Examples with EntityBatchSaveEvent com.hedera.mirror.importer.parser.record.entity.EntityBatchSaveEvent used on opensource projects

Example 1 with EntityBatchSaveEvent

use of com.hedera.mirror.importer.parser.record.entity.EntityBatchSaveEvent in project hedera-mirror-node by hashgraph.

the class NotifyingEntityListenerTest method onTopicMessagePayloadTooLong.

@Test
void onTopicMessagePayloadTooLong() throws InterruptedException {
    // given
    TopicMessage topicMessage = topicMessage();
    // Just exceeds 8000B
    topicMessage.setMessage(RandomUtils.nextBytes(5824));
    Flux<TopicMessage> topicMessages = subscribe(topicMessage.getTopicId().getId());
    // when
    entityListener.onTopicMessage(topicMessage);
    entityListener.onSave(new EntityBatchSaveEvent(this));
    // then
    topicMessages.as(StepVerifier::create).expectNextCount(0L).thenCancel().verify(Duration.ofMillis(500));
}

Example 2 with EntityBatchSaveEvent

use of com.hedera.mirror.importer.parser.record.entity.EntityBatchSaveEvent in project hedera-mirror-node by hashgraph.

the class RedisEntityListenerTest method submitAndSave.

private void submitAndSave(TopicMessage topicMessage) {
    try {
        entityListener.onTopicMessage(topicMessage);
        entityListener.onSave(new EntityBatchSaveEvent(this));
    } catch (Exception e) {
        Thread.currentThread().interrupt();
    }
}

Example 3 with EntityBatchSaveEvent

use of com.hedera.mirror.importer.parser.record.entity.EntityBatchSaveEvent in project hedera-mirror-node by hashgraph.

the class SqlEntityListener method executeBatches.

private void executeBatches() {
    try {
        // batch save action may run asynchronously, triggering it before other operations can reduce latency
        eventPublisher.publishEvent(new EntityBatchSaveEvent(this));
        Stopwatch stopwatch = Stopwatch.createStarted();
        // insert only operations
        batchPersister.persist(assessedCustomFees);
        batchPersister.persist(contractLogs);
        batchPersister.persist(contractResults);
        batchPersister.persist(contractStateChanges);
        batchPersister.persist(cryptoTransfers);
        batchPersister.persist(customFees);
        batchPersister.persist(ethereumTransactions);
        batchPersister.persist(fileData);
        batchPersister.persist(liveHashes);
        batchPersister.persist(nodeStakes);
        batchPersister.persist(topicMessages);
        batchPersister.persist(transactions);
        batchPersister.persist(transactionSignatures);
        // insert operations with conflict management
        batchPersister.persist(contracts);
        batchPersister.persist(cryptoAllowances);
        batchPersister.persist(entities);
        batchPersister.persist(nftAllowances);
        batchPersister.persist(tokens.values());
        // ingest tokenAccounts after tokens since some fields of token accounts depends on the associated token
        batchPersister.persist(tokenAccounts.values());
        batchPersister.persist(tokenAllowances);
        // persist nft after token entity
        batchPersister.persist(nfts.values());
        batchPersister.persist(schedules.values());
        // transfers operations should be last to ensure insert logic completeness, entities should already exist
        batchPersister.persist(nonFeeTransfers);
        batchPersister.persist(nftTransferState.values());
        batchPersister.persist(stakingRewardTransfers);
        batchPersister.persist(tokenTransfers);
        // handle the transfers from token dissociate transactions after nft is processed
        tokenDissociateTransferBatchPersister.persist(tokenDissociateTransfers);
        log.info("Completed batch inserts in {}", stopwatch);
    } catch (ParserException e) {
        throw e;
    } catch (Exception e) {
        throw new ParserException(e);
    } finally {
        cleanup();
    }
}