public void IsEventPositionEquivalentDetectsDifferentSequence()
{
var trackOnePosition = TrackOne.EventPosition.FromSequenceNumber(54123);
var trackTwoPosition = EventPosition.FromSequenceNumber(2);
Assert.That(TrackOneComparer.IsEventPositionEquivalent(trackOnePosition, trackTwoPosition), Is.False);
}
public async Task ReceiverIsConstructedCorrectly()
{
var eventHub = "eventHub";
var consumerGroup = "$TestThing";
var partition = "123";
var position = EventPosition.FromEnqueuedTime(DateTimeOffset.Parse("2015-10-25T12:00:00Z"));
var priority = 8765;
var identifier = "ThisIsAnAwesomeConsumer!";
var partitionMetrics = new LastEnqueuedEventProperties(eventHub, partition);
var retryPolicy = Mock.Of <EventHubRetryPolicy>();
var mock = new ObservableReceiverMock(new ClientMock(), consumerGroup, partition, TrackOne.EventPosition.FromEnqueuedTime(position.EnqueuedTime.Value.UtcDateTime), priority, new ReceiverOptions {
Identifier = identifier, EnableReceiverRuntimeMetric = true
});
var consumer = new TrackOneEventHubConsumer(_ => mock, retryPolicy, partitionMetrics);
// Invoke an operation to force the consumer to be lazily instantiated. Otherwise,
// construction does not happen.
await consumer.ReceiveAsync(0, TimeSpan.Zero, default);
Assert.That(mock.ConstructedWith.ConsumerGroup, Is.EqualTo(consumerGroup), "The consumer group should match.");
Assert.That(mock.ConstructedWith.Partition, Is.EqualTo(partition), "The partition should match.");
Assert.That(TrackOneComparer.IsEventPositionEquivalent(mock.ConstructedWith.Position, position), Is.True, "The starting event position should match.");
Assert.That(mock.ConstructedWith.Priority, Is.EqualTo(priority), "The owner level should match.");
Assert.That(mock.ConstructedWith.Options.Identifier, Is.EqualTo(identifier), "The consumer identifier should match.");
Assert.That(mock.ConstructedWith.Options.EnableReceiverRuntimeMetric, Is.True, "The receiver metrics should be enabled when set in the options.");
var consumerRetry = GetRetryPolicy(consumer);
Assert.That(consumerRetry, Is.SameAs(retryPolicy), "The consumer retry instance should match.");
}
public void IsEventPositionEquivalentRecognizesSameOffsets()
{
var trackOnePosition = TrackOne.EventPosition.FromOffset("12", true);
var trackTwoPosition = EventPosition.FromOffset(12);
Assert.That(TrackOneComparer.IsEventPositionEquivalent(trackOnePosition, trackTwoPosition), Is.True, "The offset for track two is inclusive; the equivalent offset set as inclusive should match.");
}
public void IsEventPositionEquivalentRecognizesSameBeginning()
{
var trackOnePosition = TrackOne.EventPosition.FromStart();
var trackTwoPosition = EventPosition.Earliest;
Assert.That(TrackOneComparer.IsEventPositionEquivalent(trackOnePosition, trackTwoPosition), Is.True);
}
public async Task SendAsyncTransformsSimpleEvents()
{
var sourceEvents = new[]
{
new EventData(Encoding.UTF8.GetBytes("FirstValue")),
new EventData(Encoding.UTF8.GetBytes("Second")),
new EventData(new byte[] { 0x11, 0x22, 0x33 })
};
var options = new SendOptions();
var mock = new ObservableSenderMock(new ClientMock(), null);
var producer = new TrackOneEventHubProducer(_ => mock, Mock.Of <EventHubRetryPolicy>());
await producer.SendAsync(sourceEvents, options, CancellationToken.None);
Assert.That(mock.SendCalledWithParameters, Is.Not.Null, "The Send request should have been delegated.");
var sentEvents = mock.SendCalledWithParameters.Events.ToArray();
Assert.That(sentEvents.Length, Is.EqualTo(sourceEvents.Length), "The number of events sent should match the number of source events.");
// The events should not only be structurally equivalent, the ordering of them should be preserved. Compare the
// sequence in order and validate that the events in each position are equivalent.
