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The Apache Cassandra Project develops a highly scalable second-generation distributed database, bringing together Dynamo's fully distributed design and Bigtable's ColumnFamily-based data model.
/*
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.apache.cassandra.config;
import java.io.IOException;
import java.lang.management.ManagementFactory;
import java.lang.management.RuntimeMXBean;
import java.net.Inet4Address;
import java.net.Inet6Address;
import java.net.InetAddress;
import java.net.NetworkInterface;
import java.net.SocketException;
import java.net.UnknownHostException;
import java.nio.file.FileStore;
import java.nio.file.Path;
import java.util.ArrayList;
import java.util.Collection;
import java.util.Comparator;
import java.util.Enumeration;
import java.util.HashMap;
import java.util.List;
import java.util.Map;
import java.util.Objects;
import java.util.Optional;
import java.util.OptionalDouble;
import java.util.ServiceLoader;
import java.util.Set;
import java.util.UUID;
import java.util.concurrent.TimeUnit;
import java.util.function.Function;
import java.util.function.Supplier;
import java.util.regex.Pattern;
import java.util.stream.Collectors;
import javax.annotation.Nullable;
import com.google.common.annotations.VisibleForTesting;
import com.google.common.base.Preconditions;
import com.google.common.collect.ImmutableList;
import com.google.common.collect.ImmutableMap;
import com.google.common.collect.ImmutableSet;
import com.google.common.collect.Sets;
import com.google.common.primitives.Ints;
import com.google.common.primitives.Longs;
import com.google.common.util.concurrent.RateLimiter;
import org.apache.commons.lang3.ArrayUtils;
import org.apache.commons.lang3.StringUtils;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
import com.googlecode.concurrenttrees.common.Iterables;
import org.apache.cassandra.audit.AuditLogOptions;
import org.apache.cassandra.auth.AllowAllInternodeAuthenticator;
import org.apache.cassandra.auth.AuthConfig;
import org.apache.cassandra.auth.IAuthenticator;
import org.apache.cassandra.auth.IAuthorizer;
import org.apache.cassandra.auth.ICIDRAuthorizer;
import org.apache.cassandra.auth.IInternodeAuthenticator;
import org.apache.cassandra.auth.INetworkAuthorizer;
import org.apache.cassandra.auth.IRoleManager;
import org.apache.cassandra.config.Config.CommitLogSync;
import org.apache.cassandra.config.Config.PaxosOnLinearizabilityViolation;
import org.apache.cassandra.config.Config.PaxosStatePurging;
import org.apache.cassandra.db.ConsistencyLevel;
import org.apache.cassandra.db.commitlog.AbstractCommitLogSegmentManager;
import org.apache.cassandra.db.commitlog.CommitLog;
import org.apache.cassandra.db.commitlog.CommitLogSegmentManagerCDC;
import org.apache.cassandra.db.commitlog.CommitLogSegmentManagerStandard;
import org.apache.cassandra.dht.IPartitioner;
import org.apache.cassandra.exceptions.ConfigurationException;
import org.apache.cassandra.fql.FullQueryLoggerOptions;
import org.apache.cassandra.gms.IFailureDetector;
import org.apache.cassandra.io.FSWriteError;
import org.apache.cassandra.io.sstable.format.SSTableFormat;
import org.apache.cassandra.io.sstable.format.big.BigFormat;
import org.apache.cassandra.io.util.DiskOptimizationStrategy;
import org.apache.cassandra.io.util.File;
import org.apache.cassandra.io.util.FileUtils;
import org.apache.cassandra.io.util.PathUtils;
import org.apache.cassandra.io.util.SpinningDiskOptimizationStrategy;
import org.apache.cassandra.io.util.SsdDiskOptimizationStrategy;
import org.apache.cassandra.locator.DynamicEndpointSnitch;
import org.apache.cassandra.locator.EndpointSnitchInfo;
import org.apache.cassandra.locator.IEndpointSnitch;
import org.apache.cassandra.locator.InetAddressAndPort;
import org.apache.cassandra.locator.Replica;
import org.apache.cassandra.locator.SeedProvider;
import org.apache.cassandra.security.AbstractCryptoProvider;
import org.apache.cassandra.security.EncryptionContext;
import org.apache.cassandra.security.JREProvider;
import org.apache.cassandra.security.SSLFactory;
import org.apache.cassandra.service.CacheService.CacheType;
import org.apache.cassandra.service.paxos.Paxos;
import org.apache.cassandra.utils.FBUtilities;
import org.apache.cassandra.utils.StorageCompatibilityMode;
import static org.apache.cassandra.config.CassandraRelevantProperties.ALLOCATE_TOKENS_FOR_KEYSPACE;
import static org.apache.cassandra.config.CassandraRelevantProperties.ALLOW_UNLIMITED_CONCURRENT_VALIDATIONS;
import static org.apache.cassandra.config.CassandraRelevantProperties.AUTO_BOOTSTRAP;
import static org.apache.cassandra.config.CassandraRelevantProperties.CONFIG_LOADER;
import static org.apache.cassandra.config.CassandraRelevantProperties.DISABLE_STCS_IN_L0;
import static org.apache.cassandra.config.CassandraRelevantProperties.INITIAL_TOKEN;
import static org.apache.cassandra.config.CassandraRelevantProperties.IO_NETTY_TRANSPORT_ESTIMATE_SIZE_ON_SUBMIT;
import static org.apache.cassandra.config.CassandraRelevantProperties.NATIVE_TRANSPORT_PORT;
import static org.apache.cassandra.config.CassandraRelevantProperties.OS_ARCH;
import static org.apache.cassandra.config.CassandraRelevantProperties.PARTITIONER;
import static org.apache.cassandra.config.CassandraRelevantProperties.REPLACE_ADDRESS;
import static org.apache.cassandra.config.CassandraRelevantProperties.REPLACE_ADDRESS_FIRST_BOOT;
import static org.apache.cassandra.config.CassandraRelevantProperties.REPLACE_NODE;
import static org.apache.cassandra.config.CassandraRelevantProperties.REPLACE_TOKEN;
import static org.apache.cassandra.config.CassandraRelevantProperties.SEARCH_CONCURRENCY_FACTOR;
import static org.apache.cassandra.config.CassandraRelevantProperties.SSL_STORAGE_PORT;
import static org.apache.cassandra.config.CassandraRelevantProperties.STORAGE_DIR;
import static org.apache.cassandra.config.CassandraRelevantProperties.STORAGE_PORT;
import static org.apache.cassandra.config.CassandraRelevantProperties.SUN_ARCH_DATA_MODEL;
import static org.apache.cassandra.config.CassandraRelevantProperties.TEST_FAIL_MV_LOCKS_COUNT;
import static org.apache.cassandra.config.CassandraRelevantProperties.TEST_JVM_DTEST_DISABLE_SSL;
import static org.apache.cassandra.config.CassandraRelevantProperties.TEST_SKIP_CRYPTO_PROVIDER_INSTALLATION;
import static org.apache.cassandra.config.CassandraRelevantProperties.TEST_STRICT_RUNTIME_CHECKS;
import static org.apache.cassandra.config.CassandraRelevantProperties.UNSAFE_SYSTEM;
import static org.apache.cassandra.config.DataRateSpec.DataRateUnit.BYTES_PER_SECOND;
import static org.apache.cassandra.config.DataRateSpec.DataRateUnit.MEBIBYTES_PER_SECOND;
import static org.apache.cassandra.config.DataStorageSpec.DataStorageUnit.MEBIBYTES;
import static org.apache.cassandra.io.util.FileUtils.ONE_GIB;
import static org.apache.cassandra.io.util.FileUtils.ONE_MIB;
import static org.apache.cassandra.utils.Clock.Global.logInitializationOutcome;
public class DatabaseDescriptor
{
static
{
// This static block covers most usages
FBUtilities.preventIllegalAccessWarnings();
IO_NETTY_TRANSPORT_ESTIMATE_SIZE_ON_SUBMIT.setBoolean(false);
}
private static final Logger logger = LoggerFactory.getLogger(DatabaseDescriptor.class);
/**
* Tokens are serialized in a Gossip VersionedValue String. VV are restricted to 64KiB
* when we send them over the wire, which works out to about 1700 tokens.
*/
private static final int MAX_NUM_TOKENS = 1536;
private static Config conf;
/**
* Request timeouts can not be less than below defined value (see CASSANDRA-9375)
*/
static final DurationSpec.LongMillisecondsBound LOWEST_ACCEPTED_TIMEOUT = new DurationSpec.LongMillisecondsBound(10L);
private static Supplier newFailureDetector;
private static IEndpointSnitch snitch;
private static InetAddress listenAddress; // leave null so we can fall through to getLocalHost
private static InetAddress broadcastAddress;
private static InetAddress rpcAddress;
private static InetAddress broadcastRpcAddress;
private static SeedProvider seedProvider;
private static IInternodeAuthenticator internodeAuthenticator = new AllowAllInternodeAuthenticator();
/* Hashing strategy Random or OPHF */
private static IPartitioner partitioner;
private static String paritionerName;
private static Config.DiskAccessMode indexAccessMode;
private static AbstractCryptoProvider cryptoProvider;
private static IAuthenticator authenticator;
private static IAuthorizer authorizer;
private static INetworkAuthorizer networkAuthorizer;
private static ICIDRAuthorizer cidrAuthorizer;
// Don't initialize the role manager until applying config. The options supported by CassandraRoleManager
// depend on the configured IAuthenticator, so defer creating it until that's been set.
private static IRoleManager roleManager;
private static long preparedStatementsCacheSizeInMiB;
private static long keyCacheSizeInMiB;
private static long paxosCacheSizeInMiB;
private static long counterCacheSizeInMiB;
private static long indexSummaryCapacityInMiB;
private static String localDC;
private static Comparator localComparator;
private static EncryptionContext encryptionContext;
private static boolean hasLoggedConfig;
private static DiskOptimizationStrategy diskOptimizationStrategy;
private static boolean clientInitialized;
private static boolean toolInitialized;
private static boolean daemonInitialized;
private static final int searchConcurrencyFactor = SEARCH_CONCURRENCY_FACTOR.getInt();
private static DurationSpec.IntSecondsBound autoSnapshoTtl;
private static volatile boolean disableSTCSInL0 = DISABLE_STCS_IN_L0.getBoolean();
private static final boolean unsafeSystem = UNSAFE_SYSTEM.getBoolean();
// turns some warnings into exceptions for testing
private static final boolean strictRuntimeChecks = TEST_STRICT_RUNTIME_CHECKS.getBoolean();
public static volatile boolean allowUnlimitedConcurrentValidations = ALLOW_UNLIMITED_CONCURRENT_VALIDATIONS.getBoolean();
/**
* The configuration for guardrails.
*/
private static GuardrailsOptions guardrails;
private static StartupChecksOptions startupChecksOptions;
private static ImmutableMap> sstableFormats;
private static volatile SSTableFormat selectedSSTableFormat;
private static Function commitLogSegmentMgrProvider = c -> DatabaseDescriptor.isCDCEnabled()
? new CommitLogSegmentManagerCDC(c, DatabaseDescriptor.getCommitLogLocation())
: new CommitLogSegmentManagerStandard(c, DatabaseDescriptor.getCommitLogLocation());
public static void daemonInitialization() throws ConfigurationException
{
daemonInitialization(DatabaseDescriptor::loadConfig);
}
public static void daemonInitialization(Supplier config) throws ConfigurationException
{
if (toolInitialized)
throw new AssertionError("toolInitialization() already called");
if (clientInitialized)
throw new AssertionError("clientInitialization() already called");
// Some unit tests require this :(
if (daemonInitialized)
return;
daemonInitialized = true;
setConfig(config.get());
applyAll();
AuthConfig.applyAuth();
}
/**
* Equivalent to {@link #toolInitialization(boolean) toolInitialization(true)}.
*/
public static void toolInitialization()
{
toolInitialization(true);
}
/**
* Initializes this class as a tool, which means that the configuration is loaded
* using {@link #loadConfig()} and all non-daemon configuration parts will be setup.
*
* @param failIfDaemonOrClient if {@code true} and a call to {@link #daemonInitialization()} or
* {@link #clientInitialization()} has been performed before, an
* {@link AssertionError} will be thrown.
*/
public static void toolInitialization(boolean failIfDaemonOrClient)
{
if (!failIfDaemonOrClient && (daemonInitialized || clientInitialized))
{
return;
}
else
{
if (daemonInitialized)
throw new AssertionError("daemonInitialization() already called");
if (clientInitialized)
throw new AssertionError("clientInitialization() already called");
}
if (toolInitialized)
return;
toolInitialized = true;
setConfig(loadConfig());
applySSTableFormats();
applySimpleConfig();
applyPartitioner();
applySnitch();
applyEncryptionContext();
}
/**
* Equivalent to {@link #clientInitialization(boolean) clientInitialization(true)}.
*/
public static void clientInitialization()
{
clientInitialization(true);
}
/**
* Equivalent to {@link #clientInitialization(boolean) clientInitialization(true, Config::new)}.
*/
public static void clientInitialization(boolean failIfDaemonOrTool)
{
clientInitialization(failIfDaemonOrTool, Config::new);
}
/**
* Initializes this class as a client, which means that just an empty configuration will
* be used.
*
* @param failIfDaemonOrTool if {@code true} and a call to {@link #daemonInitialization()} or
* {@link #toolInitialization()} has been performed before, an
* {@link AssertionError} will be thrown.
*/
public static void clientInitialization(boolean failIfDaemonOrTool, Supplier configSupplier)
{
if (!failIfDaemonOrTool && (daemonInitialized || toolInitialized))
{
return;
}
else
{
if (daemonInitialized)
throw new AssertionError("daemonInitialization() already called");
if (toolInitialized)
throw new AssertionError("toolInitialization() already called");
}
if (clientInitialized)
return;
clientInitialized = true;
setDefaultFailureDetector();
Config.setClientMode(true);
conf = configSupplier.get();
diskOptimizationStrategy = new SpinningDiskOptimizationStrategy();
applySSTableFormats();
}
public static boolean isClientInitialized()
{
return clientInitialized;
}
public static boolean isToolInitialized()
{
return toolInitialized;
}
public static boolean isClientOrToolInitialized()
{
return clientInitialized || toolInitialized;
}
public static boolean isDaemonInitialized()
{
return daemonInitialized;
}
public static Config getRawConfig()
{
return conf;
}
@VisibleForTesting
public static Config loadConfig() throws ConfigurationException
{
if (Config.getOverrideLoadConfig() != null)
return Config.getOverrideLoadConfig().get();
String loaderClass = CONFIG_LOADER.getString();
ConfigurationLoader loader = loaderClass == null
? new YamlConfigurationLoader()
: FBUtilities.construct(loaderClass, "configuration loading");
Config config = loader.loadConfig();
if (!hasLoggedConfig)
{
hasLoggedConfig = true;
Config.log(config);
}
return config;
}
private static InetAddress getNetworkInterfaceAddress(String intf, String configName, boolean preferIPv6) throws ConfigurationException
{
try
{
NetworkInterface ni = NetworkInterface.getByName(intf);
if (ni == null)
throw new ConfigurationException("Configured " + configName + " \"" + intf + "\" could not be found", false);
Enumeration addrs = ni.getInetAddresses();
if (!addrs.hasMoreElements())
throw new ConfigurationException("Configured " + configName + " \"" + intf + "\" was found, but had no addresses", false);
/*
* Try to return the first address of the preferred type, otherwise return the first address
*/
InetAddress retval = null;
while (addrs.hasMoreElements())
{
InetAddress temp = addrs.nextElement();
if (preferIPv6 && temp instanceof Inet6Address) return temp;
if (!preferIPv6 && temp instanceof Inet4Address) return temp;
if (retval == null) retval = temp;
}
return retval;
}
catch (SocketException e)
{
throw new ConfigurationException("Configured " + configName + " \"" + intf + "\" caused an exception", e);
}
}
@VisibleForTesting
public static void setConfig(Config config)
{
conf = config;
}
private static void applyAll() throws ConfigurationException
{
//InetAddressAndPort cares that applySimpleConfig runs first
applySSTableFormats();
applyCryptoProvider();
applySimpleConfig();
applyPartitioner();
applyAddressConfig();
applySnitch();
applyTokensConfig();
applySeedProvider();
applyEncryptionContext();
applySslContext();
applyGuardrails();
applyStartupChecks();
}
private static void applySimpleConfig()
{
//Doing this first before all other things in case other pieces of config want to construct
//InetAddressAndPort and get the right defaults
InetAddressAndPort.initializeDefaultPort(getStoragePort());
validateUpperBoundStreamingConfig();
if (conf.auto_snapshot_ttl != null)
{
try
{
autoSnapshoTtl = new DurationSpec.IntSecondsBound(conf.auto_snapshot_ttl);
}
catch (IllegalArgumentException e)
{
throw new ConfigurationException("Invalid value of auto_snapshot_ttl: " + conf.auto_snapshot_ttl, false);
}
}
if (conf.commitlog_sync == null)
{
throw new ConfigurationException("Missing required directive CommitLogSync", false);
}
if (conf.commitlog_sync == CommitLogSync.batch)
{
if (conf.commitlog_sync_period.toMilliseconds() != 0)
{
throw new ConfigurationException("Batch sync specified, but commitlog_sync_period found.", false);
}
logger.debug("Syncing log with batch mode");
}
else if (conf.commitlog_sync == CommitLogSync.group)
{
if (conf.commitlog_sync_group_window.toMilliseconds() == 0)
{
throw new ConfigurationException("Missing value for commitlog_sync_group_window.", false);
}
else if (conf.commitlog_sync_period.toMilliseconds() != 0)
{
throw new ConfigurationException("Group sync specified, but commitlog_sync_period found. Only specify commitlog_sync_group_window when using group sync", false);
}
logger.debug("Syncing log with a group window of {}", conf.commitlog_sync_period.toString());
}
else
{
if (conf.commitlog_sync_period.toMilliseconds() == 0)
{
throw new ConfigurationException("Missing value for commitlog_sync_period.", false);
}
logger.debug("Syncing log with a period of {}", conf.commitlog_sync_period.toString());
}
/* evaluate the DiskAccessMode Config directive, which also affects indexAccessMode selection */
if (conf.disk_access_mode == Config.DiskAccessMode.auto)
{
conf.disk_access_mode = hasLargeAddressSpace() ? Config.DiskAccessMode.mmap : Config.DiskAccessMode.standard;
indexAccessMode = conf.disk_access_mode;
logger.info("DiskAccessMode 'auto' determined to be {}, indexAccessMode is {}", conf.disk_access_mode, indexAccessMode);
}
else if (conf.disk_access_mode == Config.DiskAccessMode.mmap_index_only)
{
conf.disk_access_mode = Config.DiskAccessMode.standard;
indexAccessMode = Config.DiskAccessMode.mmap;
logger.info("DiskAccessMode is {}, indexAccessMode is {}", conf.disk_access_mode, indexAccessMode);
}
else
{
indexAccessMode = conf.disk_access_mode;
logger.info("DiskAccessMode is {}, indexAccessMode is {}", conf.disk_access_mode, indexAccessMode);
}
/* phi convict threshold for FailureDetector */
if (conf.phi_convict_threshold < 5 || conf.phi_convict_threshold > 16)
{
throw new ConfigurationException("phi_convict_threshold must be between 5 and 16, but was " + conf.phi_convict_threshold, false);
}
/* Thread per pool */
if (conf.concurrent_reads < 2)
{
throw new ConfigurationException("concurrent_reads must be at least 2, but was " + conf.concurrent_reads, false);
}
if (conf.concurrent_writes < 2 && TEST_FAIL_MV_LOCKS_COUNT.getString("").isEmpty())
{
throw new ConfigurationException("concurrent_writes must be at least 2, but was " + conf.concurrent_writes, false);
}
if (conf.concurrent_counter_writes < 2)
throw new ConfigurationException("concurrent_counter_writes must be at least 2, but was " + conf.concurrent_counter_writes, false);
if (conf.concurrent_replicates != null)
logger.warn("concurrent_replicates has been deprecated and should be removed from cassandra.yaml");
if (conf.networking_cache_size == null)
conf.networking_cache_size = new DataStorageSpec.IntMebibytesBound(Math.min(128, (int) (Runtime.getRuntime().maxMemory() / (16 * 1048576))));
