public TwoLayerCache(TwoLayerCacheConfiguration configuration)
{
_log = configuration.Log;
_memoryCache = configuration.MemoryCache;
_clientId = configuration.ClientId;
_serializer = configuration.Serializer;
_database = configuration.Database;
_expirationEnabled = configuration.ExpirationEnabled;
_useSlidingExpiration = configuration.UseSlidingExpiration;
_expiration = configuration.Expiration;
_appendAdditionalKeys = configuration.AppendAdditionalKeys;
_appendAdditionalValues = configuration.AppendAdditionalValues;
_redisGet = configuration.RedisGet;
_redisGetAsync = configuration.RedisGetAsync;
_redisGetMany = configuration.RedisGetMany;
_redisGetManyAsync = configuration.RedisGetManyAsync;
_putScript = configuration.PutScript;
_removeScript = configuration.RemoveScript;
_logErrorMessage = configuration.LogErrorMessage;
_regionKey = configuration.RegionKey;
_usePipelining = configuration.UsePipelining;
_maxSynchronizationTime = configuration.MaxSynchronizationTime;
var connectionMultiplexer = configuration.ConnectionMultiplexer;
var invalidationChannel = string.Concat("{", configuration.RegionKey, "}@", "Invalidation");
_invalidationChannel = invalidationChannel;
connectionMultiplexer.GetSubscriber().Subscribe(invalidationChannel).OnMessage((Action <ChannelMessage>)OnInvalidationMessage);
connectionMultiplexer.ConnectionFailed += OnConnectionFailed;
connectionMultiplexer.ErrorMessage += OnErrorMessage;
connectionMultiplexer.ConnectionRestored += OnConnectionRestored;
}
/// <inheritdoc />
public TwoLayerCacheRegionStrategy(
IConnectionMultiplexer connectionMultiplexer,
RedisCacheRegionConfiguration configuration,
RegionMemoryCacheBase memoryCache,
IDictionary <string, string> properties)
: base(connectionMultiplexer, configuration, properties)
{
var usePipelining = GetBoolean("cache.region_strategy.two_layer_cache.use_pipelining", properties, false);
Log.Debug("Use pipelining for region {0}: {1}", RegionName, usePipelining);
var clientId = GetInteger("cache.region_strategy.two_layer_cache.client_id", properties, Guid.NewGuid().GetHashCode());
Log.Debug("Client id for region {0}: {1}", RegionName, clientId);
var maxSynchronizationTime = GetTimeSpanFromSeconds(
"cache.region_strategy.two_layer_cache.max_synchronization_time", properties, TimeSpan.FromSeconds(10));
Log.Debug("Max synchronization time for region {0}: {1} seconds", RegionName, maxSynchronizationTime.TotalSeconds);
_twoLayerCache = new TwoLayerCache(new TwoLayerCacheConfiguration
{
ConnectionMultiplexer = connectionMultiplexer,
RegionKey = RegionKey,
MemoryCache = memoryCache,
Expiration = Expiration,
Serializer = Serializer,
UseSlidingExpiration = UseSlidingExpiration,
Log = Log,
Database = Database,
PutScript = PutScript,
AppendAdditionalValues = AppendAdditionalValues,
ExpirationEnabled = ExpirationEnabled,
AppendAdditionalKeys = AppendAdditionalKeys,
RemoveScript = RemoveScript,
RedisGet = base.ExecuteGet,
RedisGetAsync = base.ExecuteGetAsync,
RedisGetMany = base.ExecuteGetMany,
RedisGetManyAsync = base.ExecuteGetManyAsync,
LogErrorMessage = LogErrorMessage,
UsePipelining = usePipelining,
ClientId = clientId,
MaxSynchronizationTime = maxSynchronizationTime
});
// Initialize the version here as OnVersionUpdate was already called in the
// DefaultRegionStrategy constructor
_twoLayerCache.OnVersionUpdate(-1, CurrentVersion);
}
/// <inheritdoc />
public DistributedLocalCacheRegionStrategy(
IConnectionMultiplexer connectionMultiplexer,
RedisCacheRegionConfiguration configuration,
RegionMemoryCacheBase memoryCache,
IDictionary <string, string> properties)
: base(connectionMultiplexer, configuration, properties)
{
var lockConfiguration = configuration.LockConfiguration;
var acquireTimeout = lockConfiguration.AcquireTimeout;
var retryTimes = lockConfiguration.RetryTimes;
var maxRetryDelay = lockConfiguration.MaxRetryDelay;
var minRetryDelay = lockConfiguration.MinRetryDelay;
var lockRetryDelayProvider = lockConfiguration.RetryDelayProvider;
_usePipelining = GetBoolean("cache.region_strategy.distributed_local_cache.use_pipelining", properties, false);
Log.Debug("Use pipelining for region {0}: {1}", RegionName, _usePipelining);
_clientId = GetInteger("cache.region_strategy.distributed_local_cache.client_id", properties, Guid.NewGuid().GetHashCode());
Log.Debug("Client id for region {0}: {1}", RegionName, _clientId);
_maxSynchronizationTime = GetTimeSpanFromSeconds(
"cache.region_strategy.distributed_local_cache.max_synchronization_time", properties, TimeSpan.FromSeconds(10));
Log.Debug("Max synchronization time for region {0}: {1} seconds", RegionName, _maxSynchronizationTime.TotalSeconds);
_memoryCache = memoryCache;
_synchronizationChannel = string.Concat("{", configuration.RegionKey, "}@", "Synchronization");
_lockValueProvider = lockConfiguration.ValueProvider;
_lockKeySuffix = lockConfiguration.KeySuffix;
_lockAcquireTimeout = lockConfiguration.AcquireTimeout;
_lockKeyTimeout = lockConfiguration.KeyTimeout;
_retryPolicy = new RetryPolicy <string, Func <object> >(
retryTimes,
acquireTimeout,
() => lockRetryDelayProvider.GetValue(minRetryDelay, maxRetryDelay)
)
.ShouldRetry(s => s == null)
.OnFailure(OnFailedLock);
_subscriber = ConnectionMultiplexer.GetSubscriber();
ConnectionMultiplexer.ConnectionFailed += OnConnectionFailed;
ConnectionMultiplexer.ConnectionRestored += OnConnectionRestored;
ConnectionMultiplexer.ErrorMessage += OnErrorMessage;
_subscriber.Subscribe(_synchronizationChannel).OnMessage((Action <ChannelMessage>)OnSynchronizationMessage);
_subscriber.Subscribe(GetClientChannel(_clientId)).OnMessage((Action <ChannelMessage>)OnPrivateMessage);
}