for (var index = 0; index < sentEvents.Length; ++index)
{
// If the system properties for the sent events was null, then normalize it to an empty
// instance because the source event does not allow null.
sentEvents[index].SystemProperties = sentEvents[index].SystemProperties ?? new TrackOne.EventData.SystemPropertiesCollection();
Assert.That(TrackOneComparer.IsEventDataEquivalent(sentEvents[index], sourceEvents[index]), Is.True, $"The sequence of events sent should match; they differ at index: { index }");
}
}
public void IsEventPositionEquivalentRecognizesSameEnding()
{
var trackOnePosition = TrackOne.EventPosition.FromEnd();
var trackTwoPosition = EventPosition.Latest;
Assert.That(TrackOneComparer.IsEventPositionEquivalent(trackOnePosition, trackTwoPosition), Is.True);
}
public void IsEventDataEquivalentDetectsEqualEvents()
{
var body = new byte[] { 0x22, 0x44, 0x88 };
var offset = 27;
var trackTwoSystemProperties = new Dictionary <string, object>();
var trackTwoEvent = new EventData(
eventBody: (byte[])body.Clone(),
offset: offset,
systemProperties: trackTwoSystemProperties,
lastPartitionSequenceNumber: 9765551212,
lastPartitionOffset: 54321,
lastPartitionEnqueuedTime: DateTimeOffset.Parse("2015-10-27T00:00:00Z"));
trackTwoEvent.Properties["test"] = "same";
var trackOneEvent = new TrackOne.EventData((byte[])body.Clone());
trackOneEvent.Properties["test"] = trackTwoEvent.Properties["test"];
trackOneEvent.SystemProperties = new TrackOne.EventData.SystemPropertiesCollection();
trackOneEvent.SystemProperties[TrackOne.ClientConstants.OffsetName] = offset.ToString();
trackOneEvent.LastEnqueuedOffset = trackTwoEvent.LastPartitionOffset.ToString();
trackOneEvent.LastSequenceNumber = trackTwoEvent.LastPartitionSequenceNumber.Value;
trackOneEvent.LastEnqueuedTime = trackTwoEvent.LastPartitionEnqueuedTime.Value.UtcDateTime;
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.True);
}
public void IsEventDataEquivalentDetectsDifferentBodies()
{
var trackOneEvent = new TrackOne.EventData(new byte[] { 0x22, 0x44 });
var trackTwoEvent = new EventData(new byte[] { 0x11, 0x33 });
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.False);
}
public async Task SendAsyncTransformsSimpleEvents()
{
var sourceEvents = new[]
{
new EventData(Encoding.UTF8.GetBytes("FirstValue")),
new EventData(Encoding.UTF8.GetBytes("Second")),
new EventData(new byte[] { 0x11, 0x22, 0x33 })
};
var options = new EventBatchingOptions();
var mock = new ObservableSenderMock(new ClientMock(), null);
var sender = new TrackOneEventSender(() => mock);
await sender.SendAsync(sourceEvents, options, CancellationToken.None);
Assert.That(mock.SendCalledWithParameters, Is.Not.Null, "The Send request should have been delegated.");
var sentEvents = mock.SendCalledWithParameters.Events.ToArray();
Assert.That(sentEvents.Length, Is.EqualTo(sourceEvents.Length), "The number of events sent should match the number of source events.");
// The events should not only be structurally equivilent, the ordering of them should be preserved. Compare the
// sequence in order and validate that the events in each position are equivilent.
