import graphene
from .validator import Validator
from .utils.formatting import format_extra_arguments, format_graphene_arguments
from .utils.security import enforce_custom_auth_decorator
from django.forms.models import model_to_dict


class MutationBase(graphene.Mutation):

    # Default field to return from the mutations
    completed = graphene.Boolean()
    messages = graphene.List(graphene.String)

    @classmethod
    @enforce_custom_auth_decorator
    def mutate(cls, root, info, **kwargs):

        # Extract extra arguments and converting to one element
        extra_arguments = {}
        for i in cls.extra_argument_names:
            if i in kwargs:
                extra_arguments[i] = kwargs.pop(i)
        kwargs["extra_arguments"] = extra_arguments

        cls.before_mutate(cls, root, info,  kwargs)
        rt = cls.mutate_method(cls, root, info, **kwargs)
        cls.after_mutate(cls, root, info, kwargs)

        return rt

    def get_model(self):
        return self.graphene_type._meta.model

    def set_graphene_arguments(self, options, update_rel=False):

        is_required = []
        if required := options.get("is_required"):
            is_required = required
        exclude_list = []
        if exclude := options.get("exclude"):
            exclude_list = exclude

        self.set_graphene_type(self, options)
        graphene_type_argument = format_graphene_arguments(
            self.graphene_type, is_required, exclude_list)
        if not hasattr(self, "Arguments"):
            setattr(self, "Arguments", type("Arguments", (), {}))

        relationship_models = {}
        for argument in graphene_type_argument:
            if argument.of_type:
                if argument.is_relationship:
                    relationship_models[argument.display_name] = argument.model
                    if update_rel and isinstance(argument.of_type, graphene.List):
                        setattr(
                            self.Arguments, f"add_{argument.display_name}", argument.of_type)
                        setattr(
                            self.Arguments, f"rmv_{argument.display_name}", argument.of_type)
                    else:
                        setattr(self.Arguments, argument.display_name,
                                argument.of_type)
                else:
                    setattr(self.Arguments, argument.display_name,
                            argument.of_type)
        setattr(self, "relationship_models", relationship_models)

    def set_extra_arguments(self, options):

        is_required = []
        if required := options.get("is_required"):
            is_required = required

        # Getting and Setting Extra Arguments
        extra_arguments = format_extra_arguments(
            options.get("extra_arguments"), is_required)

        if not hasattr(self, "Arguments"):
            setattr(self, "Arguments", type("Arguments", (), {}))

        setattr(self, "extra_argument_names", [])
        for argument in extra_arguments:
            setattr(self.Arguments, argument.display_name, argument.of_type)
            self.extra_argument_names.append(argument.display_name)

    def set_custom_auth(self, options):
        custom_auth = options.get("custom_auth")
        # If auth validation fails, creating a default_auth
        if not Validator.validate_custom_auth(custom_auth):

            def default_auth(*args, **kwargs):
                return (True, [])

            setattr(self, "custom_auth", default_auth)
        else:
            setattr(self, "custom_auth", custom_auth)

    def set_extra_info(self, options):
        extra_info = options.get("extra_info")
        if Validator.validate_extra_info(extra_info):
            self.extra_info = extra_info

    def set_graphene_type(self, options, return_obj=True):
        graphene_type = options.get("graphene_type")
        if Validator.validate_graphene_type(graphene_type):
            self.graphene_type = graphene_type
            if return_obj:
                setattr(self, graphene_type.__name__,
                        graphene.Field(graphene_type))

    def set_before_mutate(self, options):
        before_mutate = options.get("before_mutate")
        if not Validator.validate_mutation_functions(before_mutate):
            def default_mutate(*args, **kwargs):
                pass
            before_mutate = default_mutate
        self.before_mutate = before_mutate

    def set_mutate_method(self, mutate_method):
        if not Validator.validate_mutation_functions(mutate_method):
            raise Exception(
                "Mutation instance needs a mutation_method property")
        self.mutate_method = mutate_method

    def set_after_mutate(self, options):
        after_mutate = options.get("after_mutate")
        if not Validator.validate_mutation_functions(after_mutate):
            def default_mutate(*args, **kwargs):
                pass
            after_mutate = default_mutate
        self.after_mutate = after_mutate

    def pop_formatted_relationship_queries(cls, fields) -> dict:
        relationship_queries = {
            "foreign_key": {},
            "many_to_many": {
                "add": {},
                "rmv": {}
            }
        }

        for name, id in list(fields.items()):
            query_name = name
            if name in cls.relationship_models or (query_name := name[4:]) in cls.relationship_models:

                model = cls.relationship_models.get(query_name)
                if isinstance(id, list):
                    for i in id:
                        # Querying it to check if it exist
                        id_query = model.objects.get(pk=i)
                    if name.startswith("rmv"):
                        relationship_queries["many_to_many"]["rmv"][query_name] = id
                    else:
                        relationship_queries["many_to_many"]["add"][query_name] = id
                else:
                    id_query = model.objects.get(pk=id)
                    relationship_queries["foreign_key"][query_name] = id_query
                fields.pop(name)

        return relationship_queries

    def pop_manual_resolve_arguments(cls, model, fields: dict) -> dict:

        manual_resolve_arg = {}
        model_as_dict = model_to_dict(model)

        for name, j in list(fields.items()):
            if name not in model_as_dict:
                if name[4:] not in model_as_dict:
                    value = fields.pop(name)
                    manual_resolve_arg[name] = value

f0c418e17980da37cdc754492de31c28b035d042
<mask token>


class MutationBase(graphene.Mutation):
    <mask token>
    <mask token>
    <mask token>

    def get_model(self):
        return self.graphene_type._meta.model

    def set_graphene_arguments(self, options, update_rel=False):
        is_required = []
        if (required := options.get('is_required')):
            is_required = required
        exclude_list = []
        if (exclude := options.get('exclude')):
            exclude_list = exclude
        self.set_graphene_type(self, options)
        graphene_type_argument = format_graphene_arguments(self.
            graphene_type, is_required, exclude_list)
        if not hasattr(self, 'Arguments'):
            setattr(self, 'Arguments', type('Arguments', (), {}))
        relationship_models = {}
        for argument in graphene_type_argument:
            if argument.of_type:
                if argument.is_relationship:
                    relationship_models[argument.display_name] = argument.model
                    if update_rel and isinstance(argument.of_type, graphene
                        .List):
                        setattr(self.Arguments,
                            f'add_{argument.display_name}', argument.of_type)
                        setattr(self.Arguments,
                            f'rmv_{argument.display_name}', argument.of_type)
                    else:
                        setattr(self.Arguments, argument.display_name,
                            argument.of_type)
                else:
                    setattr(self.Arguments, argument.display_name, argument
                        .of_type)
        setattr(self, 'relationship_models', relationship_models)
    <mask token>

    def set_custom_auth(self, options):
        custom_auth = options.get('custom_auth')
        if not Validator.validate_custom_auth(custom_auth):

            def default_auth(*args, **kwargs):
                return True, []
            setattr(self, 'custom_auth', default_auth)
        else:
            setattr(self, 'custom_auth', custom_auth)

    def set_extra_info(self, options):
        extra_info = options.get('extra_info')
        if Validator.validate_extra_info(extra_info):
            self.extra_info = extra_info
    <mask token>
    <mask token>
    <mask token>
    <mask token>
    <mask token>
    <mask token>

<mask token>


class MutationBase(graphene.Mutation):
    <mask token>
    <mask token>
    <mask token>

    def get_model(self):
        return self.graphene_type._meta.model

    def set_graphene_arguments(self, options, update_rel=False):
        is_required = []
        if (required := options.get('is_required')):
            is_required = required
        exclude_list = []
        if (exclude := options.get('exclude')):
            exclude_list = exclude
        self.set_graphene_type(self, options)
        graphene_type_argument = format_graphene_arguments(self.
            graphene_type, is_required, exclude_list)
        if not hasattr(self, 'Arguments'):
            setattr(self, 'Arguments', type('Arguments', (), {}))
        relationship_models = {}
        for argument in graphene_type_argument:
            if argument.of_type:
                if argument.is_relationship:
                    relationship_models[argument.display_name] = argument.model
                    if update_rel and isinstance(argument.of_type, graphene
                        .List):
                        setattr(self.Arguments,
                            f'add_{argument.display_name}', argument.of_type)
                        setattr(self.Arguments,
                            f'rmv_{argument.display_name}', argument.of_type)
                    else:
                        setattr(self.Arguments, argument.display_name,
                            argument.of_type)
                else:
                    setattr(self.Arguments, argument.display_name, argument
                        .of_type)
        setattr(self, 'relationship_models', relationship_models)
    <mask token>

    def set_custom_auth(self, options):
        custom_auth = options.get('custom_auth')
        if not Validator.validate_custom_auth(custom_auth):

            def default_auth(*args, **kwargs):
                return True, []
            setattr(self, 'custom_auth', default_auth)
        else:
            setattr(self, 'custom_auth', custom_auth)

    def set_extra_info(self, options):
        extra_info = options.get('extra_info')
        if Validator.validate_extra_info(extra_info):
            self.extra_info = extra_info
    <mask token>

    def set_before_mutate(self, options):
        before_mutate = options.get('before_mutate')
        if not Validator.validate_mutation_functions(before_mutate):

            def default_mutate(*args, **kwargs):
                pass
            before_mutate = default_mutate
        self.before_mutate = before_mutate

    def set_mutate_method(self, mutate_method):
        if not Validator.validate_mutation_functions(mutate_method):
            raise Exception(
                'Mutation instance needs a mutation_method property')
        self.mutate_method = mutate_method

    def set_after_mutate(self, options):
        after_mutate = options.get('after_mutate')
        if not Validator.validate_mutation_functions(after_mutate):

            def default_mutate(*args, **kwargs):
                pass
            after_mutate = default_mutate
        self.after_mutate = after_mutate
    <mask token>
    <mask token>

<mask token>


class MutationBase(graphene.Mutation):
    <mask token>
    <mask token>
    <mask token>

    def get_model(self):
        return self.graphene_type._meta.model

    def set_graphene_arguments(self, options, update_rel=False):
        is_required = []
        if (required := options.get('is_required')):
            is_required = required
        exclude_list = []
        if (exclude := options.get('exclude')):
            exclude_list = exclude
        self.set_graphene_type(self, options)
        graphene_type_argument = format_graphene_arguments(self.
            graphene_type, is_required, exclude_list)
        if not hasattr(self, 'Arguments'):
            setattr(self, 'Arguments', type('Arguments', (), {}))
        relationship_models = {}
        for argument in graphene_type_argument:
            if argument.of_type:
                if argument.is_relationship:
                    relationship_models[argument.display_name] = argument.model
                    if update_rel and isinstance(argument.of_type, graphene
                        .List):
                        setattr(self.Arguments,
                            f'add_{argument.display_name}', argument.of_type)
                        setattr(self.Arguments,
                            f'rmv_{argument.display_name}', argument.of_type)
                    else:
                        setattr(self.Arguments, argument.display_name,
                            argument.of_type)
                else:
                    setattr(self.Arguments, argument.display_name, argument
                        .of_type)
        setattr(self, 'relationship_models', relationship_models)

