public static void Default()
{
var verify = new ThreadedQueueProcessorParameters
{
PreservePartitioning = true,
MinThreads = 4,
MaxThreads = 8,
MaxThreadsPerClient = null,
BoostBarrier = 4
};
var send = new ThreadedQueueProcessorParameters
{
MinThreads = 4,
MaxThreads = 100,
MaxThreadsPerClient = 2,
BoostBarrier = 2,
PreservePartitioning = true
};
var unzip = new ThreadedQueueProcessorParameters
{
MinThreads = 4,
MaxThreads = 8,
MaxThreadsPerClient = 1,
BoostBarrier = 4,
PreservePartitioning = true
};
var perms = new Dictionary <string, DfsPermissions>
{
{ "Realm", DfsPermissions.All },
{ "Shard", DfsPermissions.Shard }
};
Dfs = new DfsServerConfiguration
{
WebServerUrl = "http://localhost:52357",
Port = 0xAceF,
Path = "E:\\Ace-Dfs-Store\\",
ShareSaveInterval = 30_000,
PingInterval = 10_000,
FileTransferTimeout = 60_000,
SendQueue = send,
VerifyQueue = verify,
UnzipQueue = unzip,
RolePermissions = perms
};
Dfs.ExternalWebServerUrl = Dfs.WebServerUrl;
}
internal static void Test(ThreadedQueueProcessorParameters args, int count, int size, int delayMin = 50, int delayMax = 120)
{
var counters = new int[count];
var p = Get(args, counters);
p.Initialize();
var tasks = new List <Task>();
for (int i = 0; i < count; i++)
{
tasks.Add(Task.Factory.StartNew((a) => Pipe(p, (int)a, size, delayMin, delayMax), i));
}
Task.WaitAll(tasks.ToArray());
while (p.Pending != 0)
{
Console.WriteLine($"Pending {p.Pending}, {p.Threads}T");
Thread.Sleep(50);
}
for (int i = 0; i < count; i++)
{
Debug.Assert(counters[i] == size);
}
Console.WriteLine("OK");
}
internal static ThreadedQueueProcessor <DummyWorkItem> Get(ThreadedQueueProcessorParameters args, int[] counters)
{
return(new ThreadedQueueProcessor <DummyWorkItem>(args, new DummyWorker(counters)));
}