if (conf.file_cache_size == null)
conf.file_cache_size = new DataStorageSpec.IntMebibytesBound(Math.min(512, (int) (Runtime.getRuntime().maxMemory() / (4 * 1048576))));
// round down for SSDs and round up for spinning disks
if (conf.file_cache_round_up == null)
conf.file_cache_round_up = conf.disk_optimization_strategy == Config.DiskOptimizationStrategy.spinning;
if (conf.memtable_offheap_space == null)
conf.memtable_offheap_space = new DataStorageSpec.IntMebibytesBound((int) (Runtime.getRuntime().maxMemory() / (4 * 1048576)));
// for the moment, we default to twice as much on-heap space as off-heap, as heap overhead is very large
if (conf.memtable_heap_space == null)
conf.memtable_heap_space = new DataStorageSpec.IntMebibytesBound((int) (Runtime.getRuntime().maxMemory() / (4 * 1048576)));
if (conf.memtable_heap_space.toMebibytes() == 0)
throw new ConfigurationException("memtable_heap_space must be positive, but was " + conf.memtable_heap_space, false);
logger.info("Global memtable on-heap threshold is enabled at {}", conf.memtable_heap_space);
if (conf.memtable_offheap_space.toMebibytes() == 0)
logger.info("Global memtable off-heap threshold is disabled, HeapAllocator will be used instead");
else
logger.info("Global memtable off-heap threshold is enabled at {}", conf.memtable_offheap_space);
if (conf.repair_session_max_tree_depth != null)
{
logger.warn("repair_session_max_tree_depth has been deprecated and should be removed from cassandra.yaml. Use repair_session_space instead");
if (conf.repair_session_max_tree_depth < 10)
throw new ConfigurationException("repair_session_max_tree_depth should not be < 10, but was " + conf.repair_session_max_tree_depth);
if (conf.repair_session_max_tree_depth > 20)
logger.warn("repair_session_max_tree_depth of " + conf.repair_session_max_tree_depth + " > 20 could lead to excessive memory usage");
}
else
{
conf.repair_session_max_tree_depth = 20;
}
if (conf.repair_session_space == null)
conf.repair_session_space = new DataStorageSpec.IntMebibytesBound(Math.max(1, (int) (Runtime.getRuntime().maxMemory() / (16 * 1048576))));
if (conf.repair_session_space.toMebibytes() < 1)
throw new ConfigurationException("repair_session_space must be > 0, but was " + conf.repair_session_space);
else if (conf.repair_session_space.toMebibytes() > (int) (Runtime.getRuntime().maxMemory() / (4 * 1048576)))
logger.warn("A repair_session_space of " + conf.repair_session_space+ " mebibytes is likely to cause heap pressure");
checkForLowestAcceptedTimeouts(conf);
long valueInBytes = conf.native_transport_max_frame_size.toBytes();
if (valueInBytes < 0 || valueInBytes > Integer.MAX_VALUE-1)
{
throw new ConfigurationException(String.format("native_transport_max_frame_size must be positive value < %dB, but was %dB",
Integer.MAX_VALUE,
valueInBytes),
false);
}
if (conf.column_index_size != null)
checkValidForByteConversion(conf.column_index_size, "column_index_size");
checkValidForByteConversion(conf.column_index_cache_size, "column_index_cache_size");
checkValidForByteConversion(conf.batch_size_warn_threshold, "batch_size_warn_threshold");
if (conf.native_transport_max_negotiable_protocol_version != null)
logger.warn("The configuration option native_transport_max_negotiable_protocol_version has been deprecated " +
"and should be removed from cassandra.yaml as it has no longer has any effect.");
// if data dirs, commitlog dir, or saved caches dir are set in cassandra.yaml, use that. Otherwise,
// use -Dcassandra.storagedir (set in cassandra-env.sh) as the parent dir for data/, commitlog/, and saved_caches/
if (conf.commitlog_directory == null)
{
conf.commitlog_directory = storagedirFor("commitlog");
}
if (conf.hints_directory == null)
{
conf.hints_directory = storagedirFor("hints");
}
if (conf.native_transport_max_request_data_in_flight == null)
{
conf.native_transport_max_request_data_in_flight = new DataStorageSpec.LongBytesBound(Runtime.getRuntime().maxMemory() / 10);
}
if (conf.native_transport_max_request_data_in_flight_per_ip == null)
{
conf.native_transport_max_request_data_in_flight_per_ip = new DataStorageSpec.LongBytesBound(Runtime.getRuntime().maxMemory() / 40);
}
if (conf.native_transport_rate_limiting_enabled)
logger.info("Native transport rate-limiting enabled at {} requests/second.", conf.native_transport_max_requests_per_second);
else
logger.info("Native transport rate-limiting disabled.");
if (conf.commitlog_total_space == null)
{
final int preferredSizeInMiB = 8192;
// use 1/4 of available space. See discussion on #10013 and #10199
final long totalSpaceInBytes = tryGetSpace(conf.commitlog_directory, FileStore::getTotalSpace);
int defaultSpaceInMiB = calculateDefaultSpaceInMiB("commitlog",
conf.commitlog_directory,
"commitlog_total_space",
preferredSizeInMiB,
totalSpaceInBytes, 1, 4);
conf.commitlog_total_space = new DataStorageSpec.IntMebibytesBound(defaultSpaceInMiB);
}
if (conf.cdc_enabled)
{
if (conf.cdc_raw_directory == null)
{
conf.cdc_raw_directory = storagedirFor("cdc_raw");
}
if (conf.cdc_total_space.toMebibytes() == 0)
{
final int preferredSizeInMiB = 4096;
// use 1/8th of available space. See discussion on #10013 and #10199 on the CL, taking half that for CDC
final long totalSpaceInBytes = tryGetSpace(conf.cdc_raw_directory, FileStore::getTotalSpace);
int defaultSpaceInMiB = calculateDefaultSpaceInMiB("cdc",
conf.cdc_raw_directory,
"cdc_total_space",
preferredSizeInMiB,
totalSpaceInBytes, 1, 8);
conf.cdc_total_space = new DataStorageSpec.IntMebibytesBound(defaultSpaceInMiB);
}
logger.info("cdc_enabled is true. Starting casssandra node with Change-Data-Capture enabled.");
}
if (conf.saved_caches_directory == null)
{
conf.saved_caches_directory = storagedirFor("saved_caches");
}
if (conf.data_file_directories == null || conf.data_file_directories.length == 0)
{
conf.data_file_directories = new String[]{ storagedir("data_file_directories") + File.pathSeparator() + "data" };
}
long dataFreeBytes = 0;
/* data file and commit log directories. they get created later, when they're needed. */
for (String datadir : conf.data_file_directories)
{
if (datadir == null)
throw new ConfigurationException("data_file_directories must not contain empty entry", false);
if (datadir.equals(conf.local_system_data_file_directory))
throw new ConfigurationException("local_system_data_file_directory must not be the same as any data_file_directories", false);
if (datadir.equals(conf.commitlog_directory))
throw new ConfigurationException("commitlog_directory must not be the same as any data_file_directories", false);
if (datadir.equals(conf.hints_directory))
throw new ConfigurationException("hints_directory must not be the same as any data_file_directories", false);
if (datadir.equals(conf.saved_caches_directory))
throw new ConfigurationException("saved_caches_directory must not be the same as any data_file_directories", false);
dataFreeBytes = saturatedSum(dataFreeBytes, tryGetSpace(datadir, FileStore::getUnallocatedSpace));
}
if (dataFreeBytes < 64 * ONE_GIB) // 64 GB
logger.warn("Only {} free across all data volumes. Consider adding more capacity to your cluster or removing obsolete snapshots",
FBUtilities.prettyPrintMemory(dataFreeBytes));
if (conf.local_system_data_file_directory != null)
{
if (conf.local_system_data_file_directory.equals(conf.commitlog_directory))
throw new ConfigurationException("local_system_data_file_directory must not be the same as the commitlog_directory", false);
if (conf.local_system_data_file_directory.equals(conf.saved_caches_directory))
throw new ConfigurationException("local_system_data_file_directory must not be the same as the saved_caches_directory", false);
if (conf.local_system_data_file_directory.equals(conf.hints_directory))
throw new ConfigurationException("local_system_data_file_directory must not be the same as the hints_directory", false);
long freeBytes = tryGetSpace(conf.local_system_data_file_directory, FileStore::getUnallocatedSpace);
if (freeBytes < ONE_GIB)
logger.warn("Only {} free in the system data volume. Consider adding more capacity or removing obsolete snapshots",
FBUtilities.prettyPrintMemory(freeBytes));
}
if (conf.commitlog_directory.equals(conf.saved_caches_directory))
throw new ConfigurationException("saved_caches_directory must not be the same as the commitlog_directory", false);
if (conf.commitlog_directory.equals(conf.hints_directory))
throw new ConfigurationException("hints_directory must not be the same as the commitlog_directory", false);
if (conf.hints_directory.equals(conf.saved_caches_directory))
throw new ConfigurationException("saved_caches_directory must not be the same as the hints_directory", false);
if (conf.memtable_flush_writers == 0)
{
conf.memtable_flush_writers = conf.data_file_directories.length == 1 ? 2 : 1;
}
if (conf.memtable_flush_writers < 1)
throw new ConfigurationException("memtable_flush_writers must be at least 1, but was " + conf.memtable_flush_writers, false);
if (conf.memtable_cleanup_threshold == null)
{
conf.memtable_cleanup_threshold = (float) (1.0 / (1 + conf.memtable_flush_writers));
}
else
{
logger.warn("memtable_cleanup_threshold has been deprecated and should be removed from cassandra.yaml");
}
if (conf.memtable_cleanup_threshold < 0.01f)
throw new ConfigurationException("memtable_cleanup_threshold must be >= 0.01, but was " + conf.memtable_cleanup_threshold, false);
if (conf.memtable_cleanup_threshold > 0.99f)
throw new ConfigurationException("memtable_cleanup_threshold must be <= 0.99, but was " + conf.memtable_cleanup_threshold, false);
if (conf.memtable_cleanup_threshold < 0.1f)
logger.warn("memtable_cleanup_threshold is set very low [{}], which may cause performance degradation", conf.memtable_cleanup_threshold);
if (conf.concurrent_compactors == null)
conf.concurrent_compactors = Math.min(8, Math.max(2, Math.min(FBUtilities.getAvailableProcessors(), conf.data_file_directories.length)));
if (conf.concurrent_compactors <= 0)
throw new ConfigurationException("concurrent_compactors should be strictly greater than 0, but was " + conf.concurrent_compactors, false);
applyConcurrentValidations(conf);
applyRepairCommandPoolSize(conf);
applyReadThresholdsValidations(conf);
if (conf.concurrent_materialized_view_builders <= 0)
throw new ConfigurationException("concurrent_materialized_view_builders should be strictly greater than 0, but was " + conf.concurrent_materialized_view_builders, false);
if (conf.num_tokens != null && conf.num_tokens > MAX_NUM_TOKENS)
throw new ConfigurationException(String.format("A maximum number of %d tokens per node is supported", MAX_NUM_TOKENS), false);
try
{
// if prepared_statements_cache_size option was set to "auto" then size of the cache should be "max(1/256 of Heap (in MiB), 10MiB)"
preparedStatementsCacheSizeInMiB = (conf.prepared_statements_cache_size == null)
? Math.max(10, (int) (Runtime.getRuntime().maxMemory() / 1024 / 1024 / 256))
: conf.prepared_statements_cache_size.toMebibytes();
if (preparedStatementsCacheSizeInMiB == 0)
throw new NumberFormatException(); // to escape duplicating error message
// we need this assignment for the Settings virtual table - CASSANDRA-17734
conf.prepared_statements_cache_size = new DataStorageSpec.LongMebibytesBound(preparedStatementsCacheSizeInMiB);
}
catch (NumberFormatException e)
{
throw new ConfigurationException("prepared_statements_cache_size option was set incorrectly to '"
+ (conf.prepared_statements_cache_size != null ? conf.prepared_statements_cache_size.toString() : null) + "', supported values are >= 0.", false);
}
try
{
// if key_cache_size option was set to "auto" then size of the cache should be "min(5% of Heap (in MiB), 100MiB)
keyCacheSizeInMiB = (conf.key_cache_size == null)
? Math.min(Math.max(1, (int) (Runtime.getRuntime().totalMemory() * 0.05 / 1024 / 1024)), 100)
: conf.key_cache_size.toMebibytes();
if (keyCacheSizeInMiB < 0)
throw new NumberFormatException(); // to escape duplicating error message
// we need this assignment for the Settings Virtual Table - CASSANDRA-17734
conf.key_cache_size = new DataStorageSpec.LongMebibytesBound(keyCacheSizeInMiB);
}
catch (NumberFormatException e)
{
throw new ConfigurationException("key_cache_size option was set incorrectly to '"
+ (conf.key_cache_size != null ? conf.key_cache_size.toString() : null) + "', supported values are >= 0.", false);
}
try
{
// if counter_cache_size option was set to "auto" then size of the cache should be "min(2.5% of Heap (in MiB), 50MiB)
counterCacheSizeInMiB = (conf.counter_cache_size == null)
? Math.min(Math.max(1, (int) (Runtime.getRuntime().totalMemory() * 0.025 / 1024 / 1024)), 50)
: conf.counter_cache_size.toMebibytes();
if (counterCacheSizeInMiB < 0)
throw new NumberFormatException(); // to escape duplicating error message
}
catch (NumberFormatException e)
{
throw new ConfigurationException("counter_cache_size option was set incorrectly to '"
+ (conf.counter_cache_size !=null ?conf.counter_cache_size.toString() : null) + "', supported values are >= 0.", false);
}
try
{
// if paxosCacheSizeInMiB option was set to "auto" then size of the cache should be "min(1% of Heap (in MB), 50MB)
paxosCacheSizeInMiB = (conf.paxos_cache_size == null)
? Math.min(Math.max(1, (int) (Runtime.getRuntime().totalMemory() * 0.01 / 1024 / 1024)), 50)
: conf.paxos_cache_size.toMebibytes();
if (paxosCacheSizeInMiB < 0)
throw new NumberFormatException(); // to escape duplicating error message
}
catch (NumberFormatException e)
{
throw new ConfigurationException("paxos_cache_size option was set incorrectly to '"
+ conf.paxos_cache_size + "', supported values are >= 0.", false);
}
// we need this assignment for the Settings virtual table - CASSANDRA-17735
conf.counter_cache_size = new DataStorageSpec.LongMebibytesBound(counterCacheSizeInMiB);
// if set to empty/"auto" then use 5% of Heap size
indexSummaryCapacityInMiB = (conf.index_summary_capacity == null)
? Math.max(1, (int) (Runtime.getRuntime().totalMemory() * 0.05 / 1024 / 1024))
: conf.index_summary_capacity.toMebibytes();
if (indexSummaryCapacityInMiB < 0)
throw new ConfigurationException("index_summary_capacity option was set incorrectly to '"
+ conf.index_summary_capacity.toString() + "', it should be a non-negative integer.", false);
// we need this assignment for the Settings virtual table - CASSANDRA-17735
conf.index_summary_capacity = new DataStorageSpec.LongMebibytesBound(indexSummaryCapacityInMiB);
if (conf.user_defined_functions_fail_timeout.toMilliseconds() < conf.user_defined_functions_warn_timeout.toMilliseconds())
throw new ConfigurationException("user_defined_functions_warn_timeout must less than user_defined_function_fail_timeout", false);
if (!conf.allow_insecure_udfs && !conf.user_defined_functions_threads_enabled)
throw new ConfigurationException("To be able to set enable_user_defined_functions_threads: false you need to set allow_insecure_udfs: true - this is an unsafe configuration and is not recommended.");
if (conf.allow_extra_insecure_udfs)
logger.warn("Allowing java.lang.System.* access in UDFs is dangerous and not recommended. Set allow_extra_insecure_udfs: false to disable.");
if(conf.scripted_user_defined_functions_enabled)
throw new ConfigurationException("JavaScript user-defined functions were removed in CASSANDRA-18252. " +
"Hooks are planned to be introduced as part of CASSANDRA-17280");
if (conf.commitlog_segment_size.toMebibytes() == 0)
throw new ConfigurationException("commitlog_segment_size must be positive, but was "
+ conf.commitlog_segment_size.toString(), false);
else if (conf.commitlog_segment_size.toMebibytes() >= 2048)
throw new ConfigurationException("commitlog_segment_size must be smaller than 2048, but was "
+ conf.commitlog_segment_size.toString(), false);
if (conf.max_mutation_size == null)
conf.max_mutation_size = new DataStorageSpec.IntKibibytesBound(conf.commitlog_segment_size.toKibibytes() / 2);
else if (conf.commitlog_segment_size.toKibibytes() < 2 * conf.max_mutation_size.toKibibytes())
throw new ConfigurationException("commitlog_segment_size must be at least twice the size of max_mutation_size / 1024", false);
// native transport encryption options
if (conf.client_encryption_options != null)
{
conf.client_encryption_options.applyConfig();
if (conf.native_transport_port_ssl != null
&& conf.native_transport_port_ssl != conf.native_transport_port
&& conf.client_encryption_options.tlsEncryptionPolicy() == EncryptionOptions.TlsEncryptionPolicy.UNENCRYPTED)
{
throw new ConfigurationException("Encryption must be enabled in client_encryption_options for native_transport_port_ssl", false);
}
}
if (conf.snapshot_links_per_second < 0)
throw new ConfigurationException("snapshot_links_per_second must be >= 0");
if (conf.max_value_size.toMebibytes() == 0)
throw new ConfigurationException("max_value_size must be positive", false);
else if (conf.max_value_size.toMebibytes() >= 2048)
throw new ConfigurationException("max_value_size must be smaller than 2048, but was "
+ conf.max_value_size.toString(), false);
switch (conf.disk_optimization_strategy)
{
case ssd:
diskOptimizationStrategy = new SsdDiskOptimizationStrategy(conf.disk_optimization_page_cross_chance);
break;
case spinning:
diskOptimizationStrategy = new SpinningDiskOptimizationStrategy();
break;
}
if (conf.server_encryption_options != null)
{
conf.server_encryption_options.applyConfig();
if (conf.server_encryption_options.legacy_ssl_storage_port_enabled &&
conf.server_encryption_options.tlsEncryptionPolicy() == EncryptionOptions.TlsEncryptionPolicy.UNENCRYPTED)
{
throw new ConfigurationException("legacy_ssl_storage_port_enabled is true (enabled) with internode encryption disabled (none). Enable encryption or disable the legacy ssl storage port.");
}
}
if (conf.internode_max_message_size != null)
{
long maxMessageSize = conf.internode_max_message_size.toBytes();
if (maxMessageSize > conf.internode_application_receive_queue_reserve_endpoint_capacity.toBytes())
throw new ConfigurationException("internode_max_message_size must no exceed internode_application_receive_queue_reserve_endpoint_capacity", false);
if (maxMessageSize > conf.internode_application_receive_queue_reserve_global_capacity.toBytes())
throw new ConfigurationException("internode_max_message_size must no exceed internode_application_receive_queue_reserve_global_capacity", false);
if (maxMessageSize > conf.internode_application_send_queue_reserve_endpoint_capacity.toBytes())
throw new ConfigurationException("internode_max_message_size must no exceed internode_application_send_queue_reserve_endpoint_capacity", false);
if (maxMessageSize > conf.internode_application_send_queue_reserve_global_capacity.toBytes())
throw new ConfigurationException("internode_max_message_size must no exceed internode_application_send_queue_reserve_global_capacity", false);
}
else
{
long maxMessageSizeInBytes =
Math.min(conf.internode_application_receive_queue_reserve_endpoint_capacity.toBytes(),
conf.internode_application_send_queue_reserve_endpoint_capacity.toBytes());
conf.internode_max_message_size = new DataStorageSpec.IntBytesBound(maxMessageSizeInBytes);
}
validateMaxConcurrentAutoUpgradeTasksConf(conf.max_concurrent_automatic_sstable_upgrades);
if (conf.default_keyspace_rf < conf.minimum_replication_factor_fail_threshold)
{
throw new ConfigurationException(String.format("default_keyspace_rf (%d) cannot be less than minimum_replication_factor_fail_threshold (%d)",
