public RemoteLockerTester(RemoteLockerTesterConfig config = null)
{
config = config ?? RemoteLockerTesterConfig.Default();
var localRivalOptimizationIsEnabled = config.LocalRivalOptimization != LocalRivalOptimization.Disabled;
var serializer = new Serializer(new AllPropertiesExtractor(), null, GroBufOptions.MergeOnRead);
ICassandraCluster cassandraCluster = new CassandraCluster(config.CassandraClusterSettings, logger);
if (config.CassandraFailProbability.HasValue)
{
cassandraCluster = new FailedCassandraCluster(cassandraCluster, config.CassandraFailProbability.Value);
}
var timestampProvider = new StochasticTimestampProvider(config.TimestampProviderStochasticType, config.LockTtl);
var implementationSettings = new CassandraRemoteLockImplementationSettings(timestampProvider, SingleCassandraNodeSetUpFixture.RemoteLockKeyspace, SingleCassandraNodeSetUpFixture.RemoteLockColumnFamily, config.LockTtl, config.LockMetadataTtl, config.KeepLockAliveInterval, config.ChangeLockRowThreshold);
var cassandraRemoteLockImplementation = new CassandraRemoteLockImplementation(cassandraCluster, serializer, implementationSettings);
remoteLockers = new RemoteLocker[config.LockersCount];
remoteLockerMetrics = new RemoteLockerMetrics("dummyKeyspace");
if (localRivalOptimizationIsEnabled)
{
var remoteLocker = new RemoteLocker(cassandraRemoteLockImplementation, remoteLockerMetrics, logger);
for (var i = 0; i < config.LockersCount; i++)
{
remoteLockers[i] = remoteLocker;
}
}
else
{
for (var i = 0; i < config.LockersCount; i++)
{
remoteLockers[i] = new RemoteLocker(new CassandraRemoteLockImplementation(cassandraCluster, serializer, implementationSettings), remoteLockerMetrics, logger);
}
}
// it is important to use another CassandraCluster (with another setting of attempts, for example)
cassandraRemoteLockImplementationForCheckings = new CassandraRemoteLockImplementation(new CassandraCluster(SingleCassandraNodeSetUpFixture.CreateCassandraClusterSettings(), logger), serializer, implementationSettings);
}
public IEventRepository CreateEventRepository(IShardCalculator shardCalculator, IEventRepositoryColumnFamilyFullNames columnFamilies, IEventLogProfiler profiler, TimeSpan eventsTtl)
{
var eventLogPointerCreator = new EventLogPointerCreator();
var remoteLockImplementation = new CassandraRemoteLockImplementation(cassandraCluster, serializer, CassandraRemoteLockImplementationSettings.Default(columnFamilies.RemoteLock.KeyspaceName, columnFamilies.RemoteLock.ColumnFamilyName));
var remoteLocker = new RemoteLocker(remoteLockImplementation, new RemoteLockerMetrics(columnFamilies.RemoteLock.KeyspaceName), logger);
var eventLoggerAdditionalInfoRepository = new EventLoggerAdditionalInfoRepository(cassandraCluster, serializer, remoteLocker, columnFamilies.EventLogAdditionalInfo, columnFamilies.EventLog);
var eventStorage = new EventStorage(columnFamilies.EventLog, eventLogPointerCreator, cassandraCluster, serializer);
Func <IQueueRaker> createQueueRaker = () => new QueueRaker(eventStorage, eventLoggerAdditionalInfoRepository, profiler, logger, eventsTtl);
var eventLogger = new EventLogger(cassandraCluster, serializer, columnFamilies.EventLog, eventLogPointerCreator, createQueueRaker, eventLoggerAdditionalInfoRepository, profiler, logger);
return(new EventRepository(eventTypeIdentifierProvider, eventLogger, shardCalculator, serializer));
}
public TestCounterRepository(ILog log,
ICassandraCluster cassandraCluster,
ISerializer serializer,
IGlobalTime globalTime,
IRtqSettings rtqSettings)
{
this.serializer = serializer;
this.globalTime = globalTime;
var keyspaceName = rtqSettings.QueueKeyspace;
cfConnection = cassandraCluster.RetrieveColumnFamilyConnection(keyspaceName, ColumnFamilyName);
var remoteLockImplementationSettings = CassandraRemoteLockImplementationSettings.Default(keyspaceName, RtqColumnFamilyRegistry.LocksColumnFamilyName);
var remoteLockImplementation = new CassandraRemoteLockImplementation(cassandraCluster, serializer, remoteLockImplementationSettings);
remoteLockCreator = new RemoteLocker(remoteLockImplementation, new RemoteLockerMetrics(keyspaceName), log);
}
private static IRemoteLockCreator[] PrepareRemoteLockCreators(int threadCount, LocalRivalOptimization localRivalOptimization, CassandraRemoteLockImplementation remoteLockImplementation)
{
var remoteLockCreators = new IRemoteLockCreator[threadCount];
var remoteLockerMetrics = new RemoteLockerMetrics(null);
if (localRivalOptimization == LocalRivalOptimization.Enabled)
{
var singleRemoteLocker = new RemoteLocker(remoteLockImplementation, remoteLockerMetrics, logger);
for (var i = 0; i < threadCount; i++)
{
remoteLockCreators[i] = singleRemoteLocker;
}
}
else
{
for (var i = 0; i < threadCount; i++)
{
remoteLockCreators[i] = new RemoteLocker(remoteLockImplementation, remoteLockerMetrics, logger);
}
}
return(remoteLockCreators);
}
public RemoteLockHandle(string lockId, string threadId, RemoteLocker remoteLocker)
{
LockId = lockId;
ThreadId = threadId;
this.remoteLocker = remoteLocker;
}
