CollTuxedoWithShell.java
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/*
KPI_ID KPI名称 KPI描述 Tuxedo
PM-00-04-01-01 客户端连接的队列个数 交易中间件用于响应客户端请求的进程队列个数 tuxTmachine.tuxTmachineActive获取，但得不到 1.3.6.1.4.1.140.300.1.2 WSL信息
PM-00-04-01-02 服务个数 交易中间件提供的服务的总数 1.3.6.1.4.1.140.300.20.1.1.1 总个数
PM-00-04-01-03 队列等待数 交易中间件工作队列排队数 tuxTmachine.tuxTmachineActive获取，但得不到
PM-00-04-01-04 进程队列中消息个数 应用进程队列中消息个数 tuxTmachine.tuxTmachineActive获取，但得不到 none
PM-00-04-01-05 应用进程负载 每个应用进程完成的服务调用的次数 tuxTmachine.tuxTmachineActive获取，但得不到
PM-00-04-01-06 客户端活动连接数 正在执行操作的客户端连接个数 tuxTmachine.tuxTmachineActive获取，但得不到
FM-00-04-01-01 应用服务状态(可选) 服务是否正常启动并处于可用状态 1.3.6.1.4.1.140.300.20.1.1.5.0 "1.3.6.1.4.1.140.300.20.1.1.3.0 server的名字
针对单个service"
FM-00-04-01-02 中间件可用性 中间件代理服务是否正常启动并处于可用状态 1.3.6.1.4.1.140.300.5.1.1.4.0
FM-00-04-01-03 客户端连接的队列个数 交易中间件用于响应客户端请求的进程队列个数 tuxTmachine.tuxTmachineActive获取，但得不到
CM-00-04-01-01 中间件最大并发连接数 与数据库连接数 1.3.6.1.4.1.140.300.5.1.1.16.0
CM-00-04-01-02 中间件最大并发网络客户端数量 与客户端连接数 1.3.6.1.4.1.140.300.5.1.1.13.0
CM-00-04-01-03 中间件的系统日志路径 中间件的系统日志路径 1.3.6.1.4.1.140.300.5.1.1.4.0
CM-00-04-01-04 中间件的用户日志路径 中间件的用户日志路径 1.3.6.1.4.1.140.300.5.1.1.11.0
*
*/
/*
* usage:以启动tuxedo应用的用户登录，进入到tuxedo/udataobj/snmp/etc目录下，执行命令tux_snmpd -s -p 5161
*/
package com.sitech.ismp.coll;
import com.sitech.util.DES3;
import com.sitech.util.Formater;
import com.sitech.util.upload.RomoteController;
import com.sitech.util.upload.SSHThread;
import com.sitech.util.upload.TelnetThread;
import java.util.HashMap;
import java.util.Vector;
public class CollTuxedoWithShell implements CollTuxedoWithShellMBean {
String KBP_ID = "10-12-12"; // Tuxedo标识
// String kbp_id = "10-11-12";
String routerip = null;
String ObjectIP = null;
String SHELLPATH = null;
String communication = "public";
String username = null;
String deviceid = null;
// String password = null;
String cPort = null;
int port = 5161;
RomoteController tt = null;
boolean isConnect = false;
public CollTuxedoWithShell() {
}
public void init(HashMap params) {
String passwd = null;
String protol = null;
ObjectIP = (String)params.get("IP_ADDR");
username = (String)params.get("USERNAME");
passwd = (String)params.get("PASSWORD");
protol = (String)params.get("PROTOCOL");
passwd = DES3.decrypt(passwd);
deviceid = (String)params.get("DEVICEID");
SHELLPATH = (String) params.get("SHELLPATH");
// password = com.sitech.util.DES3.decrypt(password);
if (SHELLPATH == null) {
SHELLPATH = "";
}
String protocolPort = null;
if (params.get("PROTOCOL_PORT") != null) {
protocolPort = ((String) params.get("PROTOCOL_PORT")).trim();
}
if (protol != null && protol.equals("telnet")) {
if(null != protocolPort && !"".equals(protocolPort)){
tt = new TelnetThread(ObjectIP, Integer.parseInt(protocolPort), username, passwd);
