com.didiglobal.knowframework.system.metrcis.bean.SystemMetrics Maven / Gradle / Ivy
package com.didiglobal.knowframework.system.metrcis.bean;
import java.util.Map;
public class SystemMetrics {
/**
* 系统时间偏移量
*/
private long systemNtpOffset;
/**
* 返回系统进程个数
*/
private int systemProcCount;
/**
* 系统启动时间
*/
private long systemStartupTime;
/**
* 系统运行时间
*/
private long systemUptime;
/*********************** about cpu ***********************/
/**
* 系统总体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 double systemCpuUtil;
/**
* 系统总体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 double systemCpuUtilTotalPercent;
/**
* cpu上下文交换次数
*/
private long systemCpuSwitches;
/**
* 虚拟处理器CPU时间占比(单位：%)
*/
private double systemCpuGuest;
/**
* 总体cpu空闲率（单位：%）
*/
private double systemCpuIdle;
/**
* 等待I/O的CPU时间占比(单位：%)
*/
private double systemCpuIOWait;
/**
* 系统对应CPU核心数
*/
private int systemCpuNumCores;
/**
* 等待处理其他虚拟核的时间占比(单位：%)
*/
private double systemCpuSteal;
/**
* 内核态CPU时间占比(单位：%)
*/
private double systemCpuSystem;
/**
* 用户态CPU时间占比(单位：%)
*/
private double systemCpuUser;
/*********************** about disk ***********************/
/**
* 磁盘各分区余量大小（单位：byte）
*/
private Map systemDiskBytesFree;
/**
* 磁盘各分区用量占比（单位：%）
*/
private Map systemDiskUsedPercent;
/**
* 各设备读操作耗时(单位：ms)
*/
private Map systemDiskReadTime;
/**
* 读取磁盘时间百分比（单位：%）
*/
private double systemDiskReadTimePercent;
/**
* 磁盘各分区总量（单位：byte）
*/
private Map systemDiskBytesTotal;
/**
* 磁盘各分区用量大小（单位：byte）
*/
private Map systemDiskBytesUsed;
/**
* 各设备写操作耗时(单位：ms)
*/
private Map systemDiskWriteTime;
/**
* 写入磁盘时间百分比（单位：%）
*/
private double systemDiskWriteTimePercent;
/**
* 系统已分配文件句柄数
*/
private int systemFilesAllocated;
/**
* 系统未分配文件句柄数
*/
private int systemFilesLeft;
/**
* 系统使用文件句柄占已分配百分比（单位：%）
*/
private double systemFilesUsedPercent;
/**
* 系统可以打开的最大文件句柄数
*/
private int systemFilesMax;
/**
* 系统使用的已分配文件句柄数
*/
private int systemFilesUsed;
/**
* 系统未使用的已分配文件句柄数
*/
private int systemFilesNotUsed;
/**
* 系统各分区空闲inode数量
*/
private Map systemDiskInodesFree;
/**
* 系统各分区已用inode占比（单位：%）
*/
private Map systemDiskInodesUsedPercent;
/**
* 系统各分区inode总数量
*/
private Map systemDiskInodesTotal;
/**
* 系统各分区已用inode数量
*/
private Map systemDiskInodesUsed;
/*********************** about io ***********************/
/**
* 各设备平均队列长度
*/
private Map systemIOAvgQuSz;
/**
* 各设备平均请求大小
*/
private Map systemIOAvgRqSz;
/**
* 各设备每次IO平均处理时间（单位：ms）
*/
private Map systemIOAwait;
/**
* 各设备读请求平均耗时(单位：ms)
*/
private Map systemIORAwait;
/**
* 各设备每秒读请求数量
*/
private Map systemIOReadRequest;
/**
* 各设备每秒读取字节数
*/
private Map systemIOReadBytes;
/**
* 各设备每秒合并到设备队列的读请求数
*/
private Map systemIORRQMS;
/**
* 每次各设备IO平均服务时间（单位：ms）
* 注：仅 做参考
*/
private Map systemIOSVCTM;
/**
* 各设备I/O请求的CPU时间百分比
*/
private Map systemIOUtil;
/**
* 各设备写请求平均耗时(单位：ms)
*/
private Map systemIOWAwait;
/**
* 各设备每秒写请求数量
*/
private Map systemIOWriteRequest;
/**
* 各设备每秒写字节数
*/
private Map systemIOWriteBytes;
/**
* 各设备每秒合并到设备队列的写请求数
*/
private Map systemIOWRQMS;
