з <Иj!уєFЧdZddlmZddlZddlZddlmZddlmZddlmZ ddl mZdd l mZdd l mZddl mZddl mZdd l mZddl mZddlmZddlmZddlmZddlmZddlmZddlmZddlmZddlmZddlmZddlmZddlmZddlm Z ddl!m"Z"ddl!m#Z#ddl!m$Z$ddl!m%Z%dd l!m&Z&dd!l!m'Z'dd"l!m(Z(d#ДZ)d$ДZ*ej+ej,а-d%d&м'жлGd(Дd)eжлжлжлZ.d*ДZ/Gd+Дd,e0жлZ1Gd-Дd.e0жлZ2dS)/a Heuristics related to join conditions as used in :func:`_orm.relationship`. Provides the :class:`.JoinCondition` object, which encapsulates SQL annotation and aliasing behavior focused on the `primaryjoin` and `secondaryjoin` aspects of :func:`_orm.relationship`. щ)┌absolute_importNщ)┌ attributes)┌ dependency)┌mapper)┌_is_mapped_class)┌ state_str)┌ MANYTOMANY)┌ MANYTOONE)┌ ONETOMANY)┌PropComparator)┌StrategizedProperty)┌ _orm_annotate)┌_orm_deannotate)┌CascadeOptionsщ)┌exc)┌log)┌schema)┌sql)┌util)┌inspect)┌ expression)┌ operators)┌visitors)┌_deep_deannotate)┌_shallow_annotate)┌adapt_criterion_to_null)┌ ClauseAdapter)┌join_condition)┌selectables_overlapй┌visit_binary_productcєJЧttj|жлddiжлS)aAnnotate a portion of a primaryjoin expression with a 'remote' annotation. See the section :ref:`relationship_custom_foreign` for a description of use. .. seealso:: :ref:`relationship_custom_foreign` :func:`.foreign` ┌remoteTй┌_annotate_columnsr┌_clause_element_as_exprй┌exprs ·S/opt/cloudlinux/venv/lib64/python3.11/site-packages/sqlalchemy/orm/relationships.pyr%r%4s+Аї▌╘*и4╤0╘0░8╕T╨2BёЇЁєcєJЧttj|жлddiжлS)aAnnotate a portion of a primaryjoin expression with a 'foreign' annotation. See the section :ref:`relationship_custom_foreign` for a description of use. .. seealso:: :ref:`relationship_custom_foreign` :func:`.remote` ┌foreignTr&r)s r+r.r.Gs+Аї▌╘*и4╤0╘0░9╕d╨2CёЇЁr,zsqlalchemy.orm.propertiesT)┌ add_to_allc"ємЗЧeZdZdZdZedddddмжлZdZej dмжлddddddddddddd ded eddeddddddded eddddddddf!ИfdД жлZ dДZdДZGdДde жлZd0dДZ d1dДZdДZd2dДZdДZdДZejfdДZ d3dДZedДжлZedДжлZdДZejdДжлZejd ДжлZ Иfd!ДZ!d"ДZ"d#ДZ#d$ДZ$ed%ДжлZ%e%j&d&ДжлZ%d4d'ДZ'd(ДZ(d)ДZ)d*ДZ*d+ДZ+d,ДZ,ejd-ДжлZ-ejd.ДжлZ. d5d/ДZ/ИxZ0S)6┌RelationshipPropertyz Describes an object property that holds a single item or list of items that correspond to a related database table. Public constructor is the :func:`_orm.relationship` function. .. seealso:: :ref:`relationship_config_toplevel` ┌relationshipFTй┌passive_deletes┌passive_updates┌enable_typechecks┌active_history┌cascade_backrefsN)z0.7z─:class:`.AttributeExtension` is deprecated in favor of the :class:`.AttributeEvents` listener interface. The :paramref:`_orm.relationship.extension` parameter will be removed in a future release.)┌ extension┌selectr4r5r6r7r8c#єХЧtt|жлажл||_||_||_||_||_| |_d|_ | |_ | r|а|||||мжл| r|"rtj dжлВ|"|_||_||_||_||_||_||_||_||_||_||_||_||_||_||_||_|!rt=jdжл|!|_ ||_!||_"||_#||_$|ptj%|_&|а&|dжл|_'t=j(|жл| Б| |_)d|jff|_*tWжл|_,|dur||_-n|а.ddмжл||_/| |_0|j0r|rtj d жлВd|_1dS||_1dS) ahТProvide a relationship between two mapped classes. This corresponds to a parent-child or associative table relationship. The constructed class is an instance of :class:`.RelationshipProperty`. A typical :func:`_orm.relationship`, used in a classical mapping:: mapper(Parent, properties={ 'children': relationship(Child) }) Some arguments accepted by :func:`_orm.relationship` optionally accept a callable function, which when called produces the desired value. The callable is invoked by the parent :class:`_orm.Mapper` at "mapper initialization" time, which happens only when mappers are first used, and is assumed to be after all mappings have been constructed. This can be used to resolve order-of-declaration and other dependency issues, such as if ``Child`` is declared below ``Parent`` in the same file:: mapper(Parent, properties={ "children":relationship(lambda: Child, order_by=lambda: Child.id) }) When using the :ref:`declarative_toplevel` extension, the Declarative initializer allows string arguments to be passed to :func:`_orm.relationship`. These string arguments are converted into callables that evaluate the string as Python code, using the Declarative class-registry as a namespace. This allows the lookup of related classes to be automatic via their string name, and removes the need for related classes to be imported into the local module space before the dependent classes have been declared. It is still required that the modules in which these related classes appear are imported anywhere in the application at some point before the related mappings are actually used, else a lookup error will be raised when the :func:`_orm.relationship` attempts to resolve the string reference to the related class. An example of a string- resolved class is as follows:: from sqlalchemy.ext.declarative import declarative_base Base = declarative_base() class Parent(Base): __tablename__ = 'parent' id = Column(Integer, primary_key=True) children = relationship("Child", order_by="Child.id") .. seealso:: :ref:`relationship_config_toplevel` - Full introductory and reference documentation for :func:`_orm.relationship`. :ref:`orm_tutorial_relationship` - ORM tutorial introduction. :param argument: A mapped class, or actual :class:`_orm.Mapper` instance, representing the target of the relationship. :paramref:`_orm.relationship.argument` may also be passed as a callable function which is evaluated at mapper initialization time, and may be passed as a string name when using Declarative. .. warning:: Prior to SQLAlchemy 1.3.16, this value is interpreted using Python's ``eval()`` function. **DO NOT PASS UNTRUSTED INPUT TO THIS STRING**. See :ref:`declarative_relationship_eval` for details on declarative evaluation of :func:`_orm.relationship` arguments. .. versionchanged 1.3.16:: The string evaluation of the main "argument" no longer accepts an open ended Python expression, instead only accepting a string class name or dotted package-qualified name. .. seealso:: :ref:`declarative_configuring_relationships` - further detail on relationship configuration when using Declarative. :param secondary: For a many-to-many relationship, specifies the intermediary table, and is typically an instance of :class:`_schema.Table`. In less common circumstances, the argument may also be specified as an :class:`_expression.Alias` construct, or even a :class:`_expression.Join` construct. :paramref:`_orm.relationship.secondary` may also be passed as a callable function which is evaluated at mapper initialization time. When using Declarative, it may also be a string argument noting the name of a :class:`_schema.Table` that is present in the :class:`_schema.MetaData` collection associated with the parent-mapped :class:`_schema.Table`. .. warning:: When passed as a Python-evaluable string, the argument is interpreted using Python's ``eval()`` function. **DO NOT PASS UNTRUSTED INPUT TO THIS STRING**. See :ref:`declarative_relationship_eval` for details on declarative evaluation of :func:`_orm.relationship` arguments. The :paramref:`_orm.relationship.secondary` keyword argument is typically applied in the case where the intermediary :class:`_schema.Table` is not otherwise expressed in any direct class mapping. If the "secondary" table is also explicitly mapped elsewhere (e.g. as in :ref:`association_pattern`), one should consider applying the :paramref:`_orm.relationship.viewonly` flag so that this :func:`_orm.relationship` is not used for persistence operations which may conflict with those of the association object pattern. .. seealso:: :ref:`relationships_many_to_many` - Reference example of "many to many". :ref:`orm_tutorial_many_to_many` - ORM tutorial introduction to many-to-many relationships. :ref:`self_referential_many_to_many` - Specifics on using many-to-many in a self-referential case. :ref:`declarative_many_to_many` - Additional options when using Declarative. :ref:`association_pattern` - an alternative to :paramref:`_orm.relationship.secondary` when composing association table relationships, allowing additional attributes to be specified on the association table. :ref:`composite_secondary_join` - a lesser-used pattern which in some cases can enable complex :func:`_orm.relationship` SQL conditions to be used. .. versionadded:: 0.9.2 :paramref:`_orm.relationship.secondary` works more effectively when referring to a :class:`_expression.Join` instance. :param active_history=False: When ``True``, indicates that the "previous" value for a many-to-one reference should be loaded when replaced, if not already loaded. Normally, history tracking logic for simple many-to-ones only needs to be aware of the "new" value in order to perform a flush. This flag is available for applications that make use of :func:`.attributes.get_history` which also need to know the "previous" value of the attribute. :param backref: Indicates the string name of a property to be placed on the related mapper's class that will handle this relationship in the other direction. The other property will be created automatically when the mappers are configured. Can also be passed as a :func:`.backref` object to control the configuration of the new relationship. .. seealso:: :ref:`relationships_backref` - Introductory documentation and examples. :paramref:`_orm.relationship.back_populates` - alternative form of backref specification. :func:`.backref` - allows control over :func:`_orm.relationship` configuration when using :paramref:`_orm.relationship.backref`. :param back_populates: Takes a string name and has the same meaning as :paramref:`_orm.relationship.backref`, except the complementing property is **not** created automatically, and instead must be configured explicitly on the other mapper. The complementing property should also indicate :paramref:`_orm.relationship.back_populates` to this relationship to ensure proper functioning. .. seealso:: :ref:`relationships_backref` - Introductory documentation and examples. :paramref:`_orm.relationship.backref` - alternative form of backref specification. :param bake_queries=True: Use the :class:`.BakedQuery` cache to cache the construction of SQL used in lazy loads. True by default. Set to False if the join condition of the relationship has unusual features that might not respond well to statement caching. .. versionchanged:: 1.2 "Baked" loading is the default implementation for the "select", a.k.a. "lazy" loading strategy for relationships. .. versionadded:: 1.0.0 .. seealso:: :ref:`baked_toplevel` :param cascade: A comma-separated list of cascade rules which determines how Session operations should be "cascaded" from parent to child. This defaults to ``False``, which means the default cascade should be used - this default cascade is ``"save-update, merge"``. The available cascades are ``save-update``, ``merge``, ``expunge``, ``delete``, ``delete-orphan``, and ``refresh-expire``. An additional option, ``all`` indicates shorthand for ``"save-update, merge, refresh-expire, expunge, delete"``, and is often used as in ``"all, delete-orphan"`` to indicate that related objects should follow along with the parent object in all cases, and be deleted when de-associated. .. seealso:: :ref:`unitofwork_cascades` - Full detail on each of the available cascade options. :ref:`tutorial_delete_cascade` - Tutorial example describing a delete cascade. :param cascade_backrefs=True: A boolean value indicating if the ``save-update`` cascade should operate along an assignment event intercepted by a backref. When set to ``False``, the attribute managed by this relationship will not cascade an incoming transient object into the session of a persistent parent, if the event is received via backref. .. seealso:: :ref:`backref_cascade` - Full discussion and examples on how the :paramref:`_orm.relationship.cascade_backrefs` option is used. :param collection_class: A class or callable that returns a new list-holding object. will be used in place of a plain list for storing elements. .. seealso:: :ref:`custom_collections` - Introductory documentation and examples. :param comparator_factory: A class which extends :class:`.RelationshipProperty.Comparator` which provides custom SQL clause generation for comparison operations. .. seealso:: :class:`.PropComparator` - some detail on redefining comparators at this level. :ref:`custom_comparators` - Brief intro to this feature. :param distinct_target_key=None: Indicate if a "subquery" eager load should apply the DISTINCT keyword to the innermost SELECT statement. When left as ``None``, the DISTINCT keyword will be applied in those cases when the target columns do not comprise the full primary key of the target table. When set to ``True``, the DISTINCT keyword is applied to the innermost SELECT unconditionally. It may be desirable to set this flag to False when the DISTINCT is reducing performance of the innermost subquery beyond that of what duplicate innermost rows may be causing. .. versionchanged:: 0.9.0 - :paramref:`_orm.relationship.distinct_target_key` now defaults to ``None``, so that the feature enables itself automatically for those cases where the innermost query targets a non-unique key. .. seealso:: :ref:`loading_toplevel` - includes an introduction to subquery eager loading. :param doc: Docstring which will be applied to the resulting descriptor. :param extension: an :class:`.AttributeExtension` instance, or list of extensions, which will be prepended to the list of attribute listeners for the resulting descriptor placed on the class. :param foreign_keys: A list of columns which are to be used as "foreign key" columns, or columns which refer to the value in a remote column, within the context of this :func:`_orm.relationship` object's :paramref:`_orm.relationship.primaryjoin` condition. That is, if the :paramref:`_orm.relationship.primaryjoin` condition of this :func:`_orm.relationship` is ``a.id == b.a_id``, and the values in ``b.a_id`` are required to be present in ``a.id``, then the "foreign key" column of this :func:`_orm.relationship` is ``b.a_id``. In normal cases, the :paramref:`_orm.relationship.foreign_keys` parameter is **not required.** :func:`_orm.relationship` will automatically determine which columns in the :paramref:`_orm.relationship.primaryjoin` condition are to be considered "foreign key" columns based on those :class:`_schema.Column` objects that specify :class:`_schema.ForeignKey`, or are otherwise listed as referencing columns in a :class:`_schema.ForeignKeyConstraint` construct. :paramref:`_orm.relationship.foreign_keys` is only needed when: 1. There is more than one way to construct a join from the local table to the remote table, as there are multiple foreign key references present. Setting ``foreign_keys`` will limit the :func:`_orm.relationship` to consider just those columns specified here as "foreign". 2. The :class:`_schema.Table` being mapped does not actually have :class:`_schema.ForeignKey` or :class:`_schema.ForeignKeyConstraint` constructs present, often because the table was reflected from a database that does not support foreign key reflection (MySQL MyISAM). 3. The :paramref:`_orm.relationship.primaryjoin` argument is used to construct a non-standard join condition, which makes use of columns or expressions that do not normally refer to their "parent" column, such as a join condition expressed by a complex comparison using a SQL function. The :func:`_orm.relationship` construct will raise informative error messages that suggest the use of the :paramref:`_orm.relationship.foreign_keys` parameter when presented with an ambiguous condition. In typical cases, if :func:`_orm.relationship` doesn't raise any exceptions, the :paramref:`_orm.relationship.foreign_keys` parameter is usually not needed. :paramref:`_orm.relationship.foreign_keys` may also be passed as a callable function which is evaluated at mapper initialization time, and may be passed as a Python-evaluable string when using Declarative. .. warning:: When passed as a Python-evaluable string, the argument is interpreted using Python's ``eval()`` function. **DO NOT PASS UNTRUSTED INPUT TO THIS STRING**. See :ref:`declarative_relationship_eval` for details on declarative evaluation of :func:`_orm.relationship` arguments. .. seealso:: :ref:`relationship_foreign_keys` :ref:`relationship_custom_foreign` :func:`.foreign` - allows direct annotation of the "foreign" columns within a :paramref:`_orm.relationship.primaryjoin` condition. :param info: Optional data dictionary which will be populated into the :attr:`.MapperProperty.info` attribute of this object. :param innerjoin=False: When ``True``, joined eager loads will use an inner join to join against related tables instead of an outer join. The purpose of this option is generally one of performance, as inner joins generally perform better than outer joins. This flag can be set to ``True`` when the relationship references an object via many-to-one using local foreign keys that are not nullable, or when the reference is one-to-one or a collection that is guaranteed to have one or at least one entry. The option supports the same "nested" and "unnested" options as that of :paramref:`_orm.joinedload.innerjoin`. See that flag for details on nested / unnested behaviors. .. seealso:: :paramref:`_orm.joinedload.innerjoin` - the option as specified by loader option, including detail on nesting behavior. :ref:`what_kind_of_loading` - Discussion of some details of various loader options. :param join_depth: When non-``None``, an integer value indicating how many levels deep "eager" loaders should join on a self-referring or cyclical relationship. The number counts how many times the same Mapper shall be present in the loading condition along a particular join branch. When left at its default of ``None``, eager loaders will stop chaining when they encounter a the same target mapper which is already higher up in the chain. This option applies both to joined- and subquery- eager loaders. .. seealso:: :ref:`self_referential_eager_loading` - Introductory documentation and examples. :param lazy='select': specifies How the related items should be loaded. Default value is ``select``. Values include: * ``select`` - items should be loaded lazily when the property is first accessed, using a separate SELECT statement, or identity map fetch for simple many-to-one references. * ``immediate`` - items should be loaded as the parents are loaded, using a separate SELECT statement, or identity map fetch for simple many-to-one references. * ``joined`` - items should be loaded "eagerly" in the same query as that of the parent, using a JOIN or LEFT OUTER JOIN. Whether the join is "outer" or not is determined by the :paramref:`_orm.relationship.innerjoin` parameter. * ``subquery`` - items should be loaded "eagerly" as the parents are loaded, using one additional SQL statement, which issues a JOIN to a subquery of the original statement, for each collection requested. * ``selectin`` - items should be loaded "eagerly" as the parents are loaded, using one or more additional SQL statements, which issues a JOIN to the immediate parent object, specifying primary key identifiers using an IN clause. .. versionadded:: 1.2 * ``noload`` - no loading should occur at any time. This is to support "write-only" attributes, or attributes which are populated in some manner specific to the application. * ``raise`` - lazy loading is disallowed; accessing the attribute, if its value were not already loaded via eager loading, will raise an :exc:`~sqlalchemy.exc.InvalidRequestError`. This strategy can be used when objects are to be detached from their attached :class:`.Session` after they are loaded. .. versionadded:: 1.1 * ``raise_on_sql`` - lazy loading that emits SQL is disallowed; accessing the attribute, if its value were not already loaded via eager loading, will raise an :exc:`~sqlalchemy.exc.InvalidRequestError`, **if the lazy load needs to emit SQL**. If the lazy load can pull the related value from the identity map or determine that it should be None, the value is loaded. This strategy can be used when objects will remain associated with the attached :class:`.Session`, however additional SELECT statements should be blocked. .. versionadded:: 1.1 * ``dynamic`` - the attribute will return a pre-configured :class:`_query.Query` object for all read operations, onto which further filtering operations can be applied before iterating the results. See the section :ref:`dynamic_relationship` for more details. * True - a synonym for 'select' * False - a synonym for 'joined' * None - a synonym for 'noload' .. seealso:: :doc:`/orm/loading_relationships` - Full documentation on relationship loader configuration. :ref:`dynamic_relationship` - detail on the ``dynamic`` option. :ref:`collections_noload_raiseload` - notes on "noload" and "raise" :param load_on_pending=False: Indicates loading behavior for transient or pending parent objects. When set to ``True``, causes the lazy-loader to issue a query for a parent object that is not persistent, meaning it has never been flushed. This may take effect for a pending object when autoflush is disabled, or for a transient object that has been "attached" to a :class:`.Session` but is not part of its pending collection. The :paramref:`_orm.relationship.load_on_pending` flag does not improve behavior when the ORM is used normally - object references should be constructed at the object level, not at the foreign key level, so that they are present in an ordinary way before a flush proceeds. This