conf.default_keyspace_rf, conf.minimum_replication_factor_fail_threshold));
}
if (conf.paxos_repair_parallelism <= 0)
conf.paxos_repair_parallelism = Math.max(1, conf.concurrent_writes / 8);
Paxos.setPaxosVariant(conf.paxos_variant);
if (conf.paxos_state_purging == null)
conf.paxos_state_purging = PaxosStatePurging.legacy;
logInitializationOutcome(logger);
if (conf.max_space_usable_for_compactions_in_percentage < 0 || conf.max_space_usable_for_compactions_in_percentage > 1)
throw new ConfigurationException("max_space_usable_for_compactions_in_percentage must be between 0 and 1", false);
if (conf.dump_heap_on_uncaught_exception && DatabaseDescriptor.getHeapDumpPath() == null)
throw new ConfigurationException(String.format("Invalid configuration. Heap dump is enabled but cannot create heap dump output path: %s.", conf.heap_dump_path != null ? conf.heap_dump_path : "null"));
conf.sai_options.validate();
}
@VisibleForTesting
static void validateUpperBoundStreamingConfig() throws ConfigurationException
{
// below 2 checks are needed in order to match the pre-CASSANDRA-15234 upper bound for those parameters which were still in megabits per second
if (conf.stream_throughput_outbound.toMegabitsPerSecond() >= Integer.MAX_VALUE)
{
throw new ConfigurationException("Invalid value of stream_throughput_outbound: " + conf.stream_throughput_outbound.toString(), false);
}
if (conf.inter_dc_stream_throughput_outbound.toMegabitsPerSecond() >= Integer.MAX_VALUE)
{
throw new ConfigurationException("Invalid value of inter_dc_stream_throughput_outbound: " + conf.inter_dc_stream_throughput_outbound.toString(), false);
}
if (conf.entire_sstable_stream_throughput_outbound.toMebibytesPerSecond() >= Integer.MAX_VALUE)
{
throw new ConfigurationException("Invalid value of entire_sstable_stream_throughput_outbound: " + conf.entire_sstable_stream_throughput_outbound.toString(), false);
}
if (conf.entire_sstable_inter_dc_stream_throughput_outbound.toMebibytesPerSecond() >= Integer.MAX_VALUE)
{
throw new ConfigurationException("Invalid value of entire_sstable_inter_dc_stream_throughput_outbound: " + conf.entire_sstable_inter_dc_stream_throughput_outbound.toString(), false);
}
if (conf.compaction_throughput.toMebibytesPerSecond() >= Integer.MAX_VALUE)
{
throw new ConfigurationException("Invalid value of compaction_throughput: " + conf.compaction_throughput.toString(), false);
}
}
@VisibleForTesting
static void applyConcurrentValidations(Config config)
{
if (config.concurrent_validations < 1)
{
config.concurrent_validations = config.concurrent_compactors;
}
else if (config.concurrent_validations > config.concurrent_compactors && !allowUnlimitedConcurrentValidations)
{
throw new ConfigurationException("To set concurrent_validations > concurrent_compactors, " +
"set the system property -D" + ALLOW_UNLIMITED_CONCURRENT_VALIDATIONS.getKey() + "=true");
}
}
@VisibleForTesting
static void applyRepairCommandPoolSize(Config config)
{
if (config.repair_command_pool_size < 1)
config.repair_command_pool_size = config.concurrent_validations;
}
@VisibleForTesting
static void applyReadThresholdsValidations(Config config)
{
validateReadThresholds("coordinator_read_size", config.coordinator_read_size_warn_threshold, config.coordinator_read_size_fail_threshold);
validateReadThresholds("local_read_size", config.local_read_size_warn_threshold, config.local_read_size_fail_threshold);
validateReadThresholds("row_index_read_size", config.row_index_read_size_warn_threshold, config.row_index_read_size_fail_threshold);
}
private static void validateReadThresholds(String name, DataStorageSpec.LongBytesBound warn, DataStorageSpec.LongBytesBound fail)
{
if (fail != null && warn != null && fail.toBytes() < warn.toBytes())
throw new ConfigurationException(String.format("%s (%s) must be greater than or equal to %s (%s)",
name + "_fail_threshold", fail,
name + "_warn_threshold", warn));
}
public static GuardrailsOptions getGuardrailsConfig()
{
return guardrails;
}
private static void applyGuardrails()
{
try
{
guardrails = new GuardrailsOptions(conf);
}
catch (IllegalArgumentException e)
{
throw new ConfigurationException("Invalid guardrails configuration: " + e.getMessage(), e);
}
}
public static StartupChecksOptions getStartupChecksOptions()
{
return startupChecksOptions;
}
private static void applyStartupChecks()
{
startupChecksOptions = new StartupChecksOptions(conf.startup_checks);
}
private static String storagedirFor(String type)
{
return storagedir(type + "_directory") + File.pathSeparator() + type;
}
private static String storagedir(String errMsgType)
{
String storagedir = STORAGE_DIR.getString();
if (storagedir == null)
throw new ConfigurationException(errMsgType + " is missing and " + STORAGE_DIR.getKey() + " system property is not set", false);
return storagedir;
}
static int calculateDefaultSpaceInMiB(String type, String path, String setting, int preferredSizeInMiB, long totalSpaceInBytes, long totalSpaceNumerator, long totalSpaceDenominator)
{
final long totalSizeInMiB = totalSpaceInBytes / ONE_MIB;
final int minSizeInMiB = Ints.saturatedCast(totalSpaceNumerator * totalSizeInMiB / totalSpaceDenominator);
if (minSizeInMiB < preferredSizeInMiB)
{
logger.warn("Small {} volume detected at '{}'; setting {} to {}. You can override this in cassandra.yaml",
type, path, setting, minSizeInMiB);
return minSizeInMiB;
}
else
{
return preferredSizeInMiB;
}
}
public static void applyAddressConfig() throws ConfigurationException
{
applyAddressConfig(conf);
}
public static void applyAddressConfig(Config config) throws ConfigurationException
{
listenAddress = null;
rpcAddress = null;
broadcastAddress = null;
broadcastRpcAddress = null;
/* Local IP, hostname or interface to bind services to */
if (config.listen_address != null && config.listen_interface != null)
{
throw new ConfigurationException("Set listen_address OR listen_interface, not both", false);
}
else if (config.listen_address != null)
{
try
{
listenAddress = InetAddress.getByName(config.listen_address);
}
catch (UnknownHostException e)
{
throw new ConfigurationException("Unknown listen_address '" + config.listen_address + '\'', false);
}
if (listenAddress.isAnyLocalAddress())
throw new ConfigurationException("listen_address cannot be a wildcard address (" + config.listen_address + ")!", false);
}
else if (config.listen_interface != null)
{
listenAddress = getNetworkInterfaceAddress(config.listen_interface, "listen_interface", config.listen_interface_prefer_ipv6);
}
/* Gossip Address to broadcast */
if (config.broadcast_address != null)
{
try
{
broadcastAddress = InetAddress.getByName(config.broadcast_address);
}
catch (UnknownHostException e)
{
throw new ConfigurationException("Unknown broadcast_address '" + config.broadcast_address + '\'', false);
}
if (broadcastAddress.isAnyLocalAddress())
throw new ConfigurationException("broadcast_address cannot be a wildcard address (" + config.broadcast_address + ")!", false);
}
/* Local IP, hostname or interface to bind RPC server to */
if (config.rpc_address != null && config.rpc_interface != null)
{
throw new ConfigurationException("Set rpc_address OR rpc_interface, not both", false);
}
else if (config.rpc_address != null)
{
try
{
rpcAddress = InetAddress.getByName(config.rpc_address);
}
catch (UnknownHostException e)
{
throw new ConfigurationException("Unknown host in rpc_address " + config.rpc_address, false);
}
}
else if (config.rpc_interface != null)
{
rpcAddress = getNetworkInterfaceAddress(config.rpc_interface, "rpc_interface", config.rpc_interface_prefer_ipv6);
}
else
{
rpcAddress = FBUtilities.getJustLocalAddress();
}
/* RPC address to broadcast */
if (config.broadcast_rpc_address != null)
{
try
{
broadcastRpcAddress = InetAddress.getByName(config.broadcast_rpc_address);
}
catch (UnknownHostException e)
{
throw new ConfigurationException("Unknown broadcast_rpc_address '" + config.broadcast_rpc_address + '\'', false);
}
if (broadcastRpcAddress.isAnyLocalAddress())
throw new ConfigurationException("broadcast_rpc_address cannot be a wildcard address (" + config.broadcast_rpc_address + ")!", false);
}
else
{
if (rpcAddress.isAnyLocalAddress())
throw new ConfigurationException("If rpc_address is set to a wildcard address (" + config.rpc_address + "), then " +
"you must set broadcast_rpc_address to a value other than " + config.rpc_address, false);
}
}
public static void applyEncryptionContext()
{
// always attempt to load the cipher factory, as we could be in the situation where the user has disabled encryption,
// but has existing commitlogs and sstables on disk that are still encrypted (and still need to be read)
encryptionContext = new EncryptionContext(conf.transparent_data_encryption_options);
}
public static void applySslContext()
{
if (TEST_JVM_DTEST_DISABLE_SSL.getBoolean())
return;
try
{
SSLFactory.validateSslContext("Internode messaging", conf.server_encryption_options, true, true);
SSLFactory.validateSslContext("Native transport", conf.client_encryption_options, conf.client_encryption_options.require_client_auth, true);
SSLFactory.initHotReloading(conf.server_encryption_options, conf.client_encryption_options, false);
}
catch (IOException e)
{
throw new ConfigurationException("Failed to initialize SSL", e);
}
}
public static void applyCryptoProvider()
{
if (TEST_SKIP_CRYPTO_PROVIDER_INSTALLATION.getBoolean())
return;
if (conf.crypto_provider == null)
conf.crypto_provider = new ParameterizedClass(JREProvider.class.getName(), null);
// properties beat configuration
String classNameFromSystemProperties = CassandraRelevantProperties.CRYPTO_PROVIDER_CLASS_NAME.getString();
if (classNameFromSystemProperties != null)
conf.crypto_provider.class_name = classNameFromSystemProperties;
if (conf.crypto_provider.class_name == null)
throw new ConfigurationException("Failed to initialize crypto provider, class_name cannot be null");
if (conf.crypto_provider.parameters == null)
conf.crypto_provider.parameters = new HashMap<>();
Map cryptoProviderParameters = new HashMap<>(conf.crypto_provider.parameters);
cryptoProviderParameters.putIfAbsent(AbstractCryptoProvider.FAIL_ON_MISSING_PROVIDER_KEY, "false");
try
{
cryptoProvider = FBUtilities.newCryptoProvider(conf.crypto_provider.class_name, cryptoProviderParameters);
cryptoProvider.install();
}
catch (Exception e)
{
if (e instanceof ConfigurationException)
throw (ConfigurationException) e;
else
throw new ConfigurationException(String.format("Failed to initialize crypto provider %s", conf.crypto_provider.class_name), e);
}
}
public static void applySeedProvider()
{
// load the seeds for node contact points
if (conf.seed_provider == null)
{
throw new ConfigurationException("seeds configuration is missing; a minimum of one seed is required.", false);
}
try
{
Class seedProviderClass = Class.forName(conf.seed_provider.class_name);
seedProvider = (SeedProvider)seedProviderClass.getConstructor(Map.class).newInstance(conf.seed_provider.parameters);
}
// there are about 5 checked exceptions that could be thrown here.
catch (Exception e)
{
throw new ConfigurationException(e.getMessage() + "\nFatal configuration error; unable to start server. See log for stacktrace.", true);
}
if (seedProvider.getSeeds().size() == 0)
throw new ConfigurationException("The seed provider lists no seeds.", false);
}
@VisibleForTesting
static void checkForLowestAcceptedTimeouts(Config conf)
{
if(conf.read_request_timeout.toMilliseconds() < LOWEST_ACCEPTED_TIMEOUT.toMilliseconds())
{
logInfo("read_request_timeout", conf.read_request_timeout, LOWEST_ACCEPTED_TIMEOUT);
conf.read_request_timeout = new DurationSpec.LongMillisecondsBound("10ms");
}
if(conf.range_request_timeout.toMilliseconds() < LOWEST_ACCEPTED_TIMEOUT.toMilliseconds())
{
logInfo("range_request_timeout", conf.range_request_timeout, LOWEST_ACCEPTED_TIMEOUT);
conf.range_request_timeout = new DurationSpec.LongMillisecondsBound("10ms");
}
if(conf.request_timeout.toMilliseconds() < LOWEST_ACCEPTED_TIMEOUT.toMilliseconds())
{
logInfo("request_timeout", conf.request_timeout, LOWEST_ACCEPTED_TIMEOUT);
conf.request_timeout = new DurationSpec.LongMillisecondsBound("10ms");
}
if(conf.write_request_timeout.toMilliseconds() < LOWEST_ACCEPTED_TIMEOUT.toMilliseconds())
{
logInfo("write_request_timeout", conf.write_request_timeout, LOWEST_ACCEPTED_TIMEOUT);
conf.write_request_timeout = new DurationSpec.LongMillisecondsBound("10ms");
}
if(conf.cas_contention_timeout.toMilliseconds() < LOWEST_ACCEPTED_TIMEOUT.toMilliseconds())
{
logInfo("cas_contention_timeout", conf.cas_contention_timeout, LOWEST_ACCEPTED_TIMEOUT);
conf.cas_contention_timeout = new DurationSpec.LongMillisecondsBound("10ms");
}
if(conf.counter_write_request_timeout.toMilliseconds()< LOWEST_ACCEPTED_TIMEOUT.toMilliseconds())
{
logInfo("counter_write_request_timeout", conf.counter_write_request_timeout, LOWEST_ACCEPTED_TIMEOUT);
conf.counter_write_request_timeout = new DurationSpec.LongMillisecondsBound("10ms");
}
if(conf.truncate_request_timeout.toMilliseconds() < LOWEST_ACCEPTED_TIMEOUT.toMilliseconds())
{
logInfo("truncate_request_timeout", conf.truncate_request_timeout, LOWEST_ACCEPTED_TIMEOUT);
conf.truncate_request_timeout = LOWEST_ACCEPTED_TIMEOUT;
}
}
private static void logInfo(String property, DurationSpec.LongMillisecondsBound actualValue, DurationSpec.LongMillisecondsBound lowestAcceptedValue)
{
logger.info("found {}::{} less than lowest acceptable value {}, continuing with {}",
property,
actualValue.toString(),
lowestAcceptedValue.toString(),
lowestAcceptedValue);
}
public static void applyTokensConfig()
{
applyTokensConfig(conf);
}
static void applyTokensConfig(Config conf)
{
if (conf.initial_token != null)
{
Collection tokens = tokensFromString(conf.initial_token);
if (conf.num_tokens == null)
{
if (tokens.size() == 1)
conf.num_tokens = 1;
else
throw new ConfigurationException("initial_token was set but num_tokens is not!", false);
}
if (tokens.size() != conf.num_tokens)
{
throw new ConfigurationException(String.format("The number of initial tokens (by initial_token) specified (%s) is different from num_tokens value (%s)",
tokens.size(),
conf.num_tokens),
false);
}
for (String token : tokens)
partitioner.getTokenFactory().validate(token);
}
else if (conf.num_tokens == null)
{
conf.num_tokens = 1;
}
}
// definitely not safe for tools + clients - implicitly instantiates StorageService
public static void applySnitch()
{
/* end point snitch */
if (conf.endpoint_snitch == null)
{
throw new ConfigurationException("Missing endpoint_snitch directive", false);
}
snitch = createEndpointSnitch(conf.dynamic_snitch, conf.endpoint_snitch);
EndpointSnitchInfo.create();
localDC = snitch.getLocalDatacenter();
localComparator = (replica1, replica2) -> {
boolean local1 = localDC.equals(snitch.getDatacenter(replica1));
boolean local2 = localDC.equals(snitch.getDatacenter(replica2));
if (local1 && !local2)
return -1;
if (local2 && !local1)
return 1;
return 0;
};
newFailureDetector = () -> createFailureDetector(conf.failure_detector);
}
// definitely not safe for tools + clients - implicitly instantiates schema
public static void applyPartitioner()
{
applyPartitioner(conf);
}
public static void applyPartitioner(Config conf)
{
/* Hashing strategy */
if (conf.partitioner == null)
{
throw new ConfigurationException("Missing directive: partitioner", false);
}
String name = conf.partitioner;
try
{
name = PARTITIONER.getString(conf.partitioner);
partitioner = FBUtilities.newPartitioner(name);
}
catch (Exception e)
{
throw new ConfigurationException("Invalid partitioner class " + name, e);
}
paritionerName = partitioner.getClass().getCanonicalName();
}
private static void validateSSTableFormatFactories(Iterable factories)
{
Map factoryByName = new HashMap<>();
for (SSTableFormat.Factory factory : factories)
{
if (factory.name() == null)
throw new ConfigurationException(String.format("SSTable format name in %s cannot be null", factory.getClass().getCanonicalName()));
if (!factory.name().matches("^[a-z]+$"))
throw new ConfigurationException(String.format("SSTable format name for %s must be non-empty, lower-case letters only string", factory.getClass().getCanonicalName()));
SSTableFormat.Factory prev = factoryByName.put(factory.name(), factory);
if (prev != null)
throw new ConfigurationException(String.format("Multiple sstable format implementations with the same name %s: %s and %s", factory.name(), factory.getClass().getCanonicalName(), prev.getClass().getCanonicalName()));
}
}
private static ImmutableMap>> validateAndMatchSSTableFormatOptions(Iterable factories, Map> options)
{
ImmutableMap.Builder>> providersBuilder = ImmutableMap.builder();
if (options == null)
options = ImmutableMap.of();
for (SSTableFormat.Factory factory : factories)
{
Map formatOptions = options.getOrDefault(factory.name(), ImmutableMap.of());
providersBuilder.put(factory.name(), () -> factory.getInstance(ImmutableMap.copyOf(formatOptions)));
}
ImmutableMap>> providers = providersBuilder.build();
if (options != null)
{
Sets.SetView unknownFormatNames = Sets.difference(options.keySet(), providers.keySet());
if (!unknownFormatNames.isEmpty())
throw new ConfigurationException(String.format("Configuration contains options of unknown sstable formats: %s", unknownFormatNames));
}
return providers;
}
private static SSTableFormat getAndValidateWriteFormat(Map> sstableFormats, String selectedFormatName)
{
SSTableFormat selectedFormat;
if (StringUtils.isBlank(selectedFormatName))
selectedFormatName = BigFormat.NAME;
selectedFormat = sstableFormats.get(selectedFormatName);
if (selectedFormat == null)
throw new ConfigurationException(String.format("Selected sstable format '%s' is not available.", selectedFormatName));
getStorageCompatibilityMode().validateSstableFormat(selectedFormat);
return selectedFormat;
}
private static void applySSTableFormats()
{
ServiceLoader loader = ServiceLoader.load(SSTableFormat.Factory.class, DatabaseDescriptor.class.getClassLoader());
List factories = Iterables.toList(loader);
if (factories.isEmpty())
factories = ImmutableList.of(new BigFormat.BigFormatFactory());
applySSTableFormats(factories, conf.sstable);
}
private static void applySSTableFormats(Iterable factories, Config.SSTableConfig sstableFormatsConfig)
{
if (sstableFormats != null)
return;
validateSSTableFormatFactories(factories);
ImmutableMap>> providers = validateAndMatchSSTableFormatOptions(factories, sstableFormatsConfig.format);
ImmutableMap.Builder> sstableFormatsBuilder = ImmutableMap.builder();
providers.forEach((name, provider) -> {
try
{
sstableFormatsBuilder.put(name, provider.get());
}
catch (RuntimeException | Error ex)
{
throw new ConfigurationException(String.format("Failed to instantiate sstable format '%s'", name), ex);
}
});
sstableFormats = sstableFormatsBuilder.build();
selectedSSTableFormat = getAndValidateWriteFormat(sstableFormats, sstableFormatsConfig.selected_format);
sstableFormats.values().forEach(SSTableFormat::allComponents); // make sure to reach all supported components for a type so that we know all of them are registered
logger.info("Supported sstable formats are: {}", sstableFormats.values().stream().map(f -> f.name() + " -> " + f.getClass().getName() + " with singleton components: " + f.allComponents()).collect(Collectors.joining(", ")));
}
/**
* Computes the sum of the 2 specified positive values returning {@code Long.MAX_VALUE} if the sum overflow.
