CollCoherenceWithJMX.java
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package com.sitech.ismp.coll.centercoll;
import com.sitech.ismp.coll.CollBase;
import com.sitech.ismp.coll.centercoll.bean.CoherenceNodeBean;
import com.sitech.ismp.util.CreatFile;
import com.sitech.util.DES3;
import org.apache.log4j.Logger;
import javax.management.MBeanServerConnection;
import javax.management.ObjectName;
import javax.management.openmbean.CompositeData;
import javax.management.remote.JMXConnector;
import javax.management.remote.JMXConnectorFactory;
import javax.management.remote.JMXServiceURL;
import java.util.HashMap;
import java.util.Map;
import java.util.Vector;
/**
* Created with IntelliJ IDEA.
* User: ZhouYou
* Date: 15-7-14
* Time: 上午11:14
* To change this template use File | Settings | File Templates.
*/
public class CollCoherenceWithJMX extends CollBase {
// private Logger logger = Logger.getLogger(CollStormClusterWithCMD.class);
private Logger logger = Logger.getLogger("COLL");
private String KBP_CLASS = "10-32-22";
private String hostIP;
private String jmxPort;
private String userName;
private String userPass;
private String devName;
private String nodePath;
private CoherenceNodeBean preNode = null;
private String normal = "正常";
private String abnormal = "不正常";
private String use = "在用";
private String noUse = "不在用";
MBeanServerConnection mbsc = null;
JMXConnector connector = null;
CreatFile<CoherenceNodeBean> creatFile = new CreatFile<CoherenceNodeBean>();
public void init(HashMap params) {
hostIP = (String) params.get("HOSTIP");
jmxPort = (String) params.get("JMXPORT");
devName = (String) params.get("DEVICENAME");
userName = (String) params.get("USERNAME");
userPass = (String) params.get("USERPASS");
userPass = DES3.decrypt(userPass);
nodePath = (String) params.get("NODEPATH");
logger.info("-->hostIP:" + hostIP);
logger.info("-->jmxPort:" + jmxPort);
logger.info("-->devName:" + devName);
logger.info("-->userName:" + userName);
logger.info("-->userPass:" + userPass);
logger.info("-->nodePath:" + nodePath);
String jmxURL = "service:jmx:rmi:///jndi/rmi://" + hostIP + ":" + jmxPort + "/jmxrmi";//openresty jmx url
try {
//System.out.println("connect jmx sevice");
System.out.println("jmxURL=" + jmxURL);
logger.info("jmxURL=" + jmxURL);
JMXServiceURL serviceURL = new JMXServiceURL(jmxURL);
Map map = new HashMap();
String[] credentials = new String[]{userName, userPass};
map.put("jmx.remote.credentials", credentials);
connector = JMXConnectorFactory.connect(serviceURL, map);
mbsc = connector.getMBeanServerConnection();
} catch (Exception e) {
logger.error("coherence连接初始化出错", e);
e.printStackTrace();
}
}
public Vector getCluster(HashMap params) {
logger.info(">>>Coherence集群信息采集");
CollBase collResult = new CollBase();
String version = "";
String clusterName = "";
Integer clusterSize = 0;
String licenseMode = "未知";
init(params);
String unitId = this.KBP_CLASS + "-10:" + devName + "-cluster";
try {
ObjectName cluster = new ObjectName("Coherence:type=Cluster");
Boolean running = (Boolean) mbsc.getAttribute(cluster, "Running");
if (running) {
collResult.addKPI(unitId, "PM-10-32-010-01", normal);
} else {
collResult.addKPI(unitId, "PM-10-32-010-01", abnormal);
}
version = (String) mbsc.getAttribute(cluster, "Version");
collResult.addKPI(unitId, "PM-10-32-010-02", version);
clusterName = (String) mbsc.getAttribute(cluster, "ClusterName");
collResult.addKPI(unitId, "PM-10-32-010-03", clusterName);
clusterSize = (Integer) mbsc.getAttribute(cluster, "ClusterSize");
