package io.ebeaninternal.server.persist;

Handles the processing required after batch execution.

This includes concurrency checking, generated keys on inserts, transaction
logging, transaction event table modifcation and for beans resetting their
'loaded' status.

/**
 * Handles the processing required after batch execution.
 * <p>
 * This includes concurrency checking, generated keys on inserts, transaction
 * logging, transaction event table modifcation and for beans resetting their
 * 'loaded' status.
 * </p>
 */
public interface BatchPostExecute {

  
Return true if this is a queued sql update for element collection or intersection table.
In this case we can executeBatch on the PreparedStatement.
/**
   * Return true if this is a queued sql update for element collection or intersection table.
   * In this case we can executeBatch on the PreparedStatement.
   */
  boolean isFlushQueue();

  
Check that the rowCount is correct for this execute. This is for
performing concurrency checking in batch execution.
/**
   * Check that the rowCount is correct for this execute. This is for
   * performing concurrency checking in batch execution.
   */
  void checkRowCount(int rowCount);

  
For inserts with generated keys. Otherwise not used.
/**
   * For inserts with generated keys. Otherwise not used.
   */
  void setGeneratedKey(Object idValue);

  
Execute the post execute processing.

This includes transaction logging, transaction event table modification
and for beans resetting their 'loaded' status.

/**
   * Execute the post execute processing.
   * <p>
   * This includes transaction logging, transaction event table modification
   * and for beans resetting their 'loaded' status.
   * </p>
   */
  void postExecute();

  
Add as event to the profiling.
/**
   * Add as event to the profiling.
   */
  void profile(long offset, int batchSize);

  
Add timing metrics for batch persist.
/**
   * Add timing metrics for batch persist.
   */
  void addTimingBatch(long startNanos, int batch);
}