/**
* 系统近1分钟平均负载
*/
private double systemLoad1;
/**
* 系统近5分钟平均负载
*/
private double systemLoad5;
/**
* 系统近15分钟平均负载
*/
private double systemLoad15;
/*********************** about memory ***********************/
/**
* 系统文件缓冲区的物理RAM量（单位：byte）
*/
private long systemMemBuffered;
/**
* 缓存内存的物理RAM量（单位：byte）
*/
private long systemMemCached;
/**
* 系统当前可分配的内存总量（单位：byte）
*/
private long systemMemCommitLimit;
/**
* 在磁盘分页文件上保留的物理内存量（单位：byte）
*/
private long systemMemCommitted;
/**
* 系统已分配的包括进程未使用的内存量（单位：byte）
*/
private long systemMemCommittedAs;
/**
* 不能写入磁盘的物理内存量（单位：byte）
*/
private long systemMemNonPaged;
/**
* 没被使用是可以写入磁盘的物理内存量（单位：byte）
*/
private long systemMemPaged;
/**
* 系统内存空闲率
*/
private double systemMemFreePercent;
/**
* 系统内存使用率
*/
private double systemMemUsedPercent;
/**
* 用作共享内存的物理RAM量（单位：byte）
*/
private long systemMemShared;
/**
* 内核用来缓存数据结构供自己使用的内存量（单位：byte）
*/
private long systemMemSlab;
/**
* 系统物理内存总量（单位：byte）
*/
private long systemMemTotal;
/**
* 系统空闲内存大小（单位：byte）
*/
private long systemMemFree;
/**
* 系统已用内存大小（单位：byte）
*/
private long systemMemUsed;
/**
* 系统用作缓存的交换空间
*/
private long systemSwapCached;
/**
* 系统空闲swap大小（单位：byte）
*/
private long systemSwapFree;
/**
* 系统空闲swap占比
*/
private double systemSwapFreePercent;
/**
* 系统swap总大小（单位：byte）
*/
private long systemSwapTotal;
/**
* 系统已用swap大小（单位：byte）
*/
private long systemSwapUsed;
/**
* 系统已用swap占比（单位：%）
*/
private double systemSwapUsedPercent;
/*********************** about network ***********************/
/**
* 系统网络每秒下行流量
*/
private long systemNetworkReceiveBytesPs;
/**
* 系统网络每秒上行流量
*/
private long systemNetworkSendBytesPs;
/**
* 系统tcp连接数
*/
private int systemNetworkTcpConnectionNum;
/**
* 系统处于 time wait 状态 tcp 连接数
*/
private int systemNetworkTcpTimeWaitNum;
/**
* 系统处于 close wait 状态 tcp 连接数
*/
private int systemNetworkTcpCloseWaitNum;
/**
* 系统启动以来 Tcp 主动连接次数
*/
private long systemNetworkTcpActiveOpens;
/**
* 系统启动以来 Tcp 被动连接次数
*/
private long systemNetworkTcpPassiveOpens;
/**
* 系统启动以来 Tcp 连接失败次数
*/
private long systemNetworkTcpAttemptFails;
/**
* 系统启动以来 Tcp 连接异常断开次数
*/
private long systemNetworkTcpEstabResets;
/**
* 系统启动以来 Tcp 重传的报文段总个数
*/
private long systemNetworkTcpRetransSegs;
/**
* 系统启动以来 Tcp 监听队列溢出次数
*/
private long systemNetworkTcpExtListenOverflows;
/**
* 系统启动以来 UDP 入包量
*/
private long systemNetworkUdpInDatagrams;
/**
* 系统启动以来 UDP 出包量
*/
private long systemNetworkUdpOutDatagrams;
/**
* 系统启动以来 UDP 入包错误数
*/
private long systemNetworkUdpInErrors;
/**
* 系统启动以来 UDP 端口不可达个数
*/
private long systemNetworkUdpNoPorts;
/**
* 系统启动以来 UDP 发送缓冲区满次数
*/
private long systemNetworkUdpSendBufferErrors;
public long getSystemNtpOffset() {
return systemNtpOffset;
}
public void setSystemNtpOffset(long systemNtpOffset) {
this.systemNtpOffset = systemNtpOffset;
}
public int getSystemProcCount() {
return systemProcCount;
}
public void setSystemProcCount(int systemProcCount) {
this.systemProcCount = systemProcCount;
}
public long getSystemStartupTime() {
return systemStartupTime;