collResult.addKPI(unitId, "PM-10-32-010-04", String.valueOf(clusterSize));
licenseMode = (String) mbsc.getAttribute(cluster, "LicenseMode");
collResult.addKPI(unitId, "PM-10-32-010-05", licenseMode);
} catch (Exception e) {
collResult.addKPI(unitId, "PM-10-32-010-01", abnormal);
collResult.addKPI(unitId, "PM-10-32-010-02", version);
collResult.addKPI(unitId, "PM-10-32-010-03", clusterName);
collResult.addKPI(unitId, "PM-10-32-010-04", String.valueOf(clusterSize));
collResult.addKPI(unitId, "PM-10-32-010-05", licenseMode);
e.printStackTrace();
} finally {
try {
connector.close();
} catch (Exception e) {
e.printStackTrace();
}
}
return collResult.getKPISet();
}
public Vector getNotes(HashMap params) {
logger.info(">>>Coherence节点信息采集");
CollBase collResult = new CollBase();
init(params);
try {
logger.info("-->创建node序列化文件开始");
creatFile.creatFile(nodePath);
logger.info("-->创建node序列化文件结束");
try {
String jsonObject = (String) creatFile.deSerializeObj(nodePath);
preNode = (CoherenceNodeBean) creatFile.readJson2Entity(jsonObject, new CoherenceNodeBean()); //使用jacson转换
// preNode = (CoherenceNodeBean)JSON.parseObject(jsonObject,CoherenceNodeBean.class); //使用fastjson转换
} catch (Exception e) {
System.out.println("coherence对象反序列化失败");
}
CoherenceNodeBean nodeBean = CoherenceNodeBean.getInstance();
if (preNode == null) {
logger.info("-->preNode为null");
ObjectName cluster = new ObjectName("Coherence:type=Cluster");
int[] memberIds = (int[]) mbsc.getAttribute(cluster, "MemberIds");
for (int i = 0; i < memberIds.length; i++) {
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + memberIds[i], "PM-10-32-011-01", String.valueOf(memberIds[i]));
ObjectName node = new ObjectName("Coherence:type=Node,nodeId=" + memberIds[i]);
String unicastAddress = (String) mbsc.getAttribute(node, "UnicastAddress");
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + memberIds[i], "PM-10-32-011-02", unicastAddress);
String processName = (String) mbsc.getAttribute(node, "ProcessName");
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + memberIds[i], "PM-10-32-011-03", processName);
String roleName = (String) mbsc.getAttribute(node, "RoleName");
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + memberIds[i], "PM-10-32-011-04", roleName);
ObjectName memory = new ObjectName("Coherence:type=Platform,Domain=java.lang,subType=Memory,nodeId=" + memberIds[i]);
CompositeData heapMemoryUsage = (CompositeData) mbsc.getAttribute(memory, "HeapMemoryUsage");
Long heapMemory = (Long) heapMemoryUsage.get("used");
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + memberIds[i], "PM-10-32-011-06", String.valueOf(heapMemory));
ObjectName noMemory = new ObjectName("Coherence:type=Platform,Domain=java.lang,subType=Memory,nodeId=" + memberIds[i]);
CompositeData nonHeapMemoryUsage = (CompositeData) mbsc.getAttribute(noMemory, "NonHeapMemoryUsage");
Long nonHeapMemory = (Long) nonHeapMemoryUsage.get("used");
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + memberIds[i], "PM-10-32-011-07", String.valueOf(nonHeapMemory));
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + memberIds[i], "PM-10-32-011-05", normal);
CoherenceNodeBean coherenceBean = new CoherenceNodeBean();
coherenceBean.setNodeId(String.valueOf(memberIds[i]));
coherenceBean.setHostIp(unicastAddress);
coherenceBean.setProcessNo(processName);
coherenceBean.setRole(roleName);
coherenceBean.setHeapMemory(heapMemory.intValue());
coherenceBean.setHonHeapMemory(nonHeapMemory.intValue());
coherenceBean.setState(normal);