for (var index = 0; index < sentEvents.Length; ++index)
{
Assert.That(TrackOneComparer.IsEventDataEquivalent(sentEvents[index], sourceEvents[index]), Is.True, $"The sequence of events sent should match; they differ at index: { index }");
}
}
public void IsEventPositionEquivalentRecognizesSameSequence()
{
var trackOnePosition = TrackOne.EventPosition.FromSequenceNumber(54123);
var trackTwoPosition = EventPosition.FromSequenceNumber(54123);
Assert.That(TrackOneComparer.IsEventPositionEquivalent(trackOnePosition, trackTwoPosition), Is.True);
}
public void IsEventPositionEquivalentDetectsDifferentOffsets()
{
var trackOnePosition = TrackOne.EventPosition.FromOffset("12", false);
var trackTwoPosition = EventPosition.FromOffset(12);
Assert.That(TrackOneComparer.IsEventPositionEquivalent(trackOnePosition, trackTwoPosition), Is.False, "The offset for track two is inclusive; even the same base offset with non-inclusive is not equivalent.");
}
public void IsEventPositionEquivalentDetectsDifferentEnqueueTime()
{
var enqueueTime = DateTimeOffset.Parse("2015-10-27T12:00:00Z");
var trackOnePosition = TrackOne.EventPosition.FromEnqueuedTime(enqueueTime.UtcDateTime);
var trackTwoPosition = EventPosition.FromEnqueuedTime(enqueueTime.AddDays(1));
Assert.That(TrackOneComparer.IsEventPositionEquivalent(trackOnePosition, trackTwoPosition), Is.False);
}
public void IsEventPositionEquivalentRecognizesSameEnqueueTime()
{
var enqueueTime = DateTimeOffset.Parse("2015-10-27T12:00:00Z");
var trackOnePosition = TrackOne.EventPosition.FromEnqueuedTime(enqueueTime.UtcDateTime);
var trackTwoPosition = EventPosition.FromEnqueuedTime(enqueueTime);
Assert.That(TrackOneComparer.IsEventPositionEquivalent(trackOnePosition, trackTwoPosition), Is.True);
}
public void IsEventDataEquivalentDetectsWhenOnePropertySetIsNull()
{
var body = new byte[] { 0x22, 0x44, 0x88 };
var trackOneEvent = new TrackOne.EventData((byte[])body.Clone());
var trackTwoEvent = new EventData((byte[])body.Clone());
trackOneEvent.Properties = null;
trackTwoEvent.Properties["test"] = "trackTwo";
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.False);
}
public void IsEventDataEquivalentDetectsWhenOneSystemPropertySetIsNull()
{
var body = new byte[] { 0x22, 0x44, 0x88 };
var trackOneEvent = new TrackOne.EventData((byte[])body.Clone());
var trackTwoEvent = new EventData((byte[])body.Clone());
trackOneEvent.SystemProperties = new TrackOne.EventData.SystemPropertiesCollection();
trackOneEvent.SystemProperties["something"] = "trackOne";
trackTwoEvent.SystemProperties = null;
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.False);
}
public void IsEventDataEquivalentDetectsDifferentSystemProperties()
{
var body = new byte[] { 0x22, 0x44, 0x88 };
var trackOneEvent = new TrackOne.EventData((byte[])body.Clone());
var trackTwoEvent = new EventData((byte[])body.Clone());
trackOneEvent.SystemProperties = new TrackOne.EventData.SystemPropertiesCollection();
trackOneEvent.SystemProperties[TrackOne.ClientConstants.OffsetName] = "4";
trackTwoEvent.SystemProperties = new EventData.SystemEventProperties();
trackTwoEvent.SystemProperties.Offset = 27;
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.False);
}
public void IsEventDataEquivalentDetectsDifferentSystemPropertiesWithMissingTypedMember()
{
var body = new byte[] { 0x22, 0x44, 0x88 };
var trackTwoSystemProperties = new Dictionary <string, object>();
var trackTwoEvent = new EventData(
eventBody: (byte[])body.Clone(),
systemProperties: trackTwoSystemProperties);
var trackOneEvent = new TrackOne.EventData((byte[])body.Clone());
trackOneEvent.SystemProperties = new TrackOne.EventData.SystemPropertiesCollection();
trackOneEvent.SystemProperties[TrackOne.ClientConstants.OffsetName] = "4";
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.False);
}
public void IsEventDataEquivalentDetectsEqualEvents()
{
var body = new byte[] { 0x22, 0x44, 0x88 };