}
public void setSystemStartupTime(long systemStartupTime) {
this.systemStartupTime = systemStartupTime;
}
public long getSystemUptime() {
return systemUptime;
}
public void setSystemUptime(long systemUptime) {
this.systemUptime = systemUptime;
}
public double getSystemCpuUtil() {
return systemCpuUtil;
}
public void setSystemCpuUtil(double systemCpuUtil) {
this.systemCpuUtil = systemCpuUtil;
}
public double getSystemCpuUtilTotalPercent() {
return systemCpuUtilTotalPercent;
}
public void setSystemCpuUtilTotalPercent(double systemCpuUtilTotalPercent) {
this.systemCpuUtilTotalPercent = systemCpuUtilTotalPercent;
}
public long getSystemCpuSwitches() {
return systemCpuSwitches;
}
public void setSystemCpuSwitches(long systemCpuSwitches) {
this.systemCpuSwitches = systemCpuSwitches;
}
public double getSystemCpuGuest() {
return systemCpuGuest;
}
public void setSystemCpuGuest(double systemCpuGuest) {
this.systemCpuGuest = systemCpuGuest;
}
public double getSystemCpuIdle() {
return systemCpuIdle;
}
public void setSystemCpuIdle(double systemCpuIdle) {
this.systemCpuIdle = systemCpuIdle;
}
public double getSystemCpuIOWait() {
return systemCpuIOWait;
}
public void setSystemCpuIOWait(double systemCpuIOWait) {
this.systemCpuIOWait = systemCpuIOWait;
}
public int getSystemCpuNumCores() {
return systemCpuNumCores;
}
public void setSystemCpuNumCores(int systemCpuNumCores) {
this.systemCpuNumCores = systemCpuNumCores;
}
public double getSystemCpuSteal() {
return systemCpuSteal;
}
public void setSystemCpuSteal(double systemCpuSteal) {
this.systemCpuSteal = systemCpuSteal;
}
public double getSystemCpuSystem() {
return systemCpuSystem;
}
public void setSystemCpuSystem(double systemCpuSystem) {
this.systemCpuSystem = systemCpuSystem;
}
public double getSystemCpuUser() {
return systemCpuUser;
}
public void setSystemCpuUser(double systemCpuUser) {
this.systemCpuUser = systemCpuUser;
}
public Map getSystemDiskBytesFree() {
return systemDiskBytesFree;
}
public void setSystemDiskBytesFree(Map systemDiskBytesFree) {
this.systemDiskBytesFree = systemDiskBytesFree;
}
public Map getSystemDiskUsedPercent() {
return systemDiskUsedPercent;
}
public void setSystemDiskUsedPercent(Map systemDiskUsedPercent) {
this.systemDiskUsedPercent = systemDiskUsedPercent;
}
public Map getSystemDiskReadTime() {
return systemDiskReadTime;
}
public void setSystemDiskReadTime(Map systemDiskReadTime) {
this.systemDiskReadTime = systemDiskReadTime;
}
public double getSystemDiskReadTimePercent() {
return systemDiskReadTimePercent;
}
public void setSystemDiskReadTimePercent(double systemDiskReadTimePercent) {
this.systemDiskReadTimePercent = systemDiskReadTimePercent;
}
public Map getSystemDiskBytesTotal() {
return systemDiskBytesTotal;
}
public void setSystemDiskBytesTotal(Map systemDiskBytesTotal) {
this.systemDiskBytesTotal = systemDiskBytesTotal;
}
public Map getSystemDiskBytesUsed() {
return systemDiskBytesUsed;
}
public void setSystemDiskBytesUsed(Map systemDiskBytesUsed) {
