public IsIdentifiableHost(
[NotNull] GlobalOptions globals,
[NotNull] IsIdentifiableServiceOptions serviceOpts
)
: base(globals)
{
_consumerOptions = globals.IsIdentifiableOptions;
string classifierTypename = globals.IsIdentifiableOptions.ClassifierType;
string dataDirectory = globals.IsIdentifiableOptions.DataDirectory;
if (string.IsNullOrWhiteSpace(classifierTypename))
{
throw new ArgumentException("No IClassifier has been set in options. Enter a value for ClassifierType", nameof(globals));
}
if (string.IsNullOrWhiteSpace(dataDirectory))
{
throw new ArgumentException("A DataDirectory must be set", nameof(globals));
}
var objectFactory = new MicroserviceObjectFactory();
var classifier = objectFactory.CreateInstance <IClassifier>(classifierTypename, typeof(IClassifier).Assembly, new DirectoryInfo(dataDirectory), serviceOpts);
if (classifier == null)
{
throw new TypeLoadException($"Could not find IClassifier Type { classifierTypename }");
}
_producerModel = RabbitMqAdapter.SetupProducer(globals.IsIdentifiableOptions.IsIdentifiableProducerOptions, isBatch: false);
Consumer = new IsIdentifiableQueueConsumer(_producerModel, globals.FileSystemOptions.FileSystemRoot, globals.FileSystemOptions.ExtractRoot, classifier);
}
/// <summary>
/// Starts up service and begins listening with the <see cref="Consumer"/>
/// </summary>
public override void Start()
{
FansiImplementations.Load();
IRDMPPlatformRepositoryServiceLocator repositoryLocator = Globals.RDMPOptions.GetRepositoryProvider();
var startup = new Startup(new EnvironmentInfo("netcoreapp2.2"), repositoryLocator);
var toMemory = new ToMemoryCheckNotifier();
startup.DoStartup(toMemory);
foreach (CheckEventArgs args in toMemory.Messages.Where(m => m.Result == CheckResult.Fail))
{
Logger.Log(LogLevel.Warn, args.Ex, args.Message);
}
_fileMessageProducer = RabbitMqAdapter.SetupProducer(Globals.CohortExtractorOptions.ExtractFilesProducerOptions, isBatch: true);
IProducerModel fileMessageInfoProducer = RabbitMqAdapter.SetupProducer(Globals.CohortExtractorOptions.ExtractFilesInfoProducerOptions, isBatch: false);
InitializeExtractionSources(repositoryLocator);
Consumer = new ExtractionRequestQueueConsumer(Globals.CohortExtractorOptions, _fulfiller, _auditor, _pathResolver, _fileMessageProducer, fileMessageInfoProducer);
RabbitMqAdapter.StartConsumer(_consumerOptions, Consumer, isSolo: false);
}
public override void Start()
{
Logger.Info("Starting dead letter consumer");
Guid consumerId = RabbitMqAdapter.StartConsumer(Globals.DeadLetterReprocessorOptions.DeadLetterConsumerOptions, _deadLetterQueueConsumer, true);
do
{
Thread.Sleep(1000);
} while (_deadLetterQueueConsumer.MessagesInQueue());
Logger.Info("DLQ empty, stopping consumer");
RabbitMqAdapter.StopConsumer(consumerId, Smi.Common.RabbitMqAdapter.DefaultOperationTimeout);
if (_cliOptions.StoreOnly)
{
Logger.Debug("StoreOnly specified, stopping");
Stop("DLQ empty");
}
else
{
Logger.Info("Republishing messages");
_deadLetterRepublisher.RepublishMessages(_cliOptions.ReprocessFromQueue, _cliOptions.FlushMessages);
Logger.Info("Total messages republished: " + _deadLetterRepublisher.TotalRepublished);
Stop("Reprocess completed");
}
}
public void SendHeader()
{
var o = new GlobalOptionsFactory().Load();
var consumerOptions = new ConsumerOptions();
consumerOptions.QueueName = "TEST.HeaderPreservationTest_Read1";
consumerOptions.AutoAck = false;
consumerOptions.QoSPrefetchCount = 1;
TestConsumer consumer;
using (var tester = new MicroserviceTester(o.RabbitOptions, consumerOptions))
{
var header = new MessageHeader();
header.MessageGuid = Guid.Parse("5afce68f-c270-4bf3-b327-756f6038bb76");
header.Parents = new[] { Guid.Parse("12345678-c270-4bf3-b327-756f6038bb76"), Guid.Parse("87654321-c270-4bf3-b327-756f6038bb76") };
tester.SendMessage(consumerOptions, header, new TestMessage()
{
Message = "hi"
});
consumer = new TestConsumer();
var a = new RabbitMqAdapter(o.RabbitOptions.CreateConnectionFactory(), "TestHost");
a.StartConsumer(consumerOptions, consumer);
TestTimelineAwaiter awaiter = new TestTimelineAwaiter();