    def set_extra_arguments(self, options):
        is_required = []
        if (required := options.get('is_required')):
            is_required = required
        extra_arguments = format_extra_arguments(options.get(
            'extra_arguments'), is_required)
        if not hasattr(self, 'Arguments'):
            setattr(self, 'Arguments', type('Arguments', (), {}))
        setattr(self, 'extra_argument_names', [])
        for argument in extra_arguments:
            setattr(self.Arguments, argument.display_name, argument.of_type)
            self.extra_argument_names.append(argument.display_name)

    def set_custom_auth(self, options):
        custom_auth = options.get('custom_auth')
        if not Validator.validate_custom_auth(custom_auth):

            def default_auth(*args, **kwargs):
                return True, []
            setattr(self, 'custom_auth', default_auth)
        else:
            setattr(self, 'custom_auth', custom_auth)

    def set_extra_info(self, options):
        extra_info = options.get('extra_info')
        if Validator.validate_extra_info(extra_info):
            self.extra_info = extra_info
    <mask token>

    def set_before_mutate(self, options):
        before_mutate = options.get('before_mutate')
        if not Validator.validate_mutation_functions(before_mutate):

            def default_mutate(*args, **kwargs):
                pass
            before_mutate = default_mutate
        self.before_mutate = before_mutate

    def set_mutate_method(self, mutate_method):
        if not Validator.validate_mutation_functions(mutate_method):
            raise Exception(
                'Mutation instance needs a mutation_method property')
        self.mutate_method = mutate_method

    def set_after_mutate(self, options):
        after_mutate = options.get('after_mutate')
        if not Validator.validate_mutation_functions(after_mutate):

            def default_mutate(*args, **kwargs):
                pass
            after_mutate = default_mutate
        self.after_mutate = after_mutate
    <mask token>
    <mask token>

<mask token>


class MutationBase(graphene.Mutation):
    <mask token>
    <mask token>
    <mask token>

    def get_model(self):
        return self.graphene_type._meta.model

    def set_graphene_arguments(self, options, update_rel=False):
        is_required = []
        if (required := options.get('is_required')):
            is_required = required
        exclude_list = []
        if (exclude := options.get('exclude')):
            exclude_list = exclude
        self.set_graphene_type(self, options)
        graphene_type_argument = format_graphene_arguments(self.
            graphene_type, is_required, exclude_list)
        if not hasattr(self, 'Arguments'):
            setattr(self, 'Arguments', type('Arguments', (), {}))
        relationship_models = {}
        for argument in graphene_type_argument:
            if argument.of_type:
                if argument.is_relationship:
                    relationship_models[argument.display_name] = argument.model
                    if update_rel and isinstance(argument.of_type, graphene
                        .List):
                        setattr(self.Arguments,
                            f'add_{argument.display_name}', argument.of_type)
                        setattr(self.Arguments,
                            f'rmv_{argument.display_name}', argument.of_type)
                    else:
                        setattr(self.Arguments, argument.display_name,
                            argument.of_type)
                else:
                    setattr(self.Arguments, argument.display_name, argument
                        .of_type)
        setattr(self, 'relationship_models', relationship_models)

    def set_extra_arguments(self, options):
        is_required = []
        if (required := options.get('is_required')):
            is_required = required
        extra_arguments = format_extra_arguments(options.get(
            'extra_arguments'), is_required)
        if not hasattr(self, 'Arguments'):
            setattr(self, 'Arguments', type('Arguments', (), {}))
        setattr(self, 'extra_argument_names', [])
        for argument in extra_arguments:
            setattr(self.Arguments, argument.display_name, argument.of_type)
            self.extra_argument_names.append(argument.display_name)

    def set_custom_auth(self, options):
        custom_auth = options.get('custom_auth')
        if not Validator.validate_custom_auth(custom_auth):

            def default_auth(*args, **kwargs):
                return True, []
            setattr(self, 'custom_auth', default_auth)
        else:
            setattr(self, 'custom_auth', custom_auth)

    def set_extra_info(self, options):
        extra_info = options.get('extra_info')
        if Validator.validate_extra_info(extra_info):
            self.extra_info = extra_info

