public void testDefaultResequencerProperties()
{
EventDrivenConsumer endpoint = (EventDrivenConsumer)context.GetObject("defaultResequencer");
Resequencer resequencer = (Resequencer)TestUtils.GetFieldValue(endpoint, "_handler");
Assert.IsNull(TestUtils.GetFieldValue(resequencer, "_outputChannel"));
Assert.IsNull(TestUtils.GetFieldValue(resequencer, "_discardChannel"));
MessageChannelTemplate channelTemplate =
(MessageChannelTemplate)TestUtils.GetFieldValue(resequencer, "_channelTemplate");
Assert.That(TestUtils.GetFieldValue(channelTemplate, "_sendTimeout"),
Is.EqualTo(TimeSpan.FromMilliseconds(1000l)),
"The ResequencerEndpoint is not set with the appropriate timeout value");
Assert.That(TestUtils.GetFieldValue(resequencer, "_sendPartialResultOnTimeout"), Is.EqualTo(false),
"The ResequencerEndpoint is not configured with the appropriate 'send partial results on timeout' flag");
Assert.That(TestUtils.GetFieldValue(resequencer, "_reaperInterval"),
Is.EqualTo(TimeSpan.FromMilliseconds(1000l)),
"The ResequencerEndpoint is not configured with the appropriate reaper interval");
Assert.That(TestUtils.GetFieldValue(resequencer, "_trackedCorrelationIdCapacity"), Is.EqualTo(1000),
"The ResequencerEndpoint is not configured with the appropriate tracked correlationId capacity");
Assert.That(TestUtils.GetFieldValue(resequencer, "_timeout"), Is.EqualTo(TimeSpan.FromMilliseconds(60000l)),
"The ResequencerEndpoint is not configured with the appropriate timeout");
Assert.That(TestUtils.GetFieldValue(resequencer, "_releasePartialSequences"), Is.EqualTo(true),
"The ResequencerEndpoint is not configured with the appropriate 'release partial sequences' flag");
}
public void testPropertyAssignment()
{
EventDrivenConsumer endpoint = (EventDrivenConsumer)context.GetObject("completelyDefinedResequencer");
IMessageChannel outputChannel = (IMessageChannel)context.GetObject("outputChannel");
IMessageChannel discardChannel = (IMessageChannel)context.GetObject("discardChannel");
Resequencer resequencer = (Resequencer)TestUtils.GetFieldValue(endpoint, "_handler");
Assert.That(TestUtils.GetFieldValue(resequencer, "_outputChannel"), Is.EqualTo(outputChannel),
"The ResequencerEndpoint is not injected with the appropriate output channel");
Assert.That(TestUtils.GetFieldValue(resequencer, "_discardChannel"), Is.EqualTo(discardChannel),
"The ResequencerEndpoint is not injected with the appropriate discard channel");
MessageChannelTemplate channelTemplate =
(MessageChannelTemplate)TestUtils.GetFieldValue(resequencer, "_channelTemplate");
Assert.That(TestUtils.GetFieldValue(channelTemplate, "_sendTimeout"),
Is.EqualTo(TimeSpan.FromMilliseconds(86420000l)),
"The ResequencerEndpoint is not set with the appropriate timeout value");
Assert.That(TestUtils.GetFieldValue(resequencer, "_sendPartialResultOnTimeout"), Is.EqualTo(true),
"The ResequencerEndpoint is not configured with the appropriate 'send partial results on timeout' flag");
Assert.That(TestUtils.GetFieldValue(resequencer, "_reaperInterval"),
Is.EqualTo(TimeSpan.FromMilliseconds(135l)),
"The ResequencerEndpoint is not configured with the appropriate reaper interval");
Assert.That(TestUtils.GetFieldValue(resequencer, "_trackedCorrelationIdCapacity"), Is.EqualTo(99),
"The ResequencerEndpoint is not configured with the appropriate tracked correlationId capacity");
Assert.That(TestUtils.GetFieldValue(resequencer, "_timeout"), Is.EqualTo(TimeSpan.FromMilliseconds(42l)),
"The ResequencerEndpoint is not configured with the appropriate timeout");
Assert.That(TestUtils.GetFieldValue(resequencer, "_releasePartialSequences"), Is.EqualTo(false),
"The ResequencerEndpoint is not configured with the appropriate 'release partial sequences' flag");
}
public static ProcessorBuilder<MessagePayload> ToResequencerIfSequenced(
this ProcessorBuilder<MessagePayload> builder,
ReceiveMessageCache messageCache,
ISequenceOptionSchema schema)
{
IMessageProcessor<MessagePayload, MessagePayload> processor;
if(schema.IsSequenced)
processor = new Resequencer(messageCache);
else
processor = new MessageDecacher(messageCache);
return builder.ToProcessor(processor);
}
