public void Ctor_IncompatibleSerializer_ExceptionThrown()
{
// use a string serializer for int clients
var settings = RedisSettings.Build()
.OverrideSerializer(new Mock <ISerializer <string> >().Object);
// prevent Reset() from actually trying to connect to redis
var clientMock = new Mock <RedisClient <int> >();
clientMock.Setup(c => c.Reset()).Callback(() => { });
Assert.Throws <ArgumentException>(() => clientMock.Object.ToString());
}
public Server()
{
string redisAddr = API.GetConvar("trackm_redis_addr", "127.0.0.1:6379");
SplitHostPort(redisAddr, out string redisHost, out int redisPort);
int redisDb = API.GetConvarInt("trackm_redis_db", 0);
var settings = RedisSettings.Build()
.Host(redisHost)
.Port(redisPort)
.ReconnectOnIdle(true)
.ReissueCommandsOnReconnect(false);
pool = new ThreadwisePool(settings, redisDb);
IRedisClient <string> client = pool.GetClient();
client.FlushDb();
updateInterval = API.GetConvarInt("trackm_update_interval", 1000);
if (updateInterval < MinimumUpdateInterval)
{
Debug.WriteLine("trackm_update_interval set too low ({0}ms) using minimum {1}ms.", updateInterval, MinimumUpdateInterval);
updateInterval = MinimumUpdateInterval;
}
movementThreshold = API.GetConvarInt("trackm_movement_threshold", 1);
if (movementThreshold < MinimumMovementThreshold)
{
Debug.WriteLine("trackm_movement_threshold set too low ({0}m) using minimum {1}m.", movementThreshold, MinimumMovementThreshold);
movementThreshold = MinimumMovementThreshold;
}
// clients deal with squared distances
movementThreshold *= movementThreshold;
// fivem events
EventHandlers["playerDropped"] += new Action <Player, string>(PlayerDropped);
// internal events
EventHandlers[Prefix + "register"] += new Action <Player, int, string, string>(Register);
EventHandlers[Prefix + "unregister"] += new Action <Player, int>(Unregister);
// public events
EventHandlers[Prefix + "Track"] += new Action <int, int>(Track);
EventHandlers[Prefix + "Untrack"] += new Action <int, int>(Untrack);
EventHandlers[Prefix + "MetadataGet"] += new Action <int, int, string, CallbackDelegate>(MetadataGet);
EventHandlers[Prefix + "MetadataSet"] += new Action <int, int, string, string>(MetadataSet);
EventHandlers[Prefix + "MetadataDelete"] += new Action <int, int, string>(MetadataDelete);
}
public static RedisClient getRedisClient()
{
var host = ConfigurationManager.AppSettings["redisHost"];
var port = ConfigurationManager.AppSettings["redisPort"];
var settings = RedisSettings.Build()
.Host(host)
.Port(Convert.ToInt32(port));
var client = new RedisClient(settings);
string dbIndex = ConfigurationManager.AppSettings["redisDB"];
client.Select(Convert.ToInt32(dbIndex));
return(client);
}
private WriterInfo createWriter(int bufferSize = 1024,
int?writerBufferSize = null)
{
var buffer = new byte[bufferSize];
var stream = new MemoryStream(buffer, true);
stream.SetLength(0);
var writer = writerBufferSize.HasValue ?
