def _parse_raw_check(
self, raw_check: Dict[str, Any],
resources_types: Optional[List[str]]) -> BaseGraphCheck:
check = BaseGraphCheck()
complex_operator = get_complex_operator(raw_check)
if complex_operator:
check.type = SolverType.COMPLEX
check.operator = complex_operator
sub_solvers = raw_check.get(complex_operator, [])
for sub_solver in sub_solvers:
check.sub_checks.append(
self._parse_raw_check(sub_solver, resources_types))
resources_types_of_sub_solvers = [
q.resource_types for q in check.sub_checks
if q is not None and q.resource_types is not None
]
check.resource_types = list(
set(sum(resources_types_of_sub_solvers, [])))
if any(q.type in
[SolverType.CONNECTION, SolverType.COMPLEX_CONNECTION]
for q in check.sub_checks):
check.type = SolverType.COMPLEX_CONNECTION
else:
resource_type = raw_check.get("resource_types", [])
if (not resource_type or (isinstance(resource_type, str)
and resource_type.lower() == "all")
or (isinstance(resource_type, list)
and resource_type[0].lower() == "all")):
check.resource_types = resources_types
else:
check.resource_types = resource_type
connected_resources_type = raw_check.get(
"connected_resource_types", [])
if connected_resources_type == [
"All"
] or connected_resources_type == "all":
check.connected_resources_types = resources_types
else:
check.connected_resources_types = connected_resources_type
condition_type = raw_check.get("cond_type", "")
check.type = condition_type_to_solver_type.get(condition_type)
if condition_type == "":
check.operator = "any"
else:
check.operator = raw_check.get("operator")
check.attribute = raw_check.get("attribute")
check.attribute_value = raw_check.get("value")
return check
def _parse_raw_check(self, raw_check, resources_types):
check = BaseGraphCheck()
complex_operator = get_complex_operator(raw_check)
if complex_operator:
check.type = SolverType.COMPLEX
check.operator = complex_operator
sub_solvers = raw_check.get(complex_operator)
for sub_solver in sub_solvers:
check.sub_checks.append(
self._parse_raw_check(sub_solver, resources_types))
resources_types_of_sub_solvers = [
q.resource_types for q in check.sub_checks
if q is not None and q.resource_types is not None
]
check.resource_types = list(
set(sum(resources_types_of_sub_solvers, [])))
if any(q.type in
[SolverType.CONNECTION, SolverType.COMPLEX_CONNECTION]
for q in check.sub_checks):
check.type = SolverType.COMPLEX_CONNECTION
else:
resource_type = raw_check.get("resource_types", [])
if resource_type == [
'All'
] or resource_type == 'all' or not resource_type:
check.resource_types = resources_types
else:
check.resource_types = resource_type
connected_resources_type = raw_check.get(
'connected_resource_types', [])
if connected_resources_type == [
'All'
] or connected_resources_type == 'all':
check.connected_resources_types = resources_types
else:
check.connected_resources_types = connected_resources_type
condition_type = raw_check.get('cond_type', '')
check.type = condition_type_to_solver_type.get(condition_type)
if condition_type == '':
check.operator = 'any'
else:
check.operator = raw_check.get('operator')
check.attribute = raw_check.get('attribute')
check.attribute_value = raw_check.get('value')
return check