*
* @param left the left operand
* @param right the right operand
* @return the sum of the 2 specified positive values of {@code Long.MAX_VALUE} if the sum overflow.
*/
private static long saturatedSum(long left, long right)
{
assert left >= 0 && right >= 0;
long sum = left + right;
return sum < 0 ? Long.MAX_VALUE : sum;
}
private static long tryGetSpace(String dir, PathUtils.IOToLongFunction getSpace)
{
return PathUtils.tryGetSpace(new File(dir).toPath(), getSpace, e -> { throw new ConfigurationException("Unable check disk space in '" + dir + "'. Perhaps the Cassandra user does not have the necessary permissions"); });
}
public static IEndpointSnitch createEndpointSnitch(boolean dynamic, String snitchClassName) throws ConfigurationException
{
if (!snitchClassName.contains("."))
snitchClassName = "org.apache.cassandra.locator." + snitchClassName;
IEndpointSnitch snitch = FBUtilities.construct(snitchClassName, "snitch");
return dynamic ? new DynamicEndpointSnitch(snitch) : snitch;
}
private static IFailureDetector createFailureDetector(String detectorClassName) throws ConfigurationException
{
if (!detectorClassName.contains("."))
detectorClassName = "org.apache.cassandra.gms." + detectorClassName;
IFailureDetector detector = FBUtilities.construct(detectorClassName, "failure detector");
return detector;
}
public static AbstractCryptoProvider getCryptoProvider()
{
return cryptoProvider;
}
public static void setCryptoProvider(AbstractCryptoProvider cryptoProvider)
{
DatabaseDescriptor.cryptoProvider = cryptoProvider;
}
public static IAuthenticator getAuthenticator()
{
return authenticator;
}
public static void setAuthenticator(IAuthenticator authenticator)
{
DatabaseDescriptor.authenticator = authenticator;
}
public static IAuthorizer getAuthorizer()
{
return authorizer;
}
public static void setAuthorizer(IAuthorizer authorizer)
{
DatabaseDescriptor.authorizer = authorizer;
}
public static INetworkAuthorizer getNetworkAuthorizer()
{
return networkAuthorizer;
}
public static void setNetworkAuthorizer(INetworkAuthorizer networkAuthorizer)
{
DatabaseDescriptor.networkAuthorizer = networkAuthorizer;
}
public static ICIDRAuthorizer getCIDRAuthorizer()
{
return cidrAuthorizer;
}
public static void setCIDRAuthorizer(ICIDRAuthorizer cidrAuthorizer)
{
DatabaseDescriptor.cidrAuthorizer = cidrAuthorizer;
}
public static boolean getCidrChecksForSuperusers()
{
boolean defaultCidrChecksForSuperusers = false;
if (conf.cidr_authorizer == null || conf.cidr_authorizer.parameters == null)
return defaultCidrChecksForSuperusers;
String value = conf.cidr_authorizer.parameters.get("cidr_checks_for_superusers");
if (value == null || value.isEmpty())
return defaultCidrChecksForSuperusers;
return Boolean.parseBoolean(value);
}
public static ICIDRAuthorizer.CIDRAuthorizerMode getCidrAuthorizerMode()
{
ICIDRAuthorizer.CIDRAuthorizerMode defaultCidrAuthorizerMode = ICIDRAuthorizer.CIDRAuthorizerMode.MONITOR;
if (conf.cidr_authorizer == null || conf.cidr_authorizer.parameters == null)
return defaultCidrAuthorizerMode;
String cidrAuthorizerMode = conf.cidr_authorizer.parameters.get("cidr_authorizer_mode");
if (cidrAuthorizerMode == null || cidrAuthorizerMode.isEmpty())
return defaultCidrAuthorizerMode;
return ICIDRAuthorizer.CIDRAuthorizerMode.valueOf(cidrAuthorizerMode.toUpperCase());
}
public static int getCidrGroupsCacheRefreshInterval()
{
int defaultCidrGroupsCacheRefreshInterval = 5; // mins
if (conf.cidr_authorizer == null || conf.cidr_authorizer.parameters == null)
return defaultCidrGroupsCacheRefreshInterval;
String cidrGroupsCacheRefreshInterval = conf.cidr_authorizer.parameters.get("cidr_groups_cache_refresh_interval");
if (cidrGroupsCacheRefreshInterval == null || cidrGroupsCacheRefreshInterval.isEmpty())
return defaultCidrGroupsCacheRefreshInterval;
return Integer.parseInt(cidrGroupsCacheRefreshInterval);
}
public static int getIpCacheMaxSize()
{
int defaultIpCacheMaxSize = 100;
if (conf.cidr_authorizer == null || conf.cidr_authorizer.parameters == null)
return defaultIpCacheMaxSize;
String ipCacheMaxSize = conf.cidr_authorizer.parameters.get("ip_cache_max_size");
if (ipCacheMaxSize == null || ipCacheMaxSize.isEmpty())
return defaultIpCacheMaxSize;
return Integer.parseInt(ipCacheMaxSize);
}
public static void setAuthFromRoot(boolean fromRoot)
{
conf.traverse_auth_from_root = fromRoot;
}
public static boolean getAuthFromRoot()
{
return conf.traverse_auth_from_root;
}
public static IRoleManager getRoleManager()
{
return roleManager;
}
public static void setRoleManager(IRoleManager roleManager)
{
DatabaseDescriptor.roleManager = roleManager;
}
public static int getPermissionsValidity()
{
return conf.permissions_validity.toMilliseconds();
}
public static void setPermissionsValidity(int timeout)
{
conf.permissions_validity = new DurationSpec.IntMillisecondsBound(timeout);
}
public static int getPermissionsUpdateInterval()
{
return conf.permissions_update_interval == null
? conf.permissions_validity.toMilliseconds()
: conf.permissions_update_interval.toMilliseconds();
}
public static void setPermissionsUpdateInterval(int updateInterval)
{
if (updateInterval == -1)
conf.permissions_update_interval = null;
else
conf.permissions_update_interval = new DurationSpec.IntMillisecondsBound(updateInterval);
}
public static int getPermissionsCacheMaxEntries()
{
return conf.permissions_cache_max_entries;
}
public static int setPermissionsCacheMaxEntries(int maxEntries)
{
return conf.permissions_cache_max_entries = maxEntries;
}
public static boolean getPermissionsCacheActiveUpdate()
{
return conf.permissions_cache_active_update;
}
public static void setPermissionsCacheActiveUpdate(boolean update)
{
conf.permissions_cache_active_update = update;
}
public static int getRolesValidity()
{
return conf.roles_validity.toMilliseconds();
}
public static void setRolesValidity(int validity)
{
conf.roles_validity = new DurationSpec.IntMillisecondsBound(validity);
}
public static int getRolesUpdateInterval()
{
return conf.roles_update_interval == null
? conf.roles_validity.toMilliseconds()
: conf.roles_update_interval.toMilliseconds();
}
public static void setRolesCacheActiveUpdate(boolean update)
{
conf.roles_cache_active_update = update;
}
public static boolean getRolesCacheActiveUpdate()
{
return conf.roles_cache_active_update;
}
public static void setRolesUpdateInterval(int interval)
{
if (interval == -1)
conf.roles_update_interval = null;
else
conf.roles_update_interval = new DurationSpec.IntMillisecondsBound(interval);
}
public static int getRolesCacheMaxEntries()
{
return conf.roles_cache_max_entries;
}
public static int setRolesCacheMaxEntries(int maxEntries)
{
return conf.roles_cache_max_entries = maxEntries;
}
public static int getCredentialsValidity()
{
return conf.credentials_validity.toMilliseconds();
}
public static void setCredentialsValidity(int timeout)
{
conf.credentials_validity = new DurationSpec.IntMillisecondsBound(timeout);
}
public static int getCredentialsUpdateInterval()
{
return conf.credentials_update_interval == null
? conf.credentials_validity.toMilliseconds()
: conf.credentials_update_interval.toMilliseconds();
}
public static void setCredentialsUpdateInterval(int updateInterval)
{
if (updateInterval == -1)
conf.credentials_update_interval = null;
else
conf.credentials_update_interval = new DurationSpec.IntMillisecondsBound(updateInterval);
}
public static int getCredentialsCacheMaxEntries()
{
return conf.credentials_cache_max_entries;
}
public static int setCredentialsCacheMaxEntries(int maxEntries)
{
return conf.credentials_cache_max_entries = maxEntries;
}
public static boolean getCredentialsCacheActiveUpdate()
{
return conf.credentials_cache_active_update;
}
public static void setCredentialsCacheActiveUpdate(boolean update)
{
conf.credentials_cache_active_update = update;
}
public static int getMaxValueSize()
{
return Ints.saturatedCast(conf.max_value_size.toMebibytes() * 1024L * 1024);
}
public static void setMaxValueSize(int maxValueSizeInBytes)
{
// the below division is safe as this setter is used only in tests with values that won't lead to precision loss
conf.max_value_size = new DataStorageSpec.IntMebibytesBound((maxValueSizeInBytes / (1024L * 1024)), MEBIBYTES);
}
/**
* Creates all storage-related directories.
*/
public static void createAllDirectories()
{
try
{
if (conf.data_file_directories.length == 0)
throw new ConfigurationException("At least one DataFileDirectory must be specified", false);
for (String dataFileDirectory : conf.data_file_directories)
FileUtils.createDirectory(dataFileDirectory);
if (conf.local_system_data_file_directory != null)
FileUtils.createDirectory(conf.local_system_data_file_directory);
if (conf.commitlog_directory == null)
throw new ConfigurationException("commitlog_directory must be specified", false);
FileUtils.createDirectory(conf.commitlog_directory);
if (conf.hints_directory == null)
throw new ConfigurationException("hints_directory must be specified", false);
FileUtils.createDirectory(conf.hints_directory);
if (conf.saved_caches_directory == null)
throw new ConfigurationException("saved_caches_directory must be specified", false);
FileUtils.createDirectory(conf.saved_caches_directory);
if (conf.cdc_enabled)
{
if (conf.cdc_raw_directory == null)
throw new ConfigurationException("cdc_raw_directory must be specified", false);
FileUtils.createDirectory(conf.cdc_raw_directory);
}
boolean created = maybeCreateHeapDumpPath();
if (!created && conf.dump_heap_on_uncaught_exception)
{
logger.error(String.format("cassandra.yaml:dump_heap_on_uncaught_exception is enabled but unable to create heap dump path %s. Disabling.", conf.heap_dump_path != null ? conf.heap_dump_path : "null"));
conf.dump_heap_on_uncaught_exception = false;
}
}
catch (ConfigurationException e)
{
throw new IllegalArgumentException("Bad configuration; unable to start server: "+e.getMessage());
}
catch (FSWriteError e)
{
throw new IllegalStateException(e.getCause().getMessage() + "; unable to start server");
}
}
public static IPartitioner getPartitioner()
{
return partitioner;
}
public static String getPartitionerName()
{
return paritionerName;
}
/* For tests ONLY, don't use otherwise or all hell will break loose. Tests should restore value at the end. */
public static IPartitioner setPartitionerUnsafe(IPartitioner newPartitioner)
{
IPartitioner old = partitioner;
partitioner = newPartitioner;
return old;
}
public static IEndpointSnitch getEndpointSnitch()
{
return snitch;
}
public static void setEndpointSnitch(IEndpointSnitch eps)
{
snitch = eps;
}
public static IFailureDetector newFailureDetector()
{
return newFailureDetector.get();
}
public static void setDefaultFailureDetector()
{
newFailureDetector = () -> createFailureDetector("FailureDetector");
}
public static int getColumnIndexSize(int defaultValue)
{
return conf.column_index_size != null ? conf.column_index_size.toBytes() : defaultValue;
}
public static int getColumnIndexSizeInKiB()
{
return conf.column_index_size != null ? conf.column_index_size.toKibibytes() : -1;
}
public static void setColumnIndexSizeInKiB(int val)
{
conf.column_index_size = val != -1 ? createIntKibibyteBoundAndEnsureItIsValidForByteConversion(val,"column_index_size") : null;
}
public static int getColumnIndexCacheSize()
{
return conf.column_index_cache_size.toBytes();
}
public static int getColumnIndexCacheSizeInKiB()
{
return conf.column_index_cache_size.toKibibytes();
}
public static void setColumnIndexCacheSize(int val)
{
conf.column_index_cache_size = createIntKibibyteBoundAndEnsureItIsValidForByteConversion(val,"column_index_cache_size");
}
public static int getBatchSizeWarnThreshold()
{
return conf.batch_size_warn_threshold.toBytes();
}
public static int getBatchSizeWarnThresholdInKiB()
{
return conf.batch_size_warn_threshold.toKibibytes();
}
public static long getBatchSizeFailThreshold()
{
return conf.batch_size_fail_threshold.toBytesInLong();
}
public static int getBatchSizeFailThresholdInKiB()
{
return conf.batch_size_fail_threshold.toKibibytes();
}
public static int getUnloggedBatchAcrossPartitionsWarnThreshold()
{
return conf.unlogged_batch_across_partitions_warn_threshold;
}
public static void setBatchSizeWarnThresholdInKiB(int threshold)
{
conf.batch_size_warn_threshold = createIntKibibyteBoundAndEnsureItIsValidForByteConversion(threshold,"batch_size_warn_threshold");
}
public static void setBatchSizeFailThresholdInKiB(int threshold)
{
conf.batch_size_fail_threshold = new DataStorageSpec.IntKibibytesBound(threshold);
}
public static Collection getInitialTokens()
{
return tokensFromString(INITIAL_TOKEN.getString(conf.initial_token));
}
public static String getAllocateTokensForKeyspace()
{
return ALLOCATE_TOKENS_FOR_KEYSPACE.getString(conf.allocate_tokens_for_keyspace);
}
public static Integer getAllocateTokensForLocalRf()
{
return conf.allocate_tokens_for_local_replication_factor;
}
public static Collection tokensFromString(String tokenString)
{
List tokens = new ArrayList<>();
if (tokenString != null)
for (String token : StringUtils.split(tokenString, ','))
tokens.add(token.trim());
return tokens;
}
public static int getNumTokens()
{
return conf.num_tokens;
}
public static InetAddressAndPort getReplaceAddress()
{
try
{
String replaceAddress = REPLACE_ADDRESS.getString();
if (replaceAddress != null)
return InetAddressAndPort.getByName(replaceAddress);
String replaceAddressFirsstBoot = REPLACE_ADDRESS_FIRST_BOOT.getString();
if (replaceAddressFirsstBoot != null)
return InetAddressAndPort.getByName(replaceAddressFirsstBoot);
return null;
}
catch (UnknownHostException e)
{
throw new RuntimeException("Replacement host name could not be resolved or scope_id was specified for a global IPv6 address", e);
}
}
public static Collection getReplaceTokens()
{
return tokensFromString(REPLACE_TOKEN.getString());
}
public static UUID getReplaceNode()
{
try
{
return UUID.fromString(REPLACE_NODE.getString());
} catch (NullPointerException e)
{
return null;
}
}
public static String getClusterName()
{
return conf.cluster_name;
}
public static int getStoragePort()
{
return STORAGE_PORT.getInt(conf.storage_port);
}
public static int getSSLStoragePort()
{
return SSL_STORAGE_PORT.getInt(conf.ssl_storage_port);
}
public static long nativeTransportIdleTimeout()
{
return conf.native_transport_idle_timeout.toMilliseconds();
}
public static void setNativeTransportIdleTimeout(long nativeTransportTimeout)
{
conf.native_transport_idle_timeout = new DurationSpec.LongMillisecondsBound(nativeTransportTimeout);
}
public static long getRpcTimeout(TimeUnit unit)
{
return conf.request_timeout.to(unit);
}
public static void setRpcTimeout(long timeOutInMillis)
{
conf.request_timeout = new DurationSpec.LongMillisecondsBound(timeOutInMillis);
}
public static long getReadRpcTimeout(TimeUnit unit)
{
return conf.read_request_timeout.to(unit);
}
public static void setReadRpcTimeout(long timeOutInMillis)
{
conf.read_request_timeout = new DurationSpec.LongMillisecondsBound(timeOutInMillis);
}
public static long getRangeRpcTimeout(TimeUnit unit)
{
return conf.range_request_timeout.to(unit);
}
public static void setRangeRpcTimeout(long timeOutInMillis)
{
conf.range_request_timeout = new DurationSpec.LongMillisecondsBound(timeOutInMillis);
}
public static long getWriteRpcTimeout(TimeUnit unit)
{
return conf.write_request_timeout.to(unit);
}
public static void setWriteRpcTimeout(long timeOutInMillis)
{
conf.write_request_timeout = new DurationSpec.LongMillisecondsBound(timeOutInMillis);
}
public static long getCounterWriteRpcTimeout(TimeUnit unit)
{
return conf.counter_write_request_timeout.to(unit);
}
public static void setCounterWriteRpcTimeout(long timeOutInMillis)
{
conf.counter_write_request_timeout = new DurationSpec.LongMillisecondsBound(timeOutInMillis);
}
public static long getCasContentionTimeout(TimeUnit unit)
{
return conf.cas_contention_timeout.to(unit);
}
public static void setCasContentionTimeout(long timeOutInMillis)
{
conf.cas_contention_timeout = new DurationSpec.LongMillisecondsBound(timeOutInMillis);
}
public static long getTruncateRpcTimeout(TimeUnit unit)
{
return conf.truncate_request_timeout.to(unit);
}
public static void setTruncateRpcTimeout(long timeOutInMillis)
{
conf.truncate_request_timeout = new DurationSpec.LongMillisecondsBound(timeOutInMillis);
}
public static long getRepairRpcTimeout(TimeUnit unit)
{
return conf.repair_request_timeout.to(unit);
}
public static void setRepairRpcTimeout(Long timeOutInMillis)
{
conf.repair_request_timeout = new DurationSpec.LongMillisecondsBound(timeOutInMillis);
}
public static boolean hasCrossNodeTimeout()
{
return conf.internode_timeout;
}
public static void setCrossNodeTimeout(boolean crossNodeTimeout)
{
conf.internode_timeout = crossNodeTimeout;
}
public static long getSlowQueryTimeout(TimeUnit unit)
{
return conf.slow_query_log_timeout.to(unit);
}
/**
* @return the minimum configured {read, write, range, truncate, misc} timeout
*/
public static long getMinRpcTimeout(TimeUnit unit)
{
return Longs.min(getRpcTimeout(unit),
getReadRpcTimeout(unit),
getRangeRpcTimeout(unit),
getWriteRpcTimeout(unit),
getCounterWriteRpcTimeout(unit),
getTruncateRpcTimeout(unit));
}
public static long getPingTimeout(TimeUnit unit)
{
return unit.convert(getBlockForPeersTimeoutInSeconds(), TimeUnit.SECONDS);
}
public static double getPhiConvictThreshold()
{
return conf.phi_convict_threshold;
}
public static void setPhiConvictThreshold(double phiConvictThreshold)
{
conf.phi_convict_threshold = phiConvictThreshold;
}
public static int getConcurrentReaders()
{
return conf.concurrent_reads;
}
public static void setConcurrentReaders(int concurrent_reads)
{
if (concurrent_reads < 0)
{
throw new IllegalArgumentException("Concurrent reads must be non-negative");
}
conf.concurrent_reads = concurrent_reads;
}
public static int getConcurrentWriters()
{
return conf.concurrent_writes;
}
public static void setConcurrentWriters(int concurrent_writers)
{
if (concurrent_writers < 0)
{
throw new IllegalArgumentException("Concurrent reads must be non-negative");
}
conf.concurrent_writes = concurrent_writers;
}
public static int getConcurrentCounterWriters()
{
return conf.concurrent_counter_writes;
}
public static void setConcurrentCounterWriters(int concurrent_counter_writes)
{
if (concurrent_counter_writes < 0)
{
throw new IllegalArgumentException("Concurrent reads must be non-negative");
}
conf.concurrent_counter_writes = concurrent_counter_writes;
}
public static int getConcurrentViewWriters()
{
return conf.concurrent_materialized_view_writes;
}
public static void setConcurrentViewWriters(int concurrent_materialized_view_writes)
{
if (concurrent_materialized_view_writes < 0)
{
throw new IllegalArgumentException("Concurrent reads must be non-negative");
}
conf.concurrent_materialized_view_writes = concurrent_materialized_view_writes;
}
public static int getFlushWriters()
{
return conf.memtable_flush_writers;
}
public static int getAvailableProcessors()
{
return conf == null ? -1 : conf.available_processors;
}
public static int getConcurrentCompactors()
{
return conf.concurrent_compactors;
}
public static void setConcurrentCompactors(int value)
{
conf.concurrent_compactors = value;
}
public static int getCompactionThroughputMebibytesPerSecAsInt()
{
return conf.compaction_throughput.toMebibytesPerSecondAsInt();
}
public static double getCompactionThroughputBytesPerSec()
{
return conf.compaction_throughput.toBytesPerSecond();
}
public static double getCompactionThroughputMebibytesPerSec()
{
return conf.compaction_throughput.toMebibytesPerSecond();
}
@VisibleForTesting // only for testing!
