CollLinuxHostWithCMD.java
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package com.sitech.ismp.coll.host;
import com.sitech.ismp.app.coll.RPCTarget;
import com.sitech.ismp.coll.CollBase;
import com.sitech.ismp.coll.basic.TblATO_KPIDETAIL;
import com.sitech.ismp.coll.virtual.VirtualScheduleManager;
import com.sitech.util.Formater;
import org.apache.commons.lang.StringUtils;
import org.apache.log4j.Logger;
import org.libvirt.Connect;
import org.libvirt.Domain;
import org.libvirt.DomainInfo;
import org.libvirt.LibvirtException;
import java.io.BufferedReader;
import java.io.File;
import java.io.FileReader;
import java.io.IOException;
import java.math.BigDecimal;
import java.util.*;
public class CollLinuxHostWithCMD {
public static HashMap<Object, Object> vmMap;
Logger logger = Logger.getLogger("COLL");
String kbpClass = "10-10-24";
RPCTarget rpctarget = new RPCTarget();
String hostName;
String deviceId;
public CollLinuxHostWithCMD() {
}
private void init(HashMap<String, String> params){
deviceId = params.get("DEVICE_ID");
if (null == deviceId || "".equals(deviceId) || "null".equals(deviceId)) {
deviceId = getHostName();
}
deviceId = Formater.neatenunitid(deviceId);
}
/**
* CM-00-01-001-01 主机名
* CM-00-01-001-03 主机厂商
*/
public Vector<TblATO_KPIDETAIL> collBaseInfo(HashMap<String, String> params){
init(params);
CollBase collResult = new CollBase();
String unitId = kbpClass + "-10:" + deviceId + "-total";
collResult.addKPI(unitId, "CM-00-01-001-01", getHostName());
collResult.addKPI(unitId, "CM-00-01-001-03", "Linux");
collResult.addKPI(unitId, "PM-20-20-001-52", getUptime());
return collResult.KPISet;
}
/**
* CM-00-01-001-04 主机CPU个数
* CM-00-01-001-05 主机CPU型号
* CM-00-01-001-06 主机CPU主频
*/
public Vector<TblATO_KPIDETAIL> collCpuInfo(HashMap<String, String> params){
init(params);
CollBase collResult = new CollBase();
String unitId = kbpClass + "-10:" + deviceId + "-total";
String cpuCount = rpctarget.getKPIValue("sh linux/cpucount.sh");
if(null == cpuCount || "".equals(cpuCount)){
cpuCount = "-";
}
collResult.addKPI(unitId, "CM-00-01-001-04", cpuCount.trim());
String cpuType = rpctarget.getKPIValue("sh linux/cputype.sh");
if(null == cpuType || "".equals(cpuType)){
cpuType = "-";
}
collResult.addKPI(unitId, "CM-00-01-001-05", cpuType.trim());
String cpuClock = rpctarget.getKPIValue("sh linux/cpuclock.sh");
if(null == cpuClock || "".equals(cpuClock)){
cpuClock = "-";
}
collResult.addKPI(unitId, "CM-00-01-001-06", cpuClock.trim());
return collResult.KPISet;
}
/**
* CM-00-01-001-07 主机内存大小
*/
public Vector<TblATO_KPIDETAIL> collMemSize(HashMap<String, String> params){
init(params);
CollBase collResult = new CollBase();
String unitId = kbpClass + "-10:" + deviceId + "-total";
Vector<String> vMemSize = rpctarget.getKPISet("sh linux/mem.sh");
System.out.println("Formater.formatDecimalByScale(String.valueOf(Integer.parseInt(vMemSize.elementAt(0)) / 1024.0), 2) = " + Formater.formatDecimalByScale(String.valueOf(Integer.parseInt(vMemSize.elementAt(0)) / 1024.0), 2));
collResult.addKPI(unitId, "CM-00-01-001-07", Formater.formatDecimalByScale(String.valueOf(Integer.parseInt(vMemSize.elementAt(0)) / 1024.0), 2));
return collResult.KPISet;
}
/**
* CM-00-01-001-08 主机操作系统版本
*/
public Vector<TblATO_KPIDETAIL> collOsVersion(HashMap<String, String> params) {
init(params);
CollBase collResult = new CollBase();
String unitId = kbpClass + "-10:" + deviceId + "-total";
Vector<String> vOsVersion = rpctarget.getKPISet("uname -a");
