## Uses of Interface
javax.persistence.Subgraph

Packages that use Subgraph
javax.persistence: Java Persistence is the API for the management for persistence and object/relational mapping.

### Uses of Subgraph in javax.persistence

Methods in javax.persistence that return Subgraph
`<X> Subgraph<X>` Subgraph.`addKeySubgraph(Attribute<T,X> attribute)` Add a node to the graph that corresponds to a map key that is a managed type.
`<X> Subgraph<X>` EntityGraph.`addKeySubgraph(Attribute<T,X> attribute)` Add a node to the graph that corresponds to a map key that is a managed type.
`<X> Subgraph<? extends X>` Subgraph.`addKeySubgraph(Attribute<T,X> attribute, Class<? extends X> type)` Add a node to the graph that corresponds to a map key that is a managed type with inheritance.
`<X> Subgraph<? extends X>` EntityGraph.`addKeySubgraph(Attribute<T,X> attribute, Class<? extends X> type)` Add a node to the graph that corresponds to a map key that is a managed type with inheritance.
`<X> Subgraph<X>` Subgraph.`addKeySubgraph(String attributeName)` Add a node to the graph that corresponds to a map key that is a managed type.
`<X> Subgraph<X>` EntityGraph.`addKeySubgraph(String attributeName)` Add a node to the graph that corresponds to a map key that is a managed type.
`<X> Subgraph<X>` Subgraph.`addKeySubgraph(String attributeName, Class<X> type)` Add a node to the graph that corresponds to a map key that is a managed type with inheritance.
`<X> Subgraph<X>` EntityGraph.`addKeySubgraph(String attributeName, Class<X> type)` Add a node to the graph that corresponds to a map key that is a managed type with inheritance.
`<T> Subgraph<? extends T>` EntityGraph.`addSubclassSubgraph(Class<? extends T> type)` Add additional attributes to this entity graph that correspond to attributes of subclasses of this EntityGraph's entity type.
`<X> Subgraph<X>` Subgraph.`addSubgraph(Attribute<T,X> attribute)` Add a node to the graph that corresponds to a managed type.
`<X> Subgraph<X>` EntityGraph.`addSubgraph(Attribute<T,X> attribute)` Add a node to the graph that corresponds to a managed type.
`<X> Subgraph<? extends X>` Subgraph.`addSubgraph(Attribute<T,X> attribute, Class<? extends X> type)` Add a node to the graph that corresponds to a managed type with inheritance.
`<X> Subgraph<? extends X>` EntityGraph.`addSubgraph(Attribute<T,X> attribute, Class<? extends X> type)` Add a node to the graph that corresponds to a managed type with inheritance.
`<X> Subgraph<X>` Subgraph.`addSubgraph(String attributeName)` Add a node to the graph that corresponds to a managed type.
`<X> Subgraph<X>` EntityGraph.`addSubgraph(String attributeName)` Add a node to the graph that corresponds to a managed type.
`<X> Subgraph<X>` Subgraph.`addSubgraph(String attributeName, Class<X> type)` Add a node to the graph that corresponds to a managed type with inheritance.
`<X> Subgraph<X>` EntityGraph.`addSubgraph(String attributeName, Class<X> type)` Add a node to the graph that corresponds to a managed type with inheritance.

Methods in javax.persistence that return types with arguments of type Subgraph
`Map<Class,Subgraph>` AttributeNode.`getKeySubgraphs()` Return the Map<Class, Subgraph> of subgraphs associated with this attribute node's map key.
`Map<Class,Subgraph>` AttributeNode.`getSubgraphs()` Return the Map<Class, Subgraph> of subgraphs associated with this attribute node.