public GraylogSink(GraylogSinkOptions options)
{
ISinkComponentsBuilder sinkComponentsBuilder = new SinkComponentsBuilder(options);
_transport = sinkComponentsBuilder.MakeTransport();
_converter = sinkComponentsBuilder.MakeGelfConverter();
}
public ErrorGelfModule(ITransport transport, IGelfConverter converter)
{
_transport = transport;
Converter = converter;
_ignoredProperties = new List <string>();
}
public PeriodicBatchingGraylogSink(GraylogSinkOptions options, int batchSizeLimit, TimeSpan period, int queueLimit) : base(batchSizeLimit, period, queueLimit)
{
ISinkComponentsBuilder sinkComponentsBuilder = new SinkComponentsBuilder(options);
_transport = sinkComponentsBuilder.MakeTransport();
_converter = sinkComponentsBuilder.MakeGelfConverter();
}
public GraylogSink(GraylogSinkOptions options)
{
IDnsInfoProvider dns = new DnsWrapper();
IPAddress[] ipAddreses = Task.Run(() => dns.GetHostAddresses(options.HostnameOrAdress)).Result;
IPAddress ipAdress = ipAddreses.FirstOrDefault(c => c.AddressFamily == AddressFamily.InterNetwork);
var ipEndpoint = new IPEndPoint(ipAdress, options.Port);
IDataToChunkConverter chunkConverter = new DataToChunkConverter(new ChunkSettings
{
MessageIdGeneratorType = options.MessageGeneratorType
}, new MessageIdGeneratorResolver());
var client = new UdpTransportClient(ipEndpoint);
_transport = options.Transport ?? new UdpTransport(client, chunkConverter);
string hostName = Dns.GetHostName();
IDictionary <BuilderType, IMessageBuilder> builders = new Dictionary <BuilderType, IMessageBuilder>
{
[BuilderType.Exception] = new ExceptionMessageBuilder(hostName, options),
[BuilderType.Message] = new GelfMessageBuilder(hostName, options)
};
_converter = options.GelfConverter ?? new GelfConverter(builders);
}
public GelfTarget(IEnumerable <ITransport> transports, IGelfConverter converter)
{
Transports = transports;
Converter = converter;
Parameters = new List <ParameterInfo>();
_lazyITransport = new Lazy <ITransport>(() =>
{
return(Transports.Single(x => x.Scheme.ToUpper() == _endpoint?.Scheme?.ToUpper()));
});
}
public GraylogSink(GraylogSinkOptions options)
{
_transport = MakeTransport(options);
string hostName = Dns.GetHostName();
IDictionary <BuilderType, Lazy <IMessageBuilder> > builders = new Dictionary <BuilderType, Lazy <IMessageBuilder> >
{
[BuilderType.Exception] = new Lazy <IMessageBuilder>(() => new ExceptionMessageBuilder(hostName, options)),
[BuilderType.Message] = new Lazy <IMessageBuilder>(() => new GelfMessageBuilder(hostName, options))
};
_converter = options.GelfConverter ?? new GelfConverter(builders);
}
public GraylogSink(GraylogSinkOptions options)
{
_transport = options.Transport;
if (_transport == null)
{
if (options.UseHttpTransport)
{
_converter = new HttpGelfConverter(options.Facility, options.ShortMessageMaxLength);
_transport = new HttpTransport(options.HostnameOrAdress); // should be in the form http://HostNameOrIp:Port//Gelf
}
else
{
IDnsInfoProvider dns = new DnsWrapper();
IPAddress[] ipAddreses = Task.Run(() => dns.GetHostAddresses(options.HostnameOrAdress)).Result;
IPAddress ipAdress = ipAddreses.FirstOrDefault(c => c.AddressFamily == AddressFamily.InterNetwork);
var ipEndpoint = new IPEndPoint(ipAdress, options.Port);
IDataToChunkConverter chunkConverter = new DataToChunkConverter(new ChunkSettings
{
MessageIdGeneratorType = options.MessageGeneratorType
}, new MessageIdGeneratorResolver());
var client = new UdpTransportClient(ipEndpoint);
_transport = new UdpTransport(client, chunkConverter);
}
}
string hostName = Dns.GetHostName();
IDictionary <BuilderType, IMessageBuilder> builders = new Dictionary <BuilderType, IMessageBuilder>
{
[BuilderType.Exception] = new ExceptionMessageBuilder(hostName, options),
[BuilderType.Message] = new GelfMessageBuilder(hostName, options)
};
_converter = options.GelfConverter ?? new GelfConverter(builders);
}
public IGelfConverter MakeGelfConverter()
{
IGelfConverter converter = _options.GelfConverter ?? new GelfConverter(_builders);
return(converter);
}
public GraylogPeriodicBatchSink(GraylogSinkOptions options)
: base(options.BatchSizeLimit, options.Period)
{
transport = new LazyRetry <ITransport>(() => TransportFactory.FromOptions(options));
converter = options.GelfConverter ?? GelfConverterFactory.FromOptions(options);
}
public GraylogSink(GraylogSinkOptions options)
{
transport = new LazyRetry <ITransport>(() => TransportFactory.FromOptions(options));
converter = options.GelfConverter ?? GelfConverterFactory.FromOptions(options);
}