public static void setCompactionThroughputBytesPerSec(int value)
{
if (BYTES_PER_SECOND.toMebibytesPerSecond(value) >= Integer.MAX_VALUE)
throw new IllegalArgumentException("compaction_throughput: " + value +
" is too large; it should be less than " +
Integer.MAX_VALUE + " in MiB/s");
conf.compaction_throughput = new DataRateSpec.LongBytesPerSecondBound(value);
}
public static void setCompactionThroughputMebibytesPerSec(int value)
{
if (value == Integer.MAX_VALUE)
throw new IllegalArgumentException("compaction_throughput: " + value +
" is too large; it should be less than " +
Integer.MAX_VALUE + " in MiB/s");
conf.compaction_throughput = new DataRateSpec.LongBytesPerSecondBound(value, MEBIBYTES_PER_SECOND);
}
public static int getConcurrentValidations()
{
return conf.concurrent_validations;
}
public static int getConcurrentIndexBuilders()
{
return conf.concurrent_index_builders;
}
public static void setConcurrentValidations(int value)
{
value = value > 0 ? value : Integer.MAX_VALUE;
conf.concurrent_validations = value;
}
public static int getConcurrentViewBuilders()
{
return conf.concurrent_materialized_view_builders;
}
public static void setConcurrentViewBuilders(int value)
{
conf.concurrent_materialized_view_builders = value;
}
public static long getMinFreeSpacePerDriveInMebibytes()
{
return conf.min_free_space_per_drive.toMebibytes();
}
public static long getMinFreeSpacePerDriveInBytes()
{
return conf.min_free_space_per_drive.toBytesInLong();
}
@VisibleForTesting
public static long setMinFreeSpacePerDriveInMebibytes(long mebiBytes)
{
conf.min_free_space_per_drive = new DataStorageSpec.IntMebibytesBound(mebiBytes);
return getMinFreeSpacePerDriveInBytes();
}
public static double getMaxSpaceForCompactionsPerDrive()
{
return conf.max_space_usable_for_compactions_in_percentage;
}
public static void setMaxSpaceForCompactionsPerDrive(double percentage)
{
conf.max_space_usable_for_compactions_in_percentage = percentage;
}
public static boolean getDisableSTCSInL0()
{
return disableSTCSInL0;
}
public static void setDisableSTCSInL0(boolean disabled)
{
disableSTCSInL0 = disabled;
}
public static int getStreamThroughputOutboundMegabitsPerSec()
{
return conf.stream_throughput_outbound.toMegabitsPerSecondAsInt();
}
public static double getStreamThroughputOutboundMegabitsPerSecAsDouble()
{
return conf.stream_throughput_outbound.toMegabitsPerSecond();
}
public static double getStreamThroughputOutboundMebibytesPerSec()
{
return conf.stream_throughput_outbound.toMebibytesPerSecond();
}
public static double getStreamThroughputOutboundBytesPerSec()
{
return conf.stream_throughput_outbound.toBytesPerSecond();
}
public static int getStreamThroughputOutboundMebibytesPerSecAsInt()
{
return conf.stream_throughput_outbound.toMebibytesPerSecondAsInt();
}
public static void setStreamThroughputOutboundMebibytesPerSecAsInt(int value)
{
if (MEBIBYTES_PER_SECOND.toMegabitsPerSecond(value) >= Integer.MAX_VALUE)
throw new IllegalArgumentException("stream_throughput_outbound: " + value +
" is too large; it should be less than " +
Integer.MAX_VALUE + " in megabits/s");
conf.stream_throughput_outbound = new DataRateSpec.LongBytesPerSecondBound(value, MEBIBYTES_PER_SECOND);
}
public static void setStreamThroughputOutboundBytesPerSec(long value)
{
conf.stream_throughput_outbound = new DataRateSpec.LongBytesPerSecondBound(value, BYTES_PER_SECOND);
}
public static void setStreamThroughputOutboundMegabitsPerSec(int value)
{
conf.stream_throughput_outbound = DataRateSpec.LongBytesPerSecondBound.megabitsPerSecondInBytesPerSecond(value);
}
public static double getEntireSSTableStreamThroughputOutboundMebibytesPerSec()
{
return conf.entire_sstable_stream_throughput_outbound.toMebibytesPerSecond();
}
public static double getEntireSSTableStreamThroughputOutboundBytesPerSec()
{
return conf.entire_sstable_stream_throughput_outbound.toBytesPerSecond();
}
public static void setEntireSSTableStreamThroughputOutboundMebibytesPerSec(int value)
{
if (value == Integer.MAX_VALUE)
throw new IllegalArgumentException("entire_sstable_stream_throughput_outbound: " + value +
" is too large; it should be less than " +
Integer.MAX_VALUE + " in MiB/s");
conf.entire_sstable_stream_throughput_outbound = new DataRateSpec.LongBytesPerSecondBound(value, MEBIBYTES_PER_SECOND);
}
public static int getInterDCStreamThroughputOutboundMegabitsPerSec()
{
return conf.inter_dc_stream_throughput_outbound.toMegabitsPerSecondAsInt();
}
public static double getInterDCStreamThroughputOutboundMegabitsPerSecAsDouble()
{
return conf.inter_dc_stream_throughput_outbound.toMegabitsPerSecond();
}
public static double getInterDCStreamThroughputOutboundMebibytesPerSec()
{
return conf.inter_dc_stream_throughput_outbound.toMebibytesPerSecond();
}
public static double getInterDCStreamThroughputOutboundBytesPerSec()
{
return conf.inter_dc_stream_throughput_outbound.toBytesPerSecond();
}
public static int getInterDCStreamThroughputOutboundMebibytesPerSecAsInt()
{
return conf.inter_dc_stream_throughput_outbound.toMebibytesPerSecondAsInt();
}
public static void setInterDCStreamThroughputOutboundMebibytesPerSecAsInt(int value)
{
if (MEBIBYTES_PER_SECOND.toMegabitsPerSecond(value) >= Integer.MAX_VALUE)
throw new IllegalArgumentException("inter_dc_stream_throughput_outbound: " + value +
" is too large; it should be less than " +
Integer.MAX_VALUE + " in megabits/s");
conf.inter_dc_stream_throughput_outbound = new DataRateSpec.LongBytesPerSecondBound(value, MEBIBYTES_PER_SECOND);
}
public static void setInterDCStreamThroughputOutboundBytesPerSec(long value)
{
conf.inter_dc_stream_throughput_outbound = new DataRateSpec.LongBytesPerSecondBound(value, BYTES_PER_SECOND);
}
public static void setInterDCStreamThroughputOutboundMegabitsPerSec(int value)
{
conf.inter_dc_stream_throughput_outbound = DataRateSpec.LongBytesPerSecondBound.megabitsPerSecondInBytesPerSecond(value);
}
public static double getEntireSSTableInterDCStreamThroughputOutboundBytesPerSec()
{
return conf.entire_sstable_inter_dc_stream_throughput_outbound.toBytesPerSecond();
}
public static double getEntireSSTableInterDCStreamThroughputOutboundMebibytesPerSec()
{
return conf.entire_sstable_inter_dc_stream_throughput_outbound.toMebibytesPerSecond();
}
public static void setEntireSSTableInterDCStreamThroughputOutboundMebibytesPerSec(int value)
{
if (value == Integer.MAX_VALUE)
throw new IllegalArgumentException("entire_sstable_inter_dc_stream_throughput_outbound: " + value +
" is too large; it should be less than " +
Integer.MAX_VALUE + " in MiB/s");
conf.entire_sstable_inter_dc_stream_throughput_outbound = new DataRateSpec.LongBytesPerSecondBound(value, MEBIBYTES_PER_SECOND);
}
/**
* Checks if the local system data must be stored in a specific location which supports redundancy.
*
* @return {@code true} if the local system keyspaces data must be stored in a different location,
* {@code false} otherwise.
*/
public static boolean useSpecificLocationForLocalSystemData()
{
return conf.local_system_data_file_directory != null;
}
/**
* Returns the locations where the local system keyspaces data should be stored.
*
* If the {@code local_system_data_file_directory} was unspecified, the local system keyspaces data should be stored
* in the first data directory. This approach guarantees that the server can tolerate the lost of all the disks but the first one.
*
* @return the locations where should be stored the local system keyspaces data
*/
public static String[] getLocalSystemKeyspacesDataFileLocations()
{
if (useSpecificLocationForLocalSystemData())
return new String[] {conf.local_system_data_file_directory};
return conf.data_file_directories.length == 0 ? conf.data_file_directories
: new String[] {conf.data_file_directories[0]};
}
/**
* Returns the locations where the non local system keyspaces data should be stored.
*
* @return the locations where the non local system keyspaces data should be stored.
*/
public static String[] getNonLocalSystemKeyspacesDataFileLocations()
{
return conf.data_file_directories;
}
/**
* Returns the list of all the directories where the data files can be stored (for local system and non local system keyspaces).
*
* @return the list of all the directories where the data files can be stored.
*/
public static String[] getAllDataFileLocations()
{
if (conf.local_system_data_file_directory == null)
return conf.data_file_directories;
return ArrayUtils.addFirst(conf.data_file_directories, conf.local_system_data_file_directory);
}
public static String getCommitLogLocation()
{
return conf.commitlog_directory;
}
@VisibleForTesting
public static void setCommitLogLocation(String value)
{
conf.commitlog_directory = value;
}
public static ParameterizedClass getCommitLogCompression()
{
return conf.commitlog_compression;
}
public static void setCommitLogCompression(ParameterizedClass compressor)
{
conf.commitlog_compression = compressor;
}
public static Config.FlushCompression getFlushCompression()
{
return conf.flush_compression;
}
public static void setFlushCompression(Config.FlushCompression compression)
{
conf.flush_compression = compression;
}
/**
* Maximum number of buffers in the compression pool. The default value is 3, it should not be set lower than that
* (one segment in compression, one written to, one in reserve); delays in compression may cause the log to use
* more, depending on how soon the sync policy stops all writing threads.
*/
public static int getCommitLogMaxCompressionBuffersInPool()
{
return conf.commitlog_max_compression_buffers_in_pool;
}
public static void setCommitLogMaxCompressionBuffersPerPool(int buffers)
{
conf.commitlog_max_compression_buffers_in_pool = buffers;
}
public static int getMaxMutationSize()
{
return conf.max_mutation_size.toBytes();
}
public static int getTombstoneWarnThreshold()
{
return conf.tombstone_warn_threshold;
}
public static void setTombstoneWarnThreshold(int threshold)
{
conf.tombstone_warn_threshold = threshold;
}
public static int getTombstoneFailureThreshold()
{
return conf.tombstone_failure_threshold;
}
public static void setTombstoneFailureThreshold(int threshold)
{
conf.tombstone_failure_threshold = threshold;
}
public static int getCachedReplicaRowsWarnThreshold()
{
return conf.replica_filtering_protection.cached_rows_warn_threshold;
}
public static void setCachedReplicaRowsWarnThreshold(int threshold)
{
conf.replica_filtering_protection.cached_rows_warn_threshold = threshold;
}
public static int getCachedReplicaRowsFailThreshold()
{
return conf.replica_filtering_protection.cached_rows_fail_threshold;
}
public static void setCachedReplicaRowsFailThreshold(int threshold)
{
conf.replica_filtering_protection.cached_rows_fail_threshold = threshold;
}
/**
* size of commitlog segments to allocate
*/
public static int getCommitLogSegmentSize()
{
return conf.commitlog_segment_size.toBytes();
}
/**
* Update commitlog_segment_size in the tests.
* {@link CommitLogSegmentManagerCDC} uses the CommitLogSegmentSize to estimate the file size on allocation.
* It is important to keep the value unchanged for the estimation to be correct.
* @param sizeMebibytes
*/
@VisibleForTesting /* Only for testing */
public static void setCommitLogSegmentSize(int sizeMebibytes)
{
conf.commitlog_segment_size = new DataStorageSpec.IntMebibytesBound(sizeMebibytes);
}
public static String getSavedCachesLocation()
{
return conf.saved_caches_directory;
}
public static Set getSeeds()
{
return ImmutableSet.builder().addAll(seedProvider.getSeeds()).build();
}
public static SeedProvider getSeedProvider()
{
return seedProvider;
}
public static void setSeedProvider(SeedProvider newSeedProvider)
{
seedProvider = newSeedProvider;
}
public static InetAddress getListenAddress()
{
return listenAddress;
}
public static void setListenAddress(InetAddress newlistenAddress)
{
listenAddress = newlistenAddress;
}
public static InetAddress getBroadcastAddress()
{
return broadcastAddress;
}
public static boolean shouldListenOnBroadcastAddress()
{
return conf.listen_on_broadcast_address;
}
public static void setShouldListenOnBroadcastAddress(boolean shouldListenOnBroadcastAddress)
{
conf.listen_on_broadcast_address = shouldListenOnBroadcastAddress;
}
public static void setListenOnBroadcastAddress(boolean listen_on_broadcast_address)
{
conf.listen_on_broadcast_address = listen_on_broadcast_address;
}
public static IInternodeAuthenticator getInternodeAuthenticator()
{
return internodeAuthenticator;
}
public static void setInternodeAuthenticator(IInternodeAuthenticator internodeAuthenticator)
{
Preconditions.checkNotNull(internodeAuthenticator);
DatabaseDescriptor.internodeAuthenticator = internodeAuthenticator;
}
public static void setBroadcastAddress(InetAddress broadcastAdd)
{
broadcastAddress = broadcastAdd;
}
/**
* This is the address used to bind for the native protocol to communicate with clients. Most usages in the code
* refer to it as native address although some places still call it RPC address. It's not thrift RPC anymore
* so native is more appropriate. The address alone is not enough to uniquely identify this instance because
* multiple instances might use the same interface with different ports.
*/
public static InetAddress getRpcAddress()
{
return rpcAddress;
}
public static void setBroadcastRpcAddress(InetAddress broadcastRPCAddr)
{
broadcastRpcAddress = broadcastRPCAddr;
}
/**
* This is the address used to reach this instance for the native protocol to communicate with clients. Most usages in the code
* refer to it as native address although some places still call it RPC address. It's not thrift RPC anymore
* so native is more appropriate. The address alone is not enough to uniquely identify this instance because
* multiple instances might use the same interface with different ports.
*
* May be null, please use {@link FBUtilities#getBroadcastNativeAddressAndPort()} instead.
