Package org.jboss.as.ejb3.component.entity

Examples of org.jboss.as.ejb3.component.entity.EntityBeanComponentInstance.store()


                    // entity instance as "no longer in use". If it registered a tx EntityBeanSynchronization, then releasing the lock is
                    // taken care off by a tx synchronization callbacks.
                    //if is important to note that we increase the lock count on every invocation
                    //which means we need to release it on every invocation except for the one where we actually registered the TX synchronization
                    if (currentTransactionKey == null) {
                        instance.store();
                        releaseInstance(instance, true);
                    } else if (!syncRegistered) {
                        component.getCache().release(instance, true);
                        lock.unlock();
                    }
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                } finally {
                    // if the current call did *not* register a tx SessionSynchronization, then we have to explicitly mark the
                    // entity instance as "no longer in use". If it registered a tx EntityBeanSynchronization, then releasing the lock is
                    // taken care off by a tx synchronization callbacks.
                    if (currentTransactionKey == null) {
                        instance.store();
                        releaseInstance(instance, true);
                    }
                }
            }
        } finally {
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                    // entity instance as "no longer in use". If it registered a tx EntityBeanSynchronization, then releasing the lock is
                    // taken care off by a tx synchronization callbacks.
                    //if is important to note that we increase the lock count on every invocation
                    //which means we need to release it on every invocation except for the one where we actually registered the TX synchronization
                    if (currentTransactionKey == null) {
                        instance.store();
                        releaseInstance(instance, true);
                    } else if (!syncRegistered) {
                        component.getCache().release(instance, true);
                        lock.unlock();
                    }
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                    // entity instance as "no longer in use". If it registered a tx EntityBeanSynchronization, then releasing the lock is
                    // taken care off by a tx synchronization callbacks.
                    //if is important to note that we increase the lock count on every invocation
                    //which means we need to release it on every invocation except for the one where we actually registered the TX synchronization
                    if (currentTransactionKey == null) {
                        instance.store();
                        releaseInstance(instance, true);
                    } else if (!syncRegistered) {
                        component.getCache().release(instance, true);
                        lock.unlock();
                    }
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                    // entity instance as "no longer in use". If it registered a tx EntityBeanSynchronization, then releasing the lock is
                    // taken care off by a tx synchronization callbacks.
                    //if is important to note that we increase the lock count on every invocation
                    //which means we need to release it on every invocation except for the one where we actually registered the TX synchronization
                    if (currentTransactionKey == null) {
                        instance.store();
                        releaseInstance(instance, true);
                    } else if (!syncRegistered) {
                        component.getCache().release(instance, true);
                        lock.unlock();
                    }
View Full Code Here

                    // entity instance as "no longer in use". If it registered a tx EntityBeanSynchronization, then releasing the lock is
                    // taken care off by a tx synchronization callbacks.
                    //if is important to note that we increase the lock count on every invocation
                    //which means we need to release it on every invocation except for the one where we actually registered the TX synchronization
                    if (currentTransactionKey == null) {
                        instance.store();
                        releaseInstance(instance, true);
                    } else if (!syncRegistered) {
                        lock.unlock();
                    }
                }
View Full Code Here

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