com.didiglobal.knowframework.system.metrcis.bean.ProcMetrics Maven / Gradle / Ivy
package com.didiglobal.knowframework.system.metrcis.bean;
import java.util.List;
/**
* 进程级指标
*/
public class ProcMetrics {
/**
* 当前Jvm进程启动时间
*/
private long procStartupTime;
/**
* 当前Jvm进程运行时间
*/
private long procUptime;
/**
* 当前Jvm进程对应pid
*/
private long procPid;
/*********************** about cpu ***********************/
/**
* 当前进程系统态cpu使用率(单位：%)
*/
private double procCpuSys;
/**
* 当前进程cpu每秒上下文交换次数
*/
private long procCpuSwitchesPS;
/**
* 当前进程cpu每秒自愿上下文交换次数（自愿上下文切换，是指进程无法获取所需资源，导致的上下文切换。比如说， I/O、内存等系统资源不足时，就会发生自愿上下文切换 pidstat）
*/
private long procCpuVoluntarySwitchesPS;
/**
* 当前进程cpu每秒非自愿上下文交换次数（非自愿上下文切换，则是指进程由于时间片已到等原因，被系统强制调度，进而发生的上下文切换。比如说，大量进程都在争抢 CPU 时，就容易发生非自愿上下文切换 pidstat）
*/
private long procCpuNonVoluntarySwitchesPS;
/**
* 当前进程cpu使用率(单位：%)
* 注：使用率采用全核方式计数，如jvm进程使用一颗核，则返回100，如jvm进程使用两颗核，则返回200
*/
private float procCpuUtil;
/**
* 当前进程cpu使用率(单位：%)
* 注意：使用率为总使用比率，如jvm进程使用一颗核，系统共10核，则返回0.1 = 10%
*/
private float procCpuUtilTotalPercent;
/**
* 当前进程用户态cpu使用率(单位：%)
*/
private double procCpuUser;
/*********************** about io ***********************/
/**
* 当前进程io读取频率(单位：hz)
*/
private double procIOReadRate;
/**
* 当前进程io读取速率(单位：b/s)
*/
private long procIOReadBytesRate;
/**
* 当前进程io写入频率(单位：hz)
*/
private double procIOWriteRate;
/**
* 当前进程io写入速率(单位：b/s)
*/
private long procIOWriteBytesRate;
/**
* 当前进程io读写等待时间占总时间百分比（单位：%） 对应 iotop IO
*/
private double procIOAwaitTimePercent;
/*********************** about memory ***********************/
/**
* 当前进程data内存大小
*/
private long procMemData;
/**
* 当前进程dirty内存大小
*/
private long procMemDirty;
/**
* 当前进程lib内存大小
*/
private long procMemLib;
/**
* 当前进程常驻内存大小
*/
private long procMemRss;
/**
* 当前进程共享内存大小
*/
private long procMemShared;
/**
* 当前进程交换空间大小
*/
private long procMemSwap;
/**
* 当前进程Text内存大小
*/
private long procMemText;
/**
* 当前进程内存使用量（单位：byte）
*/
private long procMemUsed;
/**
* 当前进程内存使用率(单位：%)
*/
private double procMemUtil;
/**
* 当前进程虚拟内存大小
*/
private long procMemVms;
/**
* 当前jvm进程堆内存使用量（单位：byte）
*/
private long jvmProcHeapMemoryUsed;
/**
* 当前jvm进程堆外内存使用量（单位：byte）
*/
private long jvmProcNonHeapMemoryUsed;
/**
* 当前jvm进程最大可用堆内存，对应 jvm Xmx（单位：byte）
*/
private long jvmProcHeapSizeXmx;
/**
* 当前jvm进程启动以来内存使用量峰值（单位：byte）
*/
private long jvmProcMemUsedPeak;
/*********************** about gc ***********************/
/**
* 当前jvm进程启动以来 young gc 次数
*/
private long jvmProcYoungGcCount;
/**
* 当前jvm进程启动以来 full gc 次数
*/
private long jvmProcFullGcCount;
/**
* 当前jvm进程启动以来 young gc 耗时 单位：ms
*/
private long jvmProcYoungGcTime;
/**
* 当前jvm进程启动以来 full gc 耗时 单位：ms
*/
private long jvmProcFullGcTime;
/*********************** about thread ***********************/
/**
* 当前jvm进程中线程数
*/
private int jvmProcThreadNum;
/**
* 当前jvm进程启动以来线程数峰值
*/
private int jvmProcThreadNumPeak;
/*********************** about fd ***********************/
/**
* 当前Jvm进程打开fd数量
*/
private int procOpenFdCount;
/*********************** about network ***********************/
/**
* 当前Jvm进程监听端口
*/
private List procPortListen;
/**
* 当前Jvm进程网络每秒下行流量
*/
private long procNetworkReceiveBytesPs;
/**
* 当前Jvm进程网络每秒上行流量
*/
private long procNetworkSendBytesPs;
/**
* 当前Jvm进程当前tcp连接数
*/
private int procNetworkTcpConnectionNum;
/**
* 当前Jvm进程当前处于 time wait 状态 tcp 连接数
*/
private int procNetworkTcpTimeWaitNum;
/**
* 当前Jvm进程当前处于 close wait 状态 tcp 连接数
*/
private int procNetworkTcpCloseWaitNum;
public long getProcStartupTime() {
return procStartupTime;
}
public void setProcStartupTime(long procStartupTime) {
