public static void RegisterAppCounters(MetricsContext context)
{
var app = Process.GetCurrentProcess().ProcessName;
context.Register("Private MBytes ", Unit.MegaBytes, "Process", "Private Bytes", app, derivate: v => v / (1024 * 1024.0), tags: "memory");
context.Register("Working Set ", Unit.MegaBytes, "Process", "Working Set", app, derivate: v => v / (1024 * 1024.0), tags: "memory");
context.Register("Mb in all Heaps", Unit.MegaBytes, Memory, "# Bytes in all Heaps", app, v => v / (1024 * 1024.0), tags: "memory");
context.Register("Gen 0 heap size", Unit.MegaBytes, Memory, "Gen 0 heap size", app, v => v / (1024 * 1024.0), tags: "memory");
context.Register("Gen 1 heap size", Unit.MegaBytes, Memory, "Gen 1 heap size", app, v => v / (1024 * 1024.0), tags: "memory");
context.Register("Gen 2 heap size", Unit.MegaBytes, Memory, "Gen 2 heap size", app, v => v / (1024 * 1024.0), tags: "memory");
context.Register("Large Object Heap size", Unit.MegaBytes, Memory, "Large Object Heap size", app, v => v / (1024 * 1024.0), tags: "memory");
context.Register("Allocated Bytes/second", Unit.KiloBytes, Memory, "Allocated Bytes/sec", app, v => v / 1024.0, tags: "memory");
context.Register("Time in GC", Unit.Custom("%"), Memory, "% Time in GC", app, tags: "memory");
context.Register("Pinned Objects", Unit.Custom("Objects"), Memory, "# of Pinned Objects", app, tags: "memory");
context.Register("Total Exceptions", Unit.Custom("Exceptions"), Exceptions, "# of Exceps Thrown", app, tags: "exceptions");
context.Register("Exceptions Thrown / Sec", Unit.Custom("Exceptions"), Exceptions, "# of Exceps Thrown / Sec", app, tags: "exceptions");
context.Register("Except Filters / Sec", Unit.Custom("Filters"), Exceptions, "# of Filters / Sec", app, tags: "exceptions");
context.Register("Finallys / Sec", Unit.Custom("Finallys"), Exceptions, "# of Finallys / Sec", app, tags: "exceptions");
context.Register("Throw to Catch Depth / Sec", Unit.Custom("Stack Frames"), Exceptions, "Throw to Catch Depth / Sec", app, tags: "exceptions");
context.Register("Logical Threads", Unit.Threads, LocksAndThreads, "# of current logical Threads", app, tags: "threads");
context.Register("Physical Threads", Unit.Threads, LocksAndThreads, "# of current physical Threads", app, tags: "threads");
context.Register("Contention Rate / Sec", Unit.Custom("Attempts"), LocksAndThreads, "Contention Rate / Sec", app, tags: "threads");
context.Register("Total Contentions", Unit.Custom("Attempts"), LocksAndThreads, "Total # of Contentions", app, tags: "threads");
context.Register("Queue Length / sec", Unit.Threads, LocksAndThreads, "Queue Length / sec", app, tags: "threads");
context.Register("IO Data Operations/sec", Unit.Custom("IOPS"), "Process", "IO Data Operations/sec", app, tags: "disk");
context.Register("IO Other Operations/sec", Unit.Custom("IOPS"), "Process", "IO Other Operations/sec", app, tags: "disk");
ThreadPoolMetrics.RegisterThreadPoolGauges(context);
}
public static void RegisterCLRAppCounters(MetricsContext context)
{
var app = Process.GetCurrentProcess().ProcessName;
context.Register("Mb in all Heaps", () => new DerivedGauge(new PerformanceCounterGauge(Memory, "# Bytes in all Heaps", app), v => v / (1024 * 1024)), Unit.Custom("Mb"));
context.Register("Time in GC", () => new PerformanceCounterGauge(Memory, "% Time in GC", app), Unit.Custom("%"));
context.Register("Total Exceptions", () => new PerformanceCounterGauge(Exceptions, "# of Exceps Thrown", app), Unit.Custom("Exceptions"));
context.Register("Exceptions Thrown / Sec", () => new PerformanceCounterGauge(Exceptions, "# of Exceps Thrown / Sec", app), Unit.Custom("Exceptions/s"));
context.Register("Logical Threads", () => new PerformanceCounterGauge(LocksAndThreads, "# of current logical Threads", app), Unit.Custom("Threads"));
