/**
* Performs inserts to the table for the managed instance or joins.
*
* @param connection the connection to use
* @param managedInstance the managed instance to perform insert for
* @throws SQLException thrown in case of underlying SQLException
* @since $version
* @author hceylan
*/
public void performInsert(ConnectionImpl connection, final ManagedInstance<?> managedInstance)
throws SQLException {
final EntityTypeImpl<?> entityType = managedInstance.getType();
final Object instance = managedInstance.getInstance();
// Do not inline, generation of the insert SQL will initialize the insertColumns!
final String insertSql = this.getInsertSql(entityType);
final AbstractColumn[] insertColumns = this.getInsertColumns(entityType);
// prepare the parameters
final Object[] params = new Object[insertColumns.length];
for (int i = 0; i < insertColumns.length; i++) {
final AbstractColumn column = insertColumns[i];
if (column instanceof DiscriminatorColumn) {
params[i] = managedInstance.getType().getDiscriminatorValue();
} else {
params[i] = column.getValue(instance);
}
}
// execute the insert
final QueryRunner runner = new QueryRunner(this.jdbcAdaptor.isPmdBroken());
runner.update(connection, insertSql, params);
// if there is an identity column, extract the identity and set it back to the instance
if (this.identityColumn != null) {
final String selectLastIdSql = this.jdbcAdaptor.getSelectLastIdentitySql(this.identityColumn);
final Number id = runner.query(connection, selectLastIdSql, new SingleValueHandler<Number>());
this.identityColumn.setValue(managedInstance.getInstance(), id);
}
}
/**
* Performs update to the table for the managed instance or joins. In addition checks if the table
* participate in update.
*
* @param connection the connection to use
* @param managedInstance the managed instance to perform update for
* @return returns true if the table is updatable
* @throws SQLException thrown in case of underlying SQLException
* @since $version
* @author hceylan
*/
public boolean performUpdateWithUpdatability(
ConnectionImpl connection, final ManagedInstance<?> managedInstance) throws SQLException {
final EntityTypeImpl<?> entityType = managedInstance.getType();
final Object instance = managedInstance.getInstance();
// Do not inline, generation of the update SQL will initialize the insertColumns!
final String updateSql = this.getUpdateSql(entityType, this.pkColumns);
final AbstractColumn[] updateColumns = this.getUpdateColumns(entityType);
// prepare the parameters
final Object[] params = new Object[updateColumns.length];
for (int i = 0; i < updateColumns.length; i++) {
final AbstractColumn column = updateColumns[i];
// if the first column is primary key then the table is not updatable
if ((i == 0) && column.isPrimaryKey()) {
return false;
}
params[i] = column.getValue(instance);
}
// execute the insert
final QueryRunner runner = new QueryRunner(this.jdbcAdaptor.isPmdBroken());
runner.update(connection, updateSql, params);
return true;
}
/**
* Performs update to the table for the managed instance or joins.
*
* @param connection the connection to use
* @param managedInstance the managed instance to perform update for
* @throws SQLException thrown in case of underlying SQLException
* @since $version
* @author hceylan
*/
public void performUpdate(ConnectionImpl connection, final ManagedInstance<?> managedInstance)
throws SQLException {
final EntityTypeImpl<?> entityType = managedInstance.getType();
final Object instance = managedInstance.getInstance();
// Do not inline, generation of the update SQL will initialize the insertColumns!
final String updateSql = this.getUpdateSql(entityType, this.pkColumns);
final AbstractColumn[] updateColumns = this.getUpdateColumns(entityType);
// prepare the parameters
final Object[] params = new Object[updateColumns.length];
for (int i = 0; i < updateColumns.length; i++) {
final AbstractColumn column = updateColumns[i];
params[i] = column.getValue(instance);
}
// execute the insert
final QueryRunner runner = new QueryRunner(this.jdbcAdaptor.isPmdBroken());
runner.update(connection, updateSql, params);
}
/**
* Processes the associations.
*
* @since 2.0.0
*/
public void processJoinedMappings() {
ManagedInstance.LOG.debug("Post processing associations for instance {0}", this);
final HashSet<String> _joinsLoaded = this.joinsLoaded;
for (final PluralMappingEx<?, ?, ?> mapping : this.type.getMappingsPlural()) {
final HashSet<String> joinsLoaded2 = _joinsLoaded;
if (!joinsLoaded2.contains(mapping.getPath())) {
if (mapping.isEager()) {
mapping.load(this);
} else {
mapping.setLazy(this);
}
}
}
final X _instance = this.instance;
final EntityManagerImpl entityManager = this.session.getEntityManager();
for (final SingularAssociationMappingImpl<?, ?> mapping : this.type.getAssociationsSingular()) {
if (mapping.isEager()) {
if (!_joinsLoaded.contains(mapping.getPath())) {
mapping.initialize(this);
} else {
final Object associate = mapping.get(_instance);
if (associate instanceof EnhancedInstance) {
final EnhancedInstance enhancedInstance = (EnhancedInstance) associate;
if (!enhancedInstance.__enhanced__$$__isInitialized()) {
final ManagedInstance<?> associateManagedInstance =
enhancedInstance.__enhanced__$$__getManagedInstance();
entityManager.find(
associateManagedInstance.getType().getJavaType(),
associateManagedInstance.getId().getId());
}
}
}
}
}
}
