thunderbolt two monitors

Linux monitors the running shell scripts of a process This script scans and monitors the process with the specified process name at intervals of 2. Once the process does not exist, it restarts. #! /Bin/sh A = 10; While [[@ a-gt 5]; do If test $ (pgrep-f $1 | wc-l)-eq 2; then Sh stop. sh Gnome-terminal-x sh start. sh Fi; Sleep 2; Done; Conclusion: (1) indicates that the current process starts

Yesterday's tomcat question. One day, 3, 4, can't stand the decision to write a script that monitors the Tomcat process and restarts itself proactively!Check the information on the Internet. There are two main categories: one is to restart Tomcat on a timed basis, which is certainly not what I need. Another category is monitoring and restarting. There are also several version numbers. I synthesized the comparison (mainly this http://hi.baidu.com/tedzh

Cacti monitors multiple tomcat on a webPart I: Monitoring a single Tomcat1. First download the monitor Tomcat templateTomcatstats-0.1.zipAfter downloading, modify the tomcatstats.pl,A. Note the use Data around the third row ::D umper;B. my $xml = ' GET $url ' on line 19th, and change to my $xml = ' wget-qo-$url ';C. Add this line print "" around line 24th;D. Note the print dumper ($status) around line 23rd;E. Place all of the following lines in thesuc

Tags: Zabbix auto discovery Monitor multiple mysql Zabbix mysql Zabbix automatically discover MySQL Zabbix auto discovery1: PrefaceAs a result of the blog written earlier, Zabbix automatic discovery monitoring Redis, Zabbix automatic discovery monitoring MONGO These two blog posts can be automatically discovered and monitored, but because each zabbix_agentd has to be configured, monitoring is very inconvenient, so, then made a template, Ability to automatically discover and monitor multiple MySQ

Screensiz. es helps you quickly find the screen types of the most popular devices and monitors on the market. Dimensional Data comes from Wikipedia and uses pixel density for better understanding. Estimation of popularity from Google queries (Estimation of AdWords traffic) and some fuzzy mathematical algorithms.Articles you may be interested in Metronic-Bootstrap-based responsive background management template Verlet-js: Awesome open-source Java

Ngios The first disk partition is monitored by default, you need to define multiple monitoring items in the service, such as:defineservice{ service_description check_disk3 max_check_attempts 3 check_interval 1 retry_interval 3 notification_interval 0 notification_options w,u,c,r,f,s notifications_enabled 1 check_command check_nrpe!check_disk3 check_period 24x7 notification_period 24x7 host_name afa_ebs_db}defineservice{ service_description check_disk4 max_check_attempts 3 check_interval 1 ret

); Intentfilter.addaction (INTENT.ACTION_MEDIA_NOFS); Intentfilter.addaction (Intent.action_media_button); Intentfilter.addaction (Intent.action_media_scanner_scan_file); Intentfilter.adddatascheme ("file"); Registerreceiver (Broadcastrec, intentfilter);} Private final Broadcastreceiver Broadcastrec = new Broadcastreceiver () {@Override public void onreceive (Context Context, Intent Intent) {String action = intent.getaction (); LOG.D ("mediaaction", action); if (Action.equals

Analysis of how SiteScope monitors resources such as Linux or UnixCPU memory-Linux Enterprise Application-Linux server application information. The following is a detailed description. The working principle of SiteScope in Linux (Unix) monitoring is as follows: SiteScope logs on to Linux (Unix) through different connection methods (note: the logon method can be ssh, telnet, rsh, rlogin), and then execute the corresponding commands in the login termina

remote DBs may be having problemsORA-3113:Ora-3136:inbound Connection timed outORA-1555: Snapshot Too old: Fallback segment number in the name "" Too small snapshot tooORA-1461: You can only assign a long value to insert a long columnORA-00600: DeadlockORA-1580: Error Creating control backup fileOra-27054:nfs file system where the file is created or resides are not mounted with correct optionsORA-6512: Similar to this Ora-06512:at "SYS. Dbms_isched ", Line 3761Ora-06512:at "SYS. Dbms_isched ",

Article Title: monitors the usage of Linux system resources. Linux is a technology channel of the IT lab in China. Includes basic categories such as desktop applications, Linux system management, kernel research, embedded systems, and open source. Although the Linux operating system is much more stable than the Windows operating system. However, this stability is relative. That is to say, the Linux operating system may also get angry. In some cases, t

of NIC that matches the type of network card that is being alerted, the problem is foundView the monitoring entries for Nagios monitoring 245 network card traffic:650) this.width=650; "src=" http://s3.51cto.com/wyfs02/M00/57/6A/wKiom1SZXhvyrjo0AAEosYQ8IxM094.jpg "title=" 5.jpg " alt= "Wkiom1szxhvyrjo0aaeosyq8ixm094.jpg"/> 5. It is found that the monitor is the interface of the network card 11, and 11 the corresponding network card type is not the network card type on the actual 245. Figure 15

;NBSP;NBSP;0}I'm also a split line ************************************Error message7. Nagios Server Errorunknown-read or Write file/var/tmp/check_traffic_192.168.1.247_2__itnms.hist_dat_64 Error with User uid=501 (Nagios) G id=503 (Nagcmd) groups=502 (Nagios), 503 (nagcmd). Workaround:chmod nagios.nagcmd /var/tmp/check_traffic_192.168.1.247_2__itnms.hist_dat_64 This article is from the "Linux related sharing" blog, make sure to keep this source http://2860664.blog.51cto.com/2850664/1567068Na

Article Title: Linux Server monitors and loads hardware information in real time. Linux is a technology channel of the IT lab in China. Includes basic categories such as desktop applications, Linux system management, kernel research, embedded systems, and open source. Linux Server monitoring: real-time monitoring of loading hardware information One of the notable features of Linux is its extraordinary stability. However, if your hardware is defective

Nagios (Icinga) monitors HP server hardware information with the CHECK_HP pluginHttp://cpan.metacpan.org/authors/id/D/DT/DTOWN/Net-SNMP-v6.0.1.tar.gzhttp://exchange.nagios.org/directory/plugins/hardware/server-hardware/hp-(COMPAQ)/check_hp/detailsMonitored side:$ sudo apt-get install SNMPD$ sudo vi/etc/snmