Examples with ExecutorConfig com.hazelcast.config.ExecutorConfig used on opensource projects

Example 16 with ExecutorConfig

use of com.hazelcast.config.ExecutorConfig in project hazelcast by hazelcast.

the class ExecutionServiceImpl method register.

private ManagedExecutorService register(String name, int defaultPoolSize, int defaultQueueCapacity, ExecutorType type, ThreadFactory threadFactory) {
    ExecutorConfig config = nodeEngine.getConfig().getExecutorConfigs().get(name);
    int poolSize = defaultPoolSize;
    int queueCapacity = defaultQueueCapacity;
    if (config != null) {
        poolSize = config.getPoolSize();
        if (config.getQueueCapacity() <= 0) {
            queueCapacity = Integer.MAX_VALUE;
        } else {
            queueCapacity = config.getQueueCapacity();
        }
    }
    ManagedExecutorService executor = createExecutor(name, poolSize, queueCapacity, type, threadFactory);
    if (executors.putIfAbsent(name, executor) != null) {
        throw new IllegalArgumentException("ExecutorService['" + name + "'] already exists!");
    }
    return executor;
}

Example 17 with ExecutorConfig

use of com.hazelcast.config.ExecutorConfig in project hazelcast by hazelcast.

the class TestFullApplicationContext method testExecutorConfig.

@Test
public void testExecutorConfig() {
    ExecutorConfig testExecConfig = config.getExecutorConfig("testExec");
    assertNotNull(testExecConfig);
    assertEquals("testExec", testExecConfig.getName());
    assertEquals(2, testExecConfig.getPoolSize());
    assertEquals(100, testExecConfig.getQueueCapacity());
    assertTrue(testExecConfig.isStatisticsEnabled());
    ExecutorConfig testExec2Config = config.getExecutorConfig("testExec2");
    assertNotNull(testExec2Config);
    assertEquals("testExec2", testExec2Config.getName());
    assertEquals(5, testExec2Config.getPoolSize());
    assertEquals(300, testExec2Config.getQueueCapacity());
    assertFalse(testExec2Config.isStatisticsEnabled());
}

Example 18 with ExecutorConfig

use of com.hazelcast.config.ExecutorConfig in project hazelcast by hazelcast.

the class ConsoleApp method create.

protected static ConsoleApp create() throws Exception {
    Config config = Config.load();
    for (int i = 1; i <= LOAD_EXECUTORS_COUNT; i++) {
        config.addExecutorConfig(new ExecutorConfig(EXECUTOR_NAMESPACE + " " + i).setPoolSize(i));
    }
    HazelcastInstance instance = Hazelcast.newHazelcastInstance(config);
    return new ConsoleApp(instance, System.out);
}

Example 19 with ExecutorConfig

use of com.hazelcast.config.ExecutorConfig in project hazelcast by hazelcast.

the class DistributedExecutorService method execute.

public <T> void execute(String name, UUID uuid, @Nonnull T task, Operation op) {
    ExecutorConfig cfg = getOrFindExecutorConfig(name);
    if (cfg.isStatisticsEnabled()) {
        executorStats.startPending(name);
    }
    Processor processor;
    if (task instanceof Runnable) {
        processor = new Processor(name, uuid, (Runnable) task, op, cfg.isStatisticsEnabled());
    } else {
        processor = new Processor(name, uuid, (Callable) task, op, cfg.isStatisticsEnabled());
    }
    if (uuid != null) {
        submittedTasks.put(uuid, processor);
    }
    try {
        executionService.execute(name, processor);
    } catch (RejectedExecutionException e) {
        if (cfg.isStatisticsEnabled()) {
            executorStats.rejectExecution(name);
        }
        logger.warning("While executing " + task + " on Executor[" + name + "]", e);
        if (uuid != null) {
            submittedTasks.remove(uuid);
        }
        processor.sendResponse(e);
    }
}

Example 20 with ExecutorConfig

use of com.hazelcast.config.ExecutorConfig in project hazelcast by hazelcast.

the class ConfigDataSerializerHook method createFactory.