String version = split(vOsVersion.get(0), 2);
collResult.addKPI(unitId, "CM-00-01-001-08", version);
return collResult.KPISet;
}
/**
* @author lianlian
*
* CM-00-01-001-11 系统网络接口IP地址
* CM-00-01-001-12 系统网络接口物理地址
* FM-00-01-001-03 主机网卡状态
* CM-00-01-001-02 主机地址(服务IP)
* CM-00-01-001-10 系统网络接口数
* PM-00-01-900-04 系统网络接口使用带宽
* PM-00-01-900-05 系统网络接口带宽使用率(暂无法采集)
* PM-00-01-900-06 系统网络接口丢包率
* PM-00-01-900-07 系统网络接口错包率
* CM-00-01-001-21 系统网络接口速率(暂时无法采集)
*/
public Vector<TblATO_KPIDETAIL> collInterface(HashMap<String, String> params) {
init(params);
CollBase collResult = new CollBase();
String preUnitId = kbpClass + "-16:" + deviceId;
String totalUnitId = kbpClass + "-10:" + deviceId + "-total";
int sleepSeconds = 2;
String networkName = "";
String serviceIp = "";
Map<String, Map<String, String>> networkMap = new HashMap<String, Map<String, String>>();
// first coll
Vector<String> vLan = rpctarget.getKPISet("/sbin/ifconfig -a");
if (vLan == null || vLan.size() == 0) {
return collResult.KPISet;
}
for (String network : vLan) {
Map<String, String> map = null;
if (network.indexOf("Link encap:") >= 0) {
map = new HashMap<String, String>();
networkName = network.substring(0, network.indexOf("Link encap:")).trim();
String networkType = "unknown";
if(network.indexOf("HWaddr")!=-1){
networkType = network.substring(network.indexOf("Link encap:") + "Link encap:".length(), network.indexOf("HWaddr")).trim();
}else{
networkType = network.substring(network.indexOf("Link encap:") + "Link encap:".length()).trim();
}
map.put("Link encap:", networkType);
networkMap.put(networkName, map);
} else {
map = networkMap.get(networkName);
}
if (network.indexOf("HWaddr") >= 0) {
String macaddr = network.substring(network.indexOf("HWaddr") + "HWaddr".length()).trim();
map.put("HWaddr", macaddr);
}
if (network.indexOf("inet addr") >= 0) {
int index1 = network.indexOf("Bcast");
int index2 = network.indexOf("Mask");
int tmp = (index1 == -1) ? index2 : index1;
String ipaddr = network.substring(network.indexOf(":") + 1, tmp).trim();
map.put("inet addr", ipaddr);
}
if (network.indexOf("RX packets") >= 0){
String packets = network.substring(network.indexOf("RX") + 2).trim();
String[] temps = packets.split(" ");
for(String temp:temps){
map.put("rx_" + temp.split(":")[0].trim(),temp.split(":")[1].trim());
}
}
if (network.indexOf("TX packets") >= 0){
String packets = network.substring(network.indexOf("TX") + 2).trim();
String[] temps = packets.split(" ");
for(String temp:temps){
map.put("tx_" + temp.split(":")[0].trim(), temp.split(":")[1].trim());
}
}
if (network.indexOf("RX bytes") >= 0) {
String rx_bytes = network.substring(network.indexOf("RX bytes:") + "RX bytes:".length(), network.indexOf("(")).trim();
String tx_bytes = network.substring(network.indexOf("TX bytes:") + "TX bytes:".length(), network.lastIndexOf("(")).trim();
map.put("rx_bytes", rx_bytes);
map.put("tx_bytes", tx_bytes);
}
}
for(String key : networkMap.keySet()) {
Map<String, String> map = networkMap.get(key);
if(!map.containsKey("inet addr")) {
map.put("inet addr", "N/A");
}
if(!map.containsKey("HWaddr")) {
map.put("HWaddr", "N/A");
}
// RX packets:0 errors:0 dropped:0 overruns:0 frame:0
// TX packets:0 errors:0 dropped:478644 overruns:0 carrier:0
long int_rxpackets = Long.parseLong(StringUtils.isBlank(map.get("rx_packets"))? "0":map.get("rx_packets"));
long int_rxerrors = Long.parseLong(StringUtils.isBlank(map.get("rx_errors"))? "0":map.get("rx_errors"));