this.systemDiskBytesUsed = systemDiskBytesUsed;
}
public Map getSystemDiskWriteTime() {
return systemDiskWriteTime;
}
public void setSystemDiskWriteTime(Map systemDiskWriteTime) {
this.systemDiskWriteTime = systemDiskWriteTime;
}
public double getSystemDiskWriteTimePercent() {
return systemDiskWriteTimePercent;
}
public void setSystemDiskWriteTimePercent(double systemDiskWriteTimePercent) {
this.systemDiskWriteTimePercent = systemDiskWriteTimePercent;
}
public int getSystemFilesAllocated() {
return systemFilesAllocated;
}
public void setSystemFilesAllocated(int systemFilesAllocated) {
this.systemFilesAllocated = systemFilesAllocated;
}
public int getSystemFilesLeft() {
return systemFilesLeft;
}
public void setSystemFilesLeft(int systemFilesLeft) {
this.systemFilesLeft = systemFilesLeft;
}
public double getSystemFilesUsedPercent() {
return systemFilesUsedPercent;
}
public void setSystemFilesUsedPercent(double systemFilesUsedPercent) {
this.systemFilesUsedPercent = systemFilesUsedPercent;
}
public int getSystemFilesMax() {
return systemFilesMax;
}
public void setSystemFilesMax(int systemFilesMax) {
this.systemFilesMax = systemFilesMax;
}
public int getSystemFilesUsed() {
return systemFilesUsed;
}
public void setSystemFilesUsed(int systemFilesUsed) {
this.systemFilesUsed = systemFilesUsed;
}
public int getSystemFilesNotUsed() {
return systemFilesNotUsed;
}
public void setSystemFilesNotUsed(int systemFilesNotUsed) {
this.systemFilesNotUsed = systemFilesNotUsed;
}
public Map getSystemDiskInodesFree() {
return systemDiskInodesFree;
}
public void setSystemDiskInodesFree(Map systemDiskInodesFree) {
this.systemDiskInodesFree = systemDiskInodesFree;
}
public Map getSystemDiskInodesUsedPercent() {
return systemDiskInodesUsedPercent;
}
public void setSystemDiskInodesUsedPercent(Map systemDiskInodesUsedPercent) {
this.systemDiskInodesUsedPercent = systemDiskInodesUsedPercent;
}
public Map getSystemDiskInodesTotal() {
return systemDiskInodesTotal;
}
public void setSystemDiskInodesTotal(Map systemDiskInodesTotal) {
this.systemDiskInodesTotal = systemDiskInodesTotal;
}
public Map getSystemDiskInodesUsed() {
return systemDiskInodesUsed;
}
public void setSystemDiskInodesUsed(Map systemDiskInodesUsed) {
this.systemDiskInodesUsed = systemDiskInodesUsed;
}
public Map getSystemIOAvgQuSz() {
return systemIOAvgQuSz;
}
public void setSystemIOAvgQuSz(Map systemIOAvgQuSz) {
this.systemIOAvgQuSz = systemIOAvgQuSz;
}
public Map getSystemIOAvgRqSz() {
return systemIOAvgRqSz;
}
public void setSystemIOAvgRqSz(Map systemIOAvgRqSz) {
this.systemIOAvgRqSz = systemIOAvgRqSz;
}
public Map getSystemIOAwait() {
return systemIOAwait;
}
public void setSystemIOAwait(Map systemIOAwait) {
this.systemIOAwait = systemIOAwait;
}
public Map getSystemIORAwait() {
return systemIORAwait;
}
public void setSystemIORAwait(Map systemIORAwait) {
this.systemIORAwait = systemIORAwait;
}
public Map getSystemIOReadRequest() {
