkbox_id: not custom_attr_values[checkbox_id]})
filter_exprs = FilterUtils().get_filter_exprs_by_cas(
expected_asmt.custom_attribute_definitions, custom_attr_values,
operator)
# 'expected_asmt': updated_at (outdated)
# 'actual_asmts': created_at, updated_at, custom_attributes (None)
expected_asmt = entity.Entity.extract_objs_wo_excluded_attrs(
[expected_asmt.update_attrs(
status=AssessmentStates.IN_PROGRESS).repr_ui()],
*Representation.tree_view_attrs_to_exclude)[0]
expected_results = [{"filter": filter_expr,
"objs": [expected_asmt]}
for filter_expr in filter_exprs]
actual_results = [
{"filter": filter_expr,
"objs": entity.Entity.extract_objs_wo_excluded_attrs(
webui_service.AssessmentsService(
selenium).filter_and_get_list_objs_from_tree_view(
new_audit_rest, filter_expr),
*("updated_at", "custom_attributes"))
} for filter_expr in filter_exprs]
assert expected_results == actual_results, (
messages.AssertionMessages.format_err_msg_equal(
[{exp_res["filter"]: [exp_obj.title for exp_obj in exp_res["objs"]]
} for exp_res in expected_results],
[{act_res["filter"]: [act_obj.title for act_obj in act_res["objs"]]
} for act_res in actual_results]) +
messages.AssertionMessages.format_err_msg_equal(
string_utils.convert_list_elements_to_list(
[exp_res["objs"] for exp_res in expected_results]),
string_utils.convert_list_elements_to_list(
[act_res["objs"] for act_res in actual_results])))
def get_attrs_names_for_entities(cls, entity=None):
"""Get list unique attributes names for entities. If 'entity' then get
attributes of one entered entity, else get attributes of all entities.
"""
all_entities_cls = (help_utils.convert_to_list(entity) if entity
else list(Entity.all_entities_classes()))
all_entities_attrs_names = string_utils.convert_list_elements_to_list(
[entity_cls().__dict__.keys() for entity_cls in all_entities_cls])
return list(set(all_entities_attrs_names))
def get_attrs_names_for_entities(cls, entity=None):
"""Get list unique attributes names for entities. If 'entity' then get
attributes of one entered entity, else get attributes of all entities.
"""
all_entities_cls = (string_utils.convert_to_list(entity)
if entity else Entity.all_entities_classes())
all_entities_attrs_names = string_utils.convert_list_elements_to_list(
[entity_cls().__dict__.keys() for entity_cls in all_entities_cls])
return list(set(all_entities_attrs_names))
def get_attrs_names_for_entities(entity=None):
"""Get list unique attributes names for entities. If 'entity' then get
attributes of one entered entity, else get attributes of all entities.
"""
all_entities_cls = ([entity] if entity else [
PersonEntity, CustomAttributeEntity, ProgramEntity, ControlEntity,
AuditEntity, AssessmentEntity, AssessmentTemplateEntity,
IssueEntity
])
all_entities_attrs_names = string_utils.convert_list_elements_to_list(
[entity_cls().__dict__.keys() for entity_cls in all_entities_cls])
return list(set(all_entities_attrs_names))
def generate_snapshots_fixtures(fixture):
"""Generate, run and return of results for snapshots dynamic fixtures
according to tuple of fixture name.
Example: 'create_audit_with_control__risk_and_update_control'
'create_audit_with_controls'
'create_audit_with_controls_and_update_control'
'create_audit_with_control__risk_and_update_control__risk
"""
global dict_executed_fixtures
if isinstance(fixture, str) and fixture.startswith("create_audit_with_"):
_creation_params = None
_action_params = None
updating_params = []
deleting_params = []
fixture_params = fixture.replace("create_audit_with_", "")
if "_and_" in fixture_params:
_creation_params, _action_params = fixture_params.split("_and_")
if "_and_" not in fixture_params:
_creation_params = fixture_params
creation_params = string_utils.convert_list_elements_to_list([
"new_{}_rest".format(param) if "_with_cas" not in param else [
"new_cas_for_{}_rest".format(
objects.get_plural(param.split("_")[0])),
"new_{}_rest".format(param)
] for param in _creation_params.split("__")
])
mapping_params = [
"map_new_program_rest_to_new_{}_rest".format(param)
for param in _creation_params.split("__")
]
creation_part = (["new_program_rest"] + creation_params +
mapping_params + ["new_audit_rest"])
if _action_params:
if "update" in _action_params:
updating_params = [
"update_{}_rest".format(param) for param in
_action_params.replace("update_", "").split("__")
]
if "delete" in _action_params:
deleting_params = [
"delete_{}_rest".format(param) for param in
_action_params.replace("delete_", "").split("__")
]
action_part = (updating_params + deleting_params)
all_manipulations = creation_part + action_part
generate_common_fixtures(*all_manipulations)
executed_snapshots_fixtures = copy.deepcopy(dict_executed_fixtures)
return executed_snapshots_fixtures
def generate_snapshots_fixtures(fixture):
"""Generate, run and return of results for snapshots dynamic fixtures
according to tuple of fixture name.