awaiter.Await(() => consumer.Failed || consumer.Passed, "timed out", 5000);
a.Shutdown(RabbitMqAdapter.DefaultOperationTimeout);
}
Assert.IsTrue(consumer.Passed);
}
public override void Start()
{
IRDMPPlatformRepositoryServiceLocator repositoryLocator = Globals.RDMPOptions.GetRepositoryProvider();
Consumer = new UpdateValuesQueueConsumer(Globals.UpdateValuesOptions, repositoryLocator.CatalogueRepository);
RabbitMqAdapter.StartConsumer(Globals.UpdateValuesOptions, Consumer, isSolo: false);
}
public DeadLetterReprocessorHost(GlobalOptions globals, DeadLetterReprocessorCliOptions cliOptions)
: base(globals)
{
var deadLetterStore = new MongoDeadLetterStore(globals.MongoDatabases.DeadLetterStoreOptions, Globals.RabbitOptions.RabbitMqVirtualHost);
_deadLetterQueueConsumer = new DeadLetterQueueConsumer(deadLetterStore, globals.DeadLetterReprocessorOptions);
_deadLetterRepublisher = new DeadLetterRepublisher(deadLetterStore, RabbitMqAdapter.GetModel("DeadLetterRepublisher"));
_cliOptions = cliOptions;
}
public void SetUpSuite()
{
TestLogger.Setup();
GlobalOptions = new GlobalOptionsFactory().Load();
var testConnectionFactory = new ConnectionFactory
{
HostName = GlobalOptions.RabbitOptions.RabbitMqHostName,
Port = GlobalOptions.RabbitOptions.RabbitMqHostPort,
VirtualHost = GlobalOptions.RabbitOptions.RabbitMqVirtualHost,
UserName = GlobalOptions.RabbitOptions.RabbitMqUserName,
Password = GlobalOptions.RabbitOptions.RabbitMqPassword
};
_testConnection = testConnectionFactory.CreateConnection("TestConnection");
TestModel = _testConnection.CreateModel();
TestModel.ConfirmSelect();
IBasicProperties props = TestModel.CreateBasicProperties();
props.ContentEncoding = "UTF-8";
props.ContentType = "application/json";
props.Persistent = true;
TestModel.ExchangeDeclare(TestDlExchangeName, "topic", true);
TestModel.QueueDeclare(TestDlQueueName, true, false, false);
TestModel.QueueBind(TestDlQueueName, TestDlExchangeName, RabbitMqAdapter.RabbitMqRoutingKey_MatchAnything);
var queueProps = new Dictionary <string, object>
{
{ "x-dead-letter-exchange", TestDlExchangeName }
};
TestModel.ExchangeDeclare(RejectExchangeName, "direct", true);
TestModel.QueueDeclare(RejectQueueName, true, false, false, queueProps);
TestModel.QueueBind(RejectQueueName, RejectExchangeName, TestRoutingKey);
TestModel.ExchangeDeclare(GlobalOptions.RabbitOptions.RabbitMqControlExchangeName, "topic", true);
TestModel.ExchangeDeclare(GlobalOptions.RabbitOptions.FatalLoggingExchange, "direct", true);
TestProducer = new ProducerModel(RejectExchangeName, TestModel, props);
_messageRejectorOptions = new ConsumerOptions
{
QueueName = RejectQueueName,
QoSPrefetchCount = 1,
AutoAck = false
};
PurgeQueues();
_testAdapter = new RabbitMqAdapter(GlobalOptions.RabbitOptions.CreateConnectionFactory(), "TestHost");
}
/// <summary>
/// Start processing messages
/// </summary>
public override void Start()
{
Logger.Info("Starting consumers");
foreach (IMongoDbPopulatorMessageConsumer consumer in Consumers)
{
RabbitMqAdapter.StartConsumer(consumer.ConsumerOptions, consumer, isSolo: false);
}
Logger.Info("Consumers successfully started");
}
public MicroserviceTester(RabbitOptions rabbitOptions, params ConsumerOptions[] peopleYouWantToSendMessagesTo)
{
CleanUpAfterTest = true;
_adapter = new RabbitMqAdapter(rabbitOptions.CreateConnectionFactory(), "TestHost");
Factory = new ConnectionFactory
{
HostName = rabbitOptions.RabbitMqHostName,
Port = rabbitOptions.RabbitMqHostPort,
VirtualHost = rabbitOptions.RabbitMqVirtualHost,
UserName = rabbitOptions.RabbitMqUserName,
Password = rabbitOptions.RabbitMqPassword
};
using (var con = Factory.CreateConnection())
using (var model = con.CreateModel())
{
//get rid of old exchanges
model.ExchangeDelete(rabbitOptions.RabbitMqControlExchangeName);
//create a new one
model.ExchangeDeclare(rabbitOptions.RabbitMqControlExchangeName, ExchangeType.Topic, true);
//setup a sender chanel for each of the consumers you want to test sending messages to
foreach (ConsumerOptions consumer in peopleYouWantToSendMessagesTo)
{
if (!consumer.QueueName.Contains("TEST."))
