def validate_process_types(queryset=None):
"""Perform process type validation.
:param queryset: Optional process queryset to validate
:return: A list of validation error strings
"""
if not queryset:
from .process import Process
queryset = Process.objects.all()
processes = {}
for process in queryset:
dict_dot(
processes,
process.type.replace(":", ".") + "__schema__",
process.output_schema,
)
errors = []
for path, key, value in iterate_dict(
processes, exclude=lambda key, value: key == "__schema__"
):
if "__schema__" not in value:
continue
# Validate with any parent types.
for length in range(len(path), 0, -1):
parent_type = ".".join(path[:length] + ["__schema__"])
try:
parent_schema = dict_dot(processes, parent_type)
except KeyError:
continue
errors += validate_process_subtype(
supertype_name=":".join(path[:length]),
supertype=parent_schema,
subtype_name=":".join(path + [key]),
subtype=value["__schema__"],
)
return errors
def validate_process_types(queryset=None):
"""Perform process type validation.
:param queryset: Optional process queryset to validate
:return: A list of validation error strings
"""
if not queryset:
from .process import Process
queryset = Process.objects.all()
processes = {}
for process in queryset:
dict_dot(
processes,
process.type.replace(':', '.') + '__schema__',
process.output_schema
)
errors = []
for path, key, value in iterate_dict(processes, exclude=lambda key, value: key == '__schema__'):
if '__schema__' not in value:
continue
# Validate with any parent types.
for length in range(len(path), 0, -1):
parent_type = '.'.join(path[:length] + ['__schema__'])
try:
parent_schema = dict_dot(processes, parent_type)
except KeyError:
continue
errors += validate_process_subtype(
supertype_name=':'.join(path[:length]),
supertype=parent_schema,
subtype_name=':'.join(path + [key]),
subtype=value['__schema__']
)
return errors