Example: 'create_audit_with_control__risk_and_update_control'
'create_audit_with_controls'
'create_audit_with_controls_and_update_control'
'create_audit_with_control__risk_and_update_control__risk
"""
global dict_executed_fixtures
if isinstance(fixture, str) and fixture.startswith("create_audit_with_"):
_creation_params = None
_action_params = None
updating_params = []
deleting_params = []
fixture_params = fixture.replace("create_audit_with_", "")
if "_and_" in fixture_params:
_creation_params, _action_params = fixture_params.split("_and_")
if "_and_" not in fixture_params:
_creation_params = fixture_params
creation_params = string_utils.convert_list_elements_to_list([
"new_{}_rest".format(param) if "_with_cas" not in param else
["new_cas_for_{}_rest".format(objects.get_plural(param.split("_")[0])),
"new_{}_rest".format(param)]
for param in _creation_params.split("__")])
mapping_params = [
"map_new_program_rest_to_new_{}_rest".format(param) for param in
_creation_params.split("__")]
creation_part = (["new_program_rest"] + creation_params +
mapping_params + ["new_audit_rest"])
if _action_params:
if "update" in _action_params:
updating_params = ["update_{}_rest".format(param) for param in
_action_params.replace("update_", "").split("__")]
if "delete" in _action_params:
deleting_params = ["delete_{}_rest".format(param) for param in
_action_params.replace("delete_", "").split("__")]
action_part = (updating_params + deleting_params)
all_manipulations = creation_part + action_part
generate_common_fixtures(*all_manipulations)
executed_snapshots_fixtures = copy.deepcopy(dict_executed_fixtures)
return executed_snapshots_fixtures
def compare_comments(self_comments, other_comments):
"""Compare entities' 'comments' attributes due to specific dictionaries'
format values in list comments.
"""
# pylint: disable=no-else-return
if help_utils.is_multiple_objs(
string_utils.convert_list_elements_to_list(
[self_comments, other_comments]), (dict, type(None))):
if self_comments and other_comments:
is_comments_equal_list = []
for self_comment, other_comment in zip(self_comments,
other_comments):
is_comments_equal = False
if self_comment and other_comment:
is_comments_equal = (all(
(Representation.compare_datetime(
self_comment.get("created_at"),
other_comment.get("created_at")) if isinstance(
_self and _other, datetime) else _self ==
_other)
for _self, _other in zip(self_comment.iteritems(
), other_comment.iteritems())))
# convert datetime to unicode in order to get visible repr
if self_comment.get("created_at"):
self_comment["created_at"] = unicode(
self_comment.get("created_at"))
if other_comment.get("created_at"):
other_comment["created_at"] = unicode(
other_comment.get("created_at"))
else:
is_comments_equal = self_comment == other_comment
is_comments_equal_list.append(is_comments_equal)
return all(is_equal for is_equal in is_comments_equal_list)
else:
return self_comments == other_comments
else:
Representation.attrs_values_types_error(
self_attr=self_comments,
other_attr=other_comments,
expected_types=(list.__name__, type(None).__name__))
def compare_comments(self_comments, other_comments):
"""Compare entities' 'comments' attributes due to specific dictionaries'
format values in list comments.
"""
# pylint: disable=no-else-return
if help_utils.is_multiple_objs(
string_utils.convert_list_elements_to_list(
[self_comments, other_comments]), (dict, type(None))):
if self_comments and other_comments:
is_comments_equal_list = []
for self_comment, other_comment in zip(self_comments, other_comments):
is_comments_equal = False
if self_comment and other_comment:
is_comments_equal = (
all((Representation.compare_datetime(
self_comment.get("created_at"),
other_comment.get("created_at")
) if isinstance(_self and _other, datetime) else
_self == _other) for _self, _other in zip(
self_comment.iteritems(), other_comment.iteritems())))
# convert datetime to unicode in order to get visible repr
if self_comment.get("created_at"):
self_comment["created_at"] = unicode(
self_comment.get("created_at"))
if other_comment.get("created_at"):
other_comment["created_at"] = unicode(
other_comment.get("created_at"))
else:
is_comments_equal = self_comment == other_comment
is_comments_equal_list.append(is_comments_equal)
return all(is_equal for is_equal in is_comments_equal_list)
else:
return self_comments == other_comments
else:
Representation.attrs_values_types_error(
self_attr=self_comments, other_attr=other_comments,
expected_types=(list.__name__, type(None).__name__))