}else{
tt = new TelnetThread(ObjectIP, 23, username, passwd);
}
} else {
if(null != protocolPort && !"".equals(protocolPort)){
tt = new SSHThread(ObjectIP, Integer.parseInt(protocolPort), username, passwd);
}else{
tt = new SSHThread(ObjectIP, 22, username, passwd);
}
}
tt.initial();
this.isConnect = tt.isAuthorized();
}
public void release() {
if (tt != null){
tt.close();
tt=null;
}
System.gc();
}
public Vector getConfiguration(String IP, String username, String shellPath) {
Vector result = null;
try {
this.ObjectIP = IP;
CMDTarget cmdTarget = new CMDTarget();
cmdTarget.init(ObjectIP, username, shellPath);
result = getConfiguration(cmdTarget);
cmdTarget.release();
} catch (Exception e) {
e.printStackTrace();
}
return result;
}
public Vector getPerformance(String IP, String username, String shellPath) {
Vector result = null;
try {
this.ObjectIP = IP;
CMDTarget cmdTarget = new CMDTarget();
cmdTarget.init(ObjectIP, username, shellPath);
result = getPerformance(cmdTarget);
cmdTarget.release();
} catch (Exception e) {
e.printStackTrace();
}
return result;
}
private boolean getParams(java.util.HashMap params) {
username = (String) params.get("USERNAME");
// password = (String)params.get("PASSWORD");
ObjectIP = (String) params.get("IP_ADDR");
SHELLPATH = (String) params.get("SHELLPATH");
// password = com.sitech.util.DES3.decrypt(password);
if (SHELLPATH == null) {
SHELLPATH = "";
}
return true;
}
public java.util.Vector getConfiguration(java.util.HashMap params)
throws Exception {
init(params);
// return getConfiguration(ObjectIP,username,password);
return getConfiguration(ObjectIP, username, SHELLPATH);
}
public java.util.Vector getPerformance(java.util.HashMap params)
throws Exception {
init(params);
// return getPerformance(ObjectIP,username,password);
return getPerformance(ObjectIP, username, SHELLPATH);
}
/*
* CM-00-04-001-01 中间件最大并发连接数 1.3.6.1.4.1.140.300.5.1.1.16.0 CM-00-04-001-02
* 中间件最大并发网络客户端数量 1.3.6.1.4.1.140.300.5.1.1.13.0 CM-00-04-001-03 中间件的系统日志路径
* 1.3.6.1.4.1.140.300.5.1.1.4.0 CM-00-04-001-04 中间件的用户日志路径
* 1.3.6.1.4.1.140.300.5.1.1.11.0
*/
private Vector getConfiguration(CMDTarget cmdTarget) {
CollBase collbase = new CollBase();
String KBP_ID = this.KBP_ID + "-10" + ":" + deviceid + "-" + username;
// CM-00-04-001-50 常用ip
collbase.addKPI(KBP_ID, "CM-00-04-001-50", cmdTarget.ObjectIP);
try {
collbase.addKPI(KBP_ID, "CM-00-04-001-01", tt.getResultAsStr(SHELLPATH + "CM-00-04-001-01.sh").trim());
collbase.addKPI(KBP_ID, "CM-00-04-001-02", tt.getResultAsStr(SHELLPATH + "CM-00-04-001-02.sh").trim());
collbase.addKPI(KBP_ID, "CM-00-04-001-03", tt.getResultAsStr(SHELLPATH + "CM-00-04-001-03.sh").trim());
collbase.addKPI(KBP_ID, "CM-00-04-001-04", tt.getResultAsStr(SHELLPATH + "CM-00-04-001-01.sh").trim());
