public void ClearClearsTheSize()
{
var mockMessage = new Mock <AmqpMessage>();
var mockConverter = new InjectableMockConverter
{
CreateBatchFromEventsHandler = (_e, _p) => mockMessage.Object
};
mockMessage
.Setup(message => message.SerializedMessageSize)
.Returns(9959);
var batch = new AmqpEventBatch(mockConverter, new CreateBatchOptions {
MaximumSizeInBytes = 99
});
batch.Clear();
Assert.That(batch.SizeInBytes, Is.EqualTo(GetReservedSize(batch)));
}
public void ClearClearsTheCount()
{
var currentIndex = -1;
var options = new CreateBatchOptions {
MaximumSizeInBytes = 5000
};
var eventMessages = new AmqpMessage[5];
var mockEnvelope = new Mock <AmqpMessage>();
var mockConverter = new InjectableMockConverter
{
CreateBatchFromEventsHandler = (_e, _p) => mockEnvelope.Object,
CreateMessageFromEventHandler = (_e, _p) => eventMessages[++currentIndex]
};
mockEnvelope
.Setup(message => message.SerializedMessageSize)
.Returns(0);
for (var index = 0; index < eventMessages.Length; ++index)
{
eventMessages[index] = AmqpMessage.Create(new Data {
Value = new ArraySegment <byte>(new byte[] { 0x66 })
});
}
// Add the messages to the batch; all should be accepted.
var batch = new AmqpEventBatch(mockConverter, options);
for (var index = 0; index < eventMessages.Length; ++index)
{
Assert.That(batch.TryAdd(new EventData(new byte[0])), Is.True, $"The addition for index: { index } should fit and be accepted.");
}
// Dispose the batch and verify that each message has also been disposed.
batch.Clear();
Assert.That(batch.Count, Is.EqualTo(0), "The count should have been cleared when the batch was disposed.");
}