{
consumer.QueueName = consumer.QueueName.Insert(0, "TEST.");
}
var exchangeName = consumer.QueueName.Replace("Queue", "Exchange");
//terminate any old queues / exchanges
model.ExchangeDelete(exchangeName);
model.QueueDelete(consumer.QueueName);
_declaredExchanges.Add(exchangeName);
//Create a binding between the exchange and the queue
model.ExchangeDeclare(exchangeName, ExchangeType.Direct, true); //durable seems to be needed because RabbitMQAdapter wants it?
model.QueueDeclare(consumer.QueueName, true, false, false); //shared with other users
model.QueueBind(consumer.QueueName, exchangeName, "");
_declaredQueues.Add(consumer.QueueName);
//Create a producer which can send to the
var producerOptions = new ProducerOptions
{
ExchangeName = exchangeName
};
_sendToConsumers.Add(consumer, _adapter.SetupProducer(producerOptions, true));
}
}
}
public override void Start()
{
Logger.Debug("Starting host");
_jobWatcher.Start();
// TODO(rkm 2020-03-02) Once this is transactional, we can have one "master" service which actually does the job checking
RabbitMqAdapter.StartConsumer(Globals.CohortPackagerOptions.ExtractRequestInfoOptions, _requestInfoMessageConsumer, isSolo: true);
RabbitMqAdapter.StartConsumer(Globals.CohortPackagerOptions.FileCollectionInfoOptions, _fileCollectionMessageConsumer, isSolo: true);
RabbitMqAdapter.StartConsumer(Globals.CohortPackagerOptions.NoVerifyStatusOptions, _anonFailedMessageConsumer, isSolo: true);
RabbitMqAdapter.StartConsumer(Globals.CohortPackagerOptions.VerificationStatusOptions, _anonVerificationMessageConsumer, isSolo: true);
}
public IdentifierMapperHost(GlobalOptions options, ISwapIdentifiers swapper = null)
: base(options)
{
_consumerOptions = options.IdentifierMapperOptions;
FansiImplementations.Load();
if (swapper == null)
{
Logger.Info("Not passed a swapper, creating one of type " + options.IdentifierMapperOptions.SwapperType);
_swapper = ObjectFactory.CreateInstance <ISwapIdentifiers>(options.IdentifierMapperOptions.SwapperType, typeof(ISwapIdentifiers).Assembly);
}
else
{
_swapper = swapper;
}
// If we want to use a Redis server to cache answers then wrap the mapper in a Redis caching swapper
if (!string.IsNullOrWhiteSpace(options.IdentifierMapperOptions.RedisConnectionString))
{
try
{
_swapper = new RedisSwapper(options.IdentifierMapperOptions.RedisConnectionString, _swapper);
}
catch (RedisConnectionException e)
{
// NOTE(rkm 2020-03-30) Log & throw! I hate this, but if we don't log here using NLog, then the exception will bubble-up
// and only be printed to STDERR instead of to the log file and may be lost
Logger.Error(e, "Could not connect to Redis");
throw;
}
}
_swapper.Setup(_consumerOptions);
Logger.Info($"Swapper of type {_swapper.GetType()} created");
// Batching now handled implicitly as backlog demands
_producerModel = RabbitMqAdapter.SetupProducer(options.IdentifierMapperOptions.AnonImagesProducerOptions, isBatch: true);
Consumer = new IdentifierMapperQueueConsumer(_producerModel, _swapper)
{
AllowRegexMatching = options.IdentifierMapperOptions.AllowRegexMatching
};
// Add our event handler for control messages
AddControlHandler(new IdentifierMapperControlMessageHandler(_swapper));
}
public void RabbitAvailable()
{
var options = new GlobalOptionsFactory().Load();
var rabbitOptions = options.RabbitOptions;
Console.WriteLine("Checking the following configuration:" + Environment.NewLine + rabbitOptions);
try
{
var adapter = new RabbitMqAdapter(rabbitOptions.CreateConnectionFactory(), "TestHost");
}
catch (Exception)
{
Assert.Fail("Could not access Rabbit MQ Server");
}
Assert.Pass();
}
public DicomTagReaderHost(GlobalOptions options)
: base(options)
{
if (!Directory.Exists(options.FileSystemOptions.FileSystemRoot))
{
