public void Should_observe_rfid_options_changes()
{
WithRfidService((storageService, rfidService) =>
{
var cps = new List <Checkpoint>();
MessageHub.Subscribe <Checkpoint>(x => cps.Add(x));
var tagListHandler = new SimulatorBuilder(storageService).Build();
// Rfid enabled, gather checkpoints with '1'
tagListHandler.ReturnContinuos(new Tag {
TagId = "1"
});
new Timing().Logger(Logger).Context("No Tag 1").Expect(() => cps.Count(x => x.RiderId == "1") > 0);
// Disable Rfid, wait for requests to stop for a second
storageService.UpdateRfidOptions(o => o.Enabled = false);
new Timing().Logger(Logger).Context("Did not stop rfid query").Expect(() =>
tagListHandler.TimeSinceLastRequest > TimeSpan.FromSeconds(1));
cps.Clear();
// Now return checkpoints with '2', enable rfid and wait for them
tagListHandler.ReturnContinuos(new Tag {
TagId = "2"
});
storageService.UpdateRfidOptions(o => o.Enabled = true);
new Timing().Logger(Logger).Context("No Tag 2").Expect(() => cps.Count(x => x.RiderId == "2") > 0);
});
}
public void Should_persist_tags_and_checkpoints()
{
WithRfidService((storageService, rfidService) =>
{
storageService.UpdateRfidOptions(x => x.PersistTags = true);
var tagListHandler = new SimulatorBuilder(storageService).Build();
tagListHandler.ReturnOnce(new Tag {
TagId = "1"
});
new Timing()
.FailureDetails(() => storageService.ListCheckpoints().Count.ToString())
.Expect(() => storageService.ListCheckpoints().Count(y => !y.Aggregated) == 1);
// Need to wait before advance, to prevent race between Advance and checkpoint code in RfidService
SystemClock.Advance();
tagListHandler.ReturnOnce(new Tag {
TagId = "1"
});
new Timing()
.FailureDetails(() => storageService.ListCheckpoints().Count.ToString())
.Expect(() => storageService.ListCheckpoints().Count(y => !y.Aggregated) == 2);
new Timing()
.FailureDetails(() => storageService.ListTags().Count.ToString())
.Expect(() => storageService.ListTags().Count == 2);
});
}
public void Should_emit_tag_reading_statistics()
{
WithRfidService((storageService, rfidService) =>
{
SystemClock.UseRealClock();
var cps = new List <Checkpoint>();
MessageHub.Subscribe <Checkpoint>(x => cps.Add(x));
var tagListHandler = new SimulatorBuilder(storageService).Build();
tagListHandler.ReturnContinuos(new Tag {
TagId = "1"
});
new Timing().Logger(Logger)
.Expect(() => cps.Any(x => x.RiderId == "1" &&
x.Aggregated && x.Count > 1));
});
}
public void Should_store_checkpoint_before_emitting_to_observable()
{
WithRfidService((storageService, rfidService) =>
{
var tagListHandler = new SimulatorBuilder(storageService).Build();
List <Checkpoint> cps = null;
MessageHub.Subscribe <Checkpoint>(x => cps = storageService.ListCheckpoints());
tagListHandler.ReturnOnce(new Tag {
TagId = "1"
});
new Timing().Logger(Logger).Expect(() => cps != null);
cps.Count.Should().Be(1);
cps[0].RiderId.Should().Be("1");
});
}
public void AgePersonOneMonth_ShouldSetPersonAgeTo100_WhenPersonAgeIs99()
{
var person = new Person()
{
Age = 99
};
var simulator = new SimulatorBuilder()
.AddLogs(new List <Log>())
.AddReports(new Dictionary <int, IReportEntry>())
.AddStarterPeople(GenderType.Male, 1)
.AddStarterPeople(GenderType.Female, 1)
.AddRandomNumberGenerator(new Random())
.Build();
var sut = person.Age;
sut = simulator.IncrementPersonAgeOneMonth(sut);
sut.Should().Be(100);
}