// StartupTime measures the time it takes for the agent to get ready Note: This
	// is dependent on readiness probes. This means our granularity is correlated to
	// the probing interval.
	startupTime = monitoring.NewGauge(
		"startup_duration_seconds",
		"The time from the process starting to being marked ready.",
	)

	// scrapeErrors records total number of failed scrapes.
	scrapeErrors = monitoring.NewSum(

John Howard <******@****.***> 1709052916 -0800

Carlos Amedee <******@****.***> 1715265901 -0400

John Howard <******@****.***> 1709052916 -0800

mochizuki875 <******@****.***> 1707203963 +0000

// from the same process, same as in the Kubelet, and targets the same IP:port to verify
// that the ephemeral port is not exhausted.

// The default port range on a normal Linux system has 28321 free ephemeral ports per
// tuple srcIP,srcPort:dstIP:dstPort:Proto: /proc/sys/net/ipv4/ip_local_port_range 32768 60999
// 1 pods x 600 containers/pod x 1 probes/container x 1 req/sec = 600 req/sec

import org.lastaflute.di.core.factory.SingletonLaContainerFactory;
import org.opensearch.monitor.jvm.JvmInfo;
import org.opensearch.monitor.os.OsProbe;
import org.opensearch.monitor.process.ProcessProbe;

public class ThumbnailGenerator {

    private static final Logger logger = LogManager.getLogger(ThumbnailGenerator.class);

    @Resource
    public SearchEngineClient searchEngineClient;

					series = len(out)
					out = append(out, []MutatorUtil{{int64(ev.Time()), 1}})
				}
				ps = append(ps, perP{series: series})
			}
			if len(procs) == 0 || gomaxprocs != procs[len(procs)-1].n {
				procs = append(procs, procsCount{time: int64(ev.Time()), n: gomaxprocs})
			}
		}
		if len(ps) == 0 {
			// We can't start doing any analysis until we see what GOMAXPROCS is.

Nicole LiHui <******@****.***> 1717379705 +0800

		//
		//   fill + (window * procs * gcBackgroundUtilization - window * procs * (1-gcBackgroundUtilization)) = n
		//   fill = n - (window * procs * gcBackgroundUtilization - window * procs * (1-gcBackgroundUtilization))
		//   fill = n + window * procs * ((1-gcBackgroundUtilization) - gcBackgroundUtilization)
		//   fill = n + window * procs * (1-2*gcBackgroundUtilization)
		//   window = (fill - n) / (procs * (1-2*gcBackgroundUtilization)))
		//