long int_rxdropped = Long.parseLong(StringUtils.isBlank(map.get("rx_dropped"))? "0":map.get("rx_dropped"));
long int_rxoverruns = Long.parseLong(StringUtils.isBlank(map.get("rx_overruns"))? "0":map.get("rx_overruns"));
long int_rxframe = Long.parseLong(StringUtils.isBlank(map.get("rx_frame"))? "0":map.get("rx_frame"));
long int_txpackets = Long.parseLong(StringUtils.isBlank(map.get("tx_packets"))? "0":map.get("tx_packets"));
long int_txerrors = Long.parseLong(StringUtils.isBlank(map.get("tx_errors"))? "0":map.get("tx_errors"));
long int_txdropped = Long.parseLong(StringUtils.isBlank(map.get("tx_dropped"))? "0":map.get("tx_dropped"));
long int_txoverruns = Long.parseLong(StringUtils.isBlank(map.get("tx_overruns"))? "0":map.get("tx_overruns"));
long int_txcarrier = Long.parseLong(StringUtils.isBlank(map.get("tx_carrier"))? "0":map.get("tx_carrier"));
if(int_rxpackets > 0 || int_rxerrors > 0 || int_rxdropped > 0 || int_rxoverruns > 0 || int_rxframe > 0 ||
int_txpackets > 0 || int_txerrors > 0 || int_txdropped > 0 || int_txoverruns > 0 || int_txcarrier > 0) {
map.put("networkState", "UP");
} else {
map.put("networkState", "DOWN");
}
}
// sleep 2 seconds
try {
Thread.sleep(sleepSeconds * 1000L);
} catch (InterruptedException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
// second coll
vLan = rpctarget.getKPISet("/sbin/ifconfig -a");
if (vLan == null || vLan.size() == 0) {
return collResult.KPISet;
}
for (String network : vLan) {
Map<String, String> map = null;
String key = "";
String firstCollStr = "";
String secondCollStr = "";
if (network.indexOf("Link encap:") >= 0) {
networkName = network.substring(0, network.indexOf("Link encap:")).trim();
map = networkMap.get(networkName);
} else {
map = networkMap.get(networkName);
}
if (network.indexOf("RX packets") >= 0){
String packets = network.substring(network.indexOf("RX") + 2).trim();
String[] temps = packets.split(" ");
for(String temp:temps){
key = "rx_" + temp.split(":")[0].trim();
if(map.containsKey(key)){
firstCollStr = map.get(key);
secondCollStr = temp.split(":")[1].trim();
map.put(key, String.valueOf(Long.parseLong(secondCollStr)-Long.parseLong(firstCollStr)));
}
}
}
if (network.indexOf("TX packets") >= 0){
String packets = network.substring(network.indexOf("TX") + 2).trim();
String[] temps = packets.split(" ");
for(String temp:temps){
key = "tx_" + temp.split(":")[0].trim();
if(map.containsKey(key)){
firstCollStr = map.get(key);
secondCollStr = temp.split(":")[1].trim();
map.put(key, String.valueOf(Long.parseLong(secondCollStr)-Long.parseLong(firstCollStr)));
}
}
}
if (network.indexOf("RX bytes") >= 0) {
String rx_bytes = network.substring(network.indexOf("RX bytes:") + "RX bytes:".length(), network.indexOf("(")).trim();
rx_bytes = StringUtils.isBlank(rx_bytes)? "0":rx_bytes;
String tx_bytes = network.substring(network.indexOf("TX bytes:") + "TX bytes:".length(), network.lastIndexOf("(")).trim();
tx_bytes = StringUtils.isBlank(tx_bytes)? "0":tx_bytes;
if(map.containsKey("rx_bytes")){
firstCollStr = map.get("rx_bytes");;
map.put("rx_bytes", String.valueOf(Long.parseLong(rx_bytes)-Long.parseLong(firstCollStr)));
}
if(map.containsKey("tx_bytes")){
firstCollStr = map.get("tx_bytes");;
map.put("tx_bytes", String.valueOf(Long.parseLong(tx_bytes)-Long.parseLong(firstCollStr)));
}
}
}
// create coll kpi
for(String key : networkMap.keySet()){
Map<String,String> map = networkMap.get(key);
