public void ReturnsTheCorrectNextScheduleWhenRunComplete()
{
var startDate = DateTime.UtcNow.AddMilliseconds(-7);
var dates = new Queue<DateTime>(new[]
{
startDate,
startDate.AddSeconds(7),
startDate.AddSeconds(10),
startDate.AddSeconds(14),
startDate.AddSeconds(17),
});
var jobs = new[] { new WaitJob(10), new WaitJob(7), new WaitJob(17) };
var scheduler = new Scheduler(jobs, dates.Dequeue);
var firstSchedule = scheduler.Next();
firstSchedule.Job.Execute();
firstSchedule.SetRunComplete();
var secondSchedule = scheduler.Next();
secondSchedule.SetRunComplete();
var thirdSchedule = scheduler.Next();
thirdSchedule.SetRunComplete();
var fourthSchedule = scheduler.Next();
fourthSchedule.SetRunComplete();
Assert.Equal(7, ((WaitJob)firstSchedule.Job).Id);
Assert.Equal(10, ((WaitJob)secondSchedule.Job).Id);
Assert.Equal(7, ((WaitJob)thirdSchedule.Job).Id);
Assert.Equal(17, ((WaitJob)fourthSchedule.Job).Id);
}
public void ReturnsTheScheduleWithTheLowestRunTime()
{
var jobOne = new Mock<IJob>();
jobOne.Setup(j => j.Interval).Returns(TimeSpan.FromSeconds(10));
var jobTwo = new Mock<IJob>();
jobTwo.Setup(j => j.Interval).Returns(TimeSpan.FromSeconds(7));
var jobThree = new Mock<IJob>();
jobThree.Setup(j => j.Interval).Returns(TimeSpan.FromSeconds(27));
var jobs = new[] { jobOne.Object, jobTwo.Object, jobThree.Object };
var scheduler = new Scheduler(jobs);
var schedule = scheduler.Next();
Assert.Equal(jobTwo.Object, schedule.Job);
}
public void Given_scheduler_with_some_work()
{
var ctx = new TestWorkContext();
_scheduler = new Scheduler(ctx);
_scheduler.Schedule("Foo1", () => { _foo1WorkDone = true; }, TimeSpan.FromMinutes(10));
_scheduler.Schedule("Foo2", () => { _foo2WorkDone = true; }, TimeSpan.FromMinutes(10));
// Lest ensure that all workitems
// are applicable for schedule
ctx.MoveToTommorrow();
_scheduler.Start();
Wait.Unitl(() => _scheduler.Stats.RunningJobs + _scheduler.Stats.ScheduledJobs == 0);
}
public WMCDataSource()
{
SHA256 sha = SHA256Managed.Create();
// This is the magic way to get R/W access to the database. Cannot be guaranteed to work in future versions of windows
string providerName = Encoding.Unicode.GetString(Convert.FromBase64String("QQBuAG8AbgB5AG0AbwB1AHMAIQBVAHMAZQByAA=="));
string epgClientID = ObjectStore.GetClientId(true);
byte[] epgBytes = Encoding.Unicode.GetBytes(epgClientID);
byte[] epgHashed = sha.ComputeHash(epgBytes);
string providerPassword = Convert.ToBase64String(epgHashed);
os = ObjectStore.Open(providerName, providerPassword);
recScheduler = new Scheduler(os, ScheduleConflictSource.AutomaticUpdate);
channels = new Lazy<List<Channel>>(GetAllChannels);
}
protected TestContainerDiscoverer(
IServiceProvider serviceProvider,
ITestsService testsService,
TestSettingsProvider testSettingsProvider,
ITestLogger logger
)
{
Logger = logger;
try
{
TestSettingsProvider = testSettingsProvider;
TestAdapterInfo = CreateTestAdapterInfo();
Containers = new TestContainerList(this);
ServiceProvider = serviceProvider;
_testsService = testsService;
SolutionListener = new SolutionListener(serviceProvider);
SolutionListener.SolutionLoaded += OnSolutionLoaded;
SolutionListener.SolutionUnloaded += OnSolutionUnloaded;
SolutionListener.ProjectChanged += OnSolutionProjectChanged;
SolutionListener.StartListening();
ProjectListener = new ProjectListener(serviceProvider, Logger);
ProjectListener.FileAdded += (source, e) => OnProjectFileAdded(e.Project, e.File);
ProjectListener.FileRemoved += (source, e) => OnProjectFileRemoved(e.Project, e.File);
ProjectListener.FileRenamed += (source, e) => OnProjectFileRenamed(e.Project, e.OldFile, e.NewFile);
ProjectListener.StartListening();
RunScheduler = new Scheduler(250, RunTestsInternal);
RefreshTestContainersScheduler = new Scheduler<string>(250, RefreshTestContainersInternal);
Logger.Debug("TestContainerDiscoverer created");
}
catch (Exception ex)
{
Logger.Error(ex);
throw;
}
}
public void CustomScheduler ()
{
// some test runners (e.g. Touch.Unit) will execute this on the main thread and that would lock them
if (!Thread.CurrentThread.IsBackground)
Assert.Ignore ("Current thread is not running in the background.");
var a = new Scheduler ("a");
var b = new Scheduler ("b");
var t = TestCS (a, b);
Assert.IsTrue (t.Wait (3000), "#0");
Assert.AreEqual (0, t.Result, "#1");
Assert.AreEqual (0, b.InlineCalls, "#2b");
Assert.IsTrue (a.QueueCalls == 1 || a.QueueCalls == 2, "#3a");
Assert.AreEqual (1, b.QueueCalls, "#3b");
}
public void ChangementResultat(object sender, Scheduler.EventArgsResultat e)
{
LabelCouverture.Text = e.Couverture;
}
public void TestInitialize() {
_scheduler = new Scheduler<AbstractViewModel>();
_scheduler.Interval = 1000;
}
public RemoteMetricsContext(Scheduler scheduler, Uri remoteUri, TimeSpan updateInterval, Func<string, JsonMetricsContext> deserializer)
{
this.scheduler = scheduler;
this.scheduler.Start(updateInterval, c => UpdateMetrics(remoteUri, deserializer, c));
}
