public static LoggerConfiguration Relay(this LoggerSinkConfiguration sinkConfiguration, ILoggerRelay loggerRelay, IConfigurationSection serilogConfig, CancellationToken cancellationToken)
{
LoggerRelayEventSink eventSink;
var comparer = new ObjectHashCodeComparer <IConfiguration>();
var configurationTree = new ObjectTree <IConfiguration>(comparer);
IConfigurationSection relayConfigurationSection;
ObjectTreeItem <IConfiguration> treeItem;
LinkedListNode <ObjectTreeItem <IConfiguration> > sibling;
LoggerRelayEventSinkConfigArgs logRelayEventSinkConfigArgs = null;
configurationTree.AddChild(serilogConfig);
serilogConfig.GetDescendantsWithParent(s => s.GetChildren(), (parent, child) =>
{
var parentItem = configurationTree.FindTreeItem(parent);
parentItem.AddChild(child);
});
relayConfigurationSection = configurationTree.GetDescendants().Select(d => d.InternalObject).OfType <IConfigurationSection>().SingleOrDefault(s => s.Path.RegexIsMatch(@"Serilog:WriteTo:(\d+:)?Name") && s.Value == "Relay");
if (relayConfigurationSection == null)
{
throw new ConfigurationException("Logger relay requires a configuration section with a RootPath member");
}
else
{
treeItem = configurationTree.FindTreeItem(relayConfigurationSection);
sibling = CompareExtensions.GetNonNull(treeItem.LinkedListNode.Next, treeItem.LinkedListNode.Previous);
if (sibling != null && ((IConfigurationSection)sibling.Value.InternalObject).Key == "Args")
{
logRelayEventSinkConfigArgs = sibling.Value.InternalObject.Get <LoggerRelayEventSinkConfigArgs>();
}
else
{
throw new ConfigurationException("Logger relay requires a configuration section with a RootPath member");
}
loggerRelay.Initialize(logRelayEventSinkConfigArgs);
}
using (lockObject.Lock())
{
if (eventSinks.Any(s => s.Domain == loggerRelay.Domain))
{
eventSink = eventSinks.Single(s => s.Domain == loggerRelay.Domain);
}
else
{
eventSink = new LoggerRelayEventSink(loggerRelay, cancellationToken, logRelayEventSinkConfigArgs);
eventSinks.Add(eventSink);
}
}
return(sinkConfiguration.Sink(eventSink));
}
public static LoggerConfiguration Trace(this LoggerSinkConfiguration sinkConfiguration, string ipAddress, int port, IConfigurationSection serilogConfig, CancellationToken cancellationToken)
{
TraceLogEventSink eventSink;
var comparer = new ObjectHashCodeComparer <IConfiguration>();
var configurationTree = new ObjectTree <IConfiguration>(comparer);
IConfigurationSection traceConfigurationSection;
ObjectTreeItem <IConfiguration> treeItem;
LinkedListNode <ObjectTreeItem <IConfiguration> > sibling;
TraceLogEventSinkConfigArgs traceLogEventSinkConfigArgs = null;
configurationTree.AddChild(serilogConfig);
serilogConfig.GetDescendantsWithParent(s => s.GetChildren(), (parent, child) =>
{
var parentItem = configurationTree.FindTreeItem(parent);
parentItem.AddChild(child);
});
traceConfigurationSection = configurationTree.GetDescendants().Select(d => d.InternalObject).OfType <IConfigurationSection>().SingleOrDefault(s => s.Path.RegexIsMatch(@"Serilog:WriteTo:(\d+:)?Name") && s.Value == "Trace");
treeItem = configurationTree.FindTreeItem(traceConfigurationSection);
sibling = CompareExtensions.GetNonNull(treeItem.LinkedListNode.Next, treeItem.LinkedListNode.Previous);
if (sibling != null && ((IConfigurationSection)sibling.Value.InternalObject).Key == "Args")
{
traceLogEventSinkConfigArgs = sibling.Value.InternalObject.Get <TraceLogEventSinkConfigArgs>();
}
using (lockObject.Lock())
{
if (eventSinks.Any(s => s.Address == ipAddress && s.Port == port))
{
eventSink = eventSinks.Single(s => s.Address == ipAddress && s.Port == port);
}
else
{
eventSink = new TraceLogEventSink(ipAddress, port, cancellationToken, traceLogEventSinkConfigArgs);
eventSinks.Add(eventSink);
}
}
return(sinkConfiguration.Sink(eventSink));
}