this.procStartupTime = procStartupTime;
}
public long getProcUptime() {
return procUptime;
}
public void setProcUptime(long procUptime) {
this.procUptime = procUptime;
}
public long getProcPid() {
return procPid;
}
public void setProcPid(long procPid) {
this.procPid = procPid;
}
public double getProcCpuSys() {
return procCpuSys;
}
public void setProcCpuSys(double procCpuSys) {
this.procCpuSys = procCpuSys;
}
public long getProcCpuSwitchesPS() {
return procCpuSwitchesPS;
}
public void setProcCpuSwitchesPS(long procCpuSwitchesPS) {
this.procCpuSwitchesPS = procCpuSwitchesPS;
}
public long getProcCpuVoluntarySwitchesPS() {
return procCpuVoluntarySwitchesPS;
}
public void setProcCpuVoluntarySwitchesPS(long procCpuVoluntarySwitchesPS) {
this.procCpuVoluntarySwitchesPS = procCpuVoluntarySwitchesPS;
}
public long getProcCpuNonVoluntarySwitchesPS() {
return procCpuNonVoluntarySwitchesPS;
}
public void setProcCpuNonVoluntarySwitchesPS(long procCpuNonVoluntarySwitchesPS) {
this.procCpuNonVoluntarySwitchesPS = procCpuNonVoluntarySwitchesPS;
}
public float getProcCpuUtil() {
return procCpuUtil;
}
public void setProcCpuUtil(float procCpuUtil) {
this.procCpuUtil = procCpuUtil;
}
public float getProcCpuUtilTotalPercent() {
return procCpuUtilTotalPercent;
}
public void setProcCpuUtilTotalPercent(float procCpuUtilTotalPercent) {
this.procCpuUtilTotalPercent = procCpuUtilTotalPercent;
}
public double getProcCpuUser() {
return procCpuUser;
}
public void setProcCpuUser(double procCpuUser) {
this.procCpuUser = procCpuUser;
}
public double getProcIOReadRate() {
return procIOReadRate;
}
public void setProcIOReadRate(double procIOReadRate) {
this.procIOReadRate = procIOReadRate;
}
public long getProcIOReadBytesRate() {
return procIOReadBytesRate;
}
public void setProcIOReadBytesRate(long procIOReadBytesRate) {
this.procIOReadBytesRate = procIOReadBytesRate;
}
public double getProcIOWriteRate() {
return procIOWriteRate;
}
public void setProcIOWriteRate(double procIOWriteRate) {
this.procIOWriteRate = procIOWriteRate;
}
public long getProcIOWriteBytesRate() {
return procIOWriteBytesRate;
}
public void setProcIOWriteBytesRate(long procIOWriteBytesRate) {
this.procIOWriteBytesRate = procIOWriteBytesRate;
}
public double getProcIOAwaitTimePercent() {
return procIOAwaitTimePercent;
}
public void setProcIOAwaitTimePercent(double procIOAwaitTimePercent) {
this.procIOAwaitTimePercent = procIOAwaitTimePercent;
}
public long getProcMemData() {
return procMemData;
}
public void setProcMemData(long procMemData) {
this.procMemData = procMemData;
}
public long getProcMemDirty() {
return procMemDirty;
}
public void setProcMemDirty(long procMemDirty) {
this.procMemDirty = procMemDirty;
}
public long getProcMemLib() {
return procMemLib;
}
public void setProcMemLib(long procMemLib) {
this.procMemLib = procMemLib;
}
public long getProcMemRss() {
return procMemRss;
}
public void setProcMemRss(long procMemRss) {
this.procMemRss = procMemRss;
}
public long getProcMemShared() {
return procMemShared;
}
public void setProcMemShared(long procMemShared) {
this.procMemShared = procMemShared;
}
public long getProcMemSwap() {
return procMemSwap;
}
public void setProcMemSwap(long procMemSwap) {
this.procMemSwap = procMemSwap;
}
public long getProcMemText() {
return procMemText;
}
public void setProcMemText(long procMemText) {
this.procMemText = procMemText;
}
public long getProcMemUsed() {
return procMemUsed;
}
public void setProcMemUsed(long procMemUsed) {