flag is not not intended for general use. .. seealso:: :meth:`.Session.enable_relationship_loading` - this method establishes "load on pending" behavior for the whole object, and also allows loading on objects that remain transient or detached. :param order_by: Indicates the ordering that should be applied when loading these items. :paramref:`_orm.relationship.order_by` is expected to refer to one of the :class:`_schema.Column` objects to which the target class is mapped, or the attribute itself bound to the target class which refers to the column. :paramref:`_orm.relationship.order_by` may also be passed as a callable function which is evaluated at mapper initialization time, and may be passed as a Python-evaluable string when using Declarative. .. warning:: When passed as a Python-evaluable string, the argument is interpreted using Python's ``eval()`` function. **DO NOT PASS UNTRUSTED INPUT TO THIS STRING**. See :ref:`declarative_relationship_eval` for details on declarative evaluation of :func:`_orm.relationship` arguments. :param passive_deletes=False: Indicates loading behavior during delete operations. A value of True indicates that unloaded child items should not be loaded during a delete operation on the parent. Normally, when a parent item is deleted, all child items are loaded so that they can either be marked as deleted, or have their foreign key to the parent set to NULL. Marking this flag as True usually implies an ON DELETE rule is in place which will handle updating/deleting child rows on the database side. Additionally, setting the flag to the string value 'all' will disable the "nulling out" of the child foreign keys, when the parent object is deleted and there is no delete or delete-orphan cascade enabled. This is typically used when a triggering or error raise scenario is in place on the database side. Note that the foreign key attributes on in-session child objects will not be changed after a flush occurs so this is a very special use-case setting. Additionally, the "nulling out" will still occur if the child object is de-associated with the parent. .. seealso:: :ref:`passive_deletes` - Introductory documentation and examples. :param passive_updates=True: Indicates the persistence behavior to take when a referenced primary key value changes in place, indicating that the referencing foreign key columns will also need their value changed. When True, it is assumed that ``ON UPDATE CASCADE`` is configured on the foreign key in the database, and that the database will handle propagation of an UPDATE from a source column to dependent rows. When False, the SQLAlchemy :func:`_orm.relationship` construct will attempt to emit its own UPDATE statements to modify related targets. However note that SQLAlchemy **cannot** emit an UPDATE for more than one level of cascade. Also, setting this flag to False is not compatible in the case where the database is in fact enforcing referential integrity, unless those constraints are explicitly "deferred", if the target backend supports it. It is highly advised that an application which is employing mutable primary keys keeps ``passive_updates`` set to True, and instead uses the referential integrity features of the database itself in order to handle the change efficiently and fully. .. seealso:: :ref:`passive_updates` - Introductory documentation and examples. :paramref:`.mapper.passive_updates` - a similar flag which takes effect for joined-table inheritance mappings. :param post_update: This indicates that the relationship should be handled by a second UPDATE statement after an INSERT or before a DELETE. Currently, it also will issue an UPDATE after the instance was UPDATEd as well, although this technically should be improved. This flag is used to handle saving bi-directional dependencies between two individual rows (i.e. each row references the other), where it would otherwise be impossible to INSERT or DELETE both rows fully since one row exists before the other. Use this flag when a particular mapping arrangement will incur two rows that are dependent on each other, such as a table that has a one-to-many relationship to a set of child rows, and also has a column that references a single child row within that list (i.e. both tables contain a foreign key to each other). If a flush operation returns an error that a "cyclical dependency" was detected, this is a cue that you might want to use :paramref:`_orm.relationship.post_update` to "break" the cycle. .. seealso:: :ref:`post_update` - Introductory documentation and examples. :param primaryjoin: A SQL expression that will be used as the primary join of the child object against the parent object, or in a many-to-many relationship the join of the parent object to the association table. By default, this value is computed based on the foreign key relationships of the parent and child tables (or association table). :paramref:`_orm.relationship.primaryjoin` may also be passed as a callable function which is evaluated at mapper initialization time, and may be passed as a Python-evaluable string when using Declarative. .. warning:: When passed as a Python-evaluable string, the argument is interpreted using Python's ``eval()`` function. **DO NOT PASS UNTRUSTED INPUT TO THIS STRING**. See :ref:`declarative_relationship_eval` for details on declarative evaluation of :func:`_orm.relationship` arguments. .. seealso:: :ref:`relationship_primaryjoin` :param remote_side: Used for self-referential relationships, indicates the column or list of columns that form the "remote side" of the relationship. :paramref:`_orm.relationship.remote_side` may also be passed as a callable function which is evaluated at mapper initialization time, and may be passed as a Python-evaluable string when using Declarative. .. warning:: When passed as a Python-evaluable string, the argument is interpreted using Python's ``eval()`` function. **DO NOT PASS UNTRUSTED INPUT TO THIS STRING**. See :ref:`declarative_relationship_eval` for details on declarative evaluation of :func:`_orm.relationship` arguments. .. seealso:: :ref:`self_referential` - in-depth explanation of how :paramref:`_orm.relationship.remote_side` is used to configure self-referential relationships. :func:`.remote` - an annotation function that accomplishes the same purpose as :paramref:`_orm.relationship.remote_side`, typically when a custom :paramref:`_orm.relationship.primaryjoin` condition is used. :param query_class: A :class:`_query.Query` subclass that will be used as the base of the "appender query" returned by a "dynamic" relationship, that is, a relationship that specifies ``lazy="dynamic"`` or was otherwise constructed using the :func:`_orm.dynamic_loader` function. .. seealso:: :ref:`dynamic_relationship` - Introduction to "dynamic" relationship loaders. :param secondaryjoin: A SQL expression that will be used as the join of an association table to the child object. By default, this value is computed based on the foreign key relationships of the association and child tables. :paramref:`_orm.relationship.secondaryjoin` may also be passed as a callable function which is evaluated at mapper initialization time, and may be passed as a Python-evaluable string when using Declarative. .. warning:: When passed as a Python-evaluable string, the argument is interpreted using Python's ``eval()`` function. **DO NOT PASS UNTRUSTED INPUT TO THIS STRING**. See :ref:`declarative_relationship_eval` for details on declarative evaluation of :func:`_orm.relationship` arguments. .. seealso:: :ref:`relationship_primaryjoin` :param single_parent: When True, installs a validator which will prevent objects from being associated with more than one parent at a time. This is used for many-to-one or many-to-many relationships that should be treated either as one-to-one or one-to-many. Its usage is optional, except for :func:`_orm.relationship` constructs which are many-to-one or many-to-many and also specify the ``delete-orphan`` cascade option. The :func:`_orm.relationship` construct itself will raise an error instructing when this option is required. .. seealso:: :ref:`unitofwork_cascades` - includes detail on when the :paramref:`_orm.relationship.single_parent` flag may be appropriate. :param uselist: A boolean that indicates if this property should be loaded as a list or a scalar. In most cases, this value is determined automatically by :func:`_orm.relationship` at mapper configuration time, based on the type and direction of the relationship - one to many forms a list, many to one forms a scalar, many to many is a list. If a scalar is desired where normally a list would be present, such as a bi-directional one-to-one relationship, set :paramref:`_orm.relationship.uselist` to False. The :paramref:`_orm.relationship.uselist` flag is also available on an existing :func:`_orm.relationship` construct as a read-only attribute, which can be used to determine if this :func:`_orm.relationship` deals with collections or scalar attributes:: >>> User.addresses.property.uselist True .. seealso:: :ref:`relationships_one_to_one` - Introduction to the "one to one" relationship pattern, which is typically when the :paramref:`_orm.relationship.uselist` flag is needed. :param viewonly=False: When set to ``True``, the relationship is used only for loading objects, and not for any persistence operation. A :func:`_orm.relationship` which specifies :paramref:`_orm.relationship.viewonly` can work with a wider range of SQL operations within the :paramref:`_orm.relationship.primaryjoin` condition, including operations that feature the use of a variety of comparison operators as well as SQL functions such as :func:`_expression.cast`. The :paramref:`_orm.relationship.viewonly` flag is also of general use when defining any kind of :func:`_orm.relationship` that doesn't represent the full set of related objects, to prevent modifications of the collection from resulting in persistence operations. When using the :paramref:`_orm.relationship.viewonly` flag in conjunction with backrefs, the :paramref:`_orm.relationship.sync_backref` should be set to False; this indicates that the backref should not actually populate this relationship with data when changes occur on the other side; as this is a viewonly relationship, it cannot accommodate changes in state correctly as these will not be persisted. .. versionadded:: 1.3.17 - the :paramref:`_orm.relationship.sync_backref` flag set to False is required when using viewonly in conjunction with backrefs. A warning is emitted when this flag is not set. .. seealso:: :paramref:`_orm.relationship.sync_backref` :param sync_backref: A boolean that enables the events used to synchronize the in-Python attributes when this relationship is target of either :paramref:`_orm.relationship.backref` or :paramref:`_orm.relationship.back_populates`. Defaults to ``None``, which indicates that an automatic value should be selected based on the value of the :paramref:`_orm.relationship.viewonly` flag. When left at its default, changes in state for writable relationships will be back-populated normally. For viewonly relationships, a warning is emitted unless the flag is set to ``False``. .. versionadded:: 1.3.17 .. seealso:: :paramref:`_orm.relationship.viewonly` :param omit_join: Allows manual control over the "selectin" automatic join optimization. Set to ``False`` to disable the "omit join" feature added in SQLAlchemy 1.3; or leave as ``None`` to leave automatic optimization in place. .. note:: This flag may only be set to ``False``. It is not necessary to set it to ``True`` as the "omit_join" optimization is automatically detected; if it is not detected, then the optimization is not supported. .. versionchanged:: 1.3.11 setting ``omit_join`` to True will now emit a warning as this was not the intended use of this flag. .. versionadded:: 1.3 Nr3z-sync_backref and viewonly cannot both be Truezцsetting omit_join to True is not supported; selectin loading of this relationship may not work correctly if this flag is set explicitly. omit_join optimization is automatically detected for conditions under which it is supported.