throw new ArgumentException("Cannot find the FileSystemRoot specified in the given MicroservicesOptions (" + options.FileSystemOptions.FileSystemRoot + ")");
}
Logger.Debug("Creating DicomTagReaderHost with FileSystemRoot: " + options.FileSystemOptions.FileSystemRoot);
Logger.Debug("NackIfAnyFileErrors option set to " + options.DicomTagReaderOptions.NackIfAnyFileErrors);
IProducerModel seriesProducerModel;
IProducerModel imageProducerModel;
try
{
Logger.Debug("Creating seriesProducerModel with ExchangeName: " + options.DicomTagReaderOptions.SeriesProducerOptions.ExchangeName);
seriesProducerModel = RabbitMqAdapter.SetupProducer(options.DicomTagReaderOptions.SeriesProducerOptions, true);
Logger.Debug("Creating imageProducerModel with ExchangeName: " + options.DicomTagReaderOptions.ImageProducerOptions.ExchangeName);
imageProducerModel = RabbitMqAdapter.SetupProducer(options.DicomTagReaderOptions.ImageProducerOptions, true);
}
catch (Exception e)
{
throw new ApplicationException("Couldn't create series producer model on startup", e);
}
Logger.Debug("Creating AccessionDirectoryMessageConsumer");
switch (options.DicomTagReaderOptions.TagProcessorMode)
{
case TagProcessorMode.Serial:
_tagReader = new SerialTagReader(options.DicomTagReaderOptions, options.FileSystemOptions, seriesProducerModel, imageProducerModel, new FileSystem());
break;
case TagProcessorMode.Parallel:
_tagReader = new ParallelTagReader(options.DicomTagReaderOptions, options.FileSystemOptions, seriesProducerModel, imageProducerModel, new FileSystem());
break;
default:
throw new ArgumentException($"No case for mode {options.DicomTagReaderOptions.TagProcessorMode}");
}
// Setup our consumer
AccessionDirectoryMessageConsumer = new DicomTagReaderConsumer(_tagReader, options);
}
public DicomReprocessorHost(GlobalOptions options, DicomReprocessorCliOptions cliOptions)
: base(options)
{
string key = cliOptions.ReprocessingRoutingKey;
if (string.IsNullOrWhiteSpace(key))
{
throw new ArgumentException("ReprocessingRoutingKey");
}
// Set the initial sleep time
Globals.DicomReprocessorOptions.SleepTime = TimeSpan.FromMilliseconds(cliOptions.SleepTimeMs);
IProducerModel reprocessingProducerModel = RabbitMqAdapter.SetupProducer(options.DicomReprocessorOptions.ReprocessingProducerOptions, true);
Logger.Info("Documents will be reprocessed to " +
options.DicomReprocessorOptions.ReprocessingProducerOptions.ExchangeName + " on vhost " +
options.RabbitOptions.RabbitMqVirtualHost + " with routing key \"" + key + "\"");
if (!string.IsNullOrWhiteSpace(cliOptions.QueryFile))
{
_queryString = File.ReadAllText(cliOptions.QueryFile);
}
//TODO Make this into a CreateInstance<> call
switch (options.DicomReprocessorOptions.ProcessingMode)
{
case ProcessingMode.TagPromotion:
_processor = new TagPromotionProcessor(options.DicomReprocessorOptions, reprocessingProducerModel, key);
break;
case ProcessingMode.ImageReprocessing:
_processor = new DicomFileProcessor(options.DicomReprocessorOptions, reprocessingProducerModel, key);
break;
default:
throw new ArgumentException("ProcessingMode " + options.DicomReprocessorOptions.ProcessingMode + " not supported");
}
_mongoReader = new MongoDbReader(options.MongoDatabases.DicomStoreOptions, cliOptions, HostProcessName + "-" + HostProcessID);
AddControlHandler(new DicomReprocessorControlMessageHandler(Globals.DicomReprocessorOptions));
}
public override void Stop(string reason)
{
if (_consumerId != Guid.Empty)
{
RabbitMqAdapter.StopConsumer(_consumerId, Smi.Common.RabbitMqAdapter.DefaultOperationTimeout);
}
try
{
// Wait for any unconfirmed messages before calling stop
_producerModel.WaitForConfirms();
}
catch (AlreadyClosedException)
{
}
_swapper?.LogProgress(Logger, LogLevel.Info);
base.Stop(reason);
}
//TODO Should most of this not be in the constructor?
