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 TimerViewModel(MultiTimer timer)
{
this.timer = timer;
timer.PropertyChanged += OnTimerPropertyChanged;
ToggleState = new ToggleTimerStateCommand(timer);
}
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);
}
}
public LocationService()
{
this.ContactAddedHandler = ContactAddedHandlerInternal;
this.ContactRemovedHandler = ContactRemovedHandlerInternal;
this.scheme = System.Text.Encoding.UTF8.GetBytes(@"sip");
this.timer = new MultiTimer <ByteArrayPart>(RemoveExpiredBindings, 16384,
false, ByteArrayPartEqualityComparer.GetStaticInstance());
this.bindingsByAor = new Dictionary <ByteArrayPart, Bindings>();
this.bindingsByConnectionId = new ThreadSafe.Dictionary <int, ByteArrayPart>(16384);
this.sync = timer;
}
public LocationService()
{
this.ContactAddedHandler = ContactAddedHandlerInternal;
this.ContactRemovedHandler = ContactRemovedHandlerInternal;
this.scheme = System.Text.Encoding.UTF8.GetBytes(@"sip");
this.timer = new MultiTimer<ByteArrayPart>(RemoveExpiredBindings, 16384,
false, ByteArrayPartEqualityComparer.GetStaticInstance());
this.bindingsByAor = new Dictionary<ByteArrayPart, Bindings>();
this.bindingsByConnectionId = new ThreadSafe.Dictionary<int, ByteArrayPart>(16384);
this.sync = timer;
}
private void InitializeTimers()
{
timerA = new MultiTimer <int>(TimerA, capacity);
timerB = new MultiTimer <int>(TimerB, capacity, 64 * T1);
timerD = new MultiTimer <int>(TimerD, capacity, 32000);
timerE = new MultiTimer <int>(TimerE, capacity);
timerF = new MultiTimer <int>(TimerF, capacity, 64 * T1);
timerG = new MultiTimer <int>(TimerG, capacity);
timerH = new MultiTimer <int>(TimerH, capacity, 64 * T1);
timerI = new MultiTimer <int>(TimerI, capacity, T4);
timerJ = new MultiTimer <int>(TimerJ, capacity, 64 * T1);
timerK = new MultiTimer <int>(TimerK, capacity, T4);
}
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);
}
}
public async void CountRemainingTimeCorrectly(int[] intervals, long expectedRemaining)
{
var precision = 100;
var multiTimer = new MultiTimer(new HeartBit(precision), intervals);
Assert.Null(multiTimer.RemainingTicks);
var evt = new ManualResetEvent(false);
Exception ex = null;
multiTimer.PropertyChanged += (o, e) =>
{
if (e.PropertyName == nameof(multiTimer.RemainingTicks) && multiTimer.State != TimerState.Stopped)
{
try
{
Assert.True(multiTimer.RemainingTicks >= 0);
Assert.Equal(expectedRemaining--, multiTimer.RemainingTicks);
Assert.Equal(TimerState.Running, multiTimer.State);
}
catch (Exception ae)
{
ex = ae;
}
}
else if (e.PropertyName == nameof(multiTimer.State))
{
if (multiTimer.State == TimerState.Stopped)
{
Assert.Equal(0, multiTimer.RemainingTicks);
evt.Set();
}
}
};
multiTimer.Start();
var result = evt.WaitOne(TimeSpan.FromMilliseconds(precision * (expectedRemaining + 1) * 10));
if (ex != null)
{
throw ex;
}
Assert.Null(ex);
Assert.True(result);
await Task.Delay(precision);
Assert.Null(multiTimer.RemainingTicks);
Assert.Equal(-1, expectedRemaining);
}
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()
{
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 SimpleModule(IEqualityComparer <string> comparer)
{
int capacity = 16384;
InvalidEtag = int.MinValue;
publications = new ThreadSafe.Dictionary <string, Publication>(
new Dictionary <string, Publication>(comparer));
publicationTimer = new MultiTimer <PublicationExpiresKey>(
PulicationExpired, capacity, true,
new PublicationExpiresKeyEqualityComparer());
subscriptionTimer = new MultiTimer <SubscriptionExpiresKey>(
SubscriptionExpired, capacity, true,
new SubscriptionExpiresKeyEqualityComparer());
}
public AccountFiles(string fileName, Action <int, string> readFile)
: base(fileName)
{
this.readFile = readFile;
this.files = new HashSet <string>();
this.timer = new MultiTimer <int>(Timer_Elapsed, 256, true, 500);
this.ignoreWatcher = new HashSet <int>();
this.watcher = new FileSystemWatcher(RootDirectory);
this.watcher.Changed += Watcher_Changed;
this.watcher.Created += Watcher_Changed;
this.watcher.Deleted += Watcher_Changed;
this.watcher.Renamed += Watcher_Renamed;
this.watcher.NotifyFilter = NotifyFilters.LastWrite | NotifyFilters.CreationTime | NotifyFilters.FileName | NotifyFilters.DirectoryName;
this.watcher.IncludeSubdirectories = true;
this.watcher.EnableRaisingEvents = true;
}
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 AccountFiles(string fileName, Action<int, string> readFile)
: base(fileName)
{
this.readFile = readFile;
this.files = new HashSet<string>();
this.timer = new MultiTimer<int>(Timer_Elapsed, 256, true, 500);
this.ignoreWatcher = new HashSet<int>();
this.watcher = new FileSystemWatcher(RootDirectory);
this.watcher.Changed += Watcher_Changed;
this.watcher.Created += Watcher_Changed;
this.watcher.Deleted += Watcher_Changed;
this.watcher.Renamed += Watcher_Renamed;
this.watcher.NotifyFilter = NotifyFilters.LastWrite | NotifyFilters.CreationTime | NotifyFilters.FileName | NotifyFilters.DirectoryName;
this.watcher.IncludeSubdirectories = true;
this.watcher.EnableRaisingEvents = true;
}
public async void RaiseProperTimeouts(int[] intervals, TimeoutKind[] expectedKinds)
{
var precision = 100;
var actualKinds = new List <TimeoutKind>();
var multiTimer = new MultiTimer(new HeartBit(precision), intervals);
multiTimer.TimeoutOccured += (o, e) => actualKinds.Add(e);
multiTimer.Start();
Assert.Equal(TimerState.Running, multiTimer.State);
await Task.Delay(intervals.Select(x => (x + 1) * precision).Sum() + precision);
Assert.Equal(TimerState.Stopped, multiTimer.State);
string Contact <T>(IEnumerable <T> source)
{
return(source.Aggregate(new StringBuilder(), (sb, x) => sb.AppendFormat("{0} ", x)).ToString());
}
Assert.Equal(Contact(expectedKinds), Contact(actualKinds));
}
public App()
{
InitializeComponent();
var botherer = new Botherer(Tizen.System.Vibrator.Vibrators[0]);
var timer = new MultiTimer(new HeartBit(1000), intervals);
timer.TimeoutOccured += async(o, kind) =>
{
switch (kind)
{
case TimeoutKind.First:
await botherer.Disturb();
break;
case TimeoutKind.Subsequent:
await botherer.Bother();
break;
case TimeoutKind.Last:
await botherer.Disturb();
break;
default:
throw new ArgumentOutOfRangeException(nameof(kind), kind, "Unexpected timeout kind!");
}
};
MainPage = new TimerView()
{
BindingContext = new TimerViewModel(timer)
};
}
public AjaxWebsocket()
{
sessions = new ThreadSafeDictionary<int, Session>();
timer = new MultiTimer<int>(KeepConnectionTimer, 1024, 20000);
}
public AjaxWebsocket()
{
sessions = new ThreadSafeDictionary <int, Session>();
timer = new MultiTimer <int>(KeepConnectionTimer, 1024, 20000);
}
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);
}
}
public ToggleTimerStateCommand(MultiTimer timer)
{
this.timer = timer;
this.timer.PropertyChanged += TimerOnPropertyChanged;
UpdateTitle();
}
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);
}
}