} catch (Exception e) {
e.printStackTrace();
}finally {
release();
}
return collbase.KPISet;
}
/*
* PM-00-04-001-01 客户端连接的队列个数 ,取正运行的Queue Name的个数TuxedoTotalQueued.sh
* PM-00-04-001-02 服务个数 1.3.6.1.4.1.140.300.20.1.1.1 FM-00-04-001-01
* 应用服务状态(可选) 1.3.6.1.4.1.140.300.20.1.1.5.0 FM-00-04-001-02 中间件可用性
* 1.3.6.1.4.1.140.300.5.1.1.4.0 FM-00-04-001-03 客户端连接的队列个数 ,取正运行的Queue
* Name的个数 PM-00-04-001-03 队列等待数 TuxedoTotalQueued.sh PM-00-04-001-04
* 进程队列中消息个数 NaN PM-00-04-001-05 应用进程负载 ,Queued求和 PM-00-04-001-06 客户端活动连接数
* ,取正运行的server的个数
*/
private Vector getPerformance(CMDTarget cmdTarget) {
String KBP_ID = this.KBP_ID + "-11" + ":" + deviceid + "-" + username;
CollBase collbase = new CollBase();
try {
collbase.addKPI(KBP_ID, "FM-00-04-001-01", tt.getResultAsStr(SHELLPATH + "FM-00-04-001-01.sh").trim()); // 有WSL进程
collbase.addKPI(KBP_ID, "FM-00-04-001-02", tt.getResultAsStr(SHELLPATH + "FM-00-04-001-02.sh").trim()); // 有BBL进程
// collbase.addKPI(KBP_ID,"FM-00-04-001-03",cmdTarget.getCommandResult(SHELLPATH+"FM-00-04-001-03.sh"));
// //
collbase.addKPI(KBP_ID, "PM-00-04-001-01", tt.getResultAsStr(SHELLPATH + "PM-00-04-001-01.sh").trim());
collbase.addKPI(KBP_ID, "PM-00-04-001-02", tt.getResultAsStr(SHELLPATH + "PM-00-04-001-02.sh").trim());
collbase.addKPI(KBP_ID, "PM-00-04-001-03", tt.getResultAsStr(SHELLPATH + "PM-00-04-001-03.sh").trim());
collbase.addKPI(KBP_ID, "PM-00-04-001-04", tt.getResultAsStr(SHELLPATH + "PM-00-04-001-04.sh").trim());
collbase.addKPI(KBP_ID, "PM-00-04-001-05", tt.getResultAsStr(SHELLPATH + "PM-00-04-001-05.sh").trim());
collbase.addKPI(KBP_ID, "PM-00-04-001-06", tt.getResultAsStr(SHELLPATH + "PM-00-04-001-06.sh").trim());
} catch (Exception e) {
e.printStackTrace();
}finally {
release();
}
return collbase.KPISet;
}
public static void main(String[] argv) throws Exception {
CollTuxedoWithShell colltuxedo = new CollTuxedoWithShell();
HashMap params = new HashMap();
/*
* params.put("IP_ADDR","10.161.1.183");
* params.put("USERNAME","iboss1");
* params.put("PASSWORD","54413f00fe06ef3628e659848f4f9055fbbad619e3b5cb7a");
* params.put("SHELLPATH","/ibnms/ismp/bnms_agent/tuxedo/");
*/
params.put("IP_ADDR", "172.21.0.201");
params.put("DEVICEID","tuxedo201");
params.put("USERNAME", "tuxedo10");
params.put("PASSWORD", DES3.encrypt("tuxedo10"));
params.put("PROTOCOL", "ssh");
params.put("PROTOCOL_PORT", "22");
// params.put("PASSWORD","54413f00fe06ef3628e659848f4f9055fbbad619e3b5cb7a");
params.put("SHELLPATH", "tuxedo/shell/");
Vector result = new Vector();
result = colltuxedo.getConfiguration(params);
CollBase collbase = new CollBase();
collbase.displayKPI(result);
result = colltuxedo.getPerformance(params);
collbase.displayKPI(result);
}
}