public ESBClient(string _registryRedisAddr, ESBOptions options)
{
options.redisPort = options.redisPort > 0 ? options.redisPort : 6379;
options.publisherPort = options.redisPort > 0 ? options.publisherPort : random.Next(7000, 8000);
options.maxInactiveTimeInMsBeforeReconnect = options.maxInactiveTimeInMsBeforeReconnect > 0 ? options.maxInactiveTimeInMsBeforeReconnect : 15000;
Init(_registryRedisAddr, options);
}
void Init(string _registryRedisAddr, ESBOptions options)
{
lastESBServerActiveTime = DateTime.Now;
isReady = false;
guid = genGuid();
log.InfoFormat("new ESBClient {0}", guid);
registryRedisAddr = _registryRedisAddr;
redis = new RedisClient(registryRedisAddr, options.redisPort);
responses = new ConcurrentDictionary <string, ResponseStruct>();
InvokeCallBag = new List <BlockingCollection <Message> >();
localMethods = new Dictionary <string, LocalInvokeMethod>();
subscribeCallbacks = new Dictionary <string, Dictionary <string, SubscribeCallback> >();
channels = new List <string>();
publisherPort = options.publisherPort;
publisher = new Publisher(GetFQDN(), publisherPort);
isWork = true;
maxInactiveTimeInMsBeforeReconnect = options.maxInactiveTimeInMsBeforeReconnect;
while (isConnecting || !Connect())
{
Thread.Sleep(250);
}
log.InfoFormat("Connected with Publisher Port : {0}", publisherPort);
(new Thread(new ThreadStart(MainLoop))).Start();
var cpus = Environment.ProcessorCount;
var workers = cpus * Paragonex.Common.Helpers.Configuration.GetAppConfigValue <int>("WorkersCoresMultiplier", 1);
log.InfoFormat("Machine have {0} cores, using {1} workers", cpus, workers);
workerList = new List <Thread>();
for (var i = 0; i < workers; i++)
{
InvokeCallBag.Add(new BlockingCollection <Message>());
var t = new Thread(new ParameterizedThreadStart(InvokeCallWorker));
workerList.Add(t);
t.Start(i);
}
Ping();
}
public ESBClient(string _registryRedisAddr, ESBOptions options)
{
options.redisPort = options.redisPort > 0 ? options.redisPort : 6379;
options.publisherPort = options.redisPort > 0 ? options.publisherPort : random.Next(7000, 8000);
options.maxInactiveTimeInMsBeforeReconnect = options.maxInactiveTimeInMsBeforeReconnect > 0 ? options.maxInactiveTimeInMsBeforeReconnect : 15000;
Init(_registryRedisAddr, options);
}
void Init(string _registryRedisAddr, ESBOptions options)
{
lastESBServerActiveTime = DateTime.Now;
isReady = false;
guid = genGuid();
log.InfoFormat("new ESBClient {0}", guid);
registryRedisAddr = _registryRedisAddr;
redis = new RedisClient(registryRedisAddr, options.redisPort);
responses = new ConcurrentDictionary<string, ResponseStruct>();
InvokeCallBag = new List<BlockingCollection<Message>>();
localMethods = new Dictionary<string, LocalInvokeMethod>();
subscribeCallbacks = new Dictionary<string, Dictionary<string, SubscribeCallback>>();
channels = new List<string>();
publisherPort = options.publisherPort;
publisher = new Publisher(GetFQDN(), publisherPort);
isWork = true;
maxInactiveTimeInMsBeforeReconnect = options.maxInactiveTimeInMsBeforeReconnect;
while (isConnecting || !Connect())
{
Thread.Sleep(250);
}
log.InfoFormat("Connected with Publisher Port : {0}", publisherPort);
(new Thread(new ThreadStart(MainLoop))).Start();
var cpus = Environment.ProcessorCount;
var workers = cpus*Paragonex.Common.Helpers.Configuration.GetAppConfigValue<int>("WorkersCoresMultiplier", 1);
log.InfoFormat("Machine have {0} cores, using {1} workers", cpus, workers);
workerList = new List<Thread>();
for (var i = 0; i < workers; i++)
{
InvokeCallBag.Add(new BlockingCollection<Message>());
var t = new Thread(new ParameterizedThreadStart(InvokeCallWorker));
workerList.Add(t);
t.Start(i);
}
Ping();
}