public void Should_execute_services_in_parallel()
{
_target = new MultiPollerService(new Func<IService>[] {
() => new TestService("S1", _log),
() => new TestService("S2", _log)
}, TimeSpan.Zero);
_target.Start();
Thread.Sleep(45 * TestSlowness);
_target.Stop();
_log.ToArray().Should().Have.SameSequenceAs(new[] {
"S1: create",
"S2: create",
"S1: work",
"S2: work",
"S1: work",
"S2: work",
"S1: work",
"S2: work",
"S1: work",
"S2: work",
"S1: work",
"S2: work"
});
}
public void Failing_service_should_not_interfere_with_other_services()
{
_target = new MultiPollerService(new Func<IService>[] {
() => new TestService("S1", _log),
() => new TestService("S2", _log) { ExceptionFreq = 1 },
}, TimeSpan.Zero);
_target.Start();
Thread.Sleep(45 * TestSlowness);
_target.Stop();
_log.Where(x=>x.StartsWith("S1")).Should().Have.SameSequenceAs(new[] {
"S1: create",
"S1: work",
"S1: work",
"S1: work",
"S1: work",
"S1: work"
});
}
public void Should_reinit_after_exception()
{
_target = new MultiPollerService(new Func<IService>[] {
() => new TestService("S1", _log) { ExceptionFreq = 2 }
}, TimeSpan.Zero);
_target.Start();
Thread.Sleep(45 * TestSlowness);
_target.Stop();
_log.ToArray().Should().Have.SameSequenceAs(new[] {
"S1: create",
"S1: work",
"S1: exception",
"S1: create",
"S1: work",
"S1: exception",
"S1: create",
"S1: work"
});
}