Examples of org.apache.openjpa.ee.ManagedRuntime

org.apache.openjpa.ee.ManagedRuntime
This interface must be implemented by concrete plugins to application servers in order to integrate the OpenJPA runtime in a managed environment. @author Abe White

     * Find a managed runtime broker associated with the
     * current transaction, or returns null if none.
     */
    protected Broker findTransactionalBroker(String user, String pass) {
        Transaction trans;
        ManagedRuntime mr = _conf.getManagedRuntimeInstance();
        Object txKey;
        try {
            trans = mr.getTransactionManager().
                getTransaction();
            txKey = mr.getTransactionKey();


            if (trans == null
                || trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN)
                return null;

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     * @return true if synched with transaction, false otherwise
     */
    boolean syncWithManagedTransaction(BrokerImpl broker, boolean begin) {
        Transaction trans;
        try {
            ManagedRuntime mr = broker.getManagedRuntime();
            TransactionManager tm = mr.getTransactionManager();
            if (tm == null) {
                throw new InternalException(_loc.get("null-transactionmanager", mr));
            }
            trans = tm.getTransaction();
            if (trans != null
                && (trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN))
                trans = null;


            if (trans == null && begin) {
                tm.begin();
                trans = tm.getTransaction();
            } else if (trans == null)
                return false;


            // synch broker and trans
            trans.registerSynchronization(broker);


            // we don't need to synchronize on brokers or guard against multiple
            // threads using the same trans since one JTA transaction can never
            // be active on multiple concurrent threads.
            Object txKey = mr.getTransactionKey();
            Collection<Broker> brokers = _transactional.get(txKey);
            
            if (brokers == null) {
                brokers = new ArrayList<Broker>(2);
                _transactional.put(txKey, brokers);

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     * Find a managed runtime broker associated with the
     * current transaction, or returns null if none.
     */
    protected Broker findTransactionalBroker(String user, String pass) {
        Transaction trans;
        ManagedRuntime mr = _conf.getManagedRuntimeInstance();
        Object txKey;
        try {
            trans = mr.getTransactionManager().
                getTransaction();
            txKey = mr.getTransactionKey();


            if (trans == null
                || trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN)
                return null;

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     * @return true if synched with transaction, false otherwise
     */
    boolean syncWithManagedTransaction(BrokerImpl broker, boolean begin) {
        Transaction trans;
        try {
            ManagedRuntime mr = broker.getManagedRuntime();
            TransactionManager tm = mr.getTransactionManager();
            trans = tm.getTransaction();
            if (trans != null
                && (trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN))
                trans = null;


            if (trans == null && begin) {
                tm.begin();
                trans = tm.getTransaction();
            } else if (trans == null)
                return false;


            // synch broker and trans
            trans.registerSynchronization(broker);


            // we don't need to synchronize on brokers or guard against multiple
            // threads using the same trans since one JTA transaction can never
            // be active on multiple concurrent threads.
            Object txKey = mr.getTransactionKey();
            Collection<Broker> brokers = _transactional.get(txKey);
            
            if (brokers == null) {
                brokers = new ArrayList<Broker>(2);
                _transactional.put(txKey, brokers);

View Full Code Here

     * Find a managed runtime broker associated with the
     * current transaction, or returns null if none.
     */
    protected BrokerImpl findTransactionalBroker(String user, String pass) {
        Transaction trans;
        ManagedRuntime mr = _conf.getManagedRuntimeInstance();
        Object txKey;
        try {
            trans = mr.getTransactionManager().
                getTransaction();
            txKey = mr.getTransactionKey();


            if (trans == null
                || trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN)
                return null;