*/
public static InetAddress getBroadcastRpcAddress()
{
return broadcastRpcAddress;
}
public static boolean getRpcKeepAlive()
{
return conf.rpc_keepalive;
}
public static int getInternodeSocketSendBufferSizeInBytes()
{
return conf.internode_socket_send_buffer_size.toBytes();
}
public static int getInternodeSocketReceiveBufferSizeInBytes()
{
return conf.internode_socket_receive_buffer_size.toBytes();
}
public static int getInternodeApplicationSendQueueCapacityInBytes()
{
return conf.internode_application_send_queue_capacity.toBytes();
}
public static int getInternodeApplicationSendQueueReserveEndpointCapacityInBytes()
{
return conf.internode_application_send_queue_reserve_endpoint_capacity.toBytes();
}
public static int getInternodeApplicationSendQueueReserveGlobalCapacityInBytes()
{
return conf.internode_application_send_queue_reserve_global_capacity.toBytes();
}
public static int getInternodeApplicationReceiveQueueCapacityInBytes()
{
return conf.internode_application_receive_queue_capacity.toBytes();
}
public static int getInternodeApplicationReceiveQueueReserveEndpointCapacityInBytes()
{
return conf.internode_application_receive_queue_reserve_endpoint_capacity.toBytes();
}
public static int getInternodeApplicationReceiveQueueReserveGlobalCapacityInBytes()
{
return conf.internode_application_receive_queue_reserve_global_capacity.toBytes();
}
public static int getInternodeTcpConnectTimeoutInMS()
{
return conf.internode_tcp_connect_timeout.toMilliseconds();
}
public static void setInternodeTcpConnectTimeoutInMS(int value)
{
conf.internode_tcp_connect_timeout = new DurationSpec.IntMillisecondsBound(value);
}
public static int getInternodeTcpUserTimeoutInMS()
{
return conf.internode_tcp_user_timeout.toMilliseconds();
}
public static void setInternodeTcpUserTimeoutInMS(int value)
{
conf.internode_tcp_user_timeout = new DurationSpec.IntMillisecondsBound(value);
}
public static int getInternodeStreamingTcpUserTimeoutInMS()
{
return conf.internode_streaming_tcp_user_timeout.toMilliseconds();
}
public static void setInternodeStreamingTcpUserTimeoutInMS(int value)
{
conf.internode_streaming_tcp_user_timeout = new DurationSpec.IntMillisecondsBound(value);
}
public static int getInternodeMaxMessageSizeInBytes()
{
return conf.internode_max_message_size.toBytes();
}
@VisibleForTesting
public static void setInternodeMaxMessageSizeInBytes(int value)
{
conf.internode_max_message_size = new DataStorageSpec.IntBytesBound(value);
}
public static boolean startNativeTransport()
{
return conf.start_native_transport;
}
/**
* This is the port used with RPC address for the native protocol to communicate with clients. Now that thrift RPC
* is no longer in use there is no RPC port.
*/
public static int getNativeTransportPort()
{
return NATIVE_TRANSPORT_PORT.getInt(conf.native_transport_port);
}
@VisibleForTesting
public static void setNativeTransportPort(int port)
{
conf.native_transport_port = port;
}
public static int getNativeTransportPortSSL()
{
return conf.native_transport_port_ssl == null ? getNativeTransportPort() : conf.native_transport_port_ssl;
}
@VisibleForTesting
public static void setNativeTransportPortSSL(Integer port)
{
conf.native_transport_port_ssl = port;
}
public static int getNativeTransportMaxThreads()
{
return conf.native_transport_max_threads;
}
public static void setNativeTransportMaxThreads(int max_threads)
{
conf.native_transport_max_threads = max_threads;
}
public static Integer getNativeTransportMaxAuthThreads()
{
return conf.native_transport_max_auth_threads;
}
/**
* If this value is set to <= 0 it will move auth requests to the standard request pool regardless of the current
* size of the {@link org.apache.cassandra.transport.Dispatcher#authExecutor}'s active size.
*
* see {@link org.apache.cassandra.transport.Dispatcher#dispatch} for executor selection
*/
public static void setNativeTransportMaxAuthThreads(int threads)
{
conf.native_transport_max_auth_threads = threads;
}
public static int getNativeTransportMaxFrameSize()
{
return conf.native_transport_max_frame_size.toBytes();
}
public static void setNativeTransportMaxFrameSize(int bytes)
{
conf.native_transport_max_frame_size = new DataStorageSpec.IntMebibytesBound(bytes);
}
public static long getNativeTransportMaxConcurrentConnections()
{
return conf.native_transport_max_concurrent_connections;
}
public static void setNativeTransportMaxConcurrentConnections(long nativeTransportMaxConcurrentConnections)
{
conf.native_transport_max_concurrent_connections = nativeTransportMaxConcurrentConnections;
}
public static long getNativeTransportMaxConcurrentConnectionsPerIp()
{
return conf.native_transport_max_concurrent_connections_per_ip;
}
public static void setNativeTransportMaxConcurrentConnectionsPerIp(long native_transport_max_concurrent_connections_per_ip)
{
conf.native_transport_max_concurrent_connections_per_ip = native_transport_max_concurrent_connections_per_ip;
}
public static boolean useNativeTransportLegacyFlusher()
{
return conf.native_transport_flush_in_batches_legacy;
}
public static boolean getNativeTransportAllowOlderProtocols()
{
return conf.native_transport_allow_older_protocols;
}
public static void setNativeTransportAllowOlderProtocols(boolean isEnabled)
{
conf.native_transport_allow_older_protocols = isEnabled;
}
public static long getCommitLogSyncGroupWindow()
{
return conf.commitlog_sync_group_window.toMilliseconds();
}
public static void setCommitLogSyncGroupWindow(long windowMillis)
{
conf.commitlog_sync_group_window = new DurationSpec.IntMillisecondsBound(windowMillis);
}
public static int getNativeTransportReceiveQueueCapacityInBytes()
{
return conf.native_transport_receive_queue_capacity.toBytes();
}
public static void setNativeTransportReceiveQueueCapacityInBytes(int queueSize)
{
conf.native_transport_receive_queue_capacity = new DataStorageSpec.IntBytesBound(queueSize);
}
public static long getNativeTransportMaxRequestDataInFlightPerIpInBytes()
{
return conf.native_transport_max_request_data_in_flight_per_ip.toBytes();
}
public static Config.PaxosVariant getPaxosVariant()
{
return conf.paxos_variant;
}
public static void setPaxosVariant(Config.PaxosVariant variant)
{
conf.paxos_variant = variant;
}
public static String getPaxosContentionWaitRandomizer()
{
return conf.paxos_contention_wait_randomizer;
}
public static String getPaxosContentionMinWait()
{
return conf.paxos_contention_min_wait;
}
public static String getPaxosContentionMaxWait()
{
return conf.paxos_contention_max_wait;
}
public static String getPaxosContentionMinDelta()
{
return conf.paxos_contention_min_delta;
}
public static void setPaxosContentionWaitRandomizer(String waitRandomizer)
{
conf.paxos_contention_wait_randomizer = waitRandomizer;
}
public static void setPaxosContentionMinWait(String minWait)
{
conf.paxos_contention_min_wait = minWait;
}
public static void setPaxosContentionMaxWait(String maxWait)
{
conf.paxos_contention_max_wait = maxWait;
}
public static void setPaxosContentionMinDelta(String minDelta)
{
conf.paxos_contention_min_delta = minDelta;
}
public static boolean skipPaxosRepairOnTopologyChange()
{
return conf.skip_paxos_repair_on_topology_change;
}
public static void setSkipPaxosRepairOnTopologyChange(boolean value)
{
conf.skip_paxos_repair_on_topology_change = value;
}
public static long getPaxosPurgeGrace(TimeUnit units)
{
return conf.paxos_purge_grace_period.to(units);
}
public static void setPaxosPurgeGrace(long seconds)
{
conf.paxos_purge_grace_period = new DurationSpec.LongSecondsBound(seconds);
}
public static PaxosOnLinearizabilityViolation paxosOnLinearizabilityViolations()
{
return conf.paxos_on_linearizability_violations;
}
public static void setPaxosOnLinearizabilityViolations(PaxosOnLinearizabilityViolation v)
{
conf.paxos_on_linearizability_violations = v;
}
public static PaxosStatePurging paxosStatePurging()
{
return conf.paxos_state_purging;
}
public static void setPaxosStatePurging(PaxosStatePurging v)
{
conf.paxos_state_purging = v;
}
public static boolean paxosRepairEnabled()
{
return conf.paxos_repair_enabled;
}
public static void setPaxosRepairEnabled(boolean v)
{
conf.paxos_repair_enabled = v;
}
public static Set skipPaxosRepairOnTopologyChangeKeyspaces()
{
return conf.skip_paxos_repair_on_topology_change_keyspaces;
}
public static void setSkipPaxosRepairOnTopologyChangeKeyspaces(String keyspaces)
{
conf.skip_paxos_repair_on_topology_change_keyspaces = Config.splitCommaDelimited(keyspaces);
}
public static boolean paxoTopologyRepairNoDcChecks()
{
return conf.paxos_topology_repair_no_dc_checks;
}
public static boolean paxoTopologyRepairStrictEachQuorum()
{
return conf.paxos_topology_repair_strict_each_quorum;
}
public static void setNativeTransportMaxRequestDataInFlightPerIpInBytes(long maxRequestDataInFlightInBytes)
{
if (maxRequestDataInFlightInBytes == -1)
maxRequestDataInFlightInBytes = Runtime.getRuntime().maxMemory() / 40;
conf.native_transport_max_request_data_in_flight_per_ip = new DataStorageSpec.LongBytesBound(maxRequestDataInFlightInBytes);
}
public static long getNativeTransportMaxRequestDataInFlightInBytes()
{
return conf.native_transport_max_request_data_in_flight.toBytes();
}
public static void setNativeTransportConcurrentRequestDataInFlightInBytes(long maxRequestDataInFlightInBytes)
{
if (maxRequestDataInFlightInBytes == -1)
maxRequestDataInFlightInBytes = Runtime.getRuntime().maxMemory() / 10;
conf.native_transport_max_request_data_in_flight = new DataStorageSpec.LongBytesBound(maxRequestDataInFlightInBytes);
}
public static int getNativeTransportMaxRequestsPerSecond()
{
return conf.native_transport_max_requests_per_second;
}
public static void setNativeTransportMaxRequestsPerSecond(int perSecond)
{
Preconditions.checkArgument(perSecond > 0, "native_transport_max_requests_per_second must be greater than zero");
conf.native_transport_max_requests_per_second = perSecond;
}
public static void setNativeTransportRateLimitingEnabled(boolean enabled)
{
logger.info("native_transport_rate_limiting_enabled set to {}", enabled);
conf.native_transport_rate_limiting_enabled = enabled;
}
public static boolean getNativeTransportRateLimitingEnabled()
{
return conf.native_transport_rate_limiting_enabled;
}
public static int getCommitLogSyncPeriod()
{
return conf.commitlog_sync_period.toMilliseconds();
}
public static long getPeriodicCommitLogSyncBlock()
{
DurationSpec.IntMillisecondsBound blockMillis = conf.periodic_commitlog_sync_lag_block;
return blockMillis == null
? (long)(getCommitLogSyncPeriod() * 1.5)
: blockMillis.toMilliseconds();
}
public static void setCommitLogSyncPeriod(int periodMillis)
{
conf.commitlog_sync_period = new DurationSpec.IntMillisecondsBound(periodMillis);
}
public static Config.CommitLogSync getCommitLogSync()
{
return conf.commitlog_sync;
}
public static void setCommitLogSync(CommitLogSync sync)
{
conf.commitlog_sync = sync;
}
public static Config.DiskAccessMode getDiskAccessMode()
{
return conf.disk_access_mode;
}
// Do not use outside unit tests.
@VisibleForTesting
public static void setDiskAccessMode(Config.DiskAccessMode mode)
{
conf.disk_access_mode = mode;
}
public static Config.DiskAccessMode getIndexAccessMode()
{
return indexAccessMode;
}
// Do not use outside unit tests.
@VisibleForTesting
public static void setIndexAccessMode(Config.DiskAccessMode mode)
{
indexAccessMode = mode;
}
public static void setDiskFailurePolicy(Config.DiskFailurePolicy policy)
{
conf.disk_failure_policy = policy;
}
public static Config.DiskFailurePolicy getDiskFailurePolicy()
{
return conf.disk_failure_policy;
}
public static void setCommitFailurePolicy(Config.CommitFailurePolicy policy)
{
conf.commit_failure_policy = policy;
}
public static Config.CommitFailurePolicy getCommitFailurePolicy()
{
return conf.commit_failure_policy;
}
public static boolean isSnapshotBeforeCompaction()
{
return conf.snapshot_before_compaction;
}
public static boolean isAutoSnapshot()
{
return conf.auto_snapshot;
}
public static DurationSpec.IntSecondsBound getAutoSnapshotTtl()
{
return autoSnapshoTtl;
}
@VisibleForTesting
public static void setAutoSnapshotTtl(DurationSpec.IntSecondsBound newTtl)
{
autoSnapshoTtl = newTtl;
}
@VisibleForTesting
public static void setAutoSnapshot(boolean autoSnapshot)
{
conf.auto_snapshot = autoSnapshot;
}
@VisibleForTesting
public static boolean getAutoSnapshot()
{
return conf.auto_snapshot;
}
public static long getSnapshotLinksPerSecond()
{
return conf.snapshot_links_per_second == 0 ? Long.MAX_VALUE : conf.snapshot_links_per_second;
}
public static void setSnapshotLinksPerSecond(long throttle)
{
if (throttle < 0)
throw new IllegalArgumentException("Invalid throttle for snapshot_links_per_second: must be positive");
conf.snapshot_links_per_second = throttle;
}
public static RateLimiter getSnapshotRateLimiter()
{
return RateLimiter.create(getSnapshotLinksPerSecond());
}
public static boolean isAutoBootstrap()
{
return AUTO_BOOTSTRAP.getBoolean(conf.auto_bootstrap);
}
public static void setHintedHandoffEnabled(boolean hintedHandoffEnabled)
{
conf.hinted_handoff_enabled = hintedHandoffEnabled;
}
public static boolean hintedHandoffEnabled()
{
return conf.hinted_handoff_enabled;
}
public static Set hintedHandoffDisabledDCs()
{
return conf.hinted_handoff_disabled_datacenters;
}
public static boolean useDeterministicTableID()
{
return conf != null && conf.use_deterministic_table_id;
}
public static void useDeterministicTableID(boolean value)
{
conf.use_deterministic_table_id = value;
}
public static void enableHintsForDC(String dc)
{
conf.hinted_handoff_disabled_datacenters.remove(dc);
}
public static void disableHintsForDC(String dc)
{
conf.hinted_handoff_disabled_datacenters.add(dc);
}
public static void setMaxHintWindow(int ms)
{
conf.max_hint_window = new DurationSpec.IntMillisecondsBound(ms);
}
public static int getMaxHintWindow()
{
return conf.max_hint_window.toMilliseconds();
}
public static void setMaxHintsSizePerHostInMiB(int value)
{
conf.max_hints_size_per_host = new DataStorageSpec.LongBytesBound(value, MEBIBYTES);
}
public static int getMaxHintsSizePerHostInMiB()
{
// Warnings: this conversion rounds down while converting bytes to mebibytes
return Ints.saturatedCast(conf.max_hints_size_per_host.unit().toMebibytes(conf.max_hints_size_per_host.quantity()));
}
public static long getMaxHintsSizePerHost()
{
return conf.max_hints_size_per_host.toBytes();
}
public static File getHintsDirectory()
{
return new File(conf.hints_directory);
}
public static boolean hintWindowPersistentEnabled()
{
return conf.hint_window_persistent_enabled;
}
public static File getSerializedCachePath(CacheType cacheType, String version, String extension)
{
String name = cacheType.toString()
+ (version == null ? "" : '-' + version + '.' + extension);
return new File(conf.saved_caches_directory, name);
}
public static int getDynamicUpdateInterval()
{
return conf.dynamic_snitch_update_interval.toMilliseconds();
}
public static void setDynamicUpdateInterval(int dynamicUpdateInterval)
{
conf.dynamic_snitch_update_interval = new DurationSpec.IntMillisecondsBound(dynamicUpdateInterval);
}
public static int getDynamicResetInterval()
{
return conf.dynamic_snitch_reset_interval.toMilliseconds();
}
public static void setDynamicResetInterval(int dynamicResetInterval)
{
conf.dynamic_snitch_reset_interval = new DurationSpec.IntMillisecondsBound(dynamicResetInterval);
}
public static double getDynamicBadnessThreshold()
{
return conf.dynamic_snitch_badness_threshold;
}
public static void setDynamicBadnessThreshold(double dynamicBadnessThreshold)
{
conf.dynamic_snitch_badness_threshold = dynamicBadnessThreshold;
}
public static EncryptionOptions.ServerEncryptionOptions getInternodeMessagingEncyptionOptions()
{
return conf.server_encryption_options;
}
public static void setInternodeMessagingEncyptionOptions(EncryptionOptions.ServerEncryptionOptions encryptionOptions)
{
conf.server_encryption_options = encryptionOptions;
}
public static EncryptionOptions getNativeProtocolEncryptionOptions()
{
return conf.client_encryption_options;
}
@VisibleForTesting
public static void updateNativeProtocolEncryptionOptions(Function update)
{
conf.client_encryption_options = update.apply(conf.client_encryption_options);
}
public static int getHintedHandoffThrottleInKiB()
{
return conf.hinted_handoff_throttle.toKibibytes();
}
public static void setHintedHandoffThrottleInKiB(int throttleInKiB)
{
conf.hinted_handoff_throttle = new DataStorageSpec.IntKibibytesBound(throttleInKiB);
}
public static int getBatchlogReplayThrottleInKiB()
{
return conf.batchlog_replay_throttle.toKibibytes();
}
public static void setBatchlogReplayThrottleInKiB(int throttleInKiB)
{
conf.batchlog_replay_throttle = new DataStorageSpec.IntKibibytesBound(throttleInKiB);
}
public static int getMaxHintsDeliveryThreads()
{
return conf.max_hints_delivery_threads;
}
public static int getHintsFlushPeriodInMS()
{
return conf.hints_flush_period.toMilliseconds();
}
public static long getMaxHintsFileSize()
{
return conf.max_hints_file_size.toBytesInLong();
}
public static ParameterizedClass getHintsCompression()
{
return conf.hints_compression;
}
public static void setHintsCompression(ParameterizedClass parameterizedClass)
{
conf.hints_compression = parameterizedClass;
}
public static boolean isAutoHintsCleanupEnabled()
{
return conf.auto_hints_cleanup_enabled;
}
public static void setAutoHintsCleanupEnabled(boolean value)
{
conf.auto_hints_cleanup_enabled = value;
}
public static boolean getTransferHintsOnDecommission()
{
return conf.transfer_hints_on_decommission;
}
public static void setTransferHintsOnDecommission(boolean enabled)
{
conf.transfer_hints_on_decommission = enabled;
}
public static boolean isIncrementalBackupsEnabled()
{
return conf.incremental_backups;
}
public static void setIncrementalBackupsEnabled(boolean value)
{
conf.incremental_backups = value;
}
public static boolean getFileCacheEnabled()
{
return conf.file_cache_enabled;
}
@VisibleForTesting
public static void setFileCacheEnabled(boolean enabled)
{
conf.file_cache_enabled = enabled;
}
public static int getFileCacheSizeInMiB()
{
if (conf.file_cache_size == null)
{
// In client mode the value is not set.
assert DatabaseDescriptor.isClientInitialized();
return 0;
}
return conf.file_cache_size.toMebibytes();
}
public static int getNetworkingCacheSizeInMiB()
{
if (conf.networking_cache_size == null)
{
// In client mode the value is not set.
assert DatabaseDescriptor.isClientInitialized();
return 0;
}
return conf.networking_cache_size.toMebibytes();
}
public static boolean getFileCacheRoundUp()
{
if (conf.file_cache_round_up == null)
{
// In client mode the value is not set.