String unitId = preUnitId + "-" + Formater.neatenunitid(key);
// ifname
collResult.addKPI(unitId, "CM-00-01-001-19", key);
// macaddr
collResult.addKPI(unitId, "CM-00-01-001-12", map.get("HWaddr"));
// ipaddr
String inetAddr = map.get("inet addr");
collResult.addKPI(unitId, "CM-00-01-001-11", inetAddr);
if(!inetAddr.equals("N/A")) {
serviceIp += inetAddr + ",";
}
// network status
collResult.addKPI(unitId, "FM-00-01-001-03", map.get("networkState"));
// network use kbps
String rx_bytes = StringUtils.isBlank(map.get("rx_bytes"))? "0":map.get("rx_bytes");
String tx_bytes = StringUtils.isBlank(map.get("tx_bytes"))? "0":map.get("tx_bytes");
String rx_packets = StringUtils.isBlank(map.get("rx_packets"))? "0":map.get("rx_packets");
String tx_packets = StringUtils.isBlank(map.get("tx_packets"))? "0":map.get("tx_packets");
String rx_dropped = StringUtils.isBlank(map.get("rx_dropped"))? "0":map.get("rx_dropped");
String tx_dropped = StringUtils.isBlank(map.get("tx_dropped"))? "0":map.get("tx_dropped");
String rx_errors = StringUtils.isBlank(map.get("rx_errors"))? "0":map.get("rx_errors");
String tx_errors = StringUtils.isBlank(map.get("tx_errors"))? "0":map.get("tx_errors");
collResult.addKPI(unitId, "PM-00-01-900-04", Formater.formatDecimalByScale(String.valueOf(Long.parseLong(rx_bytes) + Long.parseLong(tx_bytes)/1024/sleepSeconds), 2));
long long_packets = Long.parseLong(rx_packets) + Long.parseLong(tx_packets);
long long_dropped = Long.parseLong(rx_dropped) + Long.parseLong(tx_dropped);
long long_errors = Long.parseLong(rx_errors) + Long.parseLong(tx_errors);
String dropped = "";
String errors = "";
if (long_packets == 0) {
if (long_dropped > 0) {
dropped = "1.00";
} else {
dropped = "0.00";
}
if (long_errors > 0) {
errors = "1.00";
} else {
errors = "0.00";
}
} else {
dropped = Formater.formatDecimalByScale(String.valueOf(long_dropped / long_packets), 2);
errors = Formater.formatDecimalByScale(String.valueOf(long_errors / long_packets), 2);
}
collResult.addKPI(unitId, "PM-00-01-900-06", dropped);
collResult.addKPI(unitId, "PM-00-01-900-07", errors);
}
serviceIp = serviceIp.substring(0, serviceIp.length() - 1);
collResult.addKPI(totalUnitId, "CM-00-01-001-02", serviceIp);
collResult.addKPI(totalUnitId, "CM-00-01-001-10", networkMap.size() + "");
return collResult.KPISet;
}
/**
* CM-00-01-001-13 系统交换区大小 总的SWAP区大小（MB）
* PM-00-01-004-02 交换区使用百分比
* PM-00-01-002-08 文件系统数据缓冲命中率
*/
public Vector<TblATO_KPIDETAIL> collSwap(HashMap<String, String> params) {
init(params);
CollBase collResult = new CollBase();
String unitId = kbpClass + "-10:" + deviceId + "-total";
String memUnitId = kbpClass + "-12:" + deviceId + "-memory";
Vector<String> vSwap = rpctarget.getKPISet("free -m");
if(vSwap == null || vSwap.size() == 0){
return collResult.KPISet;
}
for(String swap : vSwap){
if (swap.indexOf("Swap:") > -1) {
long swapTotal = Long.parseLong(split(swap, 1).trim());
long swapFree = Long.parseLong(split(swap, 3).trim());
long rate = swapTotal != 0? (swapTotal - swapFree) * 100 / swapTotal:100;
String sRate = Formater.formatDecimalKpivalue(String.valueOf(rate));
collResult.addKPI(unitId, "CM-00-01-001-13", Long.toString(swapTotal));
collResult.addKPI(unitId, "PM-00-01-004-02", sRate);
} else if (swap.indexOf("buffers/cache:") > -1) {
long buffers_used = Long.parseLong(split(swap, 2).trim());
long buffers_free = Long.parseLong(split(swap, 3).trim());
long buffers_total = buffers_used + buffers_free;
