static void AddOperatingSystemValues(DiagnosticsProbe probe)
{
probe.Add("os.version", Environment.OSVersion);
#if NET40
probe.Add("os.bits", Environment.Is64BitOperatingSystem ? "x64" : "x32");
#endif
}
static void AddProcessValues(DiagnosticsProbe probe)
{
probe.Add("process.id", Process.GetCurrentProcess().Id);
#if NET40
probe.Add("process.bits", Environment.Is64BitProcess ? "x64" : "x32");
#endif
}
static void AddOperatingSystemValues(DiagnosticsProbe probe)
{
probe.Add("os.version", Environment.OSVersion);
#if NET40
probe.Add("os.bits", Environment.Is64BitOperatingSystem ? "x64" : "x32");
#endif
}
static void AddProcessValues(DiagnosticsProbe probe)
{
probe.Add("process.id", Process.GetCurrentProcess().Id);
#if NET40
probe.Add("process.bits", Environment.Is64BitProcess ? "x64" : "x32");
#endif
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("mt.default_serializer", _defaults.Serializer.GetType().ToShortTypeName());
foreach (var scheme in _transportFactories)
{
probe.Add("mt.transport", string.Format("[{0}] {1}", scheme.Key, scheme.Value.GetType().ToShortTypeName()));
}
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("mt.default_serializer", _defaults.Serializer.GetType().ToShortTypeName());
_transportFactories.Each(
(scheme, factory) =>
{
probe.Add("mt.transport",
string.Format("[{0}] {1}", scheme, factory.GetType().ToShortTypeName()));
});
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("mt.service_count", _catalog.NumberOfServices);
_catalog.Services
.Where(svc => svc.Implements <DiagnosticsSource>())
.Cast <DiagnosticsSource>()
.Each(src => src.Inspect(probe));
}
public void Inspect(DiagnosticsProbe probe)
{
new StandardDiagnosticsInfo().WriteCommonItems(probe);
probe.Add("mt.version", typeof(IServiceBus).Assembly.GetName().Version);
probe.Add("mt.receive_from", Endpoint.Address);
probe.Add("mt.control_bus", ControlBus.Endpoint.Address);
probe.Add("mt.max_consumer_threads", MaximumConsumerThreads);
probe.Add("mt.concurrent_receive_threads", ConcurrentReceiveThreads);
probe.Add("mt.receive_timeout", ReceiveTimeout);
EndpointCache.Inspect(probe);
_serviceContainer.Inspect(probe);
OutboundPipeline.View(pipe => probe.Add("zz.mt.outbound_pipeline", pipe));
InboundPipeline.View(pipe => probe.Add("zz.mt.inbound_pipeline", pipe));
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("mt.service_count", _catalog.NumberOfServices);
_catalog.Services
.Where(svc => svc.Implements<DiagnosticsSource>())
.Cast<DiagnosticsSource>()
.Each(src => src.Inspect(probe));
}
static void AddRunningInFullTrustValue(DiagnosticsProbe probe)
{
probe.Add("process.fulltrust", IsRunningInFullTrust());
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("mt.default_serializer", _defaults.Serializer.GetType().ToShortTypeName());
foreach (var scheme in _transportFactories)
{
probe.Add("mt.transport", string.Format("[{0}] {1}", scheme.Key , scheme.Value.GetType().ToShortTypeName()));
}
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("mt.network", _network);
}
static void AddHostValues(DiagnosticsProbe probe)
{
probe.Add("host.machine_name", Environment.MachineName);
probe.Add("net.version", Environment.Version);
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("mt.default_serializer", _defaults.Serializer.GetType().ToShortTypeName());
_transportFactories.Each(
(scheme, factory) =>
{
probe.Add("mt.transport",
string.Format("[{0}] {1}", scheme, factory.GetType().ToShortTypeName()));
});
}
static void AddRunningInFullTrustValue(DiagnosticsProbe probe)
{
probe.Add("process.fulltrust", IsRunningInFullTrust());
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("mt.network", _network);
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("health_client", "on");
probe.Add("health_client.interval", _heartbeatIntervalInSeconds);
}
static void AddHostValues(DiagnosticsProbe probe)
{
probe.Add("host.machine_name", Environment.MachineName);
probe.Add("net.version", Environment.Version);
}
public void Inspect(DiagnosticsProbe probe)
{
probe.Add("mt.bus", "in-memory");
}