View Full Code Here

     * @return true if synched with transaction, false otherwise
     */
    boolean syncWithManagedTransaction(BrokerImpl broker, boolean begin) {
        Transaction trans;
        try {
            ManagedRuntime mr = broker.getManagedRuntime();
            TransactionManager tm = mr.getTransactionManager();
            trans = tm.getTransaction();
            if (trans != null
                && (trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN))
                trans = null;


            if (trans == null && begin) {
                tm.begin();
                trans = tm.getTransaction();
            } else if (trans == null)
                return false;


            // synch broker and trans
            trans.registerSynchronization(broker);


            // we don't need to synchronize on brokers or guard against multiple
            // threads using the same trans since one JTA transaction can never
            // be active on multiple concurrent threads.
            Object txKey = mr.getTransactionKey();
            Collection brokers = (Collection) _transactional.get(txKey);
            
            if (brokers == null) {
                brokers = new ArrayList(2);
                _transactional.put(txKey, brokers);

View Full Code Here

     * Find a managed runtime broker associated with the
     * current transaction, or returns null if none.
     */
    protected BrokerImpl findTransactionalBroker(String user, String pass) {
        Transaction trans;
        ManagedRuntime mr = _conf.getManagedRuntimeInstance();
        Object txKey;
        try {
            trans = mr.getTransactionManager().
                getTransaction();
            txKey = mr.getTransactionKey();


            if (trans == null
                || trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN)
                return null;

View Full Code Here

     * @return true if synched with transaction, false otherwise
     */
    boolean syncWithManagedTransaction(BrokerImpl broker, boolean begin) {
        Transaction trans;
        try {
            ManagedRuntime mr = broker.getManagedRuntime();
            TransactionManager tm = mr.getTransactionManager();
            trans = tm.getTransaction();
            if (trans != null
                && (trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN))
                trans = null;


            if (trans == null && begin) {
                tm.begin();
                trans = tm.getTransaction();
            } else if (trans == null)
                return false;


            // synch broker and trans
            trans.registerSynchronization(broker);


            // we don't need to synchronize on brokers or guard against multiple
            // threads using the same trans since one JTA transaction can never
            // be active on multiple concurrent threads.
            Object txKey = mr.getTransactionKey();
            Collection brokers = (Collection) _transactional.get(txKey);
            
            if (brokers == null) {
                brokers = new ArrayList(2);
                _transactional.put(txKey, brokers);

View Full Code Here

     * Find a managed runtime broker associated with the
     * current transaction, or returns null if none.
     */
    protected Broker findTransactionalBroker(String user, String pass) {
        Transaction trans;
        ManagedRuntime mr = _conf.getManagedRuntimeInstance();
        Object txKey;
        try {
            trans = mr.getTransactionManager().
                getTransaction();
            txKey = mr.getTransactionKey();


            if (trans == null
                || trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN)
                return null;

View Full Code Here

     * @return true if synched with transaction, false otherwise
     */
    boolean syncWithManagedTransaction(BrokerImpl broker, boolean begin) {
        Transaction trans;
        try {
            ManagedRuntime mr = broker.getManagedRuntime();
            TransactionManager tm = mr.getTransactionManager();
            trans = tm.getTransaction();
            if (trans != null
                && (trans.getStatus() == Status.STATUS_NO_TRANSACTION
                || trans.getStatus() == Status.STATUS_UNKNOWN))
                trans = null;


            if (trans == null && begin) {
                tm.begin();
                trans = tm.getTransaction();
            } else if (trans == null)
                return false;


            // synch broker and trans
            trans.registerSynchronization(broker);


            // we don't need to synchronize on brokers or guard against multiple
            // threads using the same trans since one JTA transaction can never
            // be active on multiple concurrent threads.
            Object txKey = mr.getTransactionKey();
            Collection<Broker> brokers = _transactional.get(txKey);
            
            if (brokers == null) {
                brokers = new ArrayList<Broker>(2);
                _transactional.put(txKey, brokers);

View Full Code Here

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org.apache.openjpa.audit.TestBeginEventOnTransactionListener

org.apache.openjpa.kernel.AbstractBrokerFactory

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