public void RemovedBrokenAssocationStops()
{
var service = TestSchedules.CreateServiceWithAssociation();
Assert.True(service.HasAssociations());
service.Associations[0].AsDynamic().Stop = null;
var stop = TestSchedules.CreateResolvedDepartureStop(service);
var notBroken = FilterBroken(new [] { stop });
Assert.False(notBroken[0].Service.HasAssociations());
}
public async Task DeparturesNowSetsReturnedCancelledFlag()
{
var returnedStop = TestSchedules.CreateResolvedDepartureStop(isCancelled: true);
var data = CreateStubDataWithFindDepartures(returnedStops: new [] { returnedStop });
var controller = new DeparturesController(data, FilterFactory, _config.CreateMapper(), Substitute.For <ILogger>());
var response = await controller.Departures("SUR", returnCancelledServices : true) as ObjectResult;
Assert.Equal(200, response.StatusCode);
var services = response.Value as Model.FoundSummaryResponse;
Assert.Single(services.Services);
Assert.True(services.Services[0].Service.IsCancelled);
}
public void BrokenAssociationsNotRemovedFromStopsIfReturningDebugResponses()
{
var service1 = TestSchedules.CreateServiceWithAssociation();
var stop1 = TestSchedules.CreateResolvedDepartureStop(service1);
Assert.True(stop1.Service.HasAssociations());
service1.Associations[0].AsDynamic().Stop = null;
var service2 = TestSchedules.CreateService("Z98765");
var stop2 = TestSchedules.CreateResolvedDepartureStop(service2);
var filters = new ServiceFilters(true, Substitute.For <ILogger>());
var filtered = filters.Filter(new [] { stop1, stop2 }, true);
Assert.True(stop1.Service.HasAssociations());
}
public void FilterStopsAlsoRemovesBrokenAssociations()
{
var service1 = TestSchedules.CreateServiceWithAssociation();
var stop1 = TestSchedules.CreateResolvedDepartureStop(service1);
Assert.True(stop1.Service.HasAssociations());
service1.Associations[0].AsDynamic().Stop = null;
var service2 = TestSchedules.CreateService("Z98765");
var stop2 = TestSchedules.CreateResolvedDepartureStop(service2);
var filters = CreateFilter();
var filtered = filters.Filter(new [] { stop1, stop2 }, true);
Assert.False(stop1.Service.HasAssociations());
}
private static ILocationData CreateStubDataWithFindDepartures(string atLocation = null, DateTime?atTime = null,
GatherConfiguration config = null, FindStatus returnedStatus = FindStatus.Success, ResolvedServiceStop[] returnedStops = null)
{
atLocation = atLocation ?? Arg.Any <string>();
atTime = atTime ?? Arg.Any <DateTime>();
config = config ?? Arg.Any <GatherConfiguration>();
returnedStops = returnedStops ?? new [] { TestSchedules.CreateResolvedDepartureStop() };
var data = Substitute.For <ILocationData>();
data.FindDepartures(atLocation, atTime.Value, config)
.Returns((returnedStatus, returnedStops));
data.Filters
.Returns(Timetable.Test.Data.Filters.Instance);
return(data);
}
public void MultipleDepartureStopsCancelled()
{
ResolvedServiceStop[] services =
{
TestSchedules.CreateResolvedDepartureStop("A98765"),
TestSchedules.CreateResolvedDepartureStop(isCancelled: true),
TestSchedules.CreateResolvedDepartureStop("Z12345"),
TestSchedules.CreateResolvedDepartureStop("X98765", isCancelled: true)
};
var notCancelled = FilterCancelled(services);
Assert.Equal(2, notCancelled.Length);
Assert.Contains(services[0], notCancelled);
Assert.Contains(services[2], notCancelled);
}
public void DedupMultipleDifferentDepartureStops()
{
ResolvedServiceStop[] services =
{
TestSchedules.CreateResolvedDepartureStop("A98765"),
TestSchedules.CreateResolvedDepartureStop(isCancelled: true),
TestSchedules.CreateResolvedDepartureStop("Z12345"),
TestSchedules.CreateResolvedDepartureStop("X98765", isCancelled: true)
};
var deduped = Deduplicate(services);
Assert.Equal(2, deduped.Length);
Assert.Contains(services[0], deduped);
Assert.Contains(services[2], deduped);
}
private ResolvedServiceStop CreateClaphamResolvedStop(bool isCancelled = false)
{
return(TestSchedules.CreateResolvedDepartureStop(atLocation: TestStations.ClaphamJunction, when: TestSchedules.TenSixteen, isCancelled: isCancelled));
}
