| `minio_notification_events_sent_total`        | `counter` | Total number of events sent to the targets                                               | `server` |
| `minio_notification_events_skipped_total`     | `counter` | Events that were skipped to be sent to the targets due to the in-memory queue being full | `server` |

| `minio_notify_events_errors_total`             | Events that were failed to be sent to the targets (deprecated, please use 'minio_notify_target_failed_events' instead)                      |
| `minio_notify_events_sent_total`               | Total number of events sent to the targets (deprecated, please use 'minio_notify_target_total_events' instead)                              |

# Optional: Install Pigz on Windows.
# Pigz is a multi-core optimized version of unzip.exe.
# It improves container image pull performance since most time is spent
# unzipping the image layers to disk.
export WINDOWS_ENABLE_PIGZ="${WINDOWS_ENABLE_PIGZ:-true}"

# Enable Windows DSR (Direct Server Return)
export WINDOWS_ENABLE_DSR="${WINDOWS_ENABLE_DSR:-false}"

# Optional: Install Pigz on Windows.
# Pigz is a multi-core optimized version of unzip.exe.
# It improves container image pull performance since most time is spent
# unzipping the image layers to disk.
export WINDOWS_ENABLE_PIGZ="${WINDOWS_ENABLE_PIGZ:-true}"

# Enable Windows DSR (Direct Server Return)
export WINDOWS_ENABLE_DSR="${WINDOWS_ENABLE_DSR:-false}"

	SyscallBlockTime  time.Duration

	// TotalTime is the duration of the goroutine's presence in the trace.
	// Necessarily overlaps with other stats.
	TotalTime time.Duration

	// Total time the goroutine spent in certain ranges; may overlap
	// with other stats.
	RangeTime map[string]time.Duration
}

func (s GoroutineExecStats) NonOverlappingStats() map[string]time.Duration {
	stats := map[string]time.Duration{

	}
	// Only check this on Linux where we can be reasonably sure we have a high-resolution timer.
	if runtime.GOOS == "linux" {
		if cpu.gcDedicated <= 0 && cpu.gcAssist <= 0 && cpu.gcIdle <= 0 {
			t.Errorf("found no time spent on GC work: %#v", cpu)
		}
		if cpu.gcPause <= 0 {
			t.Errorf("found no GC pauses: %f", cpu.gcPause)
		}
		if cpu.idle <= 0 {
			t.Errorf("found no idle time: %f", cpu.idle)
		}

	where the fields are as follows:
		gc #         the GC number, incremented at each GC
		@#s          time in seconds since program start
		#%           percentage of time spent in GC since program start
		#+...+#      wall-clock/CPU times for the phases of the GC
		#->#-># MB   heap size at GC start, at GC end, and live heap, or /gc/scan/heap:bytes
		# MB goal    goal heap size, or /gc/heap/goal:bytes

* the data from the client to be sent through the network
* the data sent by your program to be received by the client through the network
* the contents of a file in the disk to be read by the system and given to your program

	enteredMarkAssistForTracing := false
retry:
	if gcCPULimiter.limiting() {
		// If the CPU limiter is enabled, intentionally don't
		// assist to reduce the amount of CPU time spent in the GC.
		if enteredMarkAssistForTracing {
			trace := traceAcquire()
			if trace.ok() {
				trace.GCMarkAssistDone()
				// Set this *after* we trace the end to make sure

		f: func(b *B) {
			b.Run("", func(b *B) { work(b) })
			time1 := b.result.NsPerOp()
			b.Run("", func(b *B) { work(b) })
			time2 := b.result.NsPerOp()
			if time1 >= time2 {
				t.Errorf("no time spent in benchmark t1 >= t2 (%d >= %d)", time1, time2)
			}
		},
	}, {
		desc: "bytes set by all benchmarks",
		f: func(b *B) {
			b.Run("", func(b *B) { b.SetBytes(10); work(b) })