public void It_should_corect_work_when_internal_state_reused()
{
results.Clear();
using (var timer = new MultiTimer <int>(MultiTimerCalback, 256))
{
int id1 = timer.Add(300, Environment.TickCount + 300);
int id2 = timer.Add(300, Environment.TickCount + 300);
int id3 = timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Remove(id1);
timer.Remove(id2);
timer.Remove(id3);
timer.Add(600, Environment.TickCount + 600);
timer.Add(600, Environment.TickCount + 600);
timer.Add(600, Environment.TickCount + 600);
Validate(6);
}
}
public void It_should_stop_timer_by_param()
{
results.Clear();
using (var timer = new MultiTimer <long>(MultiTimerCalback, 256, true))
{
long[] param = new long[6];
int id1 = timer.Add(700, param[0] = Environment.TickCount + 700);
int id2 = timer.Add(500, param[1] = Environment.TickCount + 500);
int id3 = timer.Add(200, param[2] = Environment.TickCount + 200);
int id4 = timer.Add(600, param[3] = Environment.TickCount + 600);
int id5 = timer.Add(300, param[4] = Environment.TickCount + 300);
int id6 = timer.Add(100, param[5] = Environment.TickCount + 100);
timer.Remove(param[0]);
timer.Remove(param[2]);
timer.Remove(param[4]);
Validate(3);
Assert.AreEqual((int)param[5], results[0].Expected);
Assert.AreEqual((int)param[1], results[1].Expected);
Assert.AreEqual((int)param[3], results[2].Expected);
}
}
private void FileChanged(int accountId)
{
bool removed;
lock (ignoreWatcher)
removed = ignoreWatcher.Remove(accountId);
if (removed == false)
{
timer.RemoveByParam(accountId);
timer.Add(accountId);
}
}
public void It_should_call_remove_by_id_if_T_is_int()
{
results.Clear();
using (var timer = new MultiTimer <int>(MultiTimerCalback, 256, true))
{
int id = timer.Add(100, 12345);
timer.RemoveByParam(12345);
Thread.Sleep(200);
Assert.AreEqual(0, results.Count);
}
}
private void ContactAddedHandlerInternal(Bindings bindings, Binding binding, SipMessageReader request)
{
timer.Add(binding.Expires * 1000, bindings.Aor);
if (binding.ConnectionAddresses.Transport == Transports.Tcp || binding.ConnectionAddresses.Transport == Transports.Tls)
{
bindingsByConnectionId.Replace(binding.ConnectionAddresses.ConnectionId, bindings.Aor);
}
if (bindings.IsNew)
{
AorAdded(bindings.Aor);
}
ContactAdded(bindings.Aor, binding, request);
}
public void It_should_callback_after_due_time_for_same_delay()
{
results.Clear();
using (var timer = new MultiTimer<int>(MultiTimerCalback, 256))
{
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
Validate(6);
}
}
public void It_should_callback_after_due_time()
{
results.Clear();
using (var timer = new MultiTimer<int>(MultiTimerCalback, 256))
{
timer.Add(700, Environment.TickCount + 700);
timer.Add(500, Environment.TickCount + 500);
timer.Add(200, Environment.TickCount + 200);
timer.Add(600, Environment.TickCount + 600);
timer.Add(300, Environment.TickCount + 300);
timer.Add(100, Environment.TickCount + 100);
Validate(6);
}
}
public void It_should_callback_after_due_time_for_same_delay()
{
results.Clear();
using (var timer = new MultiTimer <int>(MultiTimerCalback, 256))
{
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
Validate(6);
}
}
public void It_should_callback_after_due_time()
{
results.Clear();
using (var timer = new MultiTimer <int>(MultiTimerCalback, 256))
{
timer.Add(700, Environment.TickCount + 700);
timer.Add(500, Environment.TickCount + 500);
timer.Add(200, Environment.TickCount + 200);
timer.Add(600, Environment.TickCount + 600);
timer.Add(300, Environment.TickCount + 300);
timer.Add(100, Environment.TickCount + 100);
Validate(6);
}
}
public void It_should_stop_timer_by_id()
{
results.Clear();
using (var timer = new MultiTimer<int>(MultiTimerCalback, 256))
{
int id1 = timer.Add(700, Environment.TickCount + 700);
int id2 = timer.Add(500, Environment.TickCount + 500);
int id3 = timer.Add(200, Environment.TickCount + 200);
int id4 = timer.Add(600, Environment.TickCount + 600);
int id5 = timer.Add(300, Environment.TickCount + 300);
int id6 = timer.Add(100, Environment.TickCount + 100);
timer.Remove(id1);
timer.Remove(id3);
timer.Remove(id5);
Validate(3);
}
}
public void It_should_stop_timer_by_id()
{
results.Clear();
using (var timer = new MultiTimer <int>(MultiTimerCalback, 256))
{
int id1 = timer.Add(700, Environment.TickCount + 700);
int id2 = timer.Add(500, Environment.TickCount + 500);
int id3 = timer.Add(200, Environment.TickCount + 200);
int id4 = timer.Add(600, Environment.TickCount + 600);
int id5 = timer.Add(300, Environment.TickCount + 300);