nodeBean.getNodeBeanM().put(String.valueOf(memberIds[i]), coherenceBean);
}
// String jsonString = JSON.toJSONString(nodeBean);
String jsonString = creatFile.javaToJson(nodeBean);
creatFile.serializeObj(jsonString, nodePath);
try {
logger.info("-->获取preNode");
String jsonObj = (String) creatFile.deSerializeObj(nodePath);
preNode = (CoherenceNodeBean) creatFile.readJson2Entity(jsonObj, new CoherenceNodeBean()); //使用jacson转换
//preNode = (CoherenceNodeBean)JSON.parseObject(jsonObj,CoherenceNodeBean.class);
} catch (Exception e) {
logger.info("-->CoherenceNodeBean反序列化失败：" + nodePath);
}
} else {
Map<String, CoherenceNodeBean> currentM = new HashMap<String, CoherenceNodeBean>();
ObjectName cluster = new ObjectName("Coherence:type=Cluster");
int[] memberIds = (int[]) mbsc.getAttribute(cluster, "MemberIds");
for (int i = 0; i < memberIds.length; i++) {
ObjectName node = new ObjectName("Coherence:type=Node,nodeId=" + memberIds[i]);
String unicastAddress = (String) mbsc.getAttribute(node, "UnicastAddress");
String processName = (String) mbsc.getAttribute(node, "ProcessName");
String roleName = (String) mbsc.getAttribute(node, "RoleName");
ObjectName memory = new ObjectName("Coherence:type=Platform,Domain=java.lang,subType=Memory,nodeId=" + memberIds[i]);
CompositeData heapMemoryUsage = (CompositeData) mbsc.getAttribute(memory, "HeapMemoryUsage");
Long heapMemory = (Long) heapMemoryUsage.get("used");
ObjectName noMemory = new ObjectName("Coherence:type=Platform,Domain=java.lang,subType=Memory,nodeId=" + memberIds[i]);
CompositeData nonHeapMemoryUsage = (CompositeData) mbsc.getAttribute(noMemory, "NonHeapMemoryUsage");
Long nonHeapMemory = (Long) nonHeapMemoryUsage.get("used");
CoherenceNodeBean coherenceBean = new CoherenceNodeBean();
coherenceBean.setNodeId(String.valueOf(memberIds[i]));
coherenceBean.setHostIp(unicastAddress);
coherenceBean.setProcessNo(processName);
coherenceBean.setRole(roleName);
coherenceBean.setHeapMemory(heapMemory.intValue());
coherenceBean.setHonHeapMemory(nonHeapMemory.intValue());
coherenceBean.setState(normal);
currentM.put(String.valueOf(memberIds[i]), coherenceBean);
}
for (Map.Entry<String, CoherenceNodeBean> entity : preNode.getNodeBeanM().entrySet()) { //先判断哪些节点挂掉
if (currentM.containsKey(entity.getKey())) { //判断前一次采集的节点，是否在当前采集的节点列表中，如果存在就把当前采集的节点信息入实时表
logger.info("-->更新node节点");
String nodeId = currentM.get(entity.getKey()).getNodeId();
String hostIp = currentM.get(entity.getKey()).getHostIp();
String processNo = currentM.get(entity.getKey()).getProcessNo();
String roleName = currentM.get(entity.getKey()).getRole();
Integer heapMemory = currentM.get(entity.getKey()).getHeapMemory();
Integer nonHeapMemory = currentM.get(entity.getKey()).getHonHeapMemory();
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-01", nodeId);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-02", hostIp);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-03", processNo);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-04", roleName);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-06", String.valueOf(heapMemory));
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-07", String.valueOf(nonHeapMemory));
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-05", normal);
CoherenceNodeBean coherenceBean = new CoherenceNodeBean();
coherenceBean.setNodeId(nodeId);
coherenceBean.setHostIp(hostIp);
coherenceBean.setProcessNo(processNo);
coherenceBean.setRole(roleName);
coherenceBean.setHeapMemory(heapMemory);
coherenceBean.setHonHeapMemory(nonHeapMemory);