return systemIOReadRequest;
}
public void setSystemIOReadRequest(Map systemIOReadRequest) {
this.systemIOReadRequest = systemIOReadRequest;
}
public Map getSystemIOReadBytes() {
return systemIOReadBytes;
}
public void setSystemIOReadBytes(Map systemIOReadBytes) {
this.systemIOReadBytes = systemIOReadBytes;
}
public Map getSystemIORRQMS() {
return systemIORRQMS;
}
public void setSystemIORRQMS(Map systemIORRQMS) {
this.systemIORRQMS = systemIORRQMS;
}
public Map getSystemIOSVCTM() {
return systemIOSVCTM;
}
public void setSystemIOSVCTM(Map systemIOSVCTM) {
this.systemIOSVCTM = systemIOSVCTM;
}
public Map getSystemIOUtil() {
return systemIOUtil;
}
public void setSystemIOUtil(Map systemIOUtil) {
this.systemIOUtil = systemIOUtil;
}
public Map getSystemIOWAwait() {
return systemIOWAwait;
}
public void setSystemIOWAwait(Map systemIOWAwait) {
this.systemIOWAwait = systemIOWAwait;
}
public Map getSystemIOWriteRequest() {
return systemIOWriteRequest;
}
public void setSystemIOWriteRequest(Map systemIOWriteRequest) {
this.systemIOWriteRequest = systemIOWriteRequest;
}
public Map getSystemIOWriteBytes() {
return systemIOWriteBytes;
}
public void setSystemIOWriteBytes(Map systemIOWriteBytes) {
this.systemIOWriteBytes = systemIOWriteBytes;
}
public Map getSystemIOWRQMS() {
return systemIOWRQMS;
}
public void setSystemIOWRQMS(Map systemIOWRQMS) {
this.systemIOWRQMS = systemIOWRQMS;
}
public double getSystemLoad1() {
return systemLoad1;
}
public void setSystemLoad1(double systemLoad1) {
this.systemLoad1 = systemLoad1;
}
public double getSystemLoad5() {
return systemLoad5;
}
public void setSystemLoad5(double systemLoad5) {
this.systemLoad5 = systemLoad5;
}
public double getSystemLoad15() {
return systemLoad15;
}
public void setSystemLoad15(double systemLoad15) {
this.systemLoad15 = systemLoad15;
}
public long getSystemMemBuffered() {
return systemMemBuffered;
}
public void setSystemMemBuffered(long systemMemBuffered) {
this.systemMemBuffered = systemMemBuffered;
}
public long getSystemMemCached() {
return systemMemCached;
}
public void setSystemMemCached(long systemMemCached) {
this.systemMemCached = systemMemCached;
}
public long getSystemMemCommitLimit() {
return systemMemCommitLimit;
}
public void setSystemMemCommitLimit(long systemMemCommitLimit) {
this.systemMemCommitLimit = systemMemCommitLimit;
}
public long getSystemMemCommitted() {
return systemMemCommitted;
}
public void setSystemMemCommitted(long systemMemCommitted) {
this.systemMemCommitted = systemMemCommitted;
}
public long getSystemMemCommittedAs() {
return systemMemCommittedAs;
}
public void setSystemMemCommittedAs(long systemMemCommittedAs) {
this.systemMemCommittedAs = systemMemCommittedAs;
}
public long getSystemMemNonPaged() {
return systemMemNonPaged;
}
public void setSystemMemNonPaged(long systemMemNonPaged) {
this.systemMemNonPaged = systemMemNonPaged;
}
public long getSystemMemPaged() {
return systemMemPaged;
}
public void setSystemMemPaged(long systemMemPaged) {