assert DatabaseDescriptor.isClientInitialized();
return false;
}
return conf.file_cache_round_up;
}
public static DiskOptimizationStrategy getDiskOptimizationStrategy()
{
return diskOptimizationStrategy;
}
public static double getDiskOptimizationEstimatePercentile()
{
return conf.disk_optimization_estimate_percentile;
}
public static long getTotalCommitlogSpaceInMiB()
{
return conf.commitlog_total_space.toMebibytes();
}
public static boolean shouldMigrateKeycacheOnCompaction()
{
return conf.key_cache_migrate_during_compaction;
}
public static void setMigrateKeycacheOnCompaction(boolean migrateCacheEntry)
{
conf.key_cache_migrate_during_compaction = migrateCacheEntry;
}
/** This method can return negative number for disabled */
public static int getSSTablePreemptiveOpenIntervalInMiB()
{
if (conf.sstable_preemptive_open_interval == null)
return -1;
return conf.sstable_preemptive_open_interval.toMebibytes();
}
/** Negative number for disabled */
public static void setSSTablePreemptiveOpenIntervalInMiB(int mib)
{
if (mib < 0)
conf.sstable_preemptive_open_interval = null;
else
conf.sstable_preemptive_open_interval = new DataStorageSpec.IntMebibytesBound(mib);
}
public static boolean getTrickleFsync()
{
return conf.trickle_fsync;
}
public static int getTrickleFsyncIntervalInKiB()
{
return conf.trickle_fsync_interval.toKibibytes();
}
public static long getKeyCacheSizeInMiB()
{
return keyCacheSizeInMiB;
}
public static long getIndexSummaryCapacityInMiB()
{
return indexSummaryCapacityInMiB;
}
public static int getKeyCacheSavePeriod()
{
return conf.key_cache_save_period.toSeconds();
}
public static void setKeyCacheSavePeriod(int keyCacheSavePeriod)
{
conf.key_cache_save_period = new DurationSpec.IntSecondsBound(keyCacheSavePeriod);
}
public static int getKeyCacheKeysToSave()
{
return conf.key_cache_keys_to_save;
}
public static void setKeyCacheKeysToSave(int keyCacheKeysToSave)
{
conf.key_cache_keys_to_save = keyCacheKeysToSave;
}
public static String getRowCacheClassName()
{
return conf.row_cache_class_name;
}
public static long getRowCacheSizeInMiB()
{
return conf.row_cache_size.toMebibytes();
}
@VisibleForTesting
public static void setRowCacheSizeInMiB(long val)
{
conf.row_cache_size = new DataStorageSpec.LongMebibytesBound(val);
}
public static int getRowCacheSavePeriod()
{
return conf.row_cache_save_period.toSeconds();
}
public static void setRowCacheSavePeriod(int rowCacheSavePeriod)
{
conf.row_cache_save_period = new DurationSpec.IntSecondsBound(rowCacheSavePeriod);
}
public static int getRowCacheKeysToSave()
{
return conf.row_cache_keys_to_save;
}
public static long getPaxosCacheSizeInMiB()
{
return paxosCacheSizeInMiB;
}
public static long getCounterCacheSizeInMiB()
{
return counterCacheSizeInMiB;
}
public static void setRowCacheKeysToSave(int rowCacheKeysToSave)
{
conf.row_cache_keys_to_save = rowCacheKeysToSave;
}
public static int getCounterCacheSavePeriod()
{
return conf.counter_cache_save_period.toSeconds();
}
public static void setCounterCacheSavePeriod(int counterCacheSavePeriod)
{
conf.counter_cache_save_period = new DurationSpec.IntSecondsBound(counterCacheSavePeriod);
}
public static int getCacheLoadTimeout()
{
return conf.cache_load_timeout.toSeconds();
}
@VisibleForTesting
public static void setCacheLoadTimeout(int seconds)
{
conf.cache_load_timeout = new DurationSpec.IntSecondsBound(seconds);
}
public static int getCounterCacheKeysToSave()
{
return conf.counter_cache_keys_to_save;
}
public static void setCounterCacheKeysToSave(int counterCacheKeysToSave)
{
conf.counter_cache_keys_to_save = counterCacheKeysToSave;
}
public static int getStreamingKeepAlivePeriod()
{
return conf.streaming_keep_alive_period.toSeconds();
}
public static int getStreamingConnectionsPerHost()
{
return conf.streaming_connections_per_host;
}
public static boolean streamEntireSSTables()
{
return conf.stream_entire_sstables;
}
@VisibleForTesting
public static boolean setStreamEntireSSTables(boolean value)
{
return conf.stream_entire_sstables = value;
}
public static DurationSpec.LongMillisecondsBound getStreamTransferTaskTimeout()
{
return conf.stream_transfer_task_timeout;
}
public static boolean getSkipStreamDiskSpaceCheck()
{
return conf.skip_stream_disk_space_check;
}
public static void setSkipStreamDiskSpaceCheck(boolean value)
{
conf.skip_stream_disk_space_check = value;
}
public static String getLocalDataCenter()
{
return localDC;
}
public static Comparator getLocalComparator()
{
return localComparator;
}
public static Config.InternodeCompression internodeCompression()
{
return conf.internode_compression;
}
public static void setInternodeCompression(Config.InternodeCompression compression)
{
conf.internode_compression = compression;
}
public static boolean getInterDCTcpNoDelay()
{
return conf.inter_dc_tcp_nodelay;
}
public static long getMemtableHeapSpaceInMiB()
{
return conf.memtable_heap_space.toMebibytes();
}
public static long getMemtableOffheapSpaceInMiB()
{
return conf.memtable_offheap_space.toMebibytes();
}
public static Config.MemtableAllocationType getMemtableAllocationType()
{
return conf.memtable_allocation_type;
}
public static int getRepairSessionMaxTreeDepth()
{
return conf.repair_session_max_tree_depth;
}
public static void setRepairSessionMaxTreeDepth(int depth)
{
if (depth < 10)
throw new ConfigurationException("Cannot set repair_session_max_tree_depth to " + depth +
" which is < 10, doing nothing");
else if (depth > 20)
logger.warn("repair_session_max_tree_depth of " + depth + " > 20 could lead to excessive memory usage");
conf.repair_session_max_tree_depth = depth;
}
public static int getRepairSessionSpaceInMiB()
{
return conf.repair_session_space.toMebibytes();
}
public static void setRepairSessionSpaceInMiB(int sizeInMiB)
{
if (sizeInMiB < 1)
throw new ConfigurationException("Cannot set repair_session_space to " + sizeInMiB +
" < 1 mebibyte");
else if (sizeInMiB > (int) (Runtime.getRuntime().maxMemory() / (4 * 1048576)))
logger.warn("A repair_session_space of " + conf.repair_session_space +
" is likely to cause heap pressure.");
conf.repair_session_space = new DataStorageSpec.IntMebibytesBound(sizeInMiB);
}
public static int getPaxosRepairParallelism()
{
return conf.paxos_repair_parallelism;
}
public static void setPaxosRepairParallelism(int v)
{
Preconditions.checkArgument(v > 0);
conf.paxos_repair_parallelism = v;
}
public static Float getMemtableCleanupThreshold()
{
return conf.memtable_cleanup_threshold;
}
public static Map getMemtableConfigurations()
{
if (conf == null || conf.memtable == null)
return null;
return conf.memtable.configurations;
}
public static int getIndexSummaryResizeIntervalInMinutes()
{
if (conf.index_summary_resize_interval == null)
return -1;
return conf.index_summary_resize_interval.toMinutes();
}
public static void setIndexSummaryResizeIntervalInMinutes(int value)
{
if (value == -1)
conf.index_summary_resize_interval = null;
else
conf.index_summary_resize_interval = new DurationSpec.IntMinutesBound(value);
}
public static boolean hasLargeAddressSpace()
{
// currently we just check if it's a 64bit arch, but any we only really care if the address space is large
String datamodel = SUN_ARCH_DATA_MODEL.getString();
if (datamodel != null)
{
switch (datamodel)
{
case "64": return true;
case "32": return false;
}
}
String arch = OS_ARCH.getString();
return arch.contains("64") || arch.contains("sparcv9");
}
public static int getTracetypeRepairTTL()
{
return conf.trace_type_repair_ttl.toSeconds();
}
public static int getTracetypeQueryTTL()
{
return conf.trace_type_query_ttl.toSeconds();
}
public static long getPreparedStatementsCacheSizeMiB()
{
return preparedStatementsCacheSizeInMiB;
}
public static boolean enableUserDefinedFunctions()
{
return conf.user_defined_functions_enabled;
}
public static boolean enableScriptedUserDefinedFunctions()
{
return conf.scripted_user_defined_functions_enabled;
}
public static boolean enableUserDefinedFunctionsThreads()
{
return conf.user_defined_functions_threads_enabled;
}
public static long getUserDefinedFunctionWarnTimeout()
{
return conf.user_defined_functions_warn_timeout.toMilliseconds();
}
public static void setUserDefinedFunctionWarnTimeout(long userDefinedFunctionWarnTimeout)
{
conf.user_defined_functions_warn_timeout = new DurationSpec.LongMillisecondsBound(userDefinedFunctionWarnTimeout);
}
public static boolean allowInsecureUDFs()
{
return conf.allow_insecure_udfs;
}
public static boolean allowExtraInsecureUDFs()
{
return conf.allow_extra_insecure_udfs;
}
public static boolean getMaterializedViewsEnabled()
{
return conf.materialized_views_enabled;
}
public static void setMaterializedViewsEnabled(boolean enableMaterializedViews)
{
conf.materialized_views_enabled = enableMaterializedViews;
}
public static boolean getSASIIndexesEnabled()
{
return conf.sasi_indexes_enabled;
}
public static void setSASIIndexesEnabled(boolean enableSASIIndexes)
{
conf.sasi_indexes_enabled = enableSASIIndexes;
}
public static String getDefaultSecondaryIndex()
{
return conf.default_secondary_index;
}
public static void setDefaultSecondaryIndex(String name)
{
conf.default_secondary_index = name;
}
public static boolean getDefaultSecondaryIndexEnabled()
{
return conf.default_secondary_index_enabled;
}
public static void setDefaultSecondaryIndexEnabled(boolean enabled)
{
conf.default_secondary_index_enabled = enabled;
}
public static boolean isTransientReplicationEnabled()
{
return conf.transient_replication_enabled;
}
public static void setTransientReplicationEnabledUnsafe(boolean enabled)
{
conf.transient_replication_enabled = enabled;
}
public static boolean enableDropCompactStorage()
{
return conf.drop_compact_storage_enabled;
}
@VisibleForTesting
public static void setEnableDropCompactStorage(boolean enableDropCompactStorage)
{
conf.drop_compact_storage_enabled = enableDropCompactStorage;
}
public static long getUserDefinedFunctionFailTimeout()
{
return conf.user_defined_functions_fail_timeout.toMilliseconds();
}
public static void setUserDefinedFunctionFailTimeout(long userDefinedFunctionFailTimeout)
{
conf.user_defined_functions_fail_timeout = new DurationSpec.LongMillisecondsBound(userDefinedFunctionFailTimeout);
}
public static Config.UserFunctionTimeoutPolicy getUserFunctionTimeoutPolicy()
{
return conf.user_function_timeout_policy;
}
public static void setUserFunctionTimeoutPolicy(Config.UserFunctionTimeoutPolicy userFunctionTimeoutPolicy)
{
conf.user_function_timeout_policy = userFunctionTimeoutPolicy;
}
public static long getGCLogThreshold()
{
return conf.gc_log_threshold.toMilliseconds();
}
public static void setGCLogThreshold(int gcLogThreshold)
{
conf.gc_log_threshold = new DurationSpec.IntMillisecondsBound(gcLogThreshold);
}
public static EncryptionContext getEncryptionContext()
{
return encryptionContext;
}
public static long getGCWarnThreshold()
{
return conf.gc_warn_threshold.toMilliseconds();
}
public static void setGCWarnThreshold(int threshold)
{
conf.gc_warn_threshold = new DurationSpec.IntMillisecondsBound(threshold);
}
public static boolean isCDCEnabled()
{
return conf.cdc_enabled;
}
@VisibleForTesting
public static void setCDCEnabled(boolean cdc_enabled)
{
conf.cdc_enabled = cdc_enabled;
}
public static boolean getCDCBlockWrites()
{
return conf.cdc_block_writes;
}
public static void setCDCBlockWrites(boolean val)
{
conf.cdc_block_writes = val;
}
public static boolean isCDCOnRepairEnabled()
{
return conf.cdc_on_repair_enabled;
}
public static void setCDCOnRepairEnabled(boolean val)
{
conf.cdc_on_repair_enabled = val;
}
public static String getCDCLogLocation()
{
return conf.cdc_raw_directory;
}
public static long getCDCTotalSpace()
{
return conf.cdc_total_space.toBytesInLong();
}
@VisibleForTesting
public static void setCDCTotalSpaceInMiB(int mibs)
{
conf.cdc_total_space = new DataStorageSpec.IntMebibytesBound(mibs);
}
public static int getCDCDiskCheckInterval()
{
return conf.cdc_free_space_check_interval.toMilliseconds();
}
@VisibleForTesting
public static void setEncryptionContext(EncryptionContext ec)
{
encryptionContext = ec;
}
public static int searchConcurrencyFactor()
{
return searchConcurrencyFactor;
}
public static boolean isUnsafeSystem()
{
return unsafeSystem;
}
public static boolean diagnosticEventsEnabled()
{
return conf.diagnostic_events_enabled;
}
public static void setDiagnosticEventsEnabled(boolean enabled)
{
conf.diagnostic_events_enabled = enabled;
}
public static ConsistencyLevel getIdealConsistencyLevel()
{
return conf.ideal_consistency_level;
}
public static void setIdealConsistencyLevel(ConsistencyLevel cl)
{
conf.ideal_consistency_level = cl;
}
public static int getRepairCommandPoolSize()
{
return conf.repair_command_pool_size;
}
public static Config.RepairCommandPoolFullStrategy getRepairCommandPoolFullStrategy()
{
return conf.repair_command_pool_full_strategy;
}
public static FullQueryLoggerOptions getFullQueryLogOptions()
{
return conf.full_query_logging_options;
}
public static void setFullQueryLogOptions(FullQueryLoggerOptions options)
{
conf.full_query_logging_options = options;
}
public static boolean getBlockForPeersInRemoteDatacenters()
{
return conf.block_for_peers_in_remote_dcs;
}
public static int getBlockForPeersTimeoutInSeconds()
{
return conf.block_for_peers_timeout_in_secs;
}
public static boolean automaticSSTableUpgrade()
{
return conf.automatic_sstable_upgrade;
}
public static void setAutomaticSSTableUpgradeEnabled(boolean enabled)
{
if (conf.automatic_sstable_upgrade != enabled)
logger.debug("Changing automatic_sstable_upgrade to {}", enabled);
conf.automatic_sstable_upgrade = enabled;
}
public static int maxConcurrentAutoUpgradeTasks()
{
return conf.max_concurrent_automatic_sstable_upgrades;
}
public static void setMaxConcurrentAutoUpgradeTasks(int value)
{
if (conf.max_concurrent_automatic_sstable_upgrades != value)
logger.debug("Changing max_concurrent_automatic_sstable_upgrades to {}", value);
validateMaxConcurrentAutoUpgradeTasksConf(value);
conf.max_concurrent_automatic_sstable_upgrades = value;
}
private static void validateMaxConcurrentAutoUpgradeTasksConf(int value)
{
if (value < 0)
throw new ConfigurationException("max_concurrent_automatic_sstable_upgrades can't be negative");
if (value > getConcurrentCompactors())
logger.warn("max_concurrent_automatic_sstable_upgrades ({}) is larger than concurrent_compactors ({})", value, getConcurrentCompactors());
}
public static AuditLogOptions getAuditLoggingOptions()
{
return conf.audit_logging_options;
}
public static void setAuditLoggingOptions(AuditLogOptions auditLoggingOptions)
{
conf.audit_logging_options = new AuditLogOptions.Builder(auditLoggingOptions).build();
}
public static Config.CorruptedTombstoneStrategy getCorruptedTombstoneStrategy()
{
return conf.corrupted_tombstone_strategy;
}
public static void setCorruptedTombstoneStrategy(Config.CorruptedTombstoneStrategy strategy)
{
conf.corrupted_tombstone_strategy = strategy;
}
public static boolean getRepairedDataTrackingForRangeReadsEnabled()
{
return conf.repaired_data_tracking_for_range_reads_enabled;
}
public static void setRepairedDataTrackingForRangeReadsEnabled(boolean enabled)
{
conf.repaired_data_tracking_for_range_reads_enabled = enabled;
}
public static boolean getRepairedDataTrackingForPartitionReadsEnabled()
{
return conf.repaired_data_tracking_for_partition_reads_enabled;
}
public static void setRepairedDataTrackingForPartitionReadsEnabled(boolean enabled)
{
conf.repaired_data_tracking_for_partition_reads_enabled = enabled;
}
public static boolean snapshotOnRepairedDataMismatch()
{
return conf.snapshot_on_repaired_data_mismatch;
}
public static void setSnapshotOnRepairedDataMismatch(boolean enabled)
{
conf.snapshot_on_repaired_data_mismatch = enabled;
}
public static boolean snapshotOnDuplicateRowDetection()
{
return conf.snapshot_on_duplicate_row_detection;
}
public static void setSnapshotOnDuplicateRowDetection(boolean enabled)
{
conf.snapshot_on_duplicate_row_detection = enabled;
}
public static boolean reportUnconfirmedRepairedDataMismatches()
{
return conf.report_unconfirmed_repaired_data_mismatches;
}
public static void reportUnconfirmedRepairedDataMismatches(boolean enabled)
{
conf.report_unconfirmed_repaired_data_mismatches = enabled;
}
public static boolean strictRuntimeChecks()
{
return strictRuntimeChecks;
}
public static boolean useOffheapMerkleTrees()
{
return conf.use_offheap_merkle_trees;
}
public static void useOffheapMerkleTrees(boolean value)
{
logger.info("Setting use_offheap_merkle_trees to {}", value);
conf.use_offheap_merkle_trees = value;
}
public static Function getCommitLogSegmentMgrProvider()
{
return commitLogSegmentMgrProvider;
}
public static void setCommitLogSegmentMgrProvider(Function provider)
{
commitLogSegmentMgrProvider = provider;
}
private static DataStorageSpec.IntKibibytesBound createIntKibibyteBoundAndEnsureItIsValidForByteConversion(int kibibytes, String propertyName)
{
DataStorageSpec.IntKibibytesBound intKibibytesBound = new DataStorageSpec.IntKibibytesBound(kibibytes);
checkValidForByteConversion(intKibibytesBound, propertyName);
return intKibibytesBound;
}
/**
* Ensures passed in configuration value is positive and will not overflow when converted to Bytes
*/
private static void checkValidForByteConversion(final DataStorageSpec.IntKibibytesBound value, String name)
{
long valueInBytes = value.toBytesInLong();
if (valueInBytes < 0 || valueInBytes > Integer.MAX_VALUE - 1)
{
throw new ConfigurationException(String.format("%s must be positive value <= %dB, but was %dB",
name,
Integer.MAX_VALUE - 1,
valueInBytes),
false);
}
}
public static int getValidationPreviewPurgeHeadStartInSec()
{
return conf.validation_preview_purge_head_start.toSeconds();
}
public static boolean checkForDuplicateRowsDuringReads()
{
return conf.check_for_duplicate_rows_during_reads;
}
public static void setCheckForDuplicateRowsDuringReads(boolean enabled)
{
conf.check_for_duplicate_rows_during_reads = enabled;
}
public static boolean checkForDuplicateRowsDuringCompaction()
{
return conf.check_for_duplicate_rows_during_compaction;