context.Register("Physical Threads", () => new PerformanceCounterGauge(LocksAndThreads, "# of current physical Threads", app), Unit.Custom("Threads"));
context.Register("Contention Rate / Sec", () => new PerformanceCounterGauge(LocksAndThreads, "Contention Rate / Sec", app), Unit.Custom("Attempts/s"));
context.Register("Queue Length / sec", () => new PerformanceCounterGauge(LocksAndThreads, "Queue Length / sec", app), Unit.Custom("Threads/s"));
ThreadPoolMetrics.RegisterThreadPoolGauges(context);
}
internal static void RegisterAppCounters(MetricsContext context)
{
var app = Process.GetCurrentProcess().ProcessName;
context.Register("cpu.Process CPU Usage", Unit.Percent, "Process", "% Processor Time", app, derivate: v => v / Environment.ProcessorCount);
context.Register("cpu.Process User Time", Unit.Percent, "Process", "% User Time", app, derivate: v => v / Environment.ProcessorCount);
context.Register("cpu.Process Privileged Time", Unit.Percent, "Process", "% Privileged Time", app, derivate: v => v / Environment.ProcessorCount);
context.Register("memory.Private MBytes", Unit.MegaBytes, "Process", "Private Bytes", app, derivate: v => v / (1024 * 1024.0));
context.Register("memory.Working Set", Unit.MegaBytes, "Process", "Working Set", app, derivate: v => v / (1024 * 1024.0));
context.Register("memory.Mb in all Heaps", Unit.MegaBytes, Memory, "# Bytes in all Heaps", app, v => v / (1024 * 1024.0));
context.Register("memory.Gen 0 heap size", Unit.MegaBytes, Memory, "Gen 0 heap size", app, v => v / (1024 * 1024.0));
context.Register("memory.Gen 1 heap size", Unit.MegaBytes, Memory, "Gen 1 heap size", app, v => v / (1024 * 1024.0));
context.Register("memory.Gen 2 heap size", Unit.MegaBytes, Memory, "Gen 2 heap size", app, v => v / (1024 * 1024.0));
context.Register("memory.Large Object Heap size", Unit.MegaBytes, Memory, "Large Object Heap size", app, v => v / (1024 * 1024.0));
context.Register("memory.Allocated Bytes/second", Unit.KiloBytes, Memory, "Allocated Bytes/sec", app, v => v / 1024.0);
context.Register("memory.Time in GC", Unit.Custom("%"), Memory, "% Time in GC", app);
context.Register("memory.Pinned Objects", Unit.Custom("Objects"), Memory, "# of Pinned Objects", app);
context.Register("exceptions.Total Exceptions", Unit.Custom("Exceptions"), Exceptions, "# of Exceps Thrown", app);
context.Register("exceptions.Exceptions Thrown / Sec", Unit.Custom("Exceptions"), Exceptions, "# of Exceps Thrown / Sec", app);
context.Register("exceptions.Except Filters / Sec", Unit.Custom("Filters"), Exceptions, "# of Filters / Sec", app);
context.Register("exceptions.Finallys / Sec", Unit.Custom("Finallys"), Exceptions, "# of Finallys / Sec", app);
context.Register("exceptions.Throw to Catch Depth / Sec", Unit.Custom("Stack Frames"), Exceptions, "Throw to Catch Depth / Sec", app);
context.Register("threads.Logical Threads", Unit.Threads, LocksAndThreads, "# of current logical Threads", app);
context.Register("threads.Physical Threads", Unit.Threads, LocksAndThreads, "# of current physical Threads", app);
context.Register("threads.Contention Rate / Sec", Unit.Custom("Attempts"), LocksAndThreads, "Contention Rate / Sec", app);
context.Register("threads.Total Contentions", Unit.Custom("Attempts"), LocksAndThreads, "Total # of Contentions", app);
context.Register("threads.Queue Length / sec", Unit.Threads, LocksAndThreads, "Queue Length / sec", app);
context.Register("disk.IO Data Operations/sec", Unit.Custom("IOPS"), "Process", "IO Data Operations/sec", app);
context.Register("disk.IO Other Operations/sec", Unit.Custom("IOPS"), "Process", "IO Other Operations/sec", app);
ThreadPoolMetrics.RegisterThreadPoolGauges(context);
}
