com.sun.jdo.api.persistence.support.PersistenceManagerFactory Maven / Gradle / Ivy
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/*
* PersistenceManagerFactory.java
*
* Created on February 25, 2000
*/
package com.sun.jdo.api.persistence.support;
import java.io.PrintWriter;
import java.util.Properties;
/**
*
* @author Craig Russell
* @version 0.1
*/
public interface PersistenceManagerFactory extends java.io.Serializable
{
/**
* Sets JDBC driver name
* @param driverName JDBC driver name
*/
void setConnectionDriverName (String driverName);
/**
* Returns JDBC driver name
* @return driver name
*/
String getConnectionDriverName ();
/**
* Sets database user
* @param userName database user
*/
void setConnectionUserName (String userName);
/**
* Returns database user name
* @return current database user name
*/
String getConnectionUserName ();
/**
* Sets database user password
* @param password database user password
*/
void setConnectionPassword (char[] password);
/**
* Sets maximum number of connections in the connection pool
* @param MaxPool maximum number of connections
*/
void setConnectionMaxPool (int MaxPool);
/**
* Returns maximum number of connections in the connection pool
* @return connectionMaxPool
*/
int getConnectionMaxPool ();
/**
* Sets minimum number of connections in the connection pool
* @param MinPool minimum number of connections
*/
void setConnectionMinPool (int MinPool);
/**
* Returns minimum number of connections in the connection pool
* @return connectionMinPool
*/
int getConnectionMinPool ();
/**
* Sets maximum number of PersistenceManager instances in the pool
* @param MaxPool maximum number of instances
*/
void setMaxPool (int MaxPool);
/**
* Returns maximum number of PersistenceManager instances in the pool
* @return maxPool
*/
int getMaxPool ();
/**
* Sets minimum number of PersistenceManager instances in the pool
* @param MinPool minimum number of PersistenceManager instances
*/
void setMinPool (int MinPool);
/**
* Returns minimum number of PersistenceManager instances in the pool
* @return minPool
*/
int getMinPool ();
/**
* Sets the number of milliseconds to wait for an available connection
* from the connection pool before throwing an exception
* @param MsWait number in milliseconds
*/
void setConnectionMsWait (int MsWait);
/**
* Returns the number of milliseconds to wait for an available connection
* from the connection pool before throwing an exception
* @return number in milliseconds
*/
int getConnectionMsWait ();
/**
* Sets the amount of time, in milliseconds, between the connection
* manager's attempts to get a pooled connection.
* @param MsInterval the interval between attempts to get a database
* connection, in milliseconds.
*
*/
void setConnectionMsInterval (int MsInterval);
/**
* Returns the amount of time, in milliseconds, between the connection
* manager's attempts to get a pooled connection.
* @return the length of the interval between tries in milliseconds
*/
int getConnectionMsInterval ();
/**
* Sets the number of seconds to wait for a new connection to be
* established to the data source
* @param LoginTimeout wait time in seconds
*/
void setConnectionLoginTimeout (int LoginTimeout);
/**
* Returns the number of seconds to wait for a new connection to be
* established to the data source
* @return wait time in seconds
*/
int getConnectionLoginTimeout ();
/**
* Sets JDBC connection URL
* @param URL connection URL
*/
void setConnectionURL (String URL);
/**
* Returns connection URL
* @return connection URL
*/
String getConnectionURL ();
/**
* Sets Connection Factory as ConnectionFactory
* or javax.sql.DataSource
* @param cf as java.lang.Object
*/
void setConnectionFactory (Object cf);
/**
* Returns Connection Factory object that can be one of
* ConnectionFactory or javax.sql.DataSource
* @return Connection Factory as java.lang.Object
*/
Object getConnectionFactory ();
/**
* Sets the LogWriter to which messages should be sent
* @param pw LogWriter
*/
void setConnectionLogWriter(PrintWriter pw);
/**
* Returns the LogWriter to which messages should be sent
* @return LogWriter
*/
PrintWriter getConnectionLogWriter ();
/**
* Sets transaction isolation level for all connections of this PersistenceManagerFactory.
* All validation is done by java.sql.Connection itself, so e.g. while Oracle
* will not allow to set solation level to TRANSACTION_REPEATABLE_READ, this method
* does not have any explicit restrictions
*
* @param level - one of the java.sql.Connection.TRANSACTION_* isolation values
*/
void setConnectionTransactionIsolation (int level);
/**
* Returns current transaction isolation level for connections of this PersistenceManagerFactory.
* @return the current transaction isolation mode value as java.sql.Connection.TRANSACTION_*
*/
int getConnectionTransactionIsolation ();
/**
* Sets ConnectionFactory name
* @param connectionFactoryName ConnectionFactory name
*/
void setConnectionFactoryName (String connectionFactoryName);
/**
* Returns ConnectionFactory name
* @return ConnectionFactoryName
*/
String getConnectionFactoryName ();
/**
* Sets Identifier. An Identifier is a string that user can use to identify
* the PersistenceManagerFacory in a given environment. Identifier can be
* particularly useful in an environment where multiple
* PersistenceManagerFacories are initialized in a system.