┌lazyFzsave-update, merge)┌warnzCbackref and back_populates keyword arguments are mutually exclusive)2┌superr1┌__init__┌uselist┌argument┌ secondary┌primaryjoin┌ secondaryjoin┌post_update┌ direction┌viewonly┌ _warn_for_persistence_only_flags┌sa_exc┌ ArgumentError┌sync_backrefr<┌ single_parent┌_user_defined_foreign_keys┌collection_classr4r8r5┌remote_sider6┌query_class┌ innerjoin┌distinct_target_key┌docr7┌ join_depthrr=┌ omit_join┌local_remote_pairsr9┌bake_queries┌load_on_pending┌ Comparator┌comparator_factory┌ comparator┌set_creation_order┌info┌strategy_key┌set┌_reverse_property┌cascade┌_set_cascade┌order_by┌back_populates┌backref)$┌selfrArBrCrD┌foreign_keysr@rcrerdrErar9rGr<rNr4r5rOr6rTrZrLrQrRrSr7r8rXrW┌_local_remote_pairsrPr]rUrK┌ __class__s$ Аr+r?zRelationshipProperty.__init__usm°Аїp ╒"аD╤)╘)╫2╥2╤4╘4╨4рИМ╪ ИМ ╪"ИМ╪&И╘╪*И╘╪&И╘╪ИМ╪ ИМ ╪Ё ╪╫1╥1╪ /╪ /╪"3╪-╪!1Ё 2ё Ї Ё ЁЁ ШЁ ▌╘&╪?ёЇЁ Ё)И╘╪ИМ ╪*И╘╪*6И╘'╪ 0И╘╪.И╘╪ 0И╘╪.И╘╪&И╘╪!2И╘╪&И╘╪"ИМ╪#6И╘ ╪ИМ╪,И╘╪$ИМ╪Ё ▌МIЁё Ї Ё Ё#ИМ╪"5И╘╪"ИМ╪(И╘╪.И╘р╨A╒"6╘"AЁ ╘Ё╫1╥1░$╕╤=╘=ИМ▌╘а╤%╘%╨%р╨╪ИDМIр$аdдi╨0╨2И╘х!$бдИ╘рШ%╨╨╪"ИDМLИLр╫╥╨2╕╨╤?╘?╨?р ИМ р,И╘р╘Ё #╪Ё ▌╘*Ё-ёЇЁЁ ИDМLИLИLр"ИDМLИLИLr,cєМЧ|ажлD].\}}||j|krtjd|ЫdЭжлМ/dS)NzSetting z╠ on relationship() while also setting viewonly=True does not make sense, as a viewonly=True relationship does not perform persistence operations. This configuration may raise an error in a future release.)┌items┌_persistence_onlyrr=)rf┌kw┌k┌vs r+rHz5RelationshipProperty._warn_for_persistence_only_flags!saА╪ЧHТHСJФJЁ Ё ЙDИAИq╪РD╘*и1╘-╥-╨-їФ Р Ё /0иaиaЁ 2ёЇЁ°Ё Ё r,cє~Чtj|j|j|а||жл||jмжлdS)N)r[┌parententityrS)r┌register_descriptor┌class_┌keyrZrSйrfrs r+┌instrument_classz%RelationshipProperty.instrument_class3sKА▌╘&╪МM╪МH╪╫.╥.иt░V╤<╘<╪╪ФЁ ё Ї Ё Ё Ё r,cєЄЧeZdZdZdZ ddДZdДZejdДжлZ ejdДжлZ ejdДжлZdДZd ДZ d ДZdДZdZdДZdd ДZddДZddДZdДZdДZdДZejdДжлZdS)·RelationshipProperty.Comparatora╪Produce boolean, comparison, and other operators for :class:`.RelationshipProperty` attributes. See the documentation for :class:`.PropComparator` for a brief overview of ORM level operator definition. .. seealso:: :class:`.PropComparator` :class:`.ColumnProperty.Comparator` :class:`.ColumnOperators` :ref:`types_operators` :attr:`.TypeEngine.comparator_factory` NcєFЧ||_||_||_|r ||_dSdS)zБConstruction of :class:`.RelationshipProperty.Comparator` is internal to the ORM's attribute mechanics. N)┌prop┌ _parententity┌_adapt_to_entity┌_of_type)rfrz┌parentmapper┌adapt_to_entity┌of_types r+r?z(RelationshipProperty.Comparator.__init__Ss8АЁИDМI╪!-ИD╘╪$3ИD╘!╪Ё (╪ 'РФ Р Р Ё (Ё (r,cєRЧ|а|j|j||jмжлS)NйrrА)ri┌propertyr{r})rfrs r+rz/RelationshipProperty.Comparator.adapt_to_entity`s0А╪Ч>Т>╪Ф ╪╘"╪ /╪Ь Ё "ёЇЁ r,cєЧ|jjS)a+The target entity referred to by this :class:`.RelationshipProperty.Comparator`. This is either a :class:`_orm.Mapper` or :class:`.AliasedInsp` object. This is the "target" or "remote" side of the :func:`_orm.relationship`. )rГ┌entityйrfs r+rЕz&RelationshipProperty.Comparator.entityhsАЁФ=╘'╨'r,cєЧ|jjS)z┘The target :class:`_orm.Mapper` referred to by this :class:`.RelationshipProperty.Comparator`. This is the "target" or "remote" side of the :func:`_orm.relationship`. )rГrrЖs r+rz&RelationshipProperty.Comparator.mappervsАЁФ=╘'╨'r,cєЧ|jjSйN)rГ┌parentrЖs r+r{z-RelationshipProperty.Comparator._parententityБs АрФ=╘'╨'r,cєJЧ|jr|jjS|jjjSrЙ)r|┌ selectablerГrК┌_with_polymorphic_selectablerЖs r+┌_source_selectablez2RelationshipProperty.Comparator._source_selectableЕs(А╪╘$Ё I╪╘,╘7╨7рФ}╘+╘H╨Hr,cє╠Ч|ажл}|jrt|jжлj}nd}|jа|d|dмжл\}}}}}}|Б||zS|S)NT)┌source_selectable┌source_polymorphic┌of_type_mapper┌alias_secondary)rОr}rrrГ┌ _create_joins) rf┌ adapt_fromrТ┌pj┌sj┌source┌destrB┌target_adapters r+┌__clause_element__z2RelationshipProperty.Comparator.__clause_element__ЛsКА╪╫0╥0╤2╘2ИJ╪М}Ё &▌!(им╤!7╘!7╘!>РРр!%РЁФ ╫+╥+╪",╪#'╪-╪ $Ё ,ёЇё ╪╪╪╪╪╪ЁИ~╪ШBСwРрР r,cє\Чtа|j|j|j|мжлS)zЗRedefine this object in terms of a polymorphic subclass. See :meth:`.PropComparator.of_type` for an example. rВ)r1rYrГr{r|)rf┌clss r+rАz'RelationshipProperty.Comparator.of_typeдs5Аї(╫2╥2╪Ф ╪╘"╪ $╘ 5╪Ё 3ёЇЁ r,cє ЧtdжлВ)zЕProduce an IN clause - this is not implemented for :func:`_orm.relationship`-based attributes at this time. zvin_() not yet supported for relationships. For a simple many-to-one, use in_() against the set of foreign key values.)┌NotImplementedErrorйrf┌others r+┌in_z#RelationshipProperty.Comparator.in_▒sАї &Ё1ёЇЁ r,cєдЧt|tjtjfжлr]|jjttfvr|а жлSt|jаd|jмжлжлS|jj rtjdжлВt|jа||jмжлжлS)aнImplement the ``==`` operator. In a many-to-one context, such as:: MyClass.some_prop == this will typically produce a clause such as:: mytable.related_id == Where ```` is the primary key of the given object. The ``==`` operator provides partial functionality for non- many-to-one comparisons: * Comparisons against collections are not supported. Use :meth:`~.RelationshipProperty.Comparator.contains`. * Compared to a scalar one-to-many, will produce a clause that compares the target columns in the parent to the given target. * Compared to a scalar many-to-many, an alias of the association table will be rendered as well, forming a natural join that is part of the main body of the query. This will not work for queries that go beyond simple AND conjunctions of comparisons, such as those which use OR. Use explicit joins, outerjoins, or :meth:`~.RelationshipProperty.Comparator.has` for more comprehensive non-many-to-one scalar membership tests. * Comparisons against ``None`` given in a one-to-many or many-to-many context produce a NOT EXISTS clause. Nй┌adapt_source·]Can't compare a collection to an object or collection; use contains() to test for membership.)┌ isinstancer┌NoneTyper┌NullrГrFrr ┌_criterion_existsr┌_optimized_compare┌adapterr@rI┌InvalidRequestErrorrаs r+┌__eq__z&RelationshipProperty.Comparator.__eq__┐s█АїJШ%е$д-╡┤╨!A╤B╘BЁ ╪Ф=╘*нy╜*╨.E╨E╨E╪ ╫2╥2╤4╘4╨4╨4х(╪Ь ╫8╥8╪ иtм|Ё9ёЇёЇЁЁ Ф╘&Ё ▌╘0Ё=ёЇЁї %╪ФM╫4╥4╪иDмLЁ5ёЇёЇЁr,cєжЧt|ddжлr_t|jжл}|j|j|j}}}|jjr|s|ажл}|j }|Б |Б||z}n|}nd}d}|j r|ажл}nd}|jаd||мжл\} } }}} }|D]5}t|jjj |жл||k}|А|}М0||z}М6| Бt| жл| z}nt| |jjмжл}|Б|r|s|а|жл}|Б|аddiжл}|t$jа|жлz}| Б/t%jdg||| gмжла|| жл}n+t%jdg||мжла|жл}|S) Nr}FT)┌dest_polymorphic┌dest_selectablerР)┌exclude┌no_replacement_traverser)┌from_obj)┌getattrrr}rrМ┌is_aliased_classrГ┌_is_self_referential┌alias┌_single_table_criterionrмrОrФrsrrO┌traverse┌ _annotater┌True_┌_ifnone┌exists┌correlate_except)rf┌ criterion┌kwargsr]┌ target_mapper┌ to_selectabler╢┌single_critrРrЦrЧrШrЩrBrЪrn┌crit┌j┌exs r+rкz1RelationshipProperty.Comparator._criterion_exists∙sUА▌РtШZи╤.╘.Ё %▌ШtЬ}╤-╘-РрФK╪ФO╪╘)Ё/?Ш}Р Ё Ф=╘5Ё:╨>NЁ:╪$1╫$7╥$7╤$9╘$9РMр+╘CР╪╨*╪ ╨,╪$/░)╤$;Ш Ш р$/Ш °р#(╨ ╪ $Р рМ|Ё )╪$(╫$;╥$;╤$=╘$=╨!╨!р$(╨!ЁФ ╫+╥+╪!%╪ -╪"3Ё,ёЇё ╪╪╪╪╪╪ЁЁ 1Ё 1Р▌ШtЬ}╘3╘:╕A╤>╘>└&╚─)╥KР╪╨$╪ $РIРIр )иD╤ 0РIРIЁ И~▌!а"╤%╘%и╤*РРх!а"иdмm╘.G╨H╤H╘HРЁ╨%╪"Ё&р(Ё&Ё +╫3╥3░I╤>╘>Р Ё╨$╪%╫/╥/╪.░╨5ёЇР ЁХsФy╫(╥(и╤3╘3╤3ИDр╨$▌ФZ╪РCШииy╨(9ЁёЇч"╥"а4и╤3╘3ЁРїФZаааT░D╨9╤9╘9╫J╥J╪ёЇРЁИIr,cє^Ч|jjstjdжлВ|j|fi|дОS)aqProduce an expression that tests a collection against particular criterion, using EXISTS. An expression like:: session.query(MyClass).filter( MyClass.somereference.any(SomeRelated.x==2) ) Will produce a query like:: SELECT * FROM my_table WHERE EXISTS (SELECT 1 FROM related WHERE related.my_id=my_table.id AND related.x=2) Because :meth:`~.RelationshipProperty.Comparator.any` uses a correlated subquery, its performance is not nearly as good when compared against large target tables as that of using a join. :meth:`~.RelationshipProperty.Comparator.any` is particularly useful for testing for empty collections:: session.query(MyClass).filter( ~MyClass.somereference.any() ) will produce:: SELECT * FROM my_table WHERE NOT EXISTS (SELECT 1 FROM related WHERE related.my_id=my_table.id) :meth:`~.RelationshipProperty.Comparator.any` is only valid for collections, i.e. a :func:`_orm.relationship` that has ``uselist=True``. For scalar references, use :meth:`~.RelationshipProperty.Comparator.has`. z9'any()' not implemented for scalar attributes. Use has().