public void SerializationIsSymmetric()
{
var buffer = new ArrayBufferWriter <Byte>();
var value = RandomSubject;
value.Serialize(buffer);
BasicConsumeOk.Deserialize(buffer.WrittenMemory.Span, out var deserialized, out var _);
Assert.Equal(expected: value.ConsumerTag, actual: deserialized.ConsumerTag);
}
public void DeserializationReturnsSurplusData()
{
var value = RandomSubject;
var extra = Random.UInt();
var buffer = new ArrayBufferWriter <Byte>();
buffer.WriteSerializable(value)
.WriteUInt32LE(extra);
BasicConsumeOk.Deserialize(buffer.WrittenMemory.Span, out var _, out var surplus);
Assert.Equal(expected: sizeof(UInt32), actual: surplus.Length);
Assert.Equal(expected: extra, actual: BitConverter.ToUInt32(surplus));
}
public void UnwrapsBasicConsumeOkMethodFrame()
{
var message = new BasicConsumeOk(
consumerTag: Random.Word()
);
_context.Send(_subject, (Inbound, RawFrame.Wrap(_channelNumber, message)));
if (_messageReceivedSignal.Wait(timeout: TimeSpan.FromMilliseconds(100)))
{
var unwrappedMessage = _unwrappedMessage as BasicConsumeOk;
Assert.Equal(expected: message.ConsumerTag, actual: unwrappedMessage.ConsumerTag);
}
else
{
// No `BasicConsumeOk` command was received within 100 millis...
throw new TimeoutException("Timeout occurred before command was received");
}
}
public void DeserializationFailsWithInsufficientData()
{
var result = BasicConsumeOk.Deserialize(new Byte[0], out var _, out var _);
Assert.False(result);
}