    def set_graphene_type(self, options, return_obj=True):
        graphene_type = options.get('graphene_type')
        if Validator.validate_graphene_type(graphene_type):
            self.graphene_type = graphene_type
            if return_obj:
                setattr(self, graphene_type.__name__, graphene.Field(
                    graphene_type))

    def set_before_mutate(self, options):
        before_mutate = options.get('before_mutate')
        if not Validator.validate_mutation_functions(before_mutate):

            def default_mutate(*args, **kwargs):
                pass
            before_mutate = default_mutate
        self.before_mutate = before_mutate

    def set_mutate_method(self, mutate_method):
        if not Validator.validate_mutation_functions(mutate_method):
            raise Exception(
                'Mutation instance needs a mutation_method property')
        self.mutate_method = mutate_method

    def set_after_mutate(self, options):
        after_mutate = options.get('after_mutate')
        if not Validator.validate_mutation_functions(after_mutate):

            def default_mutate(*args, **kwargs):
                pass
            after_mutate = default_mutate
        self.after_mutate = after_mutate

    def pop_formatted_relationship_queries(cls, fields) ->dict:
        relationship_queries = {'foreign_key': {}, 'many_to_many': {'add':
            {}, 'rmv': {}}}
        for name, id in list(fields.items()):
            query_name = name
            if name in cls.relationship_models or (query_name := name[4:]
                ) in cls.relationship_models:
                model = cls.relationship_models.get(query_name)
                if isinstance(id, list):
                    for i in id:
                        id_query = model.objects.get(pk=i)
                    if name.startswith('rmv'):
                        relationship_queries['many_to_many']['rmv'][query_name
                            ] = id
                    else:
                        relationship_queries['many_to_many']['add'][query_name
                            ] = id
                else:
                    id_query = model.objects.get(pk=id)
                    relationship_queries['foreign_key'][query_name] = id_query
                fields.pop(name)
        return relationship_queries

    def pop_manual_resolve_arguments(cls, model, fields: dict) ->dict:
        manual_resolve_arg = {}
        model_as_dict = model_to_dict(model)
        for name, j in list(fields.items()):
            if name not in model_as_dict:
                if name[4:] not in model_as_dict:
                    value = fields.pop(name)
                    manual_resolve_arg[name] = value

import graphene
from .validator import Validator
from .utils.formatting import format_extra_arguments, format_graphene_arguments
from .utils.security import enforce_custom_auth_decorator
from django.forms.models import model_to_dict


class MutationBase(graphene.Mutation):

    # Default field to return from the mutations
    completed = graphene.Boolean()
    messages = graphene.List(graphene.String)

    @classmethod
    @enforce_custom_auth_decorator
    def mutate(cls, root, info, **kwargs):

        # Extract extra arguments and converting to one element
        extra_arguments = {}
        for i in cls.extra_argument_names:
            if i in kwargs:
                extra_arguments[i] = kwargs.pop(i)
        kwargs["extra_arguments"] = extra_arguments

        cls.before_mutate(cls, root, info,  kwargs)
        rt = cls.mutate_method(cls, root, info, **kwargs)
        cls.after_mutate(cls, root, info, kwargs)

        return rt

    def get_model(self):
        return self.graphene_type._meta.model

    def set_graphene_arguments(self, options, update_rel=False):

        is_required = []
        if required := options.get("is_required"):
            is_required = required
        exclude_list = []
        if exclude := options.get("exclude"):
            exclude_list = exclude

        self.set_graphene_type(self, options)
        graphene_type_argument = format_graphene_arguments(
            self.graphene_type, is_required, exclude_list)
        if not hasattr(self, "Arguments"):
            setattr(self, "Arguments", type("Arguments", (), {}))