* @param identifier
*/
void setIdentifier(String identifier);
/**
* Gets Identifier. An Identifier is a string that user can use to identify
* the PersistenceManagerFacory in a given environment. Identifier can be
* particularly useful in an environment where multiple
* PersistenceManagerFacories are initialized in a system.
* @return identifier
*/
String getIdentifier();
/**
* Creates new PersistenceManager without extra info
* @return the persistence manager
*/
PersistenceManager getPersistenceManager ();
/**
* Creates new PersistenceManager with specific
* username and password. Used to call ConnectionFactory.getConnection(String, String)
* @param username datasource user
* @param password datasource user password
* @return the persistence manager
*/
PersistenceManager getPersistenceManager (String username, char[] password);
/**
* Sets the optimistic flag for all PersistenceManagers
* @param flag boolean optimistic flag
*/
void setOptimistic (boolean flag);
/**
* Returns the boolean value of the optimistic flag for all PersistenceManagers
* @return boolean optimistic flag
*/
boolean getOptimistic ();
/**
* Sets flag that will not cause the eviction of persistent instances after transaction completion.
* @param flag boolean flag passed
*/
void setRetainValues (boolean flag);
/**
* Returns the boolean value for the flag that will not cause the eviction of persistent
* instances after transaction completion.
* @return boolean setting for the flag
*/
boolean getRetainValues ();
/**
* Sets the flag that allows non-transactional instances to be managed in the cache.
* @param flag boolean flag passed
*/
void setNontransactionalRead (boolean flag);
/**
* Returns the boolean value for the flag that allows non-transactional instances
* to be managed in the cache.
* @return boolean setting for the flag
*/
boolean getNontransactionalRead ();
/**
* Sets the flag that allows the user to request that queries be optimized to return
* approximate results by ignoring changed values in the cache.
* @param flag boolean flag passed
*/
void setIgnoreCache (boolean flag);
/**
* Returns the boolean value for the flag that allows the user to request that queries
* be optimized to return approximate results by ignoring changed values in the cache.
* @return boolean setting for the flag
*/
boolean getIgnoreCache ();
/**
* Sets the number of seconds to wait for a query statement
* to execute in the datastore associated with this PersistenceManagerFactory.
* @param timeout new timout value in seconds; zero means unlimited
*/
void setQueryTimeout (int timeout);
/**
* Gets the number of seconds to wait for a query statement
* to execute in the datastore associated with this PersistenceManagerFactory.
* @return timout value in seconds; zero means unlimited
*/
int getQueryTimeout ();
/**
* Sets the number of seconds to wait for an update statement
* to execute in the datastore associated with this PersistenceManagerFactory.
* @param timeout new timout value in seconds; zero means unlimited
*/
void setUpdateTimeout (int timeout);
/**
* Gets the number of seconds to wait for an update statement
* to execute in the datastore associated with this PersistenceManagerFactory.
* @return timout value in seconds; zero means unlimited
*/
int getUpdateTimeout();
/**
* Returns non-operational properties to be available to the application via a Properties instance.
* @return Properties object
*/
Properties getProperties ();
/**
* Returns the boolean value of the supersedeDeletedInstance flag
* for all PersistenceManagers. If set to true, deleted instances are
* allowed to be replaced with persistent-new instances with the equal
* Object Id.
* @return boolean supersedeDeletedInstance flag
*/
boolean getSupersedeDeletedInstance ();
/**
* Sets the supersedeDeletedInstance flag for all PersistenceManagers.
* @param flag boolean supersedeDeletedInstance flag
*/
void setSupersedeDeletedInstance (boolean flag);
/**
* Returns the default value of the requireCopyObjectId flag
* for this PersistenceManagerFactory. If set to false, the PersistenceManager
* will not create a copy of an ObjectId for PersistenceManager.getObjectId(Object pc)
* and PersistenceManager.getObjectById(Object oid) requests.
*
* @see PersistenceManager#getObjectId(Object pc)
* @see PersistenceManager#getObjectById(Object oid)
* @return boolean requireCopyObjectId flag
*/
boolean getRequireCopyObjectId();
/**
* Sets the default value of the requireCopyObjectId flag.
* If set to false, by default a PersistenceManager will not create a copy of
* an ObjectId for PersistenceManager.getObjectId(Object pc)
* and PersistenceManager.getObjectById(Object oid) requests.
*
* @see PersistenceManager#getObjectId(Object pc)
* @see PersistenceManager#getObjectById(Object oid)
* @param flag boolean requireCopyObjectId flag
*/
void setRequireCopyObjectId (boolean flag);
/**
* Returns the boolean value of the requireTrackedSCO flag
* for this PersistenceManagerFactory. If set to false, by default the
* PersistenceManager will not create tracked SCO instances for
* new persistent instances at commit with retainValues set to true and while
* retrieving data from a datastore.
*
* @return boolean requireTrackedSCO flag
*/
boolean getRequireTrackedSCO();
/**
* Sets the requireTrackedSCO flag for this PersistenceManagerFactory.
* If set to false, by default the PersistenceManager will not create tracked
* SCO instances for new persistent instances at commit with retainValues set to true
* and while retrieving data from a datastore.
*
* @param flag boolean requireTrackedSCO flag
*/
void setRequireTrackedSCO (boolean flag);
}