coherenceBean.setState(normal);
nodeBean.getNodeBeanM().put(nodeId, coherenceBean);
} else { //如果不存在，说明节点挂掉或者移除了，改变前一次采集的状态
logger.info("-->node节点挂掉，更新节点状态");
String nodeId = entity.getValue().getNodeId();
String hostIp = entity.getValue().getHostIp();
String processNo = entity.getValue().getProcessNo();
String roleName = entity.getValue().getRole();
Integer heapMemory = entity.getValue().getHeapMemory();
Integer nonHeapMemory = entity.getValue().getHonHeapMemory();
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-01", nodeId);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-02", hostIp);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-03", processNo);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-04", roleName);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-06", String.valueOf(heapMemory));
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-07", String.valueOf(nonHeapMemory));
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-05", abnormal);
CoherenceNodeBean coherenceBean = new CoherenceNodeBean();
coherenceBean.setNodeId(nodeId);
coherenceBean.setHostIp(hostIp);
coherenceBean.setProcessNo(processNo);
coherenceBean.setRole(roleName);
coherenceBean.setHeapMemory(heapMemory);
coherenceBean.setHonHeapMemory(nonHeapMemory);
coherenceBean.setState(abnormal);
nodeBean.getNodeBeanM().put(nodeId, coherenceBean);
}
}
for (Map.Entry<String, CoherenceNodeBean> entity : currentM.entrySet()) { //再判断哪些节点新增
if (!preNode.getNodeBeanM().containsKey(entity.getKey())) { //如果是新增节点，就入库，并且更新preSupervisor，重新序列化到文件保存
logger.info("-->新增supervisor节点");
String nodeId = entity.getValue().getNodeId();
String hostIp = entity.getValue().getHostIp();
String processNo = entity.getValue().getProcessNo();
String roleName = entity.getValue().getRole();
Integer heapMemory = entity.getValue().getHeapMemory();
Integer nonHeapMemory = entity.getValue().getHonHeapMemory();
CoherenceNodeBean coherenceBean = new CoherenceNodeBean();
coherenceBean.setNodeId(nodeId);
coherenceBean.setHostIp(hostIp);
coherenceBean.setProcessNo(processNo);
coherenceBean.setRole(roleName);
coherenceBean.setHeapMemory(heapMemory);
coherenceBean.setHonHeapMemory(nonHeapMemory);
coherenceBean.setState(normal);
nodeBean.getNodeBeanM().put(nodeId, coherenceBean);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-01", nodeId);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-02", hostIp);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-03", processNo);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-04", roleName);
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-06", String.valueOf(heapMemory));
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-07", String.valueOf(nonHeapMemory));
collResult.addKPI("10-32-22-11" + ":" + devName + "-node" + nodeId, "PM-10-32-011-05", normal);
}
}
//String jsonString = JSON.toJSONString(nodeBean);
String jsonString = creatFile.javaToJson(nodeBean);
creatFile.serializeObj(jsonString, nodePath);
try {
logger.info("-->更新节点，重新获取preNode");
String jsonObj = (String) creatFile.deSerializeObj(nodePath);
preNode = (CoherenceNodeBean) creatFile.readJson2Entity(jsonObj, new CoherenceNodeBean()); //使用jacson转换
// preNode = (CoherenceNodeBean)JSON.parseObject(jsonObj,CoherenceNodeBean.class);
} catch (Exception e) {
logger.info("-->CoherenceNodeBean反序列化失败：" + nodePath);
}
}
} catch (Exception e) {
e.printStackTrace();
} finally {
try {
connector.close();
} catch (Exception e) {
e.printStackTrace();
}
}
return collResult.getKPISet();
}
}