Uses of Interface
net.ontopia.persistence.proxy.ObjectAccessIF

Packages that use ObjectAccessIF

net.ontopia.persistence.proxy	An object-relational mapping framework.
net.ontopia.persistence.query.sql	Object model for representing SQL queries.

Uses of ObjectAccessIF in net.ontopia.persistence.proxy

Classes in net.ontopia.persistence.proxy that implement ObjectAccessIF

class

PersistentObjectAccess INTERNAL: Object access for objects implementing the PersistentIF interface.

Fields in net.ontopia.persistence.proxy declared as ObjectAccessIF

protected ObjectAccessIF

AbstractTransaction.oaccess

Methods in net.ontopia.persistence.proxy that return ObjectAccessIF

ObjectAccessIF	TransactionIF.getObjectAccess() INTERNAL: Gets the object access used by the transaction.
ObjectAccessIF	AbstractTransaction.getObjectAccess()

Methods in net.ontopia.persistence.proxy with parameters of type ObjectAccessIF

protected void	SQLCollectionAccess.bindParametersAddRemove(java.sql.PreparedStatement stm, ObjectAccessIF oaccess, IdentityIF identity, java.lang.Object element)
protected void	SQLObjectAccess.bindParametersCreate(java.sql.PreparedStatement stm, ObjectAccessIF oaccess, java.lang.Object object)
void	SQLObjectAccess.create(ObjectAccessIF oaccess, java.lang.Object object)
void	SQLCollectionAccess.create(ObjectAccessIF oaccess, java.lang.Object object)
void	SQLBatchObjectAccess.create(ObjectAccessIF oaccess, java.lang.Object object) INTERNAL: Creates the new object identity in the database.
void	ClassAccessIF.create(ObjectAccessIF oaccess, java.lang.Object object) INTERNAL: Creates the new object in the database.
void	StorageAccessIF.createObject(ObjectAccessIF oaccess, java.lang.Object object) INTERNAL: Called by the transaction when it requests the new object to be created in the data repository.
void	RDBMSAccess.createObject(ObjectAccessIF oaccess, java.lang.Object object)
QueryIF	StorageAccessIF.createQuery(JDOQuery jdoquery, ObjectAccessIF oaccess, AccessRegistrarIF registrar, boolean lookup_identities) INTERNAL: Build a QueryIF from the specified JDO query instance.
QueryIF	RDBMSAccess.createQuery(JDOQuery jdoquery, ObjectAccessIF oaccess, AccessRegistrarIF registrar, boolean lookup_identities)
QueryIF	RDBMSStorage.createQuery(JDOQuery jdoquery, RDBMSAccess access, ObjectAccessIF oaccess, AccessRegistrarIF registrar, boolean lookup_identities)
QueryIF	QueryDescriptor.createQuery(RDBMSAccess access, ObjectAccessIF oaccess, AccessRegistrarIF registrar, java.lang.String[] platforms) INTERNAL: Creates a QueryIF instance that uses the specified storage access, object access, access registrar and platform settings for this query descriptor.
QueryIF	StorageAccessIF.createQuery(java.lang.String name, ObjectAccessIF oaccess, AccessRegistrarIF registrar) INTERNAL: Creates a query instance for the given transaction.
QueryIF	RDBMSAccess.createQuery(java.lang.String name, ObjectAccessIF oaccess, AccessRegistrarIF registrar)
QueryIF	RDBMSStorage.createQuery(java.lang.String name, RDBMSAccess access, ObjectAccessIF oaccess, AccessRegistrarIF registrar)
void	SQLObjectAccess.delete(ObjectAccessIF oaccess, java.lang.Object object)
void	SQLCollectionAccess.delete(ObjectAccessIF oaccess, java.lang.Object object)
void	ClassAccessIF.delete(ObjectAccessIF oaccess, java.lang.Object object) INTERNAL: Deletes the object identity from the database.
void	StorageAccessIF.deleteObject(ObjectAccessIF oaccess, java.lang.Object object) INTERNAL: Called by the transaction when it requests the object to be deleted in the data repository.
void	RDBMSAccess.deleteObject(ObjectAccessIF oaccess, java.lang.Object object)
protected void	SQLCollectionAccess.storeAdded(ObjectAccessIF oaccess, IdentityIF identity, java.util.Collection elements)
void	StorageAccessIF.storeDirty(ObjectAccessIF oaccess, java.lang.Object object) INTERNAL: Stores object fields that are dirty in the database.
void	SQLOneToOne.storeDirty(ObjectAccessIF oaccess, java.lang.Object object)
void	SQLOneToManyReference.storeDirty(ObjectAccessIF oaccess, java.lang.Object object)
void	SQLOneToManyAggregate.storeDirty(ObjectAccessIF oaccess, java.lang.Object object)
void	SQLObjectAccess.storeDirty(ObjectAccessIF oaccess, java.lang.Object object)
void	SQLManyToManyReference.storeDirty(ObjectAccessIF oaccess, java.lang.Object object)
void	SQLCollectionAccess.storeDirty(ObjectAccessIF oaccess, java.lang.Object object)
void	RDBMSAccess.storeDirty(ObjectAccessIF oaccess, java.lang.Object object)
void	FieldAccessIF.storeDirty(ObjectAccessIF oaccess, java.lang.Object object) INTERNAL: The object field is dirty and a call to this method should cause the field value to be updated.
void	ClassAccessIF.storeDirty(ObjectAccessIF oaccess, java.lang.Object object) INTERNAL: Stores object fields that are dirty in the database.
protected void	SQLCollectionAccess.storeRemoved(ObjectAccessIF oaccess, IdentityIF identity, java.util.Collection elements)

Uses of ObjectAccessIF in net.ontopia.persistence.query.sql

Fields in net.ontopia.persistence.query.sql declared as ObjectAccessIF

protected ObjectAccessIF

SQLStatement.oaccess

Methods in net.ontopia.persistence.query.sql with parameters of type ObjectAccessIF

SQLQuery	SQLBuilder.makeQuery(JDOQuery jdoquery, ObjectAccessIF oaccess)
void	SQLStatementIF.setObjectAccess(ObjectAccessIF oaccess)
void	SQLStatement.setObjectAccess(ObjectAccessIF oaccess)