Examples with MempoolRelayerModule com.radixdlt.mempool.MempoolRelayerModule used on opensource projects

Example 1 with MempoolRelayerModule

use of com.radixdlt.mempool.MempoolRelayerModule in project radixdlt by radixdlt.

the class RadixNodeModule method configure.

@Override
protected void configure() {
    if (this.networkId <= 0) {
        throw new IllegalStateException("Illegal networkId " + networkId);
    }
    var addressing = Addressing.ofNetworkId(networkId);
    bind(Addressing.class).toInstance(addressing);
    bindConstant().annotatedWith(NetworkId.class).to(networkId);
    bind(Txn.class).annotatedWith(Genesis.class).toInstance(loadGenesis(networkId));
    bind(RuntimeProperties.class).toInstance(properties);
    // Consensus configuration
    // These cannot be changed without introducing possibilities of
    // going out of sync with consensus.
    bindConstant().annotatedWith(BFTSyncPatienceMillis.class).to(properties.get("bft.sync.patience", 200));
    // Default values mean that pacemakers will sync if they are within 5 views of each other.
    // 5 consecutive failing views will take 1*(2^6)-1 seconds = 63 seconds.
    bindConstant().annotatedWith(PacemakerTimeout.class).to(3000L);
    bindConstant().annotatedWith(PacemakerRate.class).to(1.1);
    bindConstant().annotatedWith(PacemakerMaxExponent.class).to(0);
    // Mempool configuration
    var mempoolMaxSize = properties.get("mempool.maxSize", 10000);
    install(MempoolConfig.asModule(mempoolMaxSize, 5, 60000, 60000, 100));
    // Sync configuration
    final long syncPatience = properties.get("sync.patience", 5000L);
    bind(SyncConfig.class).toInstance(SyncConfig.of(syncPatience, 10, 3000L));
    // System (e.g. time, random)
    install(new SystemModule());
    install(new RxEnvironmentModule());
    install(new EventLoggerModule());
    install(new DispatcherModule());
    // Consensus
    install(new PersistedBFTKeyModule());
    install(new CryptoModule());
    install(new ConsensusModule());
    // Ledger
    install(new LedgerModule());
    install(new MempoolReceiverModule());
    // Mempool Relay
    install(new MempoolRelayerModule());
    // Sync
    install(new SyncServiceModule());
    // Epochs - Consensus
    install(new EpochsConsensusModule());
    // Epochs - Sync
    install(new EpochsSyncModule());
    // State Computer
    install(new ForksModule());
    if (properties.get("testing_forks.enable", false)) {
        String testingForksModuleName = properties.get("testing_forks.fork_config_name", "TestingForksModuleV1");
        if (testingForksModuleName.isBlank()) {
            testingForksModuleName = "TestingForksModuleV1";
        }
        log.info("Using testing forks module '{}'", testingForksModuleName);
        install(new TestingForksLoader().createTestingForksModuleConfigFromClassName(testingForksModuleName));
    } else {
        final var forksModule = FORKS_MODULE_BY_NETWORK_ID.getOrDefault(networkId, new GenericTestnetForksModule());
        log.info("Using a predefined forks module '{}'", forksModule.getClass().getSimpleName());
        install(forksModule);
    }
    if (properties.get("overwrite_forks.enable", false)) {
        log.info("Enabling fork overwrites from properties");
        install(new ForkOverwritesFromPropertiesModule());
    }
    install(new RadixEngineStateComputerModule());
    install(new RadixEngineModule());
    install(new RadixEngineStoreModule());
    // Checkpoints
    install(new RadixEngineCheckpointModule());
    // Storage
    install(new DatabasePropertiesModule());
    install(new PersistenceModule());
    install(new ConsensusRecoveryModule());
    install(new LedgerRecoveryModule());
    // System Info
    install(new SystemInfoModule());
    // Network
    install(new MessagingModule());
    install(new MessageCentralModule(properties));
    install(new HostIpModule(properties));
    install(new P2PModule(properties));
    install(new PeerDiscoveryModule());
    install(new PeerLivenessMonitorModule());
    // API
    var bindAddress = properties.get("api.bind.address", DEFAULT_BIND_ADDRESS);
    var port = properties.get("api.port", DEFAULT_CORE_PORT);
    var enableTransactions = properties.get("api.transactions.enable", false);
    var enableSign = properties.get("api.sign.enable", false);
    install(new ApiModule(bindAddress, port, enableTransactions, enableSign));
    // Substate Hash Accumulator
    boolean isUpdateEpochHashFileEnabled = properties.get(UPDATE_EPOCH_HASH_FILE_ENABLE_PROPERTY_NAME, false);
    boolean isVerifyEpochHashEnabled = properties.get(VERIFY_EPOCH_HASH_ENABLE_PROPERTY_NAME, false);
    if (isUpdateEpochHashFileEnabled || isVerifyEpochHashEnabled) {
        SubstateAccumulatorHashModule substateAccumulatorHashModule = new SubstateAccumulatorHashModule(isUpdateEpochHashFileEnabled, isVerifyEpochHashEnabled);
        log.info("Enabling Substate Hash Accumulator Module.");
        install(substateAccumulatorHashModule);
    }
}

Example 2 with MempoolRelayerModule

use of com.radixdlt.mempool.MempoolRelayerModule in project radixdlt by radixdlt.

the class FunctionalNodeModule method configure.

@Override
public void configure() {
    install(new EventLoggerModule());
    install(new DispatcherModule());
    // Consensus
    if (hasConsensus) {
        install(new ConsensusModule());
        if (hasEpochs) {
            install(new EpochsConsensusModule());
        } else {
            install(new NoEpochsConsensusModule());
        }
    }
    // Sync
    if (hasLedger) {
        if (!hasSync) {
            install(mockedSyncServiceModule);
        } else {
            install(new SyncServiceModule());
            if (hasEpochs) {
                install(new EpochsSyncModule());
            } else {
                install(new NoEpochsSyncModule());
            }
        }
    }
    // State Manager
    if (!hasLedger) {
        install(new MockedLedgerModule());
    } else {
        install(new LedgerModule());
        if (!hasMempool) {
            install(new MockedCommandGeneratorModule());
            if (!hasEpochs) {
                install(new MockedStateComputerModule());
            } else {
                install(new MockedStateComputerWithEpochsModule());
            }
        } else {
            install(new MempoolReceiverModule());
            if (hasMempoolRelayer) {
                install(new MempoolRelayerModule());
            }
            if (!hasRadixEngine) {
                install(new MockedMempoolStateComputerModule());
            } else {
                install(new RadixEngineStateComputerModule());
                install(new RadixEngineModule());
                install(new RadixEngineCheckpointModule());
            }
        }
    }
}