йrГr@rIrнrкйrfr└r┴s r+┌anyz#RelationshipProperty.Comparator.anyMsIАЁRФ=╘(Ё ▌╘0Ё-ёЇЁЁ *Р4╘)и)╨>╨>░v╨>╨>╨>r,cє^Ч|jjrtjdжлВ|j|fi|дОS)aцProduce an expression that tests a scalar reference against particular criterion, using EXISTS. An expression like:: session.query(MyClass).filter( MyClass.somereference.has(SomeRelated.x==2) ) Will produce a query like:: SELECT * FROM my_table WHERE EXISTS (SELECT 1 FROM related WHERE related.id==my_table.related_id AND related.x=2) Because :meth:`~.RelationshipProperty.Comparator.has` uses a correlated subquery, its performance is not nearly as good when compared against large target tables as that of using a join. :meth:`~.RelationshipProperty.Comparator.has` is only valid for scalar references, i.e. a :func:`_orm.relationship` that has ``uselist=False``. For collection references, use :meth:`~.RelationshipProperty.Comparator.any`. z4'has()' not implemented for collections. Use any().r╔r╩s r+┌hasz#RelationshipProperty.Comparator.has~sFАЁ8М}╘$Ё ▌╘0╪MёЇЁЁ*Р4╘)и)╨>╨>░v╨>╨>╨>r,cє╘Ч|jjstjdжлВ|jа||jмжл}|jjБ|а|жл|_|S)au Return a simple expression that tests a collection for containment of a particular item. :meth:`~.RelationshipProperty.Comparator.contains` is only valid for a collection, i.e. a :func:`_orm.relationship` that implements one-to-many or many-to-many with ``uselist=True``. When used in a simple one-to-many context, an expression like:: MyClass.contains(other) Produces a clause like:: mytable.id == Where ```` is the value of the foreign key attribute on ``other`` which refers to the primary key of its parent object. From this it follows that :meth:`~.RelationshipProperty.Comparator.contains` is very useful when used with simple one-to-many operations. For many-to-many operations, the behavior of :meth:`~.RelationshipProperty.Comparator.contains` has more caveats. The association table will be rendered in the statement, producing an "implicit" join, that is, includes multiple tables in the FROM clause which are equated in the WHERE clause:: query(MyClass).filter(MyClass.contains(other)) Produces a query like:: SELECT * FROM my_table, my_association_table AS my_association_table_1 WHERE my_table.id = my_association_table_1.parent_id AND my_association_table_1.child_id = Where ```` would be the primary key of ``other``. From the above, it is clear that :meth:`~.RelationshipProperty.Comparator.contains` will **not** work with many-to-many collections when used in queries that move beyond simple AND conjunctions, such as multiple :meth:`~.RelationshipProperty.Comparator.contains` expressions joined by OR. In such cases subqueries or explicit "outer joins" will need to be used instead. See :meth:`~.RelationshipProperty.Comparator.any` for a less-performant alternative using EXISTS, or refer to :meth:`_query.Query.outerjoin` as well as :ref:`ormtutorial_joins` for more details on constructing outer joins. z9'contains' not implemented for scalar attributes. Use ==rд) rГr@rIrнrлrмrD┌'_Comparator__negated_contains_or_equals┌negation_clause)rfrбr┴┌clauses r+┌containsz(RelationshipProperty.Comparator.containsаsААЁrФ=╘(Ё ▌╘0Ё*ёЇЁЁФ]╫5╥5╪аDдLЁ6ёЇИFЁМ}╘*╨6╪)-╫)J╥)J╪ё*Ї*Р╘&ЁИMr,c єдЗЗЗЗЧЙjjtkrPtj|жлКИfdДКИfdДКЙjjr&t jИИИfdДЙjjDжлОSt jdДtЙjj jЙjj а|жлжлDжлО}Йа |жлS)Nc єКХЧ|j}tj|dЙjаЙjj|||жлмжлS)NT)┌unique┌ callable_)┌dictr┌ bindparamrГ┌_get_attr_w_warn_on_noner)┌x┌state┌col┌dict_rfs Аr+┌state_bindparamzURelationshipProperty.Comparator.__negated_contains_or_equals..state_bindparamэsL°А╪!ЬJРE▌Ь=╪╪#╪"&д-╫"H╥"H╪ ЬM╘0░%╕└ё#Ї#ЁёЇЁr,cє@ХЧЙjrЙа|жлS|SrЙ)rмйr▄rfs Аr+┌adaptzKRelationshipProperty.Comparator.__negated_contains_or_equals..adaptўs$°А╪Ф|Ё#╪#Я|Ъ|иC╤0╘0╨0р"Ш r,c єЬХЧg|]H\}}tjЙ|жлЙЙ|жлЙ|жлkЙ|жлdkжлСМISrЙ)r┌or_)┌.0r┌┌yrсr█r▐s АААr+· zPRelationshipProperty.Comparator.__negated_contains_or_equals.. su°АЁЁЁё!'ааAї ЬG╪ %ааaбд╪#2а?░5░5╕▒8┤8╕U└A╤#F╘#FЄ!Gр %ааaбдиD╥ 0ёЇЁЁЁr,cє Чg|]\}}||kСМSйrшйrфr┌rхs r+rцzPRelationshipProperty.Comparator.__negated_contains_or_equals.. s0АЁЁЁсШШAЁШТFЁЁЁr,)rГrFrr┌instance_state┌_use_getr┌and_rV┌zipr┌primary_key┌primary_key_from_instancerк)rfrбr└rсr█r▐s` @@@r+┌__negated_contains_or_equalsz This will typically produce a clause such as:: mytable.related_id != Where ```` is the primary key of the given object. The ``!=`` operator provides partial functionality for non- many-to-one comparisons: * Comparisons against collections are not supported. Use :meth:`~.RelationshipProperty.Comparator.contains` in conjunction with :func:`_expression.not_`. * Compared to a scalar one-to-many, will produce a clause that compares the target columns in the parent to the given target. * Compared to a scalar many-to-many, an alias of the association table will be rendered as well, forming a natural join that is part of the main body of the query. This will not work for queries that go beyond simple AND conjunctions of comparisons, such as those which use OR. Use explicit joins, outerjoins, or :meth:`~.RelationshipProperty.Comparator.has` in conjunction with :func:`_expression.not_` for more comprehensive non-many-to-one scalar membership tests. * Comparisons against ``None`` given in a one-to-many or many-to-many context produce an EXISTS clause. Nrдrж)rзrrиrrйrГrFrrrлrмrкr@rIrнr╧rаs r+┌__ne__z&RelationshipProperty.Comparator.__ne__s├АїNШ%е$д-╡┤╨!A╤B╘BЁ O╪Ф=╘*нi╥7╨7▌(╪Ь╫9╥9╪ иtм|Ё:ёЇЁёЇЁЁ ╫1╥1╤3╘3╨3╪Ф╘&Ё O▌╘0Ё9ёЇЁї%аT╫%F╥%F└u╤%M╘%M╤N╘N╨Nr,cєnЧtjjrtjажл|jSrЙ)┌ mapperlib┌Mapper┌_new_mappers┌_configure_allrzrЖs r+rГz(RelationshipProperty.Comparator.propertyOs-Ах╘╘,Ё 2▌╘ ╫/╥/╤1╘1╨1╪Ф9╨r,)NNrЙ)┌__name__┌ __module__┌__qualname__┌__doc__r}r?rr┌memoized_propertyrЕrr{rОrЫrАrв┌__hash__rоrкr╦r═r╥r╧rЄrГrшr,r+rYrx<sЪАААААЁ Ё Ё(ИЁEIЁ (Ё (Ё (Ё (Ё Ё Ё Ё ╘ Ё (Ё (ё ╘ Ё (Ё ╘ Ё (Ё (ё ╘ Ё (Ё ╘ Ё (Ё (ё ╘ Ё (Ё IЁ IЁ IЁ Ё Ё Ё2 Ё Ё Ё Ё Ё ЁИЁ8 Ё8 Ё8 ЁtR ЁR ЁR ЁR Ёh/ ?Ё/ ?Ё/ ?Ё/ ?Ёb ?Ё ?Ё ?Ё ?ЁDG ЁG ЁG ЁR* 6Ё* 6Ё* 6ЁX8 OЁ8 OЁ8 OЁt ╘ Ё Ё ё ╘ Ё Ё Ё r,rYcєИЧ|АJВd}|Б"t|жл}|jr|jj}|а|d||мжлS)NT)┌value_is_parentrеrУ)rr╢┌_adapter┌adapt_clauserл)rf┌instancerУ┌from_entityrе┌insps r+┌_with_parentz!RelationshipProperty._with_parentUsdА╪╨#╨#╨#╪И╪╨"▌Ш;╤'╘'ИD╪╘$Ё :╪#Ь}╘9Р╪╫&╥&╪╪ ╪%╪+Ё 'ё Ї Ё r,cєиЗЗЗЗ З ЧЙБR tЙжлКn#tj$rdКYnwxYwЙБtЙddжлstjdЙzжлВ|}ЙАЙа||мжлS|sЙjjЙjjc}КnЙjj Йjj c}К|rЙjК nЙjК tjЙажлжлК ИИ И ИИfdД}ЙjБ;|r9t#Йjажлжла|жл}t)j|id|iжл}|r||жл}|S)N┌is_instanceFz├Mapped instance expected for relationship comparison to object. Classes, queries and other SQL elements are not accepted in this context; for comparison with a subquery, use %s.has(**criteria).rдcєnХЧ|jЙvr*ЙаЙЙЙЙ|jжл|_dSdSrЙ)┌_identifying_keyr┘┌callable)r╪┌bind_to_colr▌rrfr█s АААААr+┌visit_bindparamz@RelationshipProperty._optimized_compare..visit_bindparamСsK°А╪╘)и[╨8╨8╪%)╫%B╥%B╪╪╪╪а ╘ :╘;ё &Ї&Р ╘"╨"╨"Ё9╨8r,r╪)rrI┌NoInspectionAvailabler╡rJ┌_lazy_none_clause┌_lazy_strategy┌ _lazywhere┌_bind_to_col┌_rev_lazywhere┌_rev_bind_to_colrrКr┌ instance_dict┌objrBrr╕r║r┌cloned_traverse)rfr█r rеrУ┌reverse_directionr└rrr▌rs`` @@@r+rлz'RelationshipProperty._optimized_comparecs╘°°°°°АЁ╨Ё ▌аЩЬРР°▌╘/Ё Ё Ё ╪РРРЁ °°°ЁИ}еGиE░=└%╤$H╘$HИ}▌╘*Ё.Ё15ё 5ёЇЁЁ!0╨/╨рИ=╪╫)╥)╪!░Ё*ёЇЁ Ё!Ё р╘#╘.╪╘#╘0Ё #ИIР{Р{Ё╘#╘2╪╘#╘4Ё #ИIР{Ё Ё !╪Ф[ИFИFрФ[ИFх╘(ипкйм╤5╘5ИЁ Ё Ё Ё Ё Ё Ё Ё Ё ЁМ>╨%и/╨%▌%аdдn╫&:╥&:╤&<╘&<╤=╘=╫F╥F╪ёЇИIї╘,╪РrШKи╨9ё Ї И ЁЁ 0╪$ШаY╤/╘/ИI╪╨sЙЩ-м-cєАЗЗЗЗЗЧЙаЙжлКЙаЙjжлИИИИИfdД}|S)aKCreate the callable that is used in a many-to-one expression. E.g.:: u1 = s.query(User).get(5) expr = Address.user == u1 Above, the SQL should be "address.user_id = 5". The callable returned by this method produces the value "5" based on the identity of ``u1``. cєьХЧЙjЙjx}}|tju}ЙаЙЙЙЙjrtjntjtjzмжл}|tj ur+|s(tjdЙЫdtЙжлЫdЭжлВn;|tj ur+|s(tjdЙЫdtЙжлЫdЭжлВn|}|АtjdЙzжл|S)Nй┌passivezCan't resolve value for column z on object z'; no value has been set for this columnz2; the object is detached and the value was expiredzаGot None for value of column %s; this is unsupported for a relationship comparison and will not currently produce an IS comparison (but may in a future release))┌_last_known_valuesrtr┌NO_VALUE┌_get_state_attr_by_column┌ persistent┌PASSIVE_OFF┌PASSIVE_NO_FETCH┌INIT_OK┌ NEVER_SETrIrнr ┌PASSIVE_NO_RESULTrr=) ┌ last_known┌ to_return┌existing_is_available┌ current_value┌columnr▌rrzr█s АААААr+┌_goz:RelationshipProperty._get_attr_w_warn_on_none.._go┘sJ°А╪%*╘%=╕d╝h╘%G╨GИJШ╪$.╡j╘6I╨$I╨!Ё#╫<╥<╪╪╪р╘#ЁFЭ ╘.╨.х╘0╡:╘3E╤EЁ =ёЇИMЁе ╘ 4╨4╨4╪,Ё▌ ╘4╨4Ё"Ш6Ш6е9иU╤#3╘#3╨#3╨#3Ё5ёЇЁЁЁе*╘">╨>╨>╪,Ё▌ ╘4╨4Ё&,аVаVнY░u╤-=╘-=╨-=╨-=Ё?ёЇЁЁЁ*Р ╪╨ ▌Ф Ё4Ё7=ё=ёЇЁЁ╨r,)┌get_property_by_column┌_track_last_known_valuert)rfrr█r▌r)r*rzs ```` @r+r┘z-RelationshipProperty._get_attr_w_warn_on_noneзsj°°°°°АЁV╫,╥,иV╤4╘4ИЁ ╫%╥%аdдh╤/╘/╨/Ё( Ё( Ё( Ё( Ё( Ё( Ё( Ё( Ё( ЁTИ r,cєжЧ|s|jj|jj}}n|jj|jj}}t||жл}|r||жл}|SrЙ)rrrrrr)rfrrеr└rs r+rz&RelationshipProperty._lazy_none_clausesnА╪ Ё р╘#╘.╪╘#╘0Ё#ИIИIЁ╘#╘2╪╘#╘4Ё#ИIї ,иI░{╤C╘CИ рЁ 0╪$ШаY╤/╘/ИI╪╨r,cєTЧt|jjjжлdz|jzS)N·.)┌strrКrsr°rtrЖs r+┌__str__zRelationshipProperty.__str__s$А▌Р4Ф;╘%╘.╤/╘/░#╤5╕╝╤@╨@r,c є.Ч|r|jD]} || f|vrdSМd|jvrdS|j|vrdS|jРrH|а|jжла||жл} t | dжлr| j} |r.|а|jжла||жлg}| D]b}tj |жл} tj |жл}d|| |f<|а| ||||мжл}|Б|а|жлМc|s7tj |||jжл}|D]}|а|жлМdS|а|jжла|||dмжлdS||j}|БJtj |жл} tj |жл}d|| |f<|а| ||||мжл}nd}|s|||j<dS|а|jжла|||dжлdS)N┌merge┌_sa_adapterT)┌load┌ _recursive┌_resolve_conflict_mapF)┌_adapt)r`┌_cascadertr@┌get_impl┌get┌hasattrr4rrъr┌_merge┌append┌init_state_collection┌append_without_eventr_)rf┌session┌source_state┌source_dict┌ dest_state┌ dest_dictr5r6r7┌r┌ instances┌ dest_list┌current┌ current_state┌current_dictr┌coll┌cs r+r3zRelationshipProperty.merges╞АЁЁ ╪╘+Ё Ё Р╪ а!╨$и ╨2╨2╪РFРFЁ3ЁШ$Ь-╨'╨'╪ИFрМ8Ш;╨&╨&╪ИFрМ<ё> ╪$╫-╥-иdмh╤7╘7╫;╥;╪ШkёЇИIїРyа-╤0╘0Ё 2р%╘1Р рЁ IЁ╫#╥#аDдH╤-╘-╫1╥1░*╕i╤H╘H╨HрИI╪$Ё *Ё *Р▌ *╘ 9╕'╤ B╘ BР ▌)╘7╕╤@╘@Р╪48Р ШMи4╨0╤1╪ЧnТn╪!╪ ╪╪)╪*?Ё%ёЇРЁР?╪╫$╥$аS╤)╘)╨)°рЁ ▌!╘7╪а и4м8ёЇРЁ#Ё1Ё1РA╪╫-╥-иa╤0╘0╨0╨0Ё1Ё1Ё╫#╥#аDдH╤-╘-╫1╥1╪а и9╕UЁ2ёЇЁЁЁЁ"а$д(╘+ИG╪╨"▌ *╘ 9╕'╤ B╘ BР ▌)╘7╕╤@╘@Р╪48Р ШMи4╨0╤1╪ЧnТn╪!╪ ╪╪)╪*?Ё%ёЇРРЁРрЁ ╪&)Р Ш$Ь(╤#╨#╨#р╫#╥#аDдH╤-╘-╫1╥1╪а и3░ёЇЁЁЁr,cєЧ|j|j}|а|||мжл}|tjus|АgSt|dжлr#dД|а||||мжлDжлStj|жл|fgS)zФReturn a list of tuples (state, obj) for the given key. returns an empty list if the value is None/empty/PASSIVE_NO_RESULT rN┌get_collectioncє:Чg|]}tj|жл|fСМSrш)rrъ)rф┌os r+rцz;RelationshipProperty._value_as_iterable..s8АЁЁЁрї╘*и1╤-╘-иq╨1ЁЁЁr,)┌manager┌implr;rr$r<rOrъ)rfr█r▌rtrrSr┌s r+┌_value_as_iterablez'RelationshipProperty._value_as_iterableqsзАЁМ}ШS╘!╘&И╪ПHКHРUШEи7ИH╤3╘3И╪Х ╘,╨,╨,░░ ╪ИI▌ РT╨+╤ ,╘ ,Ё 7ЁЁр╫,╥,иU░E╕1└g╨,╤N╘NЁёЇЁ ї ╘.иq╤1╘1░1╨5╨6╨6r,c #єАKЧ|dks|jr tj}ntj}|dkr,|j|jjа||жл}n|а|||j|мжл}|dkod|j v}|D]│\} } | |vrМ | АМ tj | жл}|r|| жлrМ/|r| jsМ9| jj}|а|jj jжлs-td|jЫd|jjЫd| jЫd ЭжлВ|а| жл| || |fVЧМ┤dS) N┌deletezsave-updaterzrefresh-expire· delete-orphanzAttribute 'z' on class 'z"' doesn't handle objects of type '·')r4r┌PASSIVE_NO_INITIALIZEr rRrtrS┌get_all_pendingrTr9rr┌isa┌ class_manager┌AssertionErrorrКrsri┌add) rf┌type_r█r▌┌visited_states┌halt_onr┌tuples┌skip_pendingrъrMr┌instance_mappers r+┌cascade_iteratorz%RelationshipProperty.cascade_iteratorЖsмшшАЁРH╥╨а╘ 4╨▌ ╘6ИGИGх ╘,ИGрРM╥!╨!╪Ф]а4д8╘,╘1╫A╥A└%╚╤O╘OИFИFЁ╫,╥,╪РuШdЬh░Ё-ёЇИFЁ ╨%╥%╨Nи/└─╨*NЁ Ё"(Ё DЁ D╤ИNШA╪а╨/╨/╪рИyЁ х&╘4░Q╤7╘7ИMрЁ Ш7Ш7а>╤2╘2Ё ╪рЁ аN╘$6Ё ╪р,╘4╘;ИOр"╫&╥&аtд{╘'@╘'G╤H╘HЁ ▌$РnЁФxРxРxад╘!3╨!3╨!3░Q┤[░[░[ЁBёЇЁЁ ╫╥Ш~╤.╘.╨.рР_аn░m╨C╨C╨C╨C╨CЁ? DЁ Dr,cєЧ|jduS)NF)rKrЖs r+┌_effective_sync_backrefz,RelationshipProperty._effective_sync_backref╛sАр╘ и╨-╨-r,cє░Ч|jr"|jrtjd|Ыd|ЫdЭжлВ|jr#|jdurt jd|||fжлdSdSdS)N· Relationship z( cannot specify sync_backref=True since z includes viewonly=True.FzЧSetting backref / back_populates on relationship %s to refer to viewonly relationship %s should include sync_backref=False set on the %s relationship. )rGrKrIrнr┌warn_limited)┌rel_a┌rel_bs r+┌_check_sync_backrefz(RelationshipProperty._check_sync_backref┬sЪАрМ>Ё Шe╘0Ё ▌╘,╨,р-2иUиU░E░E░EЁ;ёЇЁ ЁМ>Ё Шe╘0╕╨=╨=▌╘ЁBЁШШu╨%ё Ї Ё Ё Ё Ё Ё ╨=╨=r,c єЧ|jа|dмжл}|а||жл|а||жл|jа|жл|jа|жл|jа|jжлs%tjd|Ыd|Ыd|Ыd|jЫЭжлВ|j ttfvr2|j |j kr$tj|Ыd|Ыd|j Ыd ЭжлВdSdS) NF)┌_configure_mapperszreverse_property z on relationship z references relationship z", which does not reference mapper z and back-reference z are both of the same direction z<. Did you mean to set remote_side on the many-to-one side ?)r┌get_propertyrmr`r^┌ common_parentrКrIrJrFrr)rfrtrбs r+┌_add_reverse_propertyz*RelationshipProperty._add_reverse_property╤s.