long rate = buffers_total!=0? buffers_used * 100 /buffers_total:100;
String sRate = Formater.formatDecimalKpivalue(String.valueOf(rate));
collResult.addKPI(memUnitId, "PM-00-01-002-08", sRate);
}
}
return collResult.KPISet;
}
/**
* PM-00-01-001-01 CPU时间：空闲百分比
* PM-00-01-001-02 CPU时间：系统百分比
* PM-00-01-001-03 CPU时间：用户百分比
* PM-00-01-001-04 CPU时间：等待百分比
* PM-00-01-001-05 CPU使用率
* PM-00-01-001-06 CPU运行队列中进程个数
*/
public Vector<TblATO_KPIDETAIL> collCpu(HashMap<String, String> params) {
init(params);
logger.info("begin getCpu");
CollBase collResult = new CollBase();
String unitId = kbpClass + "-11:" + deviceId + "-cpu";
Vector<String> cpuout = rpctarget.getKPISet("vmstat 2 10");
String cpurun = cpuout.elementAt(cpuout.size() - 1);
collResult.addKPI(unitId, "PM-00-01-001-01", collResult.split(cpurun, 14));
collResult.addKPI(unitId, "PM-00-01-001-02", collResult.split(cpurun, 13));
collResult.addKPI(unitId, "PM-00-01-001-03", collResult.split(cpurun, 12));
collResult.addKPI(unitId, "PM-00-01-001-06", collResult.split(cpurun, 0));
String cpuRavalue = getCpuRate(3, 30);
collResult.addKPI(unitId, "PM-00-01-001-05", cpuRavalue);
try {
Vector<String> sar_cpuout = rpctarget.getKPISet("sar -u 1 3");
for (String sar_cpurun : sar_cpuout) {
if (sar_cpurun.indexOf("Average:") > -1) {
collResult.addKPI(unitId, "PM-00-01-001-04", split(sar_cpurun, 5));
break;
}
}
} catch (Exception e) {
logger.info("Exception while getCpu.", e);
}
logger.info("end collCpu");
return collResult.KPISet;
}
private String getCpuRate(int times, int interval) {
BigDecimal cpuRate = BigDecimal.ZERO;
Vector<String> topInfo = rpctarget.getKPISet("top -d1 -n1");
for(String temp:topInfo){
if(temp.startsWith("Cpu(s):")){
String cpuFree = StringUtils.remove(split(temp, 4),"%id,");
Double cpuUsed = 100- Double.parseDouble(cpuFree);
cpuRate = BigDecimal.valueOf(cpuUsed).setScale(2, BigDecimal.ROUND_HALF_UP);
break;
}
}
// for (int i = 0; i < times; i++) {
// Vector<String> cpuout = rpctarget.getKPISet("vmstat 1 3");
// String cpurun = (String) cpuout.elementAt(cpuout.size() - 1);
// cpu_value = (100 - Integer.parseInt(collResult.split(cpurun, 14))) + cpu_value;
// try {
// Thread.sleep(interval * 1000L);
// } catch (Exception e) {
// e.printStackTrace();
// }
// }
// cpu_value = cpu_value / times;
return Formater.formatDecimalKpivalue(cpuRate.toString());
}
/**
* 采集内存性能指标
*/
public Vector<TblATO_KPIDETAIL> collMemory(HashMap<String, String> params) {
init(params);
CollBase collResult = new CollBase();
String unitId = kbpClass + "-12:" + deviceId + "-memory";
Vector<String> vmstatResult = rpctarget.getKPISet("vmstat 2 2");
if (vmstatResult == null || vmstatResult.size() == 0) {
return collResult.KPISet;
}
String sVmstat = vmstatResult.get(vmstatResult.size() - 1);
String value = "";
value = split(sVmstat, 8);
collResult.addKPI(unitId, "PM-00-01-002-02",
Formater.formatDecimalByScale(String.valueOf(Integer.parseInt(value) / 1024.0), 2));
value = split(sVmstat, 6);
collResult.addKPI(unitId, "PM-00-01-002-03",
Formater.formatDecimalByScale(String.valueOf(Integer.parseInt(value) / 1024.0), 2));
value = split(sVmstat, 7);
collResult.addKPI(unitId, "PM-00-01-002-04",
Formater.formatDecimalByScale(String.valueOf(Integer.parseInt(value) / 1024.0), 2));
float fMemRate = getMemoryUsage();
logger.info("-- Memory usage=" + fMemRate);
collResult.addKPI(unitId, "PM-00-01-002-01", Formater.formatDecimalKpivalue(fMemRate+""));
return collResult.KPISet;
}
private float getMemoryUsage() {