this.systemMemPaged = systemMemPaged;
}
public double getSystemMemFreePercent() {
return systemMemFreePercent;
}
public void setSystemMemFreePercent(double systemMemFreePercent) {
this.systemMemFreePercent = systemMemFreePercent;
}
public double getSystemMemUsedPercent() {
return systemMemUsedPercent;
}
public void setSystemMemUsedPercent(double systemMemUsedPercent) {
this.systemMemUsedPercent = systemMemUsedPercent;
}
public long getSystemMemShared() {
return systemMemShared;
}
public void setSystemMemShared(long systemMemShared) {
this.systemMemShared = systemMemShared;
}
public long getSystemMemSlab() {
return systemMemSlab;
}
public void setSystemMemSlab(long systemMemSlab) {
this.systemMemSlab = systemMemSlab;
}
public long getSystemMemTotal() {
return systemMemTotal;
}
public void setSystemMemTotal(long systemMemTotal) {
this.systemMemTotal = systemMemTotal;
}
public long getSystemMemFree() {
return systemMemFree;
}
public void setSystemMemFree(long systemMemFree) {
this.systemMemFree = systemMemFree;
}
public long getSystemMemUsed() {
return systemMemUsed;
}
public void setSystemMemUsed(long systemMemUsed) {
this.systemMemUsed = systemMemUsed;
}
public long getSystemSwapCached() {
return systemSwapCached;
}
public void setSystemSwapCached(long systemSwapCached) {
this.systemSwapCached = systemSwapCached;
}
public long getSystemSwapFree() {
return systemSwapFree;
}
public void setSystemSwapFree(long systemSwapFree) {
this.systemSwapFree = systemSwapFree;
}
public double getSystemSwapFreePercent() {
return systemSwapFreePercent;
}
public void setSystemSwapFreePercent(double systemSwapFreePercent) {
this.systemSwapFreePercent = systemSwapFreePercent;
}
public long getSystemSwapTotal() {
return systemSwapTotal;
}
public void setSystemSwapTotal(long systemSwapTotal) {
this.systemSwapTotal = systemSwapTotal;
}
public long getSystemSwapUsed() {
return systemSwapUsed;
}
public void setSystemSwapUsed(long systemSwapUsed) {
this.systemSwapUsed = systemSwapUsed;
}
public double getSystemSwapUsedPercent() {
return systemSwapUsedPercent;
}
public void setSystemSwapUsedPercent(double systemSwapUsedPercent) {
this.systemSwapUsedPercent = systemSwapUsedPercent;
}
public long getSystemNetworkReceiveBytesPs() {
return systemNetworkReceiveBytesPs;
}
public void setSystemNetworkReceiveBytesPs(long systemNetworkReceiveBytesPs) {
this.systemNetworkReceiveBytesPs = systemNetworkReceiveBytesPs;
}
public long getSystemNetworkSendBytesPs() {
return systemNetworkSendBytesPs;
}
public void setSystemNetworkSendBytesPs(long systemNetworkSendBytesPs) {
this.systemNetworkSendBytesPs = systemNetworkSendBytesPs;
}
public int getSystemNetworkTcpConnectionNum() {
return systemNetworkTcpConnectionNum;
}
public void setSystemNetworkTcpConnectionNum(int systemNetworkTcpConnectionNum) {
this.systemNetworkTcpConnectionNum = systemNetworkTcpConnectionNum;
}
public int getSystemNetworkTcpTimeWaitNum() {
return systemNetworkTcpTimeWaitNum;