int id6 = timer.Add(100, Environment.TickCount + 100);
timer.Remove(id1);
timer.Remove(id3);
timer.Remove(id5);
Validate(3);
}
}
public void It_should_stop_timer_by_param()
{
results.Clear();
using (var timer = new MultiTimer<long>(MultiTimerCalback, 256, true))
{
long[] param = new long[6];
int id1 = timer.Add(700, param[0] = Environment.TickCount + 700);
int id2 = timer.Add(500, param[1] = Environment.TickCount + 500);
int id3 = timer.Add(200, param[2] = Environment.TickCount + 200);
int id4 = timer.Add(600, param[3] = Environment.TickCount + 600);
int id5 = timer.Add(300, param[4] = Environment.TickCount + 300);
int id6 = timer.Add(100, param[5] = Environment.TickCount + 100);
timer.Remove(param[0]);
timer.Remove(param[2]);
timer.Remove(param[4]);
Validate(3);
Assert.AreEqual((int)param[5], results[0].Expected);
Assert.AreEqual((int)param[1], results[1].Expected);
Assert.AreEqual((int)param[3], results[2].Expected);
}
}
public void It_should_corect_work_when_internal_state_reused()
{
results.Clear();
using (var timer = new MultiTimer<int>(MultiTimerCalback, 256))
{
int id1 = timer.Add(300, Environment.TickCount + 300);
int id2 = timer.Add(300, Environment.TickCount + 300);
int id3 = timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Add(300, Environment.TickCount + 300);
timer.Remove(id1);
timer.Remove(id2);
timer.Remove(id3);
timer.Add(600, Environment.TickCount + 600);
timer.Add(600, Environment.TickCount + 600);
timer.Add(600, Environment.TickCount + 600);
Validate(6);
}
}
public void It_should_call_remove_by_id_if_T_is_int()
{
results.Clear();
using (var timer = new MultiTimer<int>(MultiTimerCalback, 256, true))
{
int id = timer.Add(100, 12345);
timer.RemoveByParam(12345);
Thread.Sleep(200);
Assert.AreEqual(0, results.Count);
}
}
private void DoWork(int transactionKId, int action)
{
if ((action & Transaction.Action.StartTimerA1) > 0)
{
timerA.Add(T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerA2) > 0)
{
timerA.Add(2 * T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerA3) > 0)
{
timerA.Add(4 * T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerA4) > 0)
{
timerA.Add(8 * T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerG1) > 0)
{
timerG.Add(T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerG2) > 0)
{
timerG.Add(2 * T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerG3) > 0)
{
timerG.Add(4 * T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerG4) > 0)
{
timerG.Add(8 * T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerE1) > 0)
{
timerE.Add(T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerE2) > 0)
{
timerE.Add(2 * T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerE3) > 0)
{
timerE.Add(4 * T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerE4) > 0)
{
timerE.Add(8 * T1, transactionKId);
}
if ((action & Transaction.Action.StartTimerB) > 0)
{
timerB.Add(transactionKId);
}
if ((action & Transaction.Action.StartTimerD) > 0)
{
timerD.Add(transactionKId);
}
if ((action & Transaction.Action.StartTimerF) > 0)
{
timerF.Add(transactionKId);
}
if ((action & Transaction.Action.StartTimerH) > 0)
{
timerH.Add(transactionKId);
}
if ((action & Transaction.Action.StartTimerI) > 0)
{
timerI.Add(transactionKId);
}
if ((action & Transaction.Action.StartTimerJ) > 0)
{
timerJ.Add(transactionKId);
}
if ((action & Transaction.Action.StartTimerK) > 0)
{
timerK.Add(transactionKId);
}
}
public int ProcessConnection(Connection connection)
{
Session session = null;
int sessionId = GetSessionId(connection.HttpReader);
if (sessionId == Session.InvalidId)
{
if (connection.HttpReader.Method == Methods.Get)
{
session = new Session(GenerateSessionId(connection.HttpReader));
session.StoreAddresses(connection);
lock (session)
{
sessions.Add(session.Id, session);
SendJsonMessage(session);
}
}
else
{
SendResponse(connection, StatusCodes.NotAcceptable);
}
}
else if (sessions.TryGetValue(sessionId, out session))
{
if (connection.HttpReader.Method == Methods.Get)
{
lock (session)
{
if (session.IsConnected)
{
SendEmptyMessage(session);
}
session.StoreAddresses(connection);
var e = session.GetOutgoingMessage();
if (e != null)
{
SendSipEventArgs(e, session);
}
else
{
session.TimerId = timer.Add(session.Id);
}
}
}
else if (connection.HttpReader.Method == Methods.Post)
{
SendResponse(connection, StatusCodes.OK);
}
else
{
session = null;
SendResponse(connection, StatusCodes.NotAcceptable);
}
}
else
{
SendResponse(connection, StatusCodes.Gone);
}
return((session != null) ? session.Id : Session.InvalidId);
}