String sMemoryUsage = rpctarget.getKPIValue("sh linux/getMemoryUsage.sh");
return Float.parseFloat(sMemoryUsage) * 100;
}
public Vector<TblATO_KPIDETAIL> collFileSystem(HashMap<String, String> params) {
init(params);
CollBase collResult = new CollBase();
String preUnitId = kbpClass + "-14:" + deviceId;
Vector<String> vFileSystem = rpctarget.getKPISet("sh linux/filesys.sh");
if(vFileSystem == null || vFileSystem.size() == 0){
return collResult.KPISet;
}
double totalSize = 0;
for(String fileSystem : vFileSystem){
String fileSystemName = split(fileSystem, 0);
String rate = split(fileSystem, 4).trim();
rate = rate.substring(0, rate.length()-1);
String diskName = split(fileSystem, 5);
String size = split(fileSystem, 1).trim();
String used = split(fileSystem, 2).trim();
String available = split(fileSystem, 3);
double avaliavle_tmp = Double.parseDouble(available.trim()) / 1024;
totalSize = totalSize + Double.parseDouble(size);
String unitId = preUnitId + "-" + Formater.neatenunitid(diskName);
collResult.addKPI(unitId, "CM-00-01-001-16", diskName);
// CM-00-01-001-17 文件系统配置大小
collResult.addKPI(unitId, "CM-00-01-001-17", Formater.formatDecimalKpivalue(Double.toString(Double.parseDouble(size) / 1024)));
// 文件系统已使用大小
collResult.addKPI(unitId, "PM-00-01-004-21", Formater.formatDecimalKpivalue(Double.toString(Double.parseDouble(used) / 1024)));
// 文件系统挂载磁盘
collResult.addKPI(unitId, "CM-00-01-001-42", fileSystemName);
collResult.addKPI(unitId, "PM-00-01-004-03", Formater.formatDecimalKpivalue(rate));
collResult.addKPI(unitId, "PM-00-01-004-04", Formater.formatDecimalKpivalue(Double.toString(avaliavle_tmp)));
// String lvUnitId = kbpClass + "-17:" + deviceId + "-" + fileSystemName + "_" + Formater.neatenunitid(diskName);
//
// collResult.addKPI(lvUnitId, "CM-00-01-001-14", fileSystemName);
//
// collResult.addKPI(lvUnitId, "CM-00-01-001-15", Formater.formatDecimalKpivalue(Double.toString(avaliavle_tmp)));
}
double value = Double.parseDouble(Double.toString(totalSize)) / 1000;
collResult.addKPI(kbpClass + "-10" + ":" + deviceId + "-total",
"CM-00-01-001-17", Formater.formatDecimalKpivalue(Double.toString(value)));
//打开文件的句柄数 /usr/sbin/lsof |wc -l
String fileHandle = "/usr/sbin/lsof | wc -l";
Vector<String> vHandle = rpctarget.getKPISet(fileHandle);
try {
for (String line : vHandle) {
String fileHandleNum = split(line, 0).trim();
String unitId;
unitId = kbpClass + "-10:" + deviceId + "-total";
// PM-00-01-004-24 打开文件的句柄数
collResult.addKPI(unitId, "PM-00-01-004-24", fileHandleNum);
}
} catch (Exception e) {
logger.error("Exception while getFileSystem()", e);
}
return collResult.KPISet;
}
public Vector<TblATO_KPIDETAIL> collDisk(HashMap<String, String> params) {
init(params);
CollBase collResult = new CollBase();
String preUnitId = kbpClass + "-13:" + deviceId;
Vector<String> sarResult = rpctarget.getKPISet("sar -d -p 5 5");
logger.info("---------------sar -d 5 5:"+sarResult.toString());
if(sarResult == null || sarResult.size() == 0){
return collResult.KPISet;
}
Set<String> diskSet = new HashSet<String>();
for(String disk : sarResult){
if (disk.indexOf("Average") < 0)
continue;
if (disk.indexOf("DEV") != -1)
continue;
String diskName = split(disk, 1);
diskSet.add(diskName);
String neatDiskName = Formater.neatenunitid(diskName);
String unitId = preUnitId + "-" + neatDiskName;
logger.info("---------------"+diskName);
logger.info("---------------"+disk);
collResult.addKPI(unitId, "CM-00-01-001-20", diskName);
