public void when_connected_then_pulses_system_date_as_datetimeoffset()
{
var clock = new Subject<DateTimeOffset>();
var stream = new EventStream();
var converter = new ClockImpulses(Mock.Of<IClock>(x => x.Tick == clock));
converter.Connect(stream);
var tick = DateTimeOffset.Parse("2013/4/3 10:30:20-0300");
var actual = DateTimeOffset.MinValue;
stream.Of<IImpulse<DateTimeOffset>>().Where(x => x.Topic == Topics.System.Date).Subscribe(x => actual = x.Payload);
clock.OnNext(tick);
Assert.Equal(tick, actual);
}
public void when_connected_then_pulses_system_time_as_timespan()
{
var clock = new Subject<DateTimeOffset>();
var stream = new EventStream();
var converter = new ClockImpulses(Mock.Of<IClock>(x => x.Tick == clock));
converter.Connect(stream);
var actual = TimeSpan.Zero;
var tick = DateTime.Parse("10:30:20");
stream.Of<IImpulse<TimeSpan>>().Where(x => x.Topic == Topics.System.Time).Subscribe(x => actual = x.Payload);
clock.OnNext(tick);
Assert.Equal(new TimeSpan(tick.Hour, tick.Minute, tick.Second), actual);
}
public void when_connected_then_pulses_system_datetime_as_individual_components(string date, string topic, int expected)
{
var clock = new Subject<DateTimeOffset>();
var stream = new EventStream();
var converter = new ClockImpulses(Mock.Of<IClock>(x => x.Tick == clock));
converter.Connect(stream);
var tick = DateTime.Parse(date);
var actual = 0;
stream.Of<IImpulse<int>>().Where(x => x.Topic == topic).Subscribe(x => actual = x.Payload);
clock.OnNext(tick);
Assert.Equal(expected, actual);
}