        relationship_models = {}
        for argument in graphene_type_argument:
            if argument.of_type:
                if argument.is_relationship:
                    relationship_models[argument.display_name] = argument.model
                    if update_rel and isinstance(argument.of_type, graphene.List):
                        setattr(
                            self.Arguments, f"add_{argument.display_name}", argument.of_type)
                        setattr(
                            self.Arguments, f"rmv_{argument.display_name}", argument.of_type)
                    else:
                        setattr(self.Arguments, argument.display_name,
                                argument.of_type)
                else:
                    setattr(self.Arguments, argument.display_name,
                            argument.of_type)
        setattr(self, "relationship_models", relationship_models)

    def set_extra_arguments(self, options):

        is_required = []
        if required := options.get("is_required"):
            is_required = required

        # Getting and Setting Extra Arguments
        extra_arguments = format_extra_arguments(
            options.get("extra_arguments"), is_required)

        if not hasattr(self, "Arguments"):
            setattr(self, "Arguments", type("Arguments", (), {}))

        setattr(self, "extra_argument_names", [])
        for argument in extra_arguments:
            setattr(self.Arguments, argument.display_name, argument.of_type)
            self.extra_argument_names.append(argument.display_name)

    def set_custom_auth(self, options):
        custom_auth = options.get("custom_auth")
        # If auth validation fails, creating a default_auth
        if not Validator.validate_custom_auth(custom_auth):

            def default_auth(*args, **kwargs):
                return (True, [])

            setattr(self, "custom_auth", default_auth)
        else:
            setattr(self, "custom_auth", custom_auth)

    def set_extra_info(self, options):
        extra_info = options.get("extra_info")
        if Validator.validate_extra_info(extra_info):
            self.extra_info = extra_info

    def set_graphene_type(self, options, return_obj=True):
        graphene_type = options.get("graphene_type")
        if Validator.validate_graphene_type(graphene_type):
            self.graphene_type = graphene_type
            if return_obj:
                setattr(self, graphene_type.__name__,
                        graphene.Field(graphene_type))

    def set_before_mutate(self, options):
        before_mutate = options.get("before_mutate")
        if not Validator.validate_mutation_functions(before_mutate):
            def default_mutate(*args, **kwargs):
                pass
            before_mutate = default_mutate
        self.before_mutate = before_mutate

    def set_mutate_method(self, mutate_method):
        if not Validator.validate_mutation_functions(mutate_method):
            raise Exception(
                "Mutation instance needs a mutation_method property")
        self.mutate_method = mutate_method

    def set_after_mutate(self, options):
        after_mutate = options.get("after_mutate")
        if not Validator.validate_mutation_functions(after_mutate):
            def default_mutate(*args, **kwargs):
                pass
            after_mutate = default_mutate
        self.after_mutate = after_mutate

    def pop_formatted_relationship_queries(cls, fields) -> dict:
        relationship_queries = {
            "foreign_key": {},
            "many_to_many": {
                "add": {},
                "rmv": {}
            }
        }

        for name, id in list(fields.items()):
            query_name = name
            if name in cls.relationship_models or (query_name := name[4:]) in cls.relationship_models:

                model = cls.relationship_models.get(query_name)
                if isinstance(id, list):
                    for i in id:
                        # Querying it to check if it exist
                        id_query = model.objects.get(pk=i)
                    if name.startswith("rmv"):
                        relationship_queries["many_to_many"]["rmv"][query_name] = id
                    else:
                        relationship_queries["many_to_many"]["add"][query_name] = id
                else:
                    id_query = model.objects.get(pk=id)
                    relationship_queries["foreign_key"][query_name] = id_query
                fields.pop(name)

        return relationship_queries

    def pop_manual_resolve_arguments(cls, model, fields: dict) -> dict:

        manual_resolve_arg = {}
        model_as_dict = model_to_dict(model)

        for name, j in list(fields.items()):
            if name not in model_as_dict:
                if name[4:] not in model_as_dict:
                    value = fields.pop(name)
                    manual_resolve_arg[name] = value