collResult.addKPI(unitId, "FM-00-01-001-02", "CLAIMED");
collResult.addKPI(unitId, "PM-00-01-003-01", split(disk, 2));
collResult.addKPI(unitId, "PM-00-01-003-04", split(disk, 3));
collResult.addKPI(unitId, "PM-00-01-003-05", split(disk, 4));
collResult.addKPI(unitId, "PM-00-01-003-03", split(disk, 9));
collResult.addKPI(unitId, "PM-00-01-003-02", split(disk, 6));
// 磁盘I/O速率
double kbps = 0;
try {
// 每秒读扇区的数量
String sRdSec = split(disk, 3);
// 每秒写扇区的数量
String sWrSec = split(disk, 4);
kbps = (Double.parseDouble(sRdSec) + Double.parseDouble(sWrSec)) ;
} catch (Exception e) {
kbps = -1;
logger.error("Error", e);
}
String sKbps = Formater.formatDecimalKpivalue(kbps + "");
// 磁盘命令时延
String await = split(disk, 7);
// PM-00-01-003-16每秒磁盘I/O命令数量 数量
//PM-00-01-003-07磁盘命令时延
collResult.addKPI(unitId, "PM-00-01-003-16", sKbps);
collResult.addKPI(unitId, "PM-00-01-003-07", await);
}
return collResult.KPISet;
}
private String getHostName() {
Vector<String> host = rpctarget.getKPISet("uname -a");
String hostName = host.elementAt(0);
hostName = split(hostName, 1);
return hostName;
}
private String getUptime() {
Vector<String> host = rpctarget.getKPISet("uptime");
String uptime = host.elementAt(0);
String up_time = split(uptime, 2) + " " + split(uptime, 3);
return up_time;
}
private String split(String str, int pos) {
StringTokenizer st = new StringTokenizer(str);
Vector<String> values = new Vector<String>();
while (st.hasMoreTokens()) {
values.add(st.nextToken());
}
if (pos >= 0 && pos < values.size()) {
return values.elementAt(pos);
}
return "";
}
/**
* 采集CPU不可用率（被hapervisor占用的CPU利用率，用与云监控）
*/
public Vector<TblATO_KPIDETAIL> getUnavailableCpu(HashMap<String, String> params){
init(params);
CollBase collResult = new CollBase();
// 进程关键字
String processKey = params.get("PROCESS_KEY");
String cmd = "sh linux/specprocess.sh " + processKey;
Vector<String> vResult = rpctarget.getKPISet(cmd);
if(vResult == null || vResult.size() == 0){
return collResult.KPISet;
}
double virtualCpuUsage = 0;
for(String line : vResult){
String processUsage = split(line, 2);
virtualCpuUsage += Double.parseDouble(processUsage);
}
// TODO 设置unitId,kpiId
String unitId = kbpClass + "-10:" + deviceId + "-total";
collResult.addKPI(unitId, "PM-00-01-800-06", Formater.formatDecimalKpivalue(virtualCpuUsage+""));
return collResult.KPISet;
}
/**
* 采集不可用内存大小（被hapervisor占用的内存大小，用与云监控）,单位KB
* qemu为进程关键字，本次测试使用
*/
public Vector<TblATO_KPIDETAIL> getUnavailableMem(HashMap<String, String> params){
init(params);
CollBase collResult = new CollBase();
// 进程关键字
String processKey = params.get("PROCESS_KEY");
String cmd = "sh linux/specprocess.sh " + processKey;
Vector<String> vResult = rpctarget.getKPISet(cmd);
if(vResult == null || vResult.size() == 0){
return collResult.KPISet;
}
double virtualCpuUsage = 0;
for(String line : vResult){
String processUsage = split(line, 4);
virtualCpuUsage += Double.parseDouble(processUsage);
}
// TODO 设置unitId,kpiId
String unitId =kbpClass + "-10:" + deviceId + "-total";
collResult.addKPI(unitId, "PM-00-01-800-07", Formater.formatDecimalKpivalue(virtualCpuUsage+""));
return collResult.KPISet;
}
/**
* 采集宿主机的IO性能指标（用于云监控），包括
* 磁盘命令时延
* 每秒磁盘I/O命令数量
* 磁盘I/O速率
*/
public Vector<TblATO_KPIDETAIL> collIO(HashMap<String, String> params) {
init(params);
CollBase collResult = new CollBase();
String interval = params.get("");
String preUnitId = "10-10-24-30:" + deviceId + "-";
String command = "sar -pd 1 3";