@Override
public DataSerializableFactory createFactory() {
    ConstructorFunction<Integer, IdentifiedDataSerializable>[] constructors = new ConstructorFunction[LEN];
    constructors[WAN_REPLICATION_CONFIG] = arg -> new WanReplicationConfig();
    constructors[WAN_CONSUMER_CONFIG] = arg -> new WanConsumerConfig();
    constructors[WAN_CUSTOM_PUBLISHER_CONFIG] = arg -> new WanCustomPublisherConfig();
    constructors[WAN_BATCH_PUBLISHER_CONFIG] = arg -> new WanBatchPublisherConfig();
    constructors[NEAR_CACHE_CONFIG] = arg -> new NearCacheConfig();
    constructors[NEAR_CACHE_PRELOADER_CONFIG] = arg -> new NearCachePreloaderConfig();
    constructors[ADD_DYNAMIC_CONFIG_OP] = arg -> new AddDynamicConfigOperation();
    constructors[DYNAMIC_CONFIG_PRE_JOIN_OP] = arg -> new DynamicConfigPreJoinOperation();
    constructors[MULTIMAP_CONFIG] = arg -> new MultiMapConfig();
    constructors[LISTENER_CONFIG] = arg -> new ListenerConfig();
    constructors[ENTRY_LISTENER_CONFIG] = arg -> new EntryListenerConfig();
    constructors[MAP_CONFIG] = arg -> new MapConfig();
    constructors[MAP_STORE_CONFIG] = arg -> new MapStoreConfig();
    constructors[MAP_PARTITION_LOST_LISTENER_CONFIG] = arg -> new MapPartitionLostListenerConfig();
    constructors[INDEX_CONFIG] = arg -> new IndexConfig();
    constructors[MAP_ATTRIBUTE_CONFIG] = arg -> new AttributeConfig();
    constructors[QUERY_CACHE_CONFIG] = arg -> new QueryCacheConfig();
    constructors[PREDICATE_CONFIG] = arg -> new PredicateConfig();
    constructors[PARTITION_STRATEGY_CONFIG] = arg -> new PartitioningStrategyConfig();
    constructors[HOT_RESTART_CONFIG] = arg -> new HotRestartConfig();
    constructors[TOPIC_CONFIG] = arg -> new TopicConfig();
    constructors[RELIABLE_TOPIC_CONFIG] = arg -> new ReliableTopicConfig();
    constructors[ITEM_LISTENER_CONFIG] = arg -> new ItemListenerConfig();
    constructors[QUEUE_STORE_CONFIG] = arg -> new QueueStoreConfig();
    constructors[QUEUE_CONFIG] = arg -> new QueueConfig();
    constructors[LIST_CONFIG] = arg -> new ListConfig();
    constructors[SET_CONFIG] = arg -> new SetConfig();
    constructors[EXECUTOR_CONFIG] = arg -> new ExecutorConfig();
    constructors[DURABLE_EXECUTOR_CONFIG] = arg -> new DurableExecutorConfig();
    constructors[SCHEDULED_EXECUTOR_CONFIG] = arg -> new ScheduledExecutorConfig();
    constructors[REPLICATED_MAP_CONFIG] = arg -> new ReplicatedMapConfig();
    constructors[RINGBUFFER_CONFIG] = arg -> new RingbufferConfig();
    constructors[RINGBUFFER_STORE_CONFIG] = arg -> new RingbufferStoreConfig();
    constructors[CARDINALITY_ESTIMATOR_CONFIG] = arg -> new CardinalityEstimatorConfig();
    constructors[SIMPLE_CACHE_CONFIG] = arg -> new CacheSimpleConfig();
    constructors[SIMPLE_CACHE_CONFIG_EXPIRY_POLICY_FACTORY_CONFIG] = arg -> new CacheSimpleConfig.ExpiryPolicyFactoryConfig();
    constructors[SIMPLE_CACHE_CONFIG_TIMED_EXPIRY_POLICY_FACTORY_CONFIG] = arg -> new CacheSimpleConfig.ExpiryPolicyFactoryConfig.TimedExpiryPolicyFactoryConfig();
    constructors[SIMPLE_CACHE_CONFIG_DURATION_CONFIG] = arg -> new CacheSimpleConfig.ExpiryPolicyFactoryConfig.DurationConfig();
    constructors[SPLIT_BRAIN_PROTECTION_CONFIG] = arg -> new SplitBrainProtectionConfig();
    constructors[EVENT_JOURNAL_CONFIG] = arg -> new EventJournalConfig();
    constructors[SPLIT_BRAIN_PROTECTION_LISTENER_CONFIG] = arg -> new SplitBrainProtectionListenerConfig();
    constructors[CACHE_PARTITION_LOST_LISTENER_CONFIG] = arg -> new CachePartitionLostListenerConfig();
    constructors[SIMPLE_CACHE_ENTRY_LISTENER_CONFIG] = arg -> new CacheSimpleEntryListenerConfig();
    constructors[FLAKE_ID_GENERATOR_CONFIG] = arg -> new FlakeIdGeneratorConfig();
    constructors[MERGE_POLICY_CONFIG] = arg -> new MergePolicyConfig();
    constructors[PN_COUNTER_CONFIG] = arg -> new PNCounterConfig();
    constructors[MERKLE_TREE_CONFIG] = arg -> new MerkleTreeConfig();
    constructors[WAN_SYNC_CONFIG] = arg -> new WanSyncConfig();
    constructors[KUBERNETES_CONFIG] = arg -> new KubernetesConfig();
    constructors[EUREKA_CONFIG] = arg -> new EurekaConfig();
    constructors[GCP_CONFIG] = arg -> new GcpConfig();
    constructors[AZURE_CONFIG] = arg -> new AzureConfig();
    constructors[AWS_CONFIG] = arg -> new AwsConfig();
    constructors[DISCOVERY_CONFIG] = arg -> new DiscoveryConfig();
    constructors[DISCOVERY_STRATEGY_CONFIG] = arg -> new DiscoveryStrategyConfig();
    constructors[WAN_REPLICATION_REF] = arg -> new WanReplicationRef();
    constructors[EVICTION_CONFIG] = arg -> new EvictionConfig();
    constructors[PERMISSION_CONFIG] = arg -> new PermissionConfig();
    constructors[BITMAP_INDEX_OPTIONS] = arg -> new BitmapIndexOptions();
    constructors[DATA_PERSISTENCE_CONFIG] = arg -> new DataPersistenceConfig();
    constructors[TIERED_STORE_CONFIG] = arg -> new TieredStoreConfig();
    constructors[MEMORY_TIER_CONFIG] = arg -> new MemoryTierConfig();
    constructors[DISK_TIER_CONFIG] = arg -> new DiskTierConfig();
    return new ArrayDataSerializableFactory(constructors);
}