public void EndPositionTestMethod()
{
ushort _length = 16;
HeaderWriterTest _htw = new HeaderWriterTest(x => { });
HeaderWriter _hw = new HeaderWriter(_htw, _length);
_htw.Write((byte)0x1);
_htw.Write((byte)0x1);
_htw.Write((byte)0x1);
_htw.Write((byte)0x1);
Assert.AreEqual<long>(_length + 4, _htw.Position);
}
public ProducerMessageHeader(IBinaryHeaderEncoder writer, FieldEncodingEnum encoding, MessageLengthFieldTypeEnum lengthFieldType, MessageTypeEnum messageType, ConfigurationVersionDataType configurationVersion)
{
m_MessageType = messageType;
m_Encoding = encoding;
m_lengthFieldType = lengthFieldType;
m_HeaderWriter = new HeaderWriter(writer, PackageHeaderLength());
MessageSequenceNumber = 0;
ConfigurationVersion = configurationVersion;
}
public void CreatorTestMethod()
{
HeaderWriterTest _htw = new HeaderWriterTest(x => { });
HeaderWriter _hw = new HeaderWriter(_htw, 16);
Assert.AreEqual(16, _htw.Position);
}
public ProducerHeader(IBinaryHeaderEncoder writer, Guid producerId, IList<UInt16> dataSetWriterIds)
: base()
{
if (writer == null)
throw new ArgumentNullException(nameof(writer));
PublisherId = producerId;
NetworkMessageFlags = Convert.ToByte(PacketFlagsDefinitions.NetworkMessageType.RegularMessages);
ProtocolVersion = CommonDefinitions.ProtocolVersion;
SecurityTokenId = 0;
NonceLength = 0;
DataSetWriterIds = new ReadOnlyCollection<UInt16>(dataSetWriterIds);
MessageCount = Convert.ToByte(DataSetWriterIds.Count);
ushort _packetLength = Convert.ToUInt16(m_PacketHeaderLength + dataSetWriterIds.Count * 2);
m_HeaderWriter = new HeaderWriter(writer, _packetLength);
}