public override void Start()
{
IRDMPPlatformRepositoryServiceLocator repositoryLocator = Globals.RDMPOptions.GetRepositoryProvider();
Logger.Info("About to run Startup");
var startup = new Startup(new EnvironmentInfo("netcoreapp2.2"), repositoryLocator);
startup.DatabaseFound += Startup_DatabaseFound;
var toMemory = new ToMemoryCheckNotifier();
startup.DoStartup(toMemory);
foreach (CheckEventArgs args in toMemory.Messages)
{
Logger.Log(args.ToLogLevel(), args.Ex, args.Message);
}
Logger.Info("Startup Completed");
var lmd = repositoryLocator.CatalogueRepository.GetObjectByID <LoadMetadata>(Globals.DicomRelationalMapperOptions.LoadMetadataId);
Type databaseNamerType = repositoryLocator.CatalogueRepository.MEF.GetType(Globals.DicomRelationalMapperOptions.DatabaseNamerType);
string liveDatabaseName = lmd.GetDistinctLiveDatabaseServer().GetCurrentDatabase().GetRuntimeName();
var instance = ObjectFactory.CreateInstance <INameDatabasesAndTablesDuringLoads>(databaseNamerType, liveDatabaseName, Globals.DicomRelationalMapperOptions.Guid);
Consumer = new DicomRelationalMapperQueueConsumer(repositoryLocator,
lmd,
instance,
Globals.DicomRelationalMapperOptions)
{
RunChecks = Globals.DicomRelationalMapperOptions.RunChecks
};
RabbitMqAdapter.StartConsumer(Globals.DicomRelationalMapperOptions, Consumer, isSolo: false);
}
public FileCopierHost(
[NotNull] GlobalOptions options,
[CanBeNull] IFileSystem fileSystem = null
)
: base(
options
)
{
Logger.Debug("Creating FileCopierHost with FileSystemRoot: " + Globals.FileSystemOptions.FileSystemRoot);
IProducerModel copyStatusProducerModel = RabbitMqAdapter.SetupProducer(Globals.FileCopierOptions.CopyStatusProducerOptions, isBatch: false);
var fileCopier = new ExtractionFileCopier(
Globals.FileCopierOptions,
copyStatusProducerModel,
Globals.FileSystemOptions.FileSystemRoot,
Globals.FileSystemOptions.ExtractRoot,
fileSystem
);
_consumer = new FileCopyQueueConsumer(fileCopier);
}
public void SetUp()
{
_testOptions = new GlobalOptionsFactory().Load();
_testProducerOptions = new ProducerOptions
{
ExchangeName = "TEST.TestExchange"
};
_testConsumerOptions = new ConsumerOptions
{
QueueName = "TEST.TestQueue",
QoSPrefetchCount = 1,
AutoAck = false
};
_mockConsumer = Mock.Of <Consumer <IMessage> >();
_testAdapter = new RabbitMqAdapter(_testOptions.RabbitOptions.CreateConnectionFactory(), "RabbitMqAdapterTests");
_tester = new MicroserviceTester(_testOptions.RabbitOptions, _testConsumerOptions);
}
public TriggerUpdatesHost(GlobalOptions options, ITriggerUpdatesSource source, IRabbitMqAdapter rabbitMqAdapter = null)
: base(options, rabbitMqAdapter)
{
this._source = source;
_producer = RabbitMqAdapter.SetupProducer(options.TriggerUpdatesOptions, isBatch: false);
}
public override void Start()
{
// Start the consumer to await callbacks when messages arrive
RabbitMqAdapter.StartConsumer(Globals.DicomTagReaderOptions, AccessionDirectoryMessageConsumer, isSolo: false);
Logger.Debug("Consumer started");
}
public override void Start()
{
RabbitMqAdapter.StartConsumer(Globals.FileCopierOptions, _consumer, isSolo: false);
}
public void TestShutdownThrowsOnTimeout()
{
_testAdapter.StartConsumer(_testConsumerOptions, _mockConsumer);
Assert.Throws <ApplicationException>(() => _testAdapter.Shutdown(TimeSpan.Zero));
_testAdapter = null;