}
public void setSystemNetworkTcpTimeWaitNum(int systemNetworkTcpTimeWaitNum) {
this.systemNetworkTcpTimeWaitNum = systemNetworkTcpTimeWaitNum;
}
public int getSystemNetworkTcpCloseWaitNum() {
return systemNetworkTcpCloseWaitNum;
}
public void setSystemNetworkTcpCloseWaitNum(int systemNetworkTcpCloseWaitNum) {
this.systemNetworkTcpCloseWaitNum = systemNetworkTcpCloseWaitNum;
}
public long getSystemNetworkTcpActiveOpens() {
return systemNetworkTcpActiveOpens;
}
public void setSystemNetworkTcpActiveOpens(long systemNetworkTcpActiveOpens) {
this.systemNetworkTcpActiveOpens = systemNetworkTcpActiveOpens;
}
public long getSystemNetworkTcpPassiveOpens() {
return systemNetworkTcpPassiveOpens;
}
public void setSystemNetworkTcpPassiveOpens(long systemNetworkTcpPassiveOpens) {
this.systemNetworkTcpPassiveOpens = systemNetworkTcpPassiveOpens;
}
public long getSystemNetworkTcpAttemptFails() {
return systemNetworkTcpAttemptFails;
}
public void setSystemNetworkTcpAttemptFails(long systemNetworkTcpAttemptFails) {
this.systemNetworkTcpAttemptFails = systemNetworkTcpAttemptFails;
}
public long getSystemNetworkTcpEstabResets() {
return systemNetworkTcpEstabResets;
}
public void setSystemNetworkTcpEstabResets(long systemNetworkTcpEstabResets) {
this.systemNetworkTcpEstabResets = systemNetworkTcpEstabResets;
}
public long getSystemNetworkTcpRetransSegs() {
return systemNetworkTcpRetransSegs;
}
public void setSystemNetworkTcpRetransSegs(long systemNetworkTcpRetransSegs) {
this.systemNetworkTcpRetransSegs = systemNetworkTcpRetransSegs;
}
public long getSystemNetworkTcpExtListenOverflows() {
return systemNetworkTcpExtListenOverflows;
}
public void setSystemNetworkTcpExtListenOverflows(long systemNetworkTcpExtListenOverflows) {
this.systemNetworkTcpExtListenOverflows = systemNetworkTcpExtListenOverflows;
}
public long getSystemNetworkUdpInDatagrams() {
return systemNetworkUdpInDatagrams;
}
public void setSystemNetworkUdpInDatagrams(long systemNetworkUdpInDatagrams) {
this.systemNetworkUdpInDatagrams = systemNetworkUdpInDatagrams;
}
public long getSystemNetworkUdpOutDatagrams() {
return systemNetworkUdpOutDatagrams;
}
public void setSystemNetworkUdpOutDatagrams(long systemNetworkUdpOutDatagrams) {
this.systemNetworkUdpOutDatagrams = systemNetworkUdpOutDatagrams;
}
public long getSystemNetworkUdpInErrors() {
return systemNetworkUdpInErrors;
}
public void setSystemNetworkUdpInErrors(long systemNetworkUdpInErrors) {
this.systemNetworkUdpInErrors = systemNetworkUdpInErrors;
}
public long getSystemNetworkUdpNoPorts() {
return systemNetworkUdpNoPorts;
}
public void setSystemNetworkUdpNoPorts(long systemNetworkUdpNoPorts) {
this.systemNetworkUdpNoPorts = systemNetworkUdpNoPorts;
}
public long getSystemNetworkUdpSendBufferErrors() {
return systemNetworkUdpSendBufferErrors;
}
public void setSystemNetworkUdpSendBufferErrors(long systemNetworkUdpSendBufferErrors) {
this.systemNetworkUdpSendBufferErrors = systemNetworkUdpSendBufferErrors;
}
}