protected CommonExecutorTest()
{
JobRepository = new InMemoryJobRepository(TimeProvider);
SemaphoreRepository = new InMemorySemaphoreRepository(TimeProvider);
CommandRepository = new InMemoryCommandRepository();
_mockLogging = new Mock <ILogging>(MockBehavior.Loose);
}
public ExecutorRetryTest()
{
JobRepository = new InMemoryJobRepository(TimeProvider);
SemaphoreRepository = new InMemorySemaphoreRepository(TimeProvider);
CommandRepository = new InMemoryCommandRepository();
retryPlugin = new Mock <DummyRetry>(MockBehavior.Loose, RetryPluginUrn, TimeProvider, Logging)
{
CallBase = true
};
}
public void WhenSkipLimitIsReachedThrowException()
{
// Using an in-memory job repository in order to increment exception count
var inMemoryJobRepo = new InMemoryJobRepository();
var step = FakeStep <string, string> .Create("step1");
step.WithChunkSize(10);
step.SkipLimit(5)
.SkippableExceptions(typeof(Exception));
step.MockReader.Setup(r => r.Read(It.IsAny <long>(), It.IsAny <int>())).Throws <FlatFileParseException>();
Assert.Throws <FlatFileParseException>(() => step.Process(new StepContext(), inMemoryJobRepo));
}
protected CommonPlannerTest()
{
JobRepository = new InMemoryJobRepository(TimeProvider);
AutoMapperHelper.EnsureInitialization();
}
public override void OneTimeSetUp()
{
AutoMapperHelper.EnsureInitialization();
JobRepository = _inMemoryJobRepository = new InMemoryJobRepository(TimeProvider);
}