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="cliOptions">Common microservices options. Must contain details for an message exchange labelled as "accessionDirectories"</param>
/// <param name="globals">Configuration settings for the program</param>
public DicomDirectoryProcessorHost(GlobalOptions globals, DicomDirectoryProcessorCliOptions cliOptions)
: base(globals)
{
_cliOptions = cliOptions;
if (!cliOptions.DirectoryFormat.ToLower().Equals("list"))
{
// TODO(rkm 2020-02-12) I think we want to check this regardless of the mode
// (bp 2020-02-13) By not doing this check on list means that the list of paths is not required to be in PACS and can be imported from anywhere
if (!Directory.Exists(globals.FileSystemOptions.FileSystemRoot))
{
throw new ArgumentException("Cannot find the FileSystemRoot specified in the given MicroservicesOptions (" + globals.FileSystemOptions.FileSystemRoot + ")");
}
if (!cliOptions.ToProcessDir.Exists)
{
throw new ArgumentException("Could not find directory " + cliOptions.ToProcessDir.FullName);
}
if (!cliOptions.ToProcessDir.FullName.StartsWith(globals.FileSystemOptions.FileSystemRoot, true, CultureInfo.CurrentCulture))
{
throw new ArgumentException("Directory parameter (" + cliOptions.ToProcessDir.FullName + ") must be below the FileSystemRoot (" + globals.FileSystemOptions.FileSystemRoot + ")");
}
}
else
{
if (!File.Exists(cliOptions.ToProcessDir.FullName))
{
throw new ArgumentException("Could not find accession directory list file (" + cliOptions.ToProcessDir.FullName + ")");
}
if (!Path.GetExtension(cliOptions.ToProcessDir.FullName).Equals(".csv"))
{
throw new ArgumentException("When in 'list' mode, path to accession directory file of format .csv expected (" + cliOptions.ToProcessDir.FullName + ")");
}
}
if (cliOptions.DirectoryFormat.ToLower().Equals("pacs"))
{
Logger.Info("Creating PACS directory finder");
_ddf = new PacsDirectoryFinder(globals.FileSystemOptions.FileSystemRoot,
globals.FileSystemOptions.DicomSearchPattern, RabbitMqAdapter.SetupProducer(globals.ProcessDirectoryOptions.AccessionDirectoryProducerOptions, isBatch: false));
}
else if (cliOptions.DirectoryFormat.ToLower().Equals("list"))
{
Logger.Info("Creating accession directory lister");
_ddf = new AccessionDirectoryLister(globals.FileSystemOptions.FileSystemRoot,
globals.FileSystemOptions.DicomSearchPattern, RabbitMqAdapter.SetupProducer(globals.ProcessDirectoryOptions.AccessionDirectoryProducerOptions, isBatch: false));
}
else if (cliOptions.DirectoryFormat.ToLower().Equals("default"))
{
Logger.Info("Creating basic directory finder");
_ddf = new BasicDicomDirectoryFinder(globals.FileSystemOptions.FileSystemRoot,
globals.FileSystemOptions.DicomSearchPattern, RabbitMqAdapter.SetupProducer(globals.ProcessDirectoryOptions.AccessionDirectoryProducerOptions, isBatch: false));
}
else if (cliOptions.DirectoryFormat.ToLower().Equals("zips"))
{
Logger.Info("Creating zip directory finder");
_ddf = new ZipDicomDirectoryFinder(globals.FileSystemOptions.FileSystemRoot,
globals.FileSystemOptions.DicomSearchPattern, RabbitMqAdapter.SetupProducer(globals.ProcessDirectoryOptions.AccessionDirectoryProducerOptions, isBatch: false));
}
else
{
throw new ArgumentException("Could not match directory format " + cliOptions.DirectoryFormat + " to an directory scan implementation");
}
}
public override void Start()
{
_consumerId = RabbitMqAdapter.StartConsumer(_consumerOptions, Consumer, isSolo: false);
}