Vector<String> vResult = rpctarget.getKPISet(command);
for (String line : vResult) {
if (line.indexOf("Average:") < 0) {
continue;
}
if (line.indexOf("DEV") > 0) {
continue;
}
String diskName = split(line, 1);
String neatDiskName = Formater.neatenunitid(diskName);
String unitId = preUnitId + "-" + neatDiskName;
// 每秒钟磁盘I/0命令的数量
// String tps = split(line, 2);
// 磁盘I/O速率
double kbps = 0;
try{
// 每秒读扇区的数量
String sRdSec = split(line, 3);
// 每秒写扇区的数量
String sWrSec = split(line, 4);
kbps = (Double.parseDouble(sRdSec) + Double.parseDouble(sWrSec)) / 2;
}catch (Exception e) {
kbps = -1;
logger.error("Error", e);
}
String sKbps = Formater.formatDecimalKpivalue(kbps + "");
// 磁盘命令时延
String await = split(line, 7);
/*collResult.addKPI(unitId, "PM-00-00-001-01", diskName, interval);
collResult.addKPI(unitId, "PM-00-00-001-02", tps, interval);*/
collResult.addKPI(unitId, "PM-00-00-001-03", sKbps, interval);
collResult.addKPI(unitId, "PM-00-00-001-03", await, interval);
}
return collResult.KPISet;
}
public void getHapervisor(HashMap<String, String> params){
init(params);
if (null == params) {
params = new HashMap<String, String> ();
}
String deviceId = Formater.neatenunitid(getHostName());
params.put("PHYSICALDEVICEID", deviceId);
VirtualScheduleManager.refreshVirtualSchedule(params);
}
/**
* 采集虚拟机信息(kbp:10-10-24-40)
* 虚拟机名称 CM-00-01-040-10
* 虚拟机配置OS类型 CM-00-01-040-11
* 虚拟机配置CPU个数 CM-00-01-040-12
* 虚拟机配置内存大小 CM-00-01-040-13
* 虚拟机状态 FM-00-01-040-10
*
* @author lianlian
* @param params
* @return
*/
public Vector<TblATO_KPIDETAIL> collVMInfo(HashMap<String, String> params) {
init(params);
CollBase collResult = new CollBase();
String uri = params.get("URI");
Connect connect = null;
String preUnitId = "10-10-24-40:" + deviceId;
String unitId = "";
try {
connect = new Connect(uri);
int domainIds[] = connect.listDomains();
for (int domainId : domainIds) {
Domain domain = connect.domainLookupByID(domainId);
DomainInfo domainInfo = domain.getInfo();
String vmName = domain.getName();
unitId = preUnitId + "-" + vmName;
collResult.addKPI(unitId, "CM-00-01-040-10", vmName);
collResult.addKPI(unitId, "CM-00-01-040-11", domain.getOSType());
// collResult.addKPI(unitId, "CM-00-01-040-12", domain.getVcpusInfo().length + "");
collResult.addKPI(unitId, "CM-00-01-040-12", domainInfo.nrVirtCpu + "");
collResult.addKPI(unitId, "CM-00-01-040-13", (domain.getMaxMemory() / 1024) + "");
collResult.addKPI(unitId, "FM-00-01-040-10", domainInfo.state.toString());
}
connect.close();
} catch (LibvirtException e) {
// TODO Auto-generated catch block
e.printStackTrace();
return collResult.KPISet;
}
return collResult.KPISet;
}
public static void main(String args[]){
// String tx_bytes = null;
// System.out.println(StringUtils.isBlank(tx_bytes) ? "0" : tx_bytes);
// System.out.println(Long.parseLong(StringUtils.isBlank(tx_bytes) ? "0" : tx_bytes));
// tx_bytes="";
// System.out.println(StringUtils.isBlank(tx_bytes) ? "0" : tx_bytes);
CollLinuxHostWithCMD cmd = new CollLinuxHostWithCMD();
System.out.println(cmd.getCpuRate(1,1));
// HashMap<String, String> params = new HashMap<String, String>();
//// params.put("URI", args[0]);
// CollLinuxHostWithCMD cmd = new CollLinuxHostWithCMD();
// Vector<TblATO_KPIDETAIL> vector = cmd.collDisk(params);
// for(TblATO_KPIDETAIL kpidetail : vector) {
// System.out.println("unit_id:[" + kpidetail.UNIT_ID + "] kpi_id:[" + kpidetail.KPI_ID + "] kpi_value:[" + kpidetail.KPI_VALUE + "]");
// }
}
}