public void ShouldQueueCandidatesForMobileVerificationReminders()
{
// Arrange.
var processor = new CandidateProcessor(
_mockLogger.Object,
_mockConfigurationService.Object,
_mockMessageBus.Object,
_mockUserReadRepository.Object,
_mockCandidateReadRepository.Object);
var candidates = new Fixture()
.Build <Domain.Entities.Candidates.Candidate>()
.CreateMany(5)
.ToList();
var candidateIds = new List <Guid>();
_mockCandidateReadRepository.Setup(mock =>
mock.GetCandidatesWithPendingMobileVerification())
.Returns(candidates.Select(c => c.EntityId));
_mockMessageBus.Setup(mock =>
mock.PublishMessages(It.IsAny <IEnumerable <CandidateHousekeeping> >()))
.Callback <IEnumerable <CandidateHousekeeping> >(messages => candidateIds.AddRange(messages.Select(cid => cid.CandidateId)));
// Act.
processor.QueueCandidates();
// Assert.
_mockMessageBus.Verify(mock =>
mock.PublishMessages(It.IsAny <IEnumerable <CandidateHousekeeping> >()), Times.Once);
candidateIds.Count().Should().Be(candidates.Count());
candidateIds.Should().BeEquivalentTo(candidates.Select(each => each.EntityId));
}
public void ShouldNotQueueCandidateTwice()
{
// Arrange.
var processor = new CandidateProcessor(
_mockLogger.Object,
_mockConfigurationService.Object,
_mockMessageBus.Object,
_mockUserReadRepository.Object,
_mockCandidateReadRepository.Object);
var users = new Fixture()
.Build <User>()
.CreateMany(2)
.ToList();
var candidates = new Fixture()
.Build <Domain.Entities.Candidates.Candidate>()
.CreateMany(3)
.ToList();
users.First().EntityId = candidates.Last().EntityId = Guid.NewGuid();
var candidateIds = new List <Guid>();
var userStatuses = new[] { UserStatuses.PendingActivation, UserStatuses.PendingDeletion };
var uniqueCandidateIds = candidates
.Select(each => each.EntityId)
.Union(users.Select(each => each.EntityId))
.ToList();
_mockUserReadRepository.Setup(mock =>
mock.GetUsersWithStatus(userStatuses))
.Returns(users.Select(u => u.EntityId));
_mockCandidateReadRepository.Setup(mock =>
mock.GetCandidatesWithPendingMobileVerification())
.Returns(candidates.Select(c => c.EntityId));
_mockMessageBus.Setup(mock =>
mock.PublishMessages(It.IsAny <IEnumerable <CandidateHousekeeping> >()))
.Callback <IEnumerable <CandidateHousekeeping> >(messages => candidateIds.AddRange(messages.Select(cid => cid.CandidateId)));
// Act.
processor.QueueCandidates();
// Assert.
_mockMessageBus.Verify(mock =>
mock.PublishMessages(It.IsAny <IEnumerable <CandidateHousekeeping> >()), Times.Once);
uniqueCandidateIds.Count().Should().Be(users.Count() + candidates.Count() - 1);
candidateIds.Count().Should().Be(uniqueCandidateIds.Count());
candidateIds.Should().BeEquivalentTo(uniqueCandidateIds);
}
public void ShouldQueueCandidatesPendingActivationDormantOrDeletion()
{
// Arrange.
var processor = new CandidateProcessor(
_mockLogger.Object,
_mockConfigurationService.Object,
_mockMessageBus.Object,
_mockUserReadRepository.Object,
_mockCandidateReadRepository.Object);
var users = new Fixture()
.Build <User>()
.CreateMany(5)
.ToList();
var candidateIds = new List <Guid>();
var userStatuses = new[] { UserStatuses.PendingActivation, UserStatuses.PendingDeletion };
_mockUserReadRepository.Setup(mock =>
mock.GetUsersWithStatus(userStatuses))
.Returns(users.Select(u => u.EntityId));
_mockMessageBus.Setup(mock =>
mock.PublishMessages(It.IsAny <IEnumerable <CandidateHousekeeping> >()))
.Callback <IEnumerable <CandidateHousekeeping> >(messages => candidateIds.AddRange(messages.Select(cid => cid.CandidateId)));
// Act.
processor.QueueCandidates();
// Assert.
_mockMessageBus.Verify(mock =>
mock.PublishMessages(It.IsAny <IEnumerable <CandidateHousekeeping> >()), Times.Once);
candidateIds.Count().Should().Be(users.Count());
candidateIds.Should().BeEquivalentTo(users.Select(each => each.EntityId));
}