new RedisWriter(stream, RedisSettings.Build()
.WriteBufferSize(writerBufferSize.Value)) :
new RedisWriter(stream);
writer.AutoFlush = true;
return(new WriterInfo {
Writer = writer,
Stream = stream,
Buffer = buffer,
Mock = new Mock <ISerializer <string> >()
});
}
public void Init()
{
Builder = RedisSettings.Build();
}
public void Run()
{
// configure benchmark parameters here:
const int Instances = 7;
const int Iterations = 10000;
const bool QuietMode = false; // turn to false to make it wait for key inputs
Func <Job> getJob = () => new PingJob();
_settings = RedisSettings.Build()
.ReconnectOnIdle(false);
_pool = new RoundRobinPool <string>(_settings, Instances);
do
{
// setup
var options = TaskCreationOptions.LongRunning;
var tasks = Enumerable
.Range(0, Instances)
.Select(n => getJob())
.Select(job => new Task <BenchmarkResult>(
() => benchMark(job, Iterations), options))
.ToArray();
if (!QuietMode)
{
Console.WriteLine("{0} instances of `{1}` each doing {2} iterations.",
tasks.Count(),
getJob().Description,
Iterations);
Console.WriteLine("Hit any key to start.");
Console.ReadKey();
}
// starting
if (Instances == 1)
{
tasks.First().RunSynchronously();
}
else
{
Array.ForEach(tasks, t => t.Start());
}
Task.WaitAll(tasks);
// report time taken
if (!QuietMode)
{
Console.WriteLine("All done.");
var results = tasks.Select(t => t.Result);
foreach (var result in results)
{
Console.WriteLine("{0} : {1}ms",
result.Job.Description,
result.MillisecondsTaken);
}
var avg = results.Average(r => r.MillisecondsTaken);
var max = results.Max(r => r.MillisecondsTaken);
var min = results.Min(r => r.MillisecondsTaken);
Console.WriteLine("Maximum : {0}ms", max);
Console.WriteLine("Minimum : {0}ms", min);
Console.WriteLine("Average : {0}ms", avg);
Console.ReadKey();
}
} while (!QuietMode); // don't repeat in quietmode
}
public RedisConnectionFactory(RedisConnectionSettings connectionSettings)
{
var redisHost = string.IsNullOrEmpty(connectionSettings.Host)
? RedisConnectionSettings.DefaultHost
: connectionSettings.Host;
var redisPort = (connectionSettings.Port <= 0)
? RedisConnectionSettings.DefaultPort
: connectionSettings.Port;
var redisDatabase = (connectionSettings.Database < 0)
? RedisConnectionSettings.DefaultDatabase
: connectionSettings.Database;
var readBufferSize = (connectionSettings.ReadBufferSize <= 0)
? RedisConnectionSettings.DefaultReadBufferSize
: connectionSettings.ReadBufferSize;
var writeBufferSize = (connectionSettings.WriteBufferSize <= 0)
? RedisConnectionSettings.DefaultWriteBufferSize
: connectionSettings.WriteBufferSize;
var connectionTimeout = (connectionSettings.ConnectionTimeout < 0)
? RedisConnectionSettings.DefaultConnectionTimeout
: connectionSettings.ConnectionTimeout;
var maxReconnectRetries = (connectionSettings.MaxReconnectRetries <= 0)
? RedisConnectionSettings.DefaultMaxReconnectRetries
: connectionSettings.MaxReconnectRetries;
// Sider не работает, если PoolSize=1
var poolSize = (connectionSettings.PoolSize <= 0)
? RedisConnectionSettings.DefaultPoolSize
: Math.Max(connectionSettings.PoolSize, 2);
var redisSettings = RedisSettings.Build()
.Host(redisHost)
.Port(redisPort)
.ReadBufferSize(readBufferSize)
.WriteBufferSize(writeBufferSize)
.ConnectionTimeout(connectionTimeout)
.MaxReconnectRetries(maxReconnectRetries)
.ReconnectOnIdle(true)
.ReissueCommandsOnReconnect(true)
.ReissuePipelinedCallsOnReconnect(true)
.OverrideEncoding(Encoding.UTF8);
var redisPassword = connectionSettings.Password;
if (!string.IsNullOrEmpty(redisPassword))
{
_clientInitializer += c => c.Auth(redisPassword);
}
if (poolSize > 0)
{
_clientsPool = new Lazy <IClientsPool <string> >(() => new RoundRobinPool <string>(redisSettings, poolSize));
if (redisDatabase > 0)
{
_clientInitializer += c => c.Select(redisDatabase);
}
}
else
{
_clientsPool = new Lazy <IClientsPool <string> >(() => new ThreadwisePool <string>(redisSettings, (redisDatabase > 0) ? redisDatabase : default(int?)));
}
}