var trackOneEvent = new TrackOne.EventData((byte[])body.Clone());
var trackTwoEvent = new EventData((byte[])body.Clone());
trackOneEvent.Properties["test"] = "same";
trackTwoEvent.Properties["test"] = "same";
trackOneEvent.SystemProperties = new TrackOne.EventData.SystemPropertiesCollection();
trackOneEvent.SystemProperties["something"] = "otherSame";
trackTwoEvent.SystemProperties = new EventData.SystemEventProperties();
trackTwoEvent.SystemProperties["something"] = "otherSame";
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.True);
}
public void IsEventDataEquivalentDetectsDifferentSystemPropertiesWithMapMember()
{
var body = new byte[] { 0x22, 0x44, 0x88 };
var propertyName = "Something";
var trackTwoSystemProperties = new Dictionary <string, object>();
var trackTwoEvent = new EventData(
eventBody: (byte[])body.Clone(),
systemProperties: trackTwoSystemProperties);
trackTwoSystemProperties[propertyName] = nameof(trackTwoSystemProperties);
var trackOneEvent = new TrackOne.EventData((byte[])body.Clone());
trackOneEvent.SystemProperties = new TrackOne.EventData.SystemPropertiesCollection();
trackOneEvent.SystemProperties[propertyName] = nameof(trackOneEvent);
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.False);
}
public void IsEventDataEquivalentDetectsDifferentSystemPropertiesMismatchedMembers()
{
var body = new byte[] { 0x22, 0x44, 0x88 };
var propertyValue = "one";
var trackTwoSystemProperties = new Dictionary <string, object>();
var trackTwoEvent = new EventData(
eventBody: (byte[])body.Clone(),
systemProperties: trackTwoSystemProperties);
trackTwoSystemProperties["two"] = propertyValue;
var trackOneEvent = new TrackOne.EventData((byte[])body.Clone());
trackOneEvent.SystemProperties = new TrackOne.EventData.SystemPropertiesCollection();
trackOneEvent.SystemProperties["one"] = propertyValue;
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.False);
}
public void IsEventDataEquivalentDetectsEqualEvents()
{
var body = new byte[] { 0x22, 0x44, 0x88 };
var offset = 27;
var trackTwoSystemProperties = new Dictionary <string, object>();
var trackTwoEvent = new EventData(
eventBody: (byte[])body.Clone(),
offset: offset,
systemProperties: trackTwoSystemProperties);
var trackOneEvent = new TrackOne.EventData((byte[])body.Clone());
trackOneEvent.Properties["test"] = "same";
trackTwoEvent.Properties["test"] = "same";
trackOneEvent.SystemProperties = new TrackOne.EventData.SystemPropertiesCollection();
trackOneEvent.SystemProperties[TrackOne.ClientConstants.OffsetName] = offset.ToString();
Assert.That(TrackOneComparer.IsEventDataEquivalent(trackOneEvent, trackTwoEvent), Is.True);
}
public async Task ReceiverIsConstructedCorrectly()
{
var consumerGroup = "$TestThing";
var partition = "123";
var position = EventPosition.FromEnqueuedTime(DateTime.Parse("2015-10-25T12:00:00Z"));
var priority = 8765;
var identifier = "ThisIsAnAwesomeConsumer!";
var mock = new ObservableReceiverMock(new ClientMock(), consumerGroup, partition, TrackOne.EventPosition.FromEnqueuedTime(position.EnqueuedTimeUtc.Value), priority, new ReceiverOptions {
Identifier = identifier
});
var consumer = new TrackOneEventHubConsumer(() => mock);
// Invoke an operation to force the consumer to be lazily instantiated. Otherwise,
// construction does not happen.
await consumer.ReceiveAsync(0, TimeSpan.Zero, default);
Assert.That(mock.ConstructedWith.ConsumerGroup, Is.EqualTo(consumerGroup), "The consumer group should match.");
Assert.That(mock.ConstructedWith.Partition, Is.EqualTo(partition), "The partition should match.");
Assert.That(TrackOneComparer.IsEventPositionEquivalent(mock.ConstructedWith.Position, position), Is.True, "The starting event position should match.");
Assert.That(mock.ConstructedWith.Priority, Is.EqualTo(priority), "The ownerlevel should match.");
Assert.That(mock.ConstructedWith.Options.Identifier, Is.EqualTo(identifier), "The consumer identifier should match.");
}