this.procMemUsed = procMemUsed;
}
public double getProcMemUtil() {
return procMemUtil;
}
public void setProcMemUtil(double procMemUtil) {
this.procMemUtil = procMemUtil;
}
public long getProcMemVms() {
return procMemVms;
}
public void setProcMemVms(long procMemVms) {
this.procMemVms = procMemVms;
}
public long getJvmProcHeapMemoryUsed() {
return jvmProcHeapMemoryUsed;
}
public void setJvmProcHeapMemoryUsed(long jvmProcHeapMemoryUsed) {
this.jvmProcHeapMemoryUsed = jvmProcHeapMemoryUsed;
}
public long getJvmProcNonHeapMemoryUsed() {
return jvmProcNonHeapMemoryUsed;
}
public void setJvmProcNonHeapMemoryUsed(long jvmProcNonHeapMemoryUsed) {
this.jvmProcNonHeapMemoryUsed = jvmProcNonHeapMemoryUsed;
}
public long getJvmProcHeapSizeXmx() {
return jvmProcHeapSizeXmx;
}
public void setJvmProcHeapSizeXmx(long jvmProcHeapSizeXmx) {
this.jvmProcHeapSizeXmx = jvmProcHeapSizeXmx;
}
public long getJvmProcMemUsedPeak() {
return jvmProcMemUsedPeak;
}
public void setJvmProcMemUsedPeak(long jvmProcMemUsedPeak) {
this.jvmProcMemUsedPeak = jvmProcMemUsedPeak;
}
public long getJvmProcYoungGcCount() {
return jvmProcYoungGcCount;
}
public void setJvmProcYoungGcCount(long jvmProcYoungGcCount) {
this.jvmProcYoungGcCount = jvmProcYoungGcCount;
}
public long getJvmProcFullGcCount() {
return jvmProcFullGcCount;
}
public void setJvmProcFullGcCount(long jvmProcFullGcCount) {
this.jvmProcFullGcCount = jvmProcFullGcCount;
}
public long getJvmProcYoungGcTime() {
return jvmProcYoungGcTime;
}
public void setJvmProcYoungGcTime(long jvmProcYoungGcTime) {
this.jvmProcYoungGcTime = jvmProcYoungGcTime;
}
public long getJvmProcFullGcTime() {
return jvmProcFullGcTime;
}
public void setJvmProcFullGcTime(long jvmProcFullGcTime) {
this.jvmProcFullGcTime = jvmProcFullGcTime;
}
public int getJvmProcThreadNum() {
return jvmProcThreadNum;
}
public void setJvmProcThreadNum(int jvmProcThreadNum) {
this.jvmProcThreadNum = jvmProcThreadNum;
}
public int getJvmProcThreadNumPeak() {
return jvmProcThreadNumPeak;
}
public void setJvmProcThreadNumPeak(int jvmProcThreadNumPeak) {
this.jvmProcThreadNumPeak = jvmProcThreadNumPeak;
}
public int getProcOpenFdCount() {
return procOpenFdCount;
}
public void setProcOpenFdCount(int procOpenFdCount) {
this.procOpenFdCount = procOpenFdCount;
}
public List getProcPortListen() {
return procPortListen;
}
public void setProcPortListen(List procPortListen) {
this.procPortListen = procPortListen;
}
public long getProcNetworkReceiveBytesPs() {
return procNetworkReceiveBytesPs;
}
public void setProcNetworkReceiveBytesPs(long procNetworkReceiveBytesPs) {
this.procNetworkReceiveBytesPs = procNetworkReceiveBytesPs;
}
public long getProcNetworkSendBytesPs() {
return procNetworkSendBytesPs;
}
public void setProcNetworkSendBytesPs(long procNetworkSendBytesPs) {
this.procNetworkSendBytesPs = procNetworkSendBytesPs;
}
public int getProcNetworkTcpConnectionNum() {
return procNetworkTcpConnectionNum;
}
public void setProcNetworkTcpConnectionNum(int procNetworkTcpConnectionNum) {
this.procNetworkTcpConnectionNum = procNetworkTcpConnectionNum;
}
public int getProcNetworkTcpTimeWaitNum() {
return procNetworkTcpTimeWaitNum;
}
public void setProcNetworkTcpTimeWaitNum(int procNetworkTcpTimeWaitNum) {
this.procNetworkTcpTimeWaitNum = procNetworkTcpTimeWaitNum;
}
public int getProcNetworkTcpCloseWaitNum() {
return procNetworkTcpCloseWaitNum;
}
public void setProcNetworkTcpCloseWaitNum(int procNetworkTcpCloseWaitNum) {
this.procNetworkTcpCloseWaitNum = procNetworkTcpCloseWaitNum;
}
}