}
public static void setCheckForDuplicateRowsDuringCompaction(boolean enabled)
{
conf.check_for_duplicate_rows_during_compaction = enabled;
}
public static int getRepairPendingCompactionRejectThreshold()
{
return conf.reject_repair_compaction_threshold;
}
public static void setRepairPendingCompactionRejectThreshold(int value)
{
conf.reject_repair_compaction_threshold = value;
}
public static int getInitialRangeTombstoneListAllocationSize()
{
return conf.initial_range_tombstone_list_allocation_size;
}
public static void setInitialRangeTombstoneListAllocationSize(int size)
{
conf.initial_range_tombstone_list_allocation_size = size;
}
public static double getRangeTombstoneListGrowthFactor()
{
return conf.range_tombstone_list_growth_factor;
}
public static void setRangeTombstoneListGrowthFactor(double resizeFactor)
{
conf.range_tombstone_list_growth_factor = resizeFactor;
}
public static boolean getAutocompactionOnStartupEnabled()
{
return conf.autocompaction_on_startup_enabled;
}
public static boolean autoOptimiseIncRepairStreams()
{
return conf.auto_optimise_inc_repair_streams;
}
public static void setAutoOptimiseIncRepairStreams(boolean enabled)
{
if (enabled != conf.auto_optimise_inc_repair_streams)
logger.info("Changing auto_optimise_inc_repair_streams from {} to {}", conf.auto_optimise_inc_repair_streams, enabled);
conf.auto_optimise_inc_repair_streams = enabled;
}
public static boolean autoOptimiseFullRepairStreams()
{
return conf.auto_optimise_full_repair_streams;
}
public static void setAutoOptimiseFullRepairStreams(boolean enabled)
{
if (enabled != conf.auto_optimise_full_repair_streams)
logger.info("Changing auto_optimise_full_repair_streams from {} to {}", conf.auto_optimise_full_repair_streams, enabled);
conf.auto_optimise_full_repair_streams = enabled;
}
public static boolean autoOptimisePreviewRepairStreams()
{
return conf.auto_optimise_preview_repair_streams;
}
public static void setAutoOptimisePreviewRepairStreams(boolean enabled)
{
if (enabled != conf.auto_optimise_preview_repair_streams)
logger.info("Changing auto_optimise_preview_repair_streams from {} to {}", conf.auto_optimise_preview_repair_streams, enabled);
conf.auto_optimise_preview_repair_streams = enabled;
}
@Deprecated // this warning threshold will be replaced by an equivalent guardrail
public static ConsistencyLevel getAuthWriteConsistencyLevel()
{
return ConsistencyLevel.valueOf(conf.auth_write_consistency_level);
}
public static ConsistencyLevel getAuthReadConsistencyLevel()
{
return ConsistencyLevel.valueOf(conf.auth_read_consistency_level);
}
public static void setAuthWriteConsistencyLevel(ConsistencyLevel cl)
{
conf.auth_write_consistency_level = cl.toString();
}
public static void setAuthReadConsistencyLevel(ConsistencyLevel cl)
{
conf.auth_read_consistency_level = cl.toString();
}
public static int getConsecutiveMessageErrorsThreshold()
{
return conf.consecutive_message_errors_threshold;
}
public static void setConsecutiveMessageErrorsThreshold(int value)
{
conf.consecutive_message_errors_threshold = value;
}
public static boolean getPartitionDenylistEnabled()
{
return conf.partition_denylist_enabled;
}
public static void setPartitionDenylistEnabled(boolean enabled)
{
conf.partition_denylist_enabled = enabled;
}
public static boolean getDenylistWritesEnabled()
{
return conf.denylist_writes_enabled;
}
public static void setDenylistWritesEnabled(boolean enabled)
{
conf.denylist_writes_enabled = enabled;
}
public static boolean getDenylistReadsEnabled()
{
return conf.denylist_reads_enabled;
}
public static void setDenylistReadsEnabled(boolean enabled)
{
conf.denylist_reads_enabled = enabled;
}
public static boolean getDenylistRangeReadsEnabled()
{
return conf.denylist_range_reads_enabled;
}
public static void setDenylistRangeReadsEnabled(boolean enabled)
{
conf.denylist_range_reads_enabled = enabled;
}
public static int getDenylistRefreshSeconds()
{
return conf.denylist_refresh.toSeconds();
}
public static void setDenylistRefreshSeconds(int seconds)
{
if (seconds <= 0)
throw new IllegalArgumentException("denylist_refresh must be a positive integer.");
conf.denylist_refresh = new DurationSpec.IntSecondsBound(seconds);
}
public static int getDenylistInitialLoadRetrySeconds()
{
return conf.denylist_initial_load_retry.toSeconds();
}
public static void setDenylistInitialLoadRetrySeconds(int seconds)
{
if (seconds <= 0)
throw new IllegalArgumentException("denylist_initial_load_retry must be a positive integer.");
conf.denylist_initial_load_retry = new DurationSpec.IntSecondsBound(seconds);
}
public static ConsistencyLevel getDenylistConsistencyLevel()
{
return conf.denylist_consistency_level;
}
public static void setDenylistConsistencyLevel(ConsistencyLevel cl)
{
conf.denylist_consistency_level = cl;
}
public static int getDenylistMaxKeysPerTable()
{
return conf.denylist_max_keys_per_table;
}
public static void setDenylistMaxKeysPerTable(int value)
{
if (value <= 0)
throw new IllegalArgumentException("denylist_max_keys_per_table must be a positive integer.");
conf.denylist_max_keys_per_table = value;
}
public static int getDenylistMaxKeysTotal()
{
return conf.denylist_max_keys_total;
}
public static void setDenylistMaxKeysTotal(int value)
{
if (value <= 0)
throw new IllegalArgumentException("denylist_max_keys_total must be a positive integer.");
conf.denylist_max_keys_total = value;
}
public static boolean getAuthCacheWarmingEnabled()
{
return conf.auth_cache_warming_enabled;
}
public static SubnetGroups getClientErrorReportingExclusions()
{
return conf.client_error_reporting_exclusions;
}
public static SubnetGroups getInternodeErrorReportingExclusions()
{
return conf.internode_error_reporting_exclusions;
}
public static boolean getReadThresholdsEnabled()
{
return conf.read_thresholds_enabled;
}
public static void setReadThresholdsEnabled(boolean value)
{
if (conf.read_thresholds_enabled != value)
{
conf.read_thresholds_enabled = value;
logger.info("updated read_thresholds_enabled to {}", value);
}
}
@Nullable
public static DataStorageSpec.LongBytesBound getCoordinatorReadSizeWarnThreshold()
{
return conf.coordinator_read_size_warn_threshold;
}
public static void setCoordinatorReadSizeWarnThreshold(@Nullable DataStorageSpec.LongBytesBound value)
{
logger.info("updating coordinator_read_size_warn_threshold to {}", value);
conf.coordinator_read_size_warn_threshold = value;
}
@Nullable
public static DataStorageSpec.LongBytesBound getCoordinatorReadSizeFailThreshold()
{
return conf.coordinator_read_size_fail_threshold;
}
public static void setCoordinatorReadSizeFailThreshold(@Nullable DataStorageSpec.LongBytesBound value)
{
logger.info("updating coordinator_read_size_fail_threshold to {}", value);
conf.coordinator_read_size_fail_threshold = value;
}
@Nullable
public static DataStorageSpec.LongBytesBound getLocalReadSizeWarnThreshold()
{
return conf.local_read_size_warn_threshold;
}
public static void setLocalReadSizeWarnThreshold(@Nullable DataStorageSpec.LongBytesBound value)
{
logger.info("updating local_read_size_warn_threshold to {}", value);
conf.local_read_size_warn_threshold = value;
}
@Nullable
public static DataStorageSpec.LongBytesBound getLocalReadSizeFailThreshold()
{
return conf.local_read_size_fail_threshold;
}
public static void setLocalReadSizeFailThreshold(@Nullable DataStorageSpec.LongBytesBound value)
{
logger.info("updating local_read_size_fail_threshold to {}", value);
conf.local_read_size_fail_threshold = value;
}
@Nullable
public static DataStorageSpec.LongBytesBound getRowIndexReadSizeWarnThreshold()
{
return conf.row_index_read_size_warn_threshold;
}
public static void setRowIndexReadSizeWarnThreshold(@Nullable DataStorageSpec.LongBytesBound value)
{
logger.info("updating row_index_size_warn_threshold to {}", value);
conf.row_index_read_size_warn_threshold = value;
}
@Nullable
public static DataStorageSpec.LongBytesBound getRowIndexReadSizeFailThreshold()
{
return conf.row_index_read_size_fail_threshold;
}
public static void setRowIndexReadSizeFailThreshold(@Nullable DataStorageSpec.LongBytesBound value)
{
logger.info("updating row_index_read_size_fail_threshold to {}", value);
conf.row_index_read_size_fail_threshold = value;
}
public static int getDefaultKeyspaceRF() { return conf.default_keyspace_rf; }
public static void setDefaultKeyspaceRF(int value) throws IllegalArgumentException
{
if (value < 1)
{
throw new IllegalArgumentException("default_keyspace_rf cannot be less than 1");
}
if (value < guardrails.getMinimumReplicationFactorFailThreshold())
{
throw new IllegalArgumentException(String.format("default_keyspace_rf to be set (%d) cannot be less than minimum_replication_factor_fail_threshold (%d)", value, guardrails.getMinimumReplicationFactorFailThreshold()));
}
if (guardrails.getMaximumReplicationFactorFailThreshold() != -1 && value > guardrails.getMaximumReplicationFactorFailThreshold())
{
throw new IllegalArgumentException(String.format("default_keyspace_rf to be set (%d) cannot be greater than maximum_replication_factor_fail_threshold (%d)", value, guardrails.getMaximumReplicationFactorFailThreshold()));
}
conf.default_keyspace_rf = value;
}
public static boolean getUseStatementsEnabled()
{
return conf.use_statements_enabled;
}
public static void setUseStatementsEnabled(boolean enabled)
{
if (enabled != conf.use_statements_enabled)
{
logger.info("Setting use_statements_enabled to {}", enabled);
conf.use_statements_enabled = enabled;
}
}
public static boolean getForceNewPreparedStatementBehaviour()
{
return conf.force_new_prepared_statement_behaviour;
}
public static void setForceNewPreparedStatementBehaviour(boolean value)
{
if (value != conf.force_new_prepared_statement_behaviour)
{
logger.info("Setting force_new_prepared_statement_behaviour to {}", value);
conf.force_new_prepared_statement_behaviour = value;
}
}
public static DurationSpec.LongNanosecondsBound getStreamingStateExpires()
{
return conf.streaming_state_expires;
}
public static void setStreamingStateExpires(DurationSpec.LongNanosecondsBound duration)
{
if (!conf.streaming_state_expires.equals(Objects.requireNonNull(duration, "duration")))
{
logger.info("Setting streaming_state_expires to {}", duration);
conf.streaming_state_expires = duration;
}
}
public static DataStorageSpec.LongBytesBound getStreamingStateSize()
{
return conf.streaming_state_size;
}
public static void setStreamingStateSize(DataStorageSpec.LongBytesBound duration)
{
if (!conf.streaming_state_size.equals(Objects.requireNonNull(duration, "duration")))
{
logger.info("Setting streaming_state_size to {}", duration);
conf.streaming_state_size = duration;
}
}
public static boolean getStreamingStatsEnabled()
{
return conf.streaming_stats_enabled;
}
public static void setStreamingStatsEnabled(boolean streamingStatsEnabled)
{
if (conf.streaming_stats_enabled != streamingStatsEnabled)
{
logger.info("Setting streaming_stats_enabled to {}", streamingStatsEnabled);
conf.streaming_stats_enabled = streamingStatsEnabled;
}
}
public static DurationSpec.IntSecondsBound getStreamingSlowEventsLogTimeout() {
return conf.streaming_slow_events_log_timeout;
}
public static void setStreamingSlowEventsLogTimeout(String value) {
DurationSpec.IntSecondsBound next = new DurationSpec.IntSecondsBound(value);
if (!conf.streaming_slow_events_log_timeout.equals(next))
{
logger.info("Setting streaming_slow_events_log to " + value);
conf.streaming_slow_events_log_timeout = next;
}
}
public static boolean isUUIDSSTableIdentifiersEnabled()
{
return conf.uuid_sstable_identifiers_enabled;
}
public static DurationSpec.LongNanosecondsBound getRepairStateExpires()
{
return conf.repair_state_expires;
}
public static void setRepairStateExpires(DurationSpec.LongNanosecondsBound duration)
{
if (!conf.repair_state_expires.equals(Objects.requireNonNull(duration, "duration")))
{
logger.info("Setting repair_state_expires to {}", duration);
conf.repair_state_expires = duration;
}
}
public static int getRepairStateSize()
{
return conf.repair_state_size;
}
public static void setRepairStateSize(int size)
{
if (conf.repair_state_size != size)
{
logger.info("Setting repair_state_size to {}", size);
conf.repair_state_size = size;
}
}
public static boolean topPartitionsEnabled()
{
return conf.top_partitions_enabled;
}
public static int getMaxTopSizePartitionCount()
{
return conf.max_top_size_partition_count;
}
public static void setMaxTopSizePartitionCount(int value)
{
conf.max_top_size_partition_count = value;
}
public static int getMaxTopTombstonePartitionCount()
{
return conf.max_top_tombstone_partition_count;
}
public static void setMaxTopTombstonePartitionCount(int value)
{
conf.max_top_tombstone_partition_count = value;
}
public static DataStorageSpec.LongBytesBound getMinTrackedPartitionSizeInBytes()
{
return conf.min_tracked_partition_size;
}
public static void setMinTrackedPartitionSizeInBytes(DataStorageSpec.LongBytesBound spec)
{
conf.min_tracked_partition_size = spec;
}
public static long getMinTrackedPartitionTombstoneCount()
{
return conf.min_tracked_partition_tombstone_count;
}
public static void setMinTrackedPartitionTombstoneCount(long value)
{
conf.min_tracked_partition_tombstone_count = value;
}
public static boolean getDumpHeapOnUncaughtException()
{
return conf.dump_heap_on_uncaught_exception;
}
/**
* @return Whether the path exists (be it created now or already prior)
*/
private static boolean maybeCreateHeapDumpPath()
{
if (!conf.dump_heap_on_uncaught_exception)
return false;
Path heap_dump_path = getHeapDumpPath();
if (heap_dump_path == null)
{
logger.warn("Neither -XX:HeapDumpPath nor cassandra.yaml:heap_dump_path are set; unable to create a directory to hold the output.");
return false;
}
if (PathUtils.exists(File.getPath(conf.heap_dump_path)))
return true;
return PathUtils.createDirectoryIfNotExists(File.getPath(conf.heap_dump_path));
}
/**
* As this is at its heart a debug operation (getting a one-shot heapdump from an uncaught exception), we support
* both the more evolved cassandra.yaml approach but also the -XX param to override it on a one-off basis so you don't
* have to change the full config of a node or a cluster in order to get a heap dump from a single node that's
* misbehaving.
* @return the absolute path of the -XX param if provided, else the heap_dump_path in cassandra.yaml
*/
public static Path getHeapDumpPath()
{
RuntimeMXBean runtimeMxBean = ManagementFactory.getRuntimeMXBean();
Optional pathArg = runtimeMxBean.getInputArguments().stream().filter(s -> s.startsWith("-XX:HeapDumpPath=")).findFirst();
if (pathArg.isPresent())
{
Pattern HEAP_DUMP_PATH_SPLITTER = Pattern.compile("HeapDumpPath=");
String fullHeapPathString = HEAP_DUMP_PATH_SPLITTER.split(pathArg.get())[1];
Path absolutePath = File.getPath(fullHeapPathString).toAbsolutePath();
Path basePath = fullHeapPathString.endsWith(".hprof") ? absolutePath.subpath(0, absolutePath.getNameCount() - 1) : absolutePath;
return File.getPath("/").resolve(basePath);
}
if (conf.heap_dump_path == null)
throw new ConfigurationException("Attempted to get heap dump path without -XX:HeapDumpPath or cassandra.yaml:heap_dump_path set.");
return File.getPath(conf.heap_dump_path);
}
public static void setDumpHeapOnUncaughtException(boolean enabled)
{
conf.dump_heap_on_uncaught_exception = enabled;
boolean pathExists = maybeCreateHeapDumpPath();
if (enabled && !pathExists)
{
logger.error("Attempted to enable heap dump but cannot create the requested path. Disabling.");
conf.dump_heap_on_uncaught_exception = false;
}
else
logger.info("Setting dump_heap_on_uncaught_exception to {}", enabled);
}
public static boolean getSStableReadRatePersistenceEnabled()
{
return conf.sstable_read_rate_persistence_enabled;
}
public static void setSStableReadRatePersistenceEnabled(boolean enabled)
{
if (enabled != conf.sstable_read_rate_persistence_enabled)
{
logger.info("Setting sstable_read_rate_persistence_enabled to {}", enabled);
conf.sstable_read_rate_persistence_enabled = enabled;
}
}
public static boolean getClientRequestSizeMetricsEnabled()
{
return conf.client_request_size_metrics_enabled;
}
public static void setClientRequestSizeMetricsEnabled(boolean enabled)
{
conf.client_request_size_metrics_enabled = enabled;
}
@VisibleForTesting
public static void resetSSTableFormats(Iterable factories, Config.SSTableConfig config)
{
sstableFormats = null;
selectedSSTableFormat = null;
applySSTableFormats(factories, config);
}
public static ImmutableMap> getSSTableFormats()
{
return Objects.requireNonNull(sstableFormats, "Forgot to initialize DatabaseDescriptor?");
}
public static SSTableFormat getSelectedSSTableFormat()
{
return Objects.requireNonNull(selectedSSTableFormat, "Forgot to initialize DatabaseDescriptor?");
}
@VisibleForTesting
public static void setSelectedSSTableFormat(SSTableFormat format)
{
selectedSSTableFormat = Objects.requireNonNull(format);
}
public static boolean getDynamicDataMaskingEnabled()
{
return conf.dynamic_data_masking_enabled;
}
public static void setDynamicDataMaskingEnabled(boolean enabled)
{
if (enabled != conf.dynamic_data_masking_enabled)
{
logger.info("Setting dynamic_data_masking_enabled to {}", enabled);
conf.dynamic_data_masking_enabled = enabled;
}
}
public static OptionalDouble getSeverityDuringDecommission()
{
return conf.severity_during_decommission > 0 ?
OptionalDouble.of(conf.severity_during_decommission) :
OptionalDouble.empty();
}
public static StorageCompatibilityMode getStorageCompatibilityMode()
{
// Config is null for junits that don't load the config. Get from env var that CI/build.xml sets
if (conf == null)
return CassandraRelevantProperties.JUNIT_STORAGE_COMPATIBILITY_MODE.getEnum(StorageCompatibilityMode.CASSANDRA_4);
else
return conf.storage_compatibility_mode;
}
public static ParameterizedClass getDefaultCompaction()
{
return conf != null ? conf.default_compaction : null;
}
public static DataStorageSpec.IntMebibytesBound getSAISegmentWriteBufferSpace()
{
return conf.sai_options.segment_write_buffer_size;
}
}
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