А╪Ф╫(╥(и└╨(╤G╘GИЁ ╫ ╥ ааu╤-╘-╨-Ё ╫ ╥ аи╤-╘-╨-р╘╫"╥"а5╤)╘)╨)╪ ╘╫#╥#аD╤)╘)╨)рМ|╫)╥)и$м+╤6╘6Ё ▌╘&╨&ЁР3Р3ШШШШeШeШeаTд[а[Ё2ёЇЁ Ё МNЭyн)╨4╨4╨4╪Фа%д/╥1╨1х╘&ЁР5Р5Ш$Ш$Ш$адааЁ0ёЇЁ Ё 5╨4╪1╨1r,cє╪Чtj|jжлr;t|jtt jfжлs|ажл}n|j}t|tжлrtj|dмжлS t|жл}t|dжлr|Sn#tj$rYnwxYwtjd|j Ыdt |жлЫdЭжлВ)zReturn the target mapped entity, which is an inspect() of the class or aliased class tha is referred towards. Fй┌ configurer·relationship 'z2' expects a class or a mapper argument (received: ·))rr rArз┌typerЇrї┌class_mapperrr<rIr rJrt)rfrArЕs r+rЕzRelationshipProperty.entityєsАїМ=ШЬ╤'╘'Ё %╡ ╪МMЭDе)╘"2╨3ё1 Ї1 Ё %ЁЧ}Т}СФИHИHрФ}ИHхРhе╤%╘%Ё E▌╘)и(╕e╨D╤D╘D╨DЁ ▌ШX╤&╘&ИFїРvШx╤(╘(Ё ╪Р Ё °ї╘+Ё Ё Ё ╪ИDЁ °°°ї╘"╨"ЁМxИxИxЭШhЩЬШШЁ )ё Ї Ё s┬B*┬*B<┬;Br1┌do_init┌ _get_strategyr)rfris Аr+rДzRelationshipProperty.do_inits└°А╪╫╥╤╘╨╪╫)╥)╤+╘+╨+╪╫#╥#╤%╘%╨%╪╫$╥$аTд]╤3╘3╨3╪ПК╤╘╨╪╫╥╤ ╘ ╨ ╪╘╫?╥?╤A╘A╨A▌ ╒"аD╤)╘)╫1╥1╤3╘3╨3╪"╫0╥0╨1F╤G╘GИ╘╨╨r,cє(ЧdD]N}t||жл}tj|жлr(t|жлst |||жлжлМOdD]E}t||жл}|Б1t ||tt j||жлжлжлМF|jБ4t|jжлr tj d|jЫd|ЫdЭжлВ|jdur/|jБ(dДtj|jжлDжл|_tj d Дtj|jжлDжлжл|_tj d Дtj|jжлDжлжл|_|jj|_dS)zКConvert incoming configuration arguments to their proper form. Callables are resolved, ORM annotations removed. )rcrCrDrBrMrO)rCrDNzsecondary argument z passed to to relationship() z▒ must be a Table object or other FROM clause; can't send a mapped class directly as rows in 'secondary' are persisted independently of a class that is mapped to that same table.Fcє8Чg|]}tj|dжлСМS)rcйr┌_only_column_elementsйrфr┌s r+rцzERelationshipProperty._process_dependent_arguments..Us5АЁЁЁрї╘0░░J╤?╘?ЁЁЁr,c3є@KЧ|]}tj|dжлVЧМdS)rgNrИrКs r+· zDRelationshipProperty._process_dependent_arguments..ZsCшшАЁ: Ё: рї ╘,иQ░╤?╘?Ё: Ё: Ё: Ё: Ё: Ё: r,c3є@KЧ|]}tj|dжлVЧМdS)rONrИrКs r+rМzDRelationshipProperty._process_dependent_arguments.._sCшшАЁ+ Ё+ рї ╘,иQ░ ╤>╘>Ё+ Ё+ Ё+ Ё+ Ё+ Ё+ r,)r╡rr r┌setattrrrrЙrBrIrJrc┌to_list┌ column_set┌ to_column_setrMrOrЕ┌persist_selectable┌target)rf┌attr┌ attr_value┌vals r+r}z1RelationshipProperty._process_dependent_arguments&s╓АЁ Ё 2Ё 2ИDї!ааt╤,╘,ИJ▌М}ШZ╤(╘(Ё 2╒1A└*╤1M╘1MЁ 2▌ШШdаJаJбLдL╤1╘1╨1°Ё3Ё Ё ИD▌Ш$а╤%╘%ИC╪И▌╪╪▌#▌"╘8╕╕d╤C╘CёЇёЇЁ°ЁМ>╨%╒*:╕4╝>╤*J╘*J╨%▌╘&╨&Ё *.мии╕╕╕Ё ?ёЇЁ ЁМ=а╨%╨%и$м-╨*CЁЁхЬаdдm╤4╘4ЁёЇИDМMї +/м/Ё: Ё: х╘'и╘(G╤H╘HЁ: ё: Ї: ё+ Ї+ И╘'ї Ь?Ё+ Ё+ х╘'и╘(8╤9╘9Ё+ ё+ Ї+ ё Ї И╘Ё Фk╘4ИМИИr,cє4Чtdid|jjУd|jjУd|jjУd|jjУd|jУd|jУd|jУd|jjУd |j jУd |j Уd|jУd|jУd |j Уd|Уd|jУd|jУОx|_}|j|_|j|_|j|_|j|_|j|_|j|_|j|_|j|_|j|_dS)N┌parent_persist_selectable┌child_persist_selectable┌parent_local_selectable┌child_local_selectablerCrBrD┌parent_equivalents┌child_equivalents┌consider_as_foreign_keysrVrO┌self_referentialrz┌support_sync┌can_be_synced_fnrш)┌ JoinConditionrКrТrЕ┌local_tablerCrBrD┌_equivalent_columnsrrMrVrOr╖rG┌_columns_are_mappedrВrF┌remote_columns┌ local_columns┌synchronize_pairs┌foreign_key_columns┌_calculated_foreign_keys┌secondary_synchronize_pairs)rf┌jcs r+r~z+RelationshipProperty._setup_join_conditionsfsМА▌$1Ё% Ё% Ё% ╪&*дk╘&D╨&DЁ% р%)д[╘%C╨%CЁ% Ё%)дK╘$;╨$;Ё% Ё$(д;╘#:╨#:Ё % Ё ╘(╨(Ё% ЁФnРnЁ % Ё╘,╨,Ё% Ё $Ь{╘>╨>Ё% Ё#Ьk╘=╨=Ё% Ё&*╘%D╨%DЁ% Ё $╘6╨6Ё% Ё╘(╨(Ё% Ё"╘6╨6Ё% ЁРЁ% Ё"Ь]╨*╨*Ё% Ё "╘5╨5Ё!% Ё И╘ШrЁ$Ь>И╘╪╘-И╘╪ЬИМ╪"$╘"7И╘╪╘,И╘╪╘-И╘╪!#╘!5И╘╪(*╘(>И╘%╪+-╘+IИ╘(╨(╨(r,c єЧ|jjrytj|jjdмжла|jжлsCtjd|jЫd|jjj Ыd|jjj ЫdЭжлВdSdS)zOTest that this relationship is legal, warn about inheritance conflicts.Frtz)Attempting to assign a new relationship 'z$' to a non-primary mapper on class 'zm'. New relationships can only be added to the primary mapper, i.e. the very first mapper created for class 'z' N) rК┌non_primaryrЇryrs┌has_propertyrtrIrJr°rЖs r+r|z%RelationshipProperty._check_conflictsГsгАЁМ;╘"Ё н9╘+A╪МK╘и%Ё, ё, Ї, ч К,РtФx╤ ╘ Ё ї╘&╨&ЁФHРHРH╪ФK╘&╘/╨/╨/╪ФK╘&╘/╨/╨/Ё ёЇЁ Ё Ё Ё Ё r,cєЧ|jS)z\Return the current cascade setting for this :class:`.RelationshipProperty`. )r9rЖs r+razRelationshipProperty.cascadeЧsАЁ М}╨r,cє0Ч|а|жлdSrЙ)rbйrfras r+razRelationshipProperty.cascadeЮsАр╫╥Ш'╤"╘"╨"╨"╨"r,cєtЧt|жл}|rl|jret|жлаtjжл}|r7tjddаt|жлжлzжлd|j vr|а |жл||_|jr||j_ dSdS)Na"Cascade settings "%s" should not be combined with a viewonly=True relationship. This configuration will raise an error in version 1.4. Note that in versions prior to 1.4, these cascade settings may still produce a mutating effect even though this relationship is marked as viewonly=True.·, r)rrGr_┌ difference┌_viewonly_cascadesrr=┌join┌sorted┌__dict__rr9┌_dependency_processorra)rfrar=┌non_viewonlys r+rbz!RelationshipProperty._set_cascadeвs╒А▌ а╤)╘)ИрЁ РDФMЁ ▌ШwЩ<Ь<╫2╥2▌╘1ёЇИLЁЁ їФ Ё%Ё)-п к ╡&╕╤2F╘2F╤(G╘(Gё IёЇЁЁРtФ}╨$╨$╪╫(╥(и╤1╘1╨1╪ИМ р╘%Ё 9╪18ИD╘&╘.╨.╨.Ё 9Ё 9r,cє▄Ч|jro|jsh|jtus|jturLtjd||jturdnd|jjj |j jj dЬzdмжлВ|jdkrd|vsd |vrtjd |zжлВ|jrD|j ажлj а|j|jjfжлdSdS)NaэFor %(direction)s relationship %(rel)s, delete-orphan cascade is normally configured only on the "one" side of a one-to-many relationship, and not on the "many" side of a many-to-one or many-to-many relationship. To force this relationship to allow a particular "%(relatedcls)s" object to be referred towards by only a single "%(clsname)s" object at a time via the %(rel)s relationship, which would allow delete-orphan cascade to take place in this direction, set the single_parent=True flag.zmany-to-onezmany-to-many)┌relrF┌clsname┌ relatedcls┌bbf0)┌code┌allrVrWz^On %s, can't set passive_deletes='all' in conjunction with 'delete' or 'delete-orphan' cascade)┌ delete_orphanrLrFr rrIrJrКrsr°rr4┌primary_mapper┌_delete_orphansr>rtr▓s r+rz,RelationshipProperty._check_cascade_settings┴s9Ар╘!Ё р╘&Ё ЁФе:╨-╨-░┤┼9╨1L╨1Lх╘&Ё/Ё рФ~н╨2╨2Ё"/ар'╪#Ь{╘1╘:╪"&д+╘"4╘"=Ё ЁёЁ*Ё-ёЇЁ Ё2╘а5╥(╨(╪Ш╨╨а?░g╨#=╨#=х╘&Ё;╪=AёBёЇЁ Ё ╘ Ё ╪МK╫&╥&╤(╘(╘8╫?╥?╪ФШ4Ь;╘-╨.ё Ї Ё Ё Ё Ё Ё r,cєFЧ|j|jvo|j|j|uS)zaReturn True if this property will persist values on behalf of the given mapper. )rt┌ relationshipsrus r+┌ _persists_forz"RelationshipProperty._persists_forэs-АЁ МHШ╘,╨,Ё 7╪╘$аTдX╘.░$╨6Ё r,cєъЧ|D]o}|jБ |jjа|жлrМ)|jjjа|жлs"|jjа|жлsdSМpdS)zИReturn True if all columns in the given collection are mapped by the tables referenced by this :class:`.Relationship`. NFT)rBrM┌contains_columnrКrТrУ)rf┌colsrMs r+rеz(RelationshipProperty._columns_are_mapped°sЗАЁ Ё Ё ИAрФ╨*╪ФN╘$╫4╥4░Q╤7╘7Ё+Ё╪Ф;╘1╘3╫C╥C╪ёЇЁ рФkФm╫3╥3░A╤6╘6Ё ЁРuРu°╪Иtr,c є·Ч|jjrdS|jРБA|jРs9t |jt jжлr |ji}}n |j\}}|jажл}|j sxt|ажлжла|j жл}|D]<}|а|жлr%|j stjd|Ыd|Ыd|ЫdЭжлВМ=|jБA|аd|jjжл}|аd|jjжл}nL|аd|jjжл}|аddжл}|rtjdжлВ|аd |jжл}|jажл} |аd |jжл|аd|jжл|аd|jжл|аd |jжл||_t=| |j||f||jdЬ|дО} |а || жл|jr|а!|jжлdSdS)zlInterpret the 'backref' instruction to create a :func:`_orm.relationship` complementary to this one.NzError creating backref 'z' on relationship 'z+': property of that name exists on mapper 'rXrCrDzOCan't assign 'secondaryjoin' on a backref against a non-secondary relationship.rgrGrEr5rK)rgrd)"rКrоrerdrзr┌string_typesrr─┌concreter_┌iterate_to_root┌union┌self_and_descendantsrпrIrJrB┌poprВ┌secondaryjoin_minus_local┌primaryjoin_minus_local┌primaryjoin_reverse_remoterнrM┌ setdefaultrGrEr5rKr1rt┌_configure_propertyrr)rf┌backref_keyr┴r┌check┌mrЦrЧrgrКr2s r+rБz&RelationshipProperty._generate_backref s═АЁМ;╘"Ё ╪ИF╪М<╤#иD╘,?╤#▌Ш$Ь,н╘(9╤:╘:Ё 3╪&*дl░BШVРРр&*дl╤#РШV╪Ф[╫/╥/╤1╘1ИFрФ?Ё ▌ШF╫2╥2╤4╘4╤5╘5╫;╥;╪╘/ёЇРЁЁЁРA╪Ч~Т~аk╤2╘2Ё╕1╝:Ё▌$╘2╨2Ё +Ш{Ш{иDиDиD░!░!░!Ё5ёЇЁ°ЁМ~╨)ЁЧZТZ╪!╪╘(╘BёЇРЁЧZТZ╪#╪╘(╘@ёЇРРЁ ЧZТZ╪!╪╘(╘CёЇРЁЧZТZа░╤6╘6Р╪Ё▌ ╘4Ё@ёЇЁЁ "Я:Ъ:╪а╘ ?ёЇИLЁФ[╫/╥/╤1╘1ИF╪╫╥Шjи$м-╤8╘8╨8╪╫╥ШmиT╘-=╤>╘>╨>╪╫╥╨/░╘1E╤F╘F╨F╪╫╥Шnиd╘.?╤@╘@╨@╪"-ИD╘▌/╪╪Ф╪╪Ё Ё *╪#ЬxЁ ЁЁЁЁИLЁ ╫&╥&а{░L╤A╘A╨Aр╘Ё <╪╫&╥&аt╘':╤;╘;╨;╨;╨;Ё <Ё ╡╨:ИDМL╪М}Ё х╘.╫@╥@╪ё0Ї0Ё ╘&╨&╨&Ё Ё r,cєЧ|j}|jS)zPmemoize the 'use_get' attribute of this RelationshipLoader's lazyloader.)r┌use_get)rf┌strategys r+rыzRelationshipProperty._use_get^ sАЁ ╘&И╪╘╨r,cє@Ч|jа|jжлSrЙ)rrqrКrЖs r+r╖z)RelationshipProperty._is_self_referentialf sАрМ{╫(╥(им╤5╘5╨5r,cєьЧd}|r |jБd}|А|r|jjr|jj}|А<|jj}|r|jjrd}|jr|А|ажл}d}n||jjus|jjrd}|p|j}|j } |p|duo||jjup|j }|jа|||| жл\} }}} }|А|jj }|А|jj }| ||||| fS)NFT)rBrК┌with_polymorphicrНrЕrМrr╖r╕r╣┌_is_from_containerrВ┌join_targetsrг)rfrСrРr░r▒rТrУ┌aliased┌dest_mapperr─rCrDrBrЪs r+rФz"RelationshipProperty._create_joinsj sxАЁИрЁ ШtЬ~╨9╪ИGр╨$╪!Ё Mаdдk╘&BЁ M╪$(дK╘$L╨!р╨"╪"Ьk╘4ИO╪Ё аDдK╘$@Ё ╪Рр╘(Ё ╨->╨-F╪"1╫"7╥"7╤"9╘"9Р╪Р°ра4д;╘#K╨K╨K╪М{╘+Ё LЁИGр$╨3имИр!╘9И╪Ё ╪аT╨)Ё р!╪Ф{╘?Ё@Ё8р$╘7Ё Ё ╘ ╫-╥-╪Ш░╕ё Ї ё ╪╪╪╪╪Ё╨$╪ $д╘ 7╨╪╨"╪"Ьk╘5ИOр╪╪╪╪╪Ё Ё r,)TN)FNT)FNrЙ)T)FNFNNF)1r°r∙r·r√┌strategy_wildcard_keyr╫rlr║r┌deprecated_paramsr?rHrvr rYrrлr┘rr1r3rr rTrerГrg┌staticmethodrmrrr№rЕrrДr}r~r|ra┌setterrbrr╚rеrБrАrыr╖rФ┌ __classcell__)ris@r+r1r1[s°АААААЁ Ё Ё+╨рШ╪╪╪╪╪ЁёЇ╨Ё!╨рАT╘Ё ЁёЇЁ╪╪╪╪╪╪╪╪╪╪╪╪ ╪╪)╨*;╘<╪)╨*;╘<╪╪+╨,?╘@╪╪╪╪╪ ╪╪(╨)9╘:╪*╨+=╘>╪╪╪ ╪╪ ╪╪ЁGa#Ёa#Ёa#Ёa#Ёa#ёЇЁa#ЁFЁЁЁ$ Ё Ё ЁWЁWЁWЁWЁWР^ёWЇWЁWЁr Ё Ё Ё Ё"╪╪ЁBЁBЁBЁBЁH\Ё\Ё\Ё|ЁЁЁЁ$AЁAЁAЁUЁUЁUЁp*4╘)?Ё7Ё7Ё7Ё7Ё,<@Ё6DЁ6DЁ6DЁ6DЁpЁ.Ё.ёДXЁ.ЁЁЁёД\ЁЁ Ё Ё ЁD ╘Ё Ё ё╘Ё Ё: ╘Ё"Ё"ё╘Ё"Ё HЁ HЁ HЁ HЁ HЁ>5Ё>5Ё>5Ё@JЁJЁJЁ:ЁЁЁ(ЁЁёДXЁЁ Д^Ё#Ё#ёД^Ё#Ё9Ё9Ё9Ё9Ё>*Ё*Ё*ЁX Ё Ё ЁЁЁЁ"K<ЁK<ЁK<ЁZЁЁЁ ╘Ё Ё ё╘Ё Ё ╘Ё6Ё6ё╘Ё6Ё !╪╪╪╪╪ЁA ЁA ЁA ЁA ЁA ЁA ЁA ЁA r,r1cє4ЗЗЧИИfdДК|БЙ|жл}dК|S)Ncє╢ХЧt|tjжлr'|аЙажлжл}|аЙмжл|S)N)┌clone)rзr┌ColumnClauser╗┌copy┌_copy_internals)┌elem┌annotationsrяs ААr+rяz _annotate_columns..cloneп sQ°А▌РdЭJ╘3╤4╘4Ё 6╪Ч>Т>а+╫"2╥"2╤"4╘"4╤5╘5ИD╪╫╥а5╨╤)╘)╨)╪Иr,rш)┌elementrЇrяs `@r+r'r'о sA°°АЁЁЁЁЁЁЁ╨╪Р%ШС.Ф.И╪АE╪АNr,cєшЧeZdZddddddddddddДfdДZdДZdДZdДZed ДжлZed ДжлZ e jdДжлZdДZ e jd ДжлZe jdДжлZdДZdДZdДZdДZdДZdДZdДZdДZdДZdДZdДZdДZdДZdДZdДZdДZdДZ d ДZ!d!ДZ"e#j$жлZ%d"ДZ&e jd#ДжлZ'e jd$ДжлZ(e jd%ДжлZ)d&ДZ*d'ДZ+ d*d(ДZ,d+d)ДZ-dS),rвNFTcєЧdS)NTrш)rMs r+·zJoinCondition.═ sАаDАr,cєЁЧ||_||_||_||_||_| |_||_||_||_| |_ ||_ ||_||_| |_ ||_||_|ажл|ажл|ажл|ажл|ажл|ажл|ажл|а|jdжл|jБ|а|jdжл|ажл|ажл|ажлdSйNTF)rШrЪrЩrЫrЬrЭrCrDrBrЮrh┌_remote_siderzrЯrаrб┌_determine_joins┌_sanitize_joins┌ _annotate_fks┌_annotate_remote┌_annotate_local┌_annotate_parentmapper┌_setup_pairs┌_check_foreign_cols┌_determine_direction┌_check_remote_side┌ _log_joins)rfrШrЩrЪrЫrCrBrDrЬrЭrЮrVrOrЯrzrаrбs r+r?zJoinCondition.__init__╝ svАЁ&*CИ╘&╪'>И╘$╪(@И╘%╪&<И╘#╪"4И╘╪!2И╘╪&И╘╪*И╘╪"ИМ╪(@И╘%╪#5И╘ ╪'И╘╪ИМ ╪ 0И╘╪(И╘╪ 0И╘╪╫╥╤╘╨╪╫╥╤╘╨╪╫╥╤╘╨╪╫╥╤╘╨╪╫╥╤╘╨╪╫#╥#╤%╘%╨%╪╫╥╤╘╨╪╫ ╥ а╘!1░4╤8╘8╨8╪╘╨)╪╫$╥$аT╘%7╕╤?╘?╨?╪╫!╥!╤#╘#╨#╪╫╥╤!╘!╨!╪ПК╤╘╨╨╨r,cєЧ|jАdS|jj}|jd|j|jжл|jd|j|jжл|jd|jdаdД|jDжлжлжл|jd|jdаdД|jpgDжлжлжл|jd|jdаd Д|jDжлжлжл|jd |jdаdД|j Dжлжлжл|jd|jdаd Д|j Dжлжлжл|jd|j|jжлdS)Nz%s setup primary join %sz%s setup secondary join %sz%s synchronize pairs [%s]·,c3є.KЧ|]\}}d|Ыd|ЫdЭVЧМdSй·(z => rwNrшйrф┌lrFs r+rМz+JoinCondition._log_joins..Ў sFшшАЁЁ┘*0и1иaиaаааа1а1а1╨%ЁЁЁЁЁЁr,z#%s secondary synchronize pairs [%s]c3є.KЧ|]\}}d|Ыd|ЫdЭVЧМdSr rшrs r+rМz+JoinCondition._log_joins..¤ sIшшАЁЁсРQШШЁ!"ааа1а1а1╨%ЁЁЁЁЁЁr,z%s local/remote pairs [%s]c3є.KЧ|]\}}d|Ыd|ЫdЭVЧМdS)rz / rwNrшrs r+rМz+JoinCondition._log_joins.. sFшшАЁЁ┘)/и!иQиQШqШqШqа!а!а!╨$ЁЁЁЁЁЁr,z%s remote columns [%s]c3є KЧ|] }d|zVЧМ dSйz%sNrшйrфr▄s r+rМz+JoinCondition._log_joins.. s&шшА╨?╨?аCРTШCСZ╨?╨?╨?╨?╨?╨?r,z%s local columns [%s]c3є KЧ|] }d|zVЧМ dSrrшrs r+rМz+JoinCondition._log_joins.. s&шшА╨>╨>аCРTШCСZ╨>╨>╨>╨>╨>╨>r,z%s relationship direction %s)rz┌loggerr]rCrDr╖rиrлrVrжrзrF)rfrs r+rzJoinCondition._log_joinsэ sщА╪М9╨╪ИF╪Мi╘И╪ИМ╨+иTмY╕╘8H╤I╘I╨I╪ИМ╨-иtмy╕$╘:L╤M╘M╨M╪ИМ╪'╪МI╪ПHКHЁЁ╪48╘4JЁёЇё Ї ё Ї Ё Ё ИМ╪1╪МI╪ПHКHЁЁр"╘>╨D└"ЁёЇё Ї ё Ї Ё Ё ИМ╪(╪МI╪ПHКHЁЁ╪37╘3JЁёЇё Ї ё Ї Ё Ё ИМ╪$╪МI╪ПHКH╨?╨?и4╘+>╨?╤?╘?╤?╘?ё Ї Ё Ё ИМ╪#╪МI╪ПHКH╨>╨>и4╘+=╨>╤>╘>╤>╘>ё Ї Ё Ё ИМ╨/░┤╕D╝N╤K╘K╨K╨K╨Kr,cєДЧt|jdмжл|_|jБt|jdмжл|_dSdS)abremove the parententity annotation from our join conditions which can leak in here based on some declarative patterns and maybe others. We'd want to remove "parentmapper" also, but apparently there's an exotic use case in _join_fixture_inh_selfref_w_entity that relies upon it being present, see :ticket:`3364`. )rqй┌valuesN)rrCrDrЖs r+r¤zJoinCondition._sanitize_joins s]Аї,╪╘╨%6Ё ё Ї И╘Ё╘╨)▌!1╪╘"╨+<Ё"ё"Ї"ИD╘╨╨Ё*╨)r,c єтЧ|jБ#|jАtjd|jzжлВ |jpd}|jБ`|jА't |j|j|j|мжл|_|j А)t |j |j|j|мжл|_ dSdS|j А)t |j |j|j|мжл|_ dSdS#tj$rВ}|jБ:tjtjd|jЫd|jЫdЭжл|мжлn6tjtjd|jzжл|мжлYd}~dSYd}~dSd}~wtj$rВ}|jБ:tjtjd|jЫd |jЫd Эжл|мжлn6tjtjd|jzжл|мжлYd}~dSYd}~dSd}~wwxYw)zїDetermine the 'primaryjoin' and 'secondaryjoin' attributes, if not passed to the constructor already. This is based on analysis of the foreign key relationships between the parent and target mapped selectables. NzMProperty %s specified with secondary join condition but no secondary argument)┌a_subsetrЮzOCould not determine join condition between parent/child tables on relationship zG - there are no foreign keys linking these tables via secondary table 'zЧ'. Ensure that referencing columns are associated with a ForeignKey or ForeignKeyConstraint, or specify 'primaryjoin' and 'secondaryjoin' expressions.)┌from_aCould not determine join condition between parent/child tables on relationship %s - there are no foreign keys linking these tables. Ensure that referencing columns are associated with a ForeignKey or ForeignKeyConstraint, or specify a 'primaryjoin' expression.zP - there are multiple foreign key paths linking the tables via secondary table 'z╔'. Specify the 'foreign_keys' argument, providing a list of those columns which should be counted as containing a foreign key reference from the secondary table to each of the parent and child tables.a'Could not determine join condition between parent/child tables on relationship %s - there are multiple foreign key paths linking the tables. Specify the 'foreign_keys' argument, providing a list of those columns which should be counted as containing a foreign key reference to the parent table.)rDrBrIrJrzrЮr rЩrЫrCrШrЪ┌NoForeignKeysErrorr┌raise_┌AmbiguousForeignKeysError)rfrЮ┌nfe┌afes r+r№zJoinCondition._determine_joins' s√АЁ╘╨)иdмn╨.D▌╘&Ё(р*.м)ё4ёЇЁ ЁS ╪'+╘'D╨'L╚╨$╪М~╨)╪╘%╨-▌)7╪╘5╪Ь╪!%╘!<╪1IЁ *ё*Ї*РD╘&Ё╘#╨+▌'5╪╘6╪Ь╪!%╘!=╪1IЁ (ё(Ї(РD╘$╨$╨$Ё,╨+Ё╘#╨+▌'5╪╘6╪╘5╪!%╘!=╪1IЁ (ё(Ї(РD╘$╨$╨$Ё,╨+°ї╘(Ё Ё Ё ╪М~╨)▌Ф▌╘-╨-Ё+/м)и)и)░T┤^░^░^ЁEё Ї ЁЁёЇЁЁїФ▌╘-Ё>ЁAE─ ё JёЇЁЁёЇЁЁЁЁЁЁЁЁЁЁЁЁЁ°°°°ї4╘/Ё Ё Ё ╪М~╨)▌Ф▌╘4╨4Ё Ь9Ш9Ш9аdдnаnаnЁ 6ёЇЁЁёЇЁЁї Ф▌╘4ЁEЁЬ)ё$ё Ї ЁЁёЇЁЁЁЁЁЁЁЁ!ЁЁЁЁЁ°°°°Ё °°°s,мA,C┬.C├G.├A1E┼G.┼,A1G)╟)G.cє.Чt|jdмжлSйNй┌localr%r)rrCrЖs r+r╘z%JoinCondition.primaryjoin_minus_localР sАха╘ 0╨9L╨M╤M╘M╨Mr,cє.Чt|jdмжлSr!)rrDrЖs r+r╙z'JoinCondition.secondaryjoin_minus_localФ sАха╘ 2╨;N╨O╤O╘O╨Or,cєоЧ|jrdД}tj|ji|жлS|jrt|jdмжлSt|jжлS)a(Return the primaryjoin condition suitable for the "reverse" direction. If the primaryjoin was delivered here with pre-existing "remote" annotations, the local/remote annotations are reversed. Otherwise, the local/remote annotations are removed. cєЧd|jvr6|jажл}|d=d|d<|а|жлSd|jvr6|jажл}|d=d|d<|а|жлSdS)Nr%Tr#)┌_annotationsrё┌_with_annotations)rїros r+┌replacez9JoinCondition.primaryjoin_reverse_remote..replaceе sЦА╪Шw╘3╨3╨3╪╘,╫1╥1╤3╘3РA╪Ш(Ш╪!%РAРgСJ╪"╫4╥4░Q╤7╘7╨7╪а╘ 4╨4╨4╪╘,╫1╥1╤3╘3РA╪Ш'Ш ╪"&РAРhСK╪"╫4╥4░Q╤7╘7╨7Ё 5╨4r,r"r)┌_has_remote_annotationsr┌replacement_traverserC┌_has_foreign_annotationsr)rfr)s r+r╒z(JoinCondition.primaryjoin_reverse_remoteШ svАЁ╘'Ё :Ё 8Ё 8Ё 8ї╘0░╘1A└2└w╤O╘O╨Oр╘,Ё :х'╪╘$╨-@ЁёЇЁї(и╘(8╤9╘9╨9r,cєNЧtj|iжлD]}||jvrdSМdSr·)r┌iterater')rfr╤┌ annotationr▄s r+┌_has_annotationzJoinCondition._has_annotation╗ s?А▌╘#аFиB╤/╘/Ё Ё ИC╪ШS╘-╨-╨-╪РtРtЁ.ЁР5r,cє8Ч|а|jdжлSйNr.йr0rCrЖs r+r,z&JoinCondition._has_foreign_annotations┬ sАр╫#╥#аD╘$4░i╤@╘@╨@r,cє8Ч|а|jdжлSйNr%r3rЖs r+r*z%JoinCondition._has_remote_annotations╞ sАр╫#╥#аD╘$4░h╤?╘?╨?r,cєzЧ|jrdS|jr|ажлdS|ажлdS)zСAnnotate the primaryjoin and secondaryjoin structures with 'foreign' annotations marking columns considered as foreign. N)r,rЮ┌_annotate_from_fk_list┌_annotate_present_fksrЖs r+r■zJoinCondition._annotate_fks╩ sOАЁ╘(Ё ╪ИFр╘(Ё )╪╫'╥'╤)╘)╨)╨)╨)р╫&╥&╤(╘(╨(╨(╨(r,cєдЗЧИfdД}tjЙji|жлЙ_ЙjБ"tjЙji|жлЙ_dSdS)NcєHХЧ|Йjvr|аddiжлSdSйNr.T)rЮr╗rрs Аr+┌check_fkz6JoinCondition._annotate_from_fk_list..check_fk┘ s0°А╪Рd╘3╨3╨3╪Ч}Т}аi░╨%6╤7╘7╨7Ё4╨3r,йrr+rCrD)rfr<s` r+r7z$JoinCondition._annotate_from_fk_list╪ su°АЁ 8Ё 8Ё 8Ё 8Ё 8ї$╘8╪╘Шbа(ё Ї И╘Ё╘╨)▌!)╘!>╪╘"аBиё"Ї"ИD╘╨╨Ё*╨)r,cє ЗЗЧ|jБtj|jjжлКnt жлКИfdДКИfdД}tj|jid|iжл|_|jБ$tj|jid|iжл|_dSdS)NcєХЧt|tjжлrHt|tjжлr.|а|жлr|S|а|жлr|SЙr|Йvr|Йvr|S|Йvr|Йvr|SdSdSdSrЙ)rзr┌Column┌ references)┌a┌b┌ secondarycolss Аr+┌ is_foreignz7JoinCondition._annotate_present_fks..is_foreignы sм°А▌Ш!ЭVЬ]╤+╘+Ё ╡ ╕1╜f╝m╤0L╘0LЁ ╪Ч<Т<аС?Ф?Ё╪РH╪Ч\Т\а!С_Ф_Ё╪РHрЁ ╪Ш ╨%╨%и!░=╨*@╨*@╪РH╪Ш-╨'╨'иA░]╨,B╨,B╪РHЁ Ё Ё(╨'╨,B╨,Br,cєЁХЧt|jtjжлrt|jtjжлsdSd|jjvrаd|jjvrФЙ|j|jжл}|Б~|а|jжлr#|jаddiжл|_dS|а|jжлr)|jаddiжл|_dSdSdSdSdSr;)rз┌leftr┌ ColumnElement┌rightr'┌comparer╗)┌binaryr▄rEs Аr+┌visit_binaryz9JoinCondition._annotate_present_fks..visit_binary° s °А▌╪ФЭS╘.ёЇЁ хаднc╘.?╤@╘@Ё ЁРЁад╘!9╨9╨9╪аVд\╘%>╨>╨>р Рjадиfмl╤;╘;Р╪Р?╪Ч{Т{а6д;╤/╘/Ё╪&,дk╫&;╥&;╕Y╚╨╨>Ё#Р?ЁЁr,rK) rBrrРrMr_rrrCrD)rfrLrErDs @@r+r8z#JoinCondition._annotate_present_fksх s└°°А╪М>╨%▌ ЬOиDмN╘,<╤=╘=ИMИMхЩEЬEИMЁ Ё Ё Ё Ё Ё Ё Ё Ё Ё ї&$╘3╪╘Шbа8и\╨":ё Ї И╘Ё╘╨)▌!)╘!9╪╘"аBи░<╨(@ё"Ї"ИD╘╨╨Ё*╨)r,cєВЗЗЗЧ|jК|jКdgКИИИfdД}tj|jid|iжлЙdS)zvReturn True if the join condition contains column comparisons where both columns are in both tables. Fcє~ХЧ|j|j}}t|tjжлrЙt|tjжлrqЙа|jжлrYЙа|jжлrAЙа|jжлr)Йа|jжлrdЙd<dSdSdSdSdSdSdS)NTr)rGrIrзrrЁ┌is_derived_from┌table)rKrM┌f┌mt┌pt┌results АААr+rLz;JoinCondition._refers_to_parent_table..visit_binarysэ°А╪Ф;адИqИAхШ1Эj╘5╤6╘6Ё !хШqе*╘"9╤:╘:Ё !Ё╫&╥&аqдw╤/╘/Ё !Ё╫&╥&аqдw╤/╘/Ё !Ё ╫&╥&аqдw╤/╘/Ё !Ё╫&╥&аqдw╤/╘/Ё !Ё!РРqС Р Р Ё !Ё !Ё !Ё !Ё !Ё !Ё !Ё !Ё !Ё !Ё !Ё !r,rKr)rШrЩrr║rC)rfrLrRrSrTs @@@r+┌_refers_to_parent_tablez%JoinCondition._refers_to_parent_tablesj°°°АЁ ╘ +И╪ ╘ *И╪РИЁ !Ё !Ё !Ё !Ё !Ё !Ё !ї ╘Ш$╘*иB░╕<╨0H╤I╘I╨I╪РaМy╨r,cє6Чt|j|jжлS)z5Return True if parent/child tables have some overlap.)r!rШrЩrЖs r+┌_tables_overlapzJoinCondition._tables_overlap+s!Аї#╪╘*иD╘,Iё Ї Ё r,cєpЧ|jrdS|jБ|ажлdS|js|jr|ажлdS|ажлr|аdДdжлdS|ажлr|а жлdS|а жлdS)zвAnnotate the primaryjoin and secondaryjoin structures with 'remote' annotations marking columns considered as part of the 'remote' side. NcєЧd|jvSr2йr')r▄s r+r°z0JoinCondition._annotate_remote..AsАШIи╘)9╨9Аr,F)r*rB┌_annotate_remote_secondaryrhr√┌_annotate_remote_from_argsrU┌_annotate_selfrefrW┌_annotate_remote_with_overlap┌%_annotate_remote_distinct_selectablesrЖs r+r zJoinCondition._annotate_remote2sхАЁ╘'Ё ╪ИFрМ>╨%╪╫+╥+╤-╘-╨-╨-╨-╪ ╘ %Ё 9и╘):Ё 9╪╫+╥+╤-╘-╨-╨-╨-╪ ╫ )╥ )╤ +╘ +Ё 9╪╫"╥"╪9╨9╕5ё Ї Ё Ё Ё Ё╫ !╥ !╤ #╘ #Ё 9╪╫.╥.╤0╘0╨0╨0╨0р╫6╥6╤8╘8╨8╨8╨8r,cєТЗЧИfdД}tjЙji|жлЙ_tjЙji|жлЙ_dS)z^annotate 'remote' in primaryjoin, secondaryjoin when 'secondary' is present. cєtХЧЙjjа|жлr|аddiжлSdSйNr%T)rBrMr╩r╗йrїrfs Аr+┌replz6JoinCondition._annotate_remote_secondary..replNsA°А╪М~╘╫/╥/░╤8╘8Ё ;╪╫(╥(и(░D╨)9╤:╘:╨:Ё ;Ё ;r,Nr=йrfrds` r+r[z(JoinCondition._annotate_remote_secondaryHsd°АЁ ;Ё ;Ё ;Ё ;Ё ;ї$╘8╪╘Шbа$ё Ї И╘ї&╘:╪╘ааDё Ї И╘╨╨r,cє^ЗЗЗЧИИИfdД}tjЙjid|iжлЙ_dS)zxannotate 'remote' in primaryjoin, secondaryjoin when the relationship is detected as self-referential. cє╞ХЧ|jа|jжл}t|jtjжлrЙt|jtjжлrjЙ|jжлr!|jаddiжл|_Й|jжлr%|s%|jаddiжл|_dSdSdSЙsЙажлdSdSrb)rGrJrIrзrrЁr╗┌_warn_non_column_elements)rK┌equated┌fn┌remote_side_givenrfs АААr+rLz5JoinCondition._annotate_selfref..visit_binary_s■°А╪Фk╫)╥)и&м,╤7╘7ИG▌Ш&Ь+еz╘'>╤?╘?Ё 1┼J╪ФЭj╘5ёEЇEЁ 1ЁР2РfФkС?Ф?ЁJ╪"(д+╫"7╥"7╕└4╨8H╤"I╘"IРFФK╪Р2РfФl╤#╘#ЁLиGЁL╪#)д<╫#9╥#9╕8└T╨:J╤#K╘#KРFФLРLРLЁLЁLЁLЁLр&Ё 1╪╫.╥.╤0╘0╨0╨0╨0Ё 1Ё 1r,rKN)rrrC)rfrjrkrLs``` r+r]zJoinCondition._annotate_selfrefYsT°°°АЁ 1Ё 1Ё 1Ё 1Ё 1Ё 1Ё 1ї$╘3╪╘Шbа8и\╨":ё Ї И╘╨╨r,cє&ЗЧ|jr-|jrtjdжлВdД|jDжлКn|jК|ажлr|аИfdДdжлdSИfdД}t j|ji|жл|_dS)zНannotate 'remote' in primaryjoin, secondaryjoin when the 'remote_side' or '_local_remote_pairs' arguments are used. zTremote_side argument is redundant against more detailed _local_remote_side argument.cєЧg|]\}}|СМSrшrшrs r+rцz.~sА╨D╨D╨Dба!аQШ1╨D╨D╨Dr,cєХЧ|ЙvSrЙrш)r▄rOs Аr+r°z:JoinCondition._annotate_remote_from_args..Гs°Аиs░k╨/AАr,Tcє>ХЧ|Йvr|аddiжлSdSrb)r╗)rїrOs Аr+rdz6JoinCondition._annotate_remote_from_args..replЖs/°А╪Шk╨)╨)╪"╫,╥,иh╕╨-=╤>╘>╨>Ё*╨)r,N) rhr√rIrJrUr]rr+rC)rfrdrOs @r+r\z(JoinCondition._annotate_remote_from_argsps╥°АЁ╘#Ё ,╪╘ Ё ▌╘*Ё ёЇЁЁE╨Dи4╘+C╨D╤D╘DИKИKр╘+ИKр╫'╥'╤)╘)Ё ╪╫"╥"╨#A╨#A╨#A╨#A└4╤H╘H╨H╨H╨HЁ ?Ё ?Ё ?Ё ?Ё ?ї (╘<╪╘ а"аdё Ї ИD╘╨╨r,cєиЗЗЗЧИfdД}ЙjduoЙjjЙjjuКИИfdДКtjЙjid|iжлЙ_dS)z╞annotate 'remote' in primaryjoin, secondaryjoin when the parent/child tables have some set of tables in common, though is not a fully self-referential relationship. cєФХЧЙ|j|jжл\|_|_Й|j|jжл\|_|_dSrЙ)rGrI)rK┌proc_left_rights Аr+rLzAJoinCondition._annotate_remote_with_overlap..visit_binaryЦsO°А╪(7и╪ФШVЬ\ё)Ї)╤%ИFМKШЬЁ)8и╪ФШfЬkё)Ї)╤%ИFМLШ&Ь+Ш+Ш+r,NcєHХЧt|tjжлrpt|tjжлrVЙjjа|жлr6Йjjа|жлr|аddiжл}nФЙr>|jа dжлЙj jur|аddiжл}nTЙr>|jа dжлЙj jur|аddiжл}nЙажл||fS)Nr%Tr~) rзrrЁrЩrMr╩rШr╗r'r;rzrrh)rGrI┌check_entitiesrfs ААr+rrzDJoinCondition._annotate_remote_with_overlap..proc_left_rightвs'°А▌Ш$е ╘ 7╤8╘8Ё 1╜Z╪Хz╘.ё>Ї>Ё 1Ё╘0╘2╫B╥B╪ёЇЁ>р╘4╘6╫F╥F└t╤L╘LЁ>Ё"ЯOЪOиX░t╨,<╤=╘=РE°рЁ 1р╘&╫*╥*и>╤:╘:╕d╝i╘>N╨N╨NрЯЪи░4╨(8╤9╘9РРрЁ 1р╘%╫)╥)и.╤9╘9╕T╝Y╘=M╨M╨MрЧ~Т~аx░╨&6╤7╘7РРр╫.╥.╤0╘0╨0рШР;╨r,rK)rzrrКrrrC)rfrLrtrrs` @@r+r^z+JoinCondition._annotate_remote_with_overlapОsН°°°АЁ Ё Ё Ё Ё Ё МIШT╨!╨Nаdдi╘&6╕d╝i╘>N╨&NЁ Ё Ё Ё Ё Ё Ё ї.$╘3╪╘Шbа8и\╨":ё Ї И╘╨╨r,cєRЗЧИfdД}tjЙji|жлЙ_dS)z}annotate 'remote' in primaryjoin, secondaryjoin when the parent/child tables are entirely separate. cєЇХЧЙjjа|жлrUЙjjа|жлrЙjjа|жлr|аddiжлSdSdSrb)rЩrMr╩rЪrЫr╗rcs Аr+rdzAJoinCondition._annotate_remote_distinct_selectables..repl─sЖ°А╪╘,╘.╫>╥>╕w╤G╘GЁ ;╪╘0╘2╫B╥B└7╤K╘KЁ ;р╘.╘0╫@╥@└╤I╘IЁ ;Ё╫(╥(и(░D╨)9╤:╘:╨:Ё ;Ё ;Ё ;Ё ;r,N)rr+rCres` r+r_z3JoinCondition._annotate_remote_distinct_selectables╜sC°АЁ ;Ё ;Ё ;Ё ;Ё ;ї$╘8╪╘Шbа$ё Ї И╘╨╨r,cє>Чtjd|jzжлdS)NzГNon-simple column elements in primary join condition for property %s - consider using remote() annotations to mark the remote side.)rr=rzrЖs r+rhz'JoinCondition._warn_non_column_elements╧s0А▌М Ё <р>B╝iё Hё Ї Ё Ё Ё r,cєЗЧ|а|jdжлrdS|jr$tjdД|jDжлжлКntj|jjжлКИfdД}tj|ji|жл|_dS)aCAnnotate the primaryjoin and secondaryjoin structures with 'local' annotations. This annotates all column elements found simultaneously in the parent table and the join condition that don't have a 'remote' annotation set up from _annotate_remote() or user-defined. r#NcєЧg|]\}}|СМSrшrшrs r+rцz1JoinCondition._annotate_local..цsА╨:╨:╨:СvШШ1Р╨:╨:╨:r,cєTХЧd|jvr|Йvr|аddiжлSdSdS)Nr%r#T)r'r╗)rє┌ local_sides Аr+┌locals_z.JoinCondition._annotate_local..locals_ыs?°А╪Шt╘0╨0╨0░T╕Z╨5G╨5G╪Ч~Т~аw░аo╤6╘6╨6Ё1╨0╨5G╨5Gr,) r0rCrhrrРrШrMrr+)rfr|r{s @r+rzJoinCondition._annotate_local╓sп°АЁ╫╥а╘ 0░'╤:╘:Ё ╪ИFр╘#Ё K▌Ь╪:╨:а╘!9╨:╤:╘:ёЇИJИJїЬи╘)G╘)I╤J╘JИJЁ 7Ё 7Ё 7Ё 7Ё 7ї$╘8╪╘Шbа'ё Ї И╘╨╨r,cєdЗЧЙjАdSИfdД}tjЙji|жлЙ_dS)Ncє░ХЧd|jvr!|аdЙjjiжлSd|jvr!|аdЙjjiжлSdS)Nr%r~r#)r'r╗rzrrК)rєrfs Аr+┌parentmappers_z.parentmappers_ўs_°А╪Ш4╘,╨,╨,╪Ч~Т~а~░t┤y╘7G╨&H╤I╘I╨I╪ШD╘-╨-╨-╪Ч~Т~а~░t┤y╘7G╨&H╤I╘I╨IЁ.╨-r,)rzrr+rC)rfrs` r+rz$JoinCondition._annotate_parentmapperєsU°А╪М9╨╪ИFЁ JЁ JЁ JЁ JЁ Jї$╘8╪╘Шbа.ё Ї И╘╨╨r,cєNЧ|jstjd|jЫdЭжлВdS)Nria could not determine any unambiguous local/remote column pairs based on join condition and remote_side arguments. Consider using the remote() annotation to accurately mark those elements of the join condition that are on the remote side of the relationship.)rVrIrJrzrЖs r+rz JoinCondition._check_remote_sides?А╪╘&Ё ▌╘&╨&Ё(,дyаyаyЁ3ё Ї Ё Ё Ё r,cєЬЧd}|а|dжл}t|жл}|rt|jжл}nt|jжл}|jr|s |js|rdS|jr2|r0|s.d|rdpdЫd|Ыd|jЫd Э}|d z }t j|жлВd|rdpdЫd|Ыd|jЫd Э}|dz }t j|жлВ) zHCheck the foreign key columns collected and emit error messages.Fr.NzbCould not locate any simple equality expressions involving locally mapped foreign key columns for ┌primaryrBz join condition 'z' on relationship r/a Ensure that referencing columns are associated with a ForeignKey or ForeignKeyConstraint, or are annotated in the join condition with the foreign() annotation. To allow comparison operators other than '==', the relationship can be marked as viewonly=True.z6Could not locate any relevant foreign key columns for zб Ensure that referencing columns are associated with a ForeignKey or ForeignKeyConstraint, or are annotated in the join condition with the foreign() annotation.)┌_gather_columns_with_annotation┌boolrиrлrаrzrIrJ)rfr rВ┌can_sync┌foreign_cols┌has_foreign┌errs r+rz!JoinCondition._check_foreign_colssWАЁИр╫;╥;╪ШIё Ї ИїШ<╤(╘(ИрЁ >▌ШD╘2╤3╘3ИHИHхШD╘<╤=╘=ИHЁ ╘Ё рЁ Ё╘%Ё Ё+6Ё Ё ИFЁ ╘Ё% ,аЁ% ,░XЁ% ,Ё% ,Ё╨)а ╨8и[╨8╨8╪"РNРN╪ФIРIРIЁЁ Ё ЁIё ИCї╘&аs╤+╘+╨+°Ё╨)а ╨8и[╨8╨8╪"РNРN╪ФIРIРIЁЁ Ё Ёё ИCї╘&аs╤+╘+╨+r,cєBЧ|jБt|_dStj|jjжл}tj|jjжл}|а|j жл}|а|j жл}|r▌|r█|а |jddжл}tdД|а |jdжлDжлжл}|rK|rI|j а|jжл}|а|жл}|а|жл}|r|st |_dS|r|st"|_dSt%jd|jzжлВ|rt |_dS|rt"|_dSt%jd|jzжлВ)z[Determine if this relationship is one to many, many to one, many to many. Nr%r.cє$Чg|] }d|jvп|СМS)r%rZ)rфrMs r+rцz6JoinCondition._determine_direction..rs3АЁЁЁрЁ$и1м>╨9╨9Ё Ё:╨9╨9r,aDCan't determine relationship direction for relationship '%s' - foreign key columns within the join condition are present in both the parent and the child's mapped tables. Ensure that only those columns referring to a parent column are marked as foreign, either via the foreign() annotation or via the foreign_keys argument.zТCan't determine relationship direction for relationship '%s' - foreign key columns are present in neither the parent nor the child's mapped tables)rDr rFrrРrШrMrЩ┌intersectionrйrГrCr_rжrзr╡rrrIrJrz)rf┌ parentcols┌ targetcols┌onetomany_fk┌manytoone_fk┌onetomany_local┌manytoone_local┌self_equateds r+rz"JoinCondition._determine_directionPsяАЁ ╘╨)▌'ИDМNИNИNхЬи╘)G╘)I╤J╘JИJ▌Ьи╘)F╘)H╤I╘IИJЁ&╫2╥2░4╘3K╤L╘LИLЁ&╫2╥2░4╘3K╤L╘LИLрЁ@ аЁ@ Ё#'╫"F╥"F╪╘$аh░ ё#Ї#Рї#&ЁЁр!%╫!E╥!E╪ ╘,иiё"Ї"ЁёЇё#Ї#РЁ#ЁOаЁO╪#'╘#6╫#C╥#C╪╘*ё$Ї$РLЁ'6╫&@╥&@└╤&N╘&NРO╪&5╫&@╥&@└╤&N╘&NРOЁ#Ёи?Ё▌%.РDФNРNРN╪$Ёи_Ё▌%.РDФNРNРNх ╘.Ё9Ё<@╝9ёEё Ї Ё ЁЁ ▌!*РФРР╪Ё ▌!*РФРРх╘*Ё4Ё7;┤iё@ёЇЁr,cєЧdД|DжлS)z┼provide deannotation for the various lists of pairs, so that using them in hashes doesn't incur high-overhead __eq__() comparisons against original columns mapped. cєdЧg|]-\}}|ажл|ажлfСМ.Srшй┌_deannotaterщs r+rцz3JoinCondition._deannotate_pairs..лs1А╨J╨J╨J▒t░q╕!РЧТСФа!з-в-б/д/╨2╨J╨J╨Jr,rш)rf┌ collections r+┌_deannotate_pairszJoinCondition._deannotate_pairsдsАЁK╨J╕z╨J╤J╘J╨Jr,cє0ЗЗЧg}tjgжлКg}ИИfdД}Йj|fЙj|ffD]\}}|АМ|||жлМЙаЙжлЙ_Йа|жлЙ_Йа|жлЙ_dS)Ncє8ХЗЧИИИfdД}t||жлdS)NcєфХЧd|jvr6d|jvr-Йа|жлrЙа||fжлn>d|jvr5d|jvr,Йа|жлrЙа||fжл|jtjurZЙа||жлrFd|jvrЙа||fжлdSd|jvrЙа||fжлdSdSdSdS)Nr%r.)r'rбr^┌operatorr┌eqr>)rKrGrIrЧ┌lrprfs АААr+rLz.go..visit_binary│s3°Ара╘ 2╨2╨2╪ и╘(9╨9╨9╪╫-╥-иd╤3╘3Ё:ЁЧGТGШTа5ШM╤*╘*╨*╨*ра╘ 1╨1╨1╪ и╘(:╨:╨:╪╫-╥-иe╤4╘4Ё;ЁЧGТGШUаDШM╤*╘*╨*╪Ф?еiдl╨2╨2░t╫7L╥7L╪Ш%ё8Ї8╨2Ё!аE╘$6╨6╨6╪"╫)╥)и4░и-╤8╘8╨8╨8╨8╪"аd╘&7╨7╨7╪"╫)╥)и5░$и-╤8╘8╨8╨8╨8Ё 3╨2╨2╨2Ё 8╨7r,r")┌joincondrЧrLrЮrfs ` ААr+┌goz&JoinCondition._setup_pairs..go▓s?°°АЁ 9Ё 9Ё 9Ё 9Ё 9Ё 9Ё 9ї* !аиx╤8╘8╨8╨8╨8r,)r┌ OrderedSetrCrDrШrVrиrл)rf┌ sync_pairs┌secondary_sync_pairsrаrЯrЧrЮs` @r+rzJoinCondition._setup_pairsнs╪°°А╪И ▌МoШb╤!╘!И╪!╨Ё 9Ё 9Ё 9Ё 9Ё 9Ё 9Ё2╘ Шz╨*╪ ╘ ╨!5╨6Ё% Ё %Ё %╤ ИHРjЁ╨╪╪ИBИxШ╤$╘$╨$╨$р"&╫"8╥"8╕╤"=╘"=И╘╪!%╫!7╥!7╕ ╤!C╘!CИ╘╪+/╫+A╥+A╪ ё, Ї, И╘(╨(╨(r,cє·ЗЧ|jsdSdД|jDжлdД|jDжлzDР]K\}КtЙjжлdkrМЙ|jvr$t j|j|iжл|jЙ<МLg}|jЙ}|а жлD]\}}|j tjvrg|jа |jжлs|а |jjжлr)||ur%||jjvr|а||fжлМА|rEt#jd|jЫd|ЫdЙЫddаИfd Д|DжлжлЫd Э жл||jЙ|j<РМMdS)NcєЧg|] \}}||fСМ Srшrшйrфr┌to_s r+rцzDJoinCondition._warn_for_conflicting_sync_targets..уs-АЁ Ё Ё ┘)ШeаSИUРCИLЁ Ё Ё r,cєЧg|] \}}||fСМ Srшrшrжs r+rцzDJoinCondition._warn_for_conflicting_sync_targets..хs-АЁ Ё Ё ┘)ШeаSИUРCИLЁ Ё Ё r,rrvz' will copy column z to column z(, which conflicts with relationship(s): r┤c3є6ХKЧ|]\}}d|Ыd|ЫdЙЫdЭVЧМdS)rXz ' (copies z to rwNrш)rф┌pr┌fr_rзs Аr+rМzCJoinCondition._warn_for_conflicting_sync_targets.. sP°шшАЁ&Ё&с$-аRииЁ=?╕B╕B└└└└S└S└S╨ IЁ&Ё&Ё&Ё&Ё&Ё&r,zШ. Consider applying viewonly=True to read-only relationships, or provide a primaryjoin condition marking writable columns with the foreign() annotation.)rаrиrл┌lenrg┌_track_overlapping_sync_targets┌weakref┌WeakKeyDictionaryrzrkrrЇ┌_mapper_registryr╚rКr`r>rr=r╖)rfr┌other_props┌prop_to_fromrкrлrзs @r+rГz0JoinCondition._warn_for_conflicting_sync_targets┌s°А╪╘ Ё ╪ИFЁ Ё ╪-1╘-CЁ ё Ї Ё Ё ╪-1╘-MЁ ё Ї ё Ё5 Mё5 MЙJИEР3їР3╘#╤$╘$аq╥(╨(╪рШ$╘>╨>╨>ї╘-иtмy╕%╨.@╤A╘AЁ╘4╪ёЁЁ!Р╪#╘C└C╘HРр+╫1╥1╤3╘3Ё6Ё6СGРBШрЬ еY╘%?╨?╨?р ЬI╫3╥3░B┤I╤>╘>Ё@Ё "╫/╥/░┤ ╘0@╤A╘AЁ@Ё аu╨,╨,╪аdдi╘&A╨A╨AЁ$╫*╥*иB░и9╤5╘5╨5°рЁ▌ФIРIЁ!ЬIШIШI╪!ШEШE╪ШCШC╪ ЯIЪIЁ&Ё&Ё&Ё&р1<Ё&ё&Ї&ёЇЁЁЁёЇЁЁ"HMР╘4░S╘9╕$╝)╤D╤DЁk5 MЁ5 Mr,cє,Ч|аdжлSr5й┌_gather_join_annotationsrЖs r+rжzJoinCondition.remote_columns sАр╫,╥,иX╤6╘6╨6r,cє,Ч|аdжлS)Nr#r┤rЖs r+rзzJoinCondition.local_columns sАр╫,╥,иW╤5╘5╨5r,cє,Ч|аdжлSr2r┤rЖs r+rйz!JoinCondition.foreign_key_columns" sАр╫,╥,иY╤7╘7╨7r,cє╘Чt|а|j|жлжл}|jБ.|а|а|j|жлжлdД|DжлS)Ncє6Чh|]}|ажлТМSrшrХrКs r+· z9JoinCondition._gather_join_annotations..0 s А╨+╨+╨+аAРЧ Т СФ╨+╨+╨+r,)r_rГrCrD┌update)rfr/┌ss r+r╡z&JoinCondition._gather_join_annotations& syА▌╪╫0╥0░╘1A└:╤N╘Nё Ї ИЁ╘╨)╪ ПHКH╪╫4╥4╪╘&и ёЇё Ї Ё Ё ,╨+и╨+╤+╘+╨+r,cє~ЗЧtЙжлКtИfdДtj|iжлDжлжлS)NcєHХЧg|]}Йа|jжлп|СМSrш)┌issubsetr')rфr▄r/s Аr+rцzAJoinCondition._gather_columns_with_annotation..5 s@°АЁ Ё Ё р╪╫&╥&аs╘'7╤8╘8Ё ╪Ё Ё Ё r,)r_rr.)rfr╤r/s `r+rГz-JoinCondition._gather_columns_with_annotation2 sS°А▌ШС_Ф_И ▌Ё Ё Ё Ё х#╘+иF░B╤7╘7Ё ё Ї ё Ї Ё r,cє■Чt|ddiжл}|j|j|j}}}|Б |Б||z}n||z}|Рr<|Б║|аdмжл}t|t dжлмжл}t||jмжла|жл} |БEt|t dжлмжлаt||j мжлжл}| а |жл}n_t|t dжл|jмжл}|Б7|аt|t d жл|j мжлжлd} |а |жл}| p|} d| _nd} |||| |fS) a7Given a source and destination selectable, create a join between them. This takes into account aliasing the join clause to reference the appropriate corresponding columns in the target objects, as well as the extra child criterion, equivalent column sets, etc. r│TN)┌flatr#)┌ exclude_fn)┌equivalents)r┬r├r%)rrCrDrBr╕r┌_ColInAnnotationsrЭ┌chainrЬr║r┬)rfrРr▒rцr─rCrDrB┌primary_aliasizer┌secondary_aliasizerrЪs r+rхzJoinCondition.join_targets< s¤Аї ,╪╨7╕╨>ё Ї ИЁ ╘╪╘╪МNЁ%.Р]ИЁ╨"╪╨(╪ -░╤ ;Р Р р)иK╤7Ррё( "╪╨$╪%ЯOЪO░ШO╤6╘6Р ▌$1╪╒*;╕G╤*D╘*DЁ%ё%Ї%╨!ї'4╪#░╘1GЁ'ё'Ї'чТ%╨)╤*╘*Ё$Ё%╨0▌(5╪!╒.?└╤.H╘.HЁ)ё)Ї)чТe▌%╪-╪(,╘(?ЁёЇёЇЁ&Ё!4╫ <╥ <╕]╤ K╘ KР Р х$1╪#▌0░╤9╘9╪ $╘ 6Ё%ё%Ї%╨!Ё %╨0╪%╫+╥+▌%╪-▌'8╕╤'B╘'B╪(,╘(?ЁёЇёЇЁЁ'+╨#р+╫4╥4░[╤A╘AИK╪0╨E╨4EИN╪(,ИN╘%╨%р!ИNр╪╪╪╪Ё Ё r,cєDЗЗ З ЗЧtjжлК tjжл}|jduК Й rItjt жлК|jD]'\}}Й|а||fжл|||<М(n'Йs|jD] \}}|||<Мn|jD] \}}|||<МИ И ИИfdД}|j}|jБЙstj |i|жл}|jБ4|j}Йrtj |i|жл}tj||жл}И fdДЙ Dжл}|||fS)NcєЬХЧЙs d|jvsЙr=Йr|ЙvsЙs5d|jvr,|Йvr tjdd|jdмжлЙ|<Й|SdS)Nr#r%T)r_r╒)r'rr╪rx)r▄┌binds┌ has_secondary┌lookuprs ААААr+┌col_to_bindz5JoinCondition.create_lazy_clause..col_to_bindд sУ°АЁ'Ё "╪+2░c╘6F╨+F╨+F╪$Ё,GЁ#Ё,GЁ(+иfа}а}╪)Ё(5╪.6╕#╘:J╨.J╨.JЁШe╨#╨#▌!$д╪Шdи#м(╕4Ё"ё"Ї"РEШ#СJЁШSФz╨!╪Р4r,cє,ХЧi|]}Й|j|УМSrш)rt)rфr▄r╩s Аr+· z4JoinCondition.create_lazy_clause..├ s!°А╨<╨<╨<иsРuШSФzФ~аs╨<╨<╨rCrr+rrь)rfr┌equated_columnsr rFr═┌ lazywhererDrr╩r╦r╠s ` @@@r+┌create_lazy_clausez JoinCondition.create_lazy_clauseТ sй°°°°А▌╘ ╤"╘"И▌╘*╤,╘,Ир╘*░$╨6И рЁ '▌ ╘,нT╤2╘2ИF╪╘/Ё 'Ё 'СРР1╪РqФ ╫ ╥ а!аQа╤(╘(╨(╪%&Ра╤"╨"Ё 'Ё#Ё '╪╘/Ё 'Ё 'СРР1╪%&Ра╤"╨"Ё 'Ё╘/Ё 'Ё 'СРР1╪%&Ра╤"╨"Ё Ё Ё Ё Ё Ё Ё Ё Ё"╘$И ╪╘╨%╨->╨%▌ ╘5╪Ш2Ш{ёЇИIЁ╘╨)╪ ╘.ИM╪ Ё ▌ (╘ =╪!а2а{ё!Ї!Р їЬаиM╤:╘:ИIр<╨<╨<╨<░e╨<╤<╘<ИрШ+а╨6╨6r,rЙ)F).r°r∙r·r?rr¤r№rГr╘r╙rr№r╒r0r,r*r■r7r8rUrWr r[r]r\r^r_rhrrrrrrШrrоrпrнrГrжrзrйr╡rГrхr╓rшr,r+rвrв╗ s6АААААЁ╪╪╪╪╪!%╪╪╪╪ ╪╪(ШЁ#/Ё/Ё/Ё/Ёb&LЁ&LЁ&LЁPЁЁЁ$gЁgЁgЁRЁNЁNёДXЁNЁЁPЁPёДXЁPЁ ╘Ё :Ё :ё╘Ё :ЁDЁЁЁ ╘ЁAЁAё╘ЁAЁ ╘Ё@Ё@ё╘Ё@Ё)Ё)Ё)ЁЁЁЁ,Ё,Ё,Ё\ЁЁЁ0 Ё Ё Ё9Ё9Ё9Ё, Ё Ё Ё" Ё Ё Ё.ЁЁЁ<- Ё- Ё- Ё^ Ё Ё Ё$ Ё Ё Ё Ё Ё Ё: Ё Ё ЁЁЁЁ@,Ё@,Ё@,ЁDRЁRЁRЁhKЁKЁKЁ) Ё) Ё) ЁV'@аg╘&?╤&A╘&A╨#Ё>MЁ>MЁ>MЁ@ ╘Ё7Ё7ё╘Ё7Ё ╘Ё6Ё6ё╘Ё6Ё ╘Ё8Ё8ё╘Ё8Ё ,Ё ,Ё ,Ё Ё Ё ЁHLЁT ЁT ЁT ЁT Ёl37Ё37Ё37Ё37Ё37Ё37r,rвcєЧeZdZdZdДZdДZdS)r─zGSeralizable equivalent to: lambda c: "name" in c._annotations cєЧ||_dSrЙ)┌name)rfr┘s r+r?z_ColInAnnotations.__init__╬ s А╪ИМ И И r,cєЧ|j|jvSrЙ)r┘r')rfrMs r+┌__call__z_ColInAnnotations.__call__╤ sА╪МyШAЬN╨*╨*r,N)r°r∙r·r√r?r█rшr,r+r─r─╚ s<АААААЁЁЁ ЁЁЁ+Ё+Ё+Ё+Ё+r,r─)3r√┌ __future__rr╤rо┌rrrrЇ┌baserr ┌ interfacesr rrr rrrrrrrIrrr┌ inspectionrrrr┌sql.utilrrrrr r!r#r%r.┌class_logger┌langhelpers┌dependency_forr1r'┌objectrвr─rшr,r+·rцs>ЁЁЁЁ'╨&╨&╨&╨&╨&р╨╨╨╪АААр╨╨╨╨╨╪╨╨╨╨╨╪!╨!╨!╨!╨!╨!╪"╨"╨"╨"╨"╨"╪╨╨╨╨╨╪"╨"╨"╨"╨"╨"╪!╨!╨!╨!╨!╨!╪!╨!╨!╨!╨!╨!╪&╨&╨&╨&╨&╨&╪+╨+╨+╨+╨+╨+╪╨╨╨╨╨╪!╨!╨!╨!╨!╨!╪ ╨ ╨ ╨ ╨ ╨ ╪╨╨╨╨╨╪╨╨╨╨╨╪╨╨╨╨╨╪╨╨╨╨╨╪╨╨╨╨╨╪ ╨ ╨ ╨ ╨ ╨ ╪╨╨╨╨╨╪╨╨╨╨╨╪╨╨╨╨╨╪'╨'╨'╨'╨'╨'╪(╨(╨(╨(╨(╨(╪.╨.╨.╨.╨.╨.╪$╨$╨$╨$╨$╨$╪%╨%╨%╨%╨%╨%╪*╨*╨*╨*╨*╨*╪+╨+╨+╨+╨+╨+ЁЁЁЁ&ЁЁЁ(╘╪╘╫ ╥ ╨!<╚╨ ╤N╘NЁN% ЁN% ЁN% ЁN% ЁN% ╨.ёN% ЇN% ёO╘Nё╘ЁN% ЁbJ Ё Ё ЁJ7ЁJ7ЁJ7ЁJ7ЁJ7РFёJ7ЇJ7ЁJ7ЁZ +Ё +Ё +Ё +Ё +Шё +Ї +Ё +Ё +Ё +r,