public void ScheduleCAnBeStartedAndStopped()
{
var scheduleName = "testSchedule";
var delay = 10;
var chainName1 = "testChain";
var chainName2 = "testChain2";
var chains = new[]
{
new MultipleSinkChain("id1", chainName1, new NullSource(), new ISnapshotConsumer[] {}),
new MultipleSinkChain("id2", chainName2, new NullSource(), new ISnapshotConsumer[] {})
};
var config = new ScheduleElement(scheduleName, delay, string.Join(",", chainName1, chainName2));
var schedule = new Schedule(config, chains);
var tokenSource = new CancellationTokenSource();
var cancellationToken = tokenSource.Token;
var task = Task.Factory.StartNew(() => schedule.Start(cancellationToken), cancellationToken);
Thread.Sleep(1000);
tokenSource.Cancel();
task.Wait();
}
public void ScheduleCanBeInstantiatedUsingConfiguration()
{
var scheduleName = "testSchedule";
var delay = 10;
var chainName1 = "testChain";
var chainName2 = "testChain2";
var chains = new[]
{
new MultipleSinkChain("id1", chainName1, new NullSource(), new ISnapshotConsumer[] {}),
new MultipleSinkChain("id2", chainName2, new NullSource(), new ISnapshotConsumer[] {})
};
var config = new ScheduleElement(scheduleName, delay, string.Join(",", "id1", "id2"));
var schedule = new Schedule(config, chains);
Assert.AreEqual(scheduleName, schedule.Name);
Assert.AreEqual(delay * 1000, schedule.Delay);
Assert.AreEqual(2, schedule.Chains.Count());
}
public void SchedulesCanBeRunOnce()
{
var scheduleName = "testSchedule";
var delay = 10;
var chainName1 = "testChain";
var chainName2 = "testChain2";
var chains = new[]
{
new MultipleSinkChain("id1", chainName1, new NullSource(), new ISnapshotConsumer[] {}),
new MultipleSinkChain("id2", chainName2, new NullSource(), new ISnapshotConsumer[] {})
};
var config = new ScheduleElement(scheduleName, delay, string.Join(",", chainName1, chainName2));
var schedule = new Schedule(config, chains);
schedule.RunOnce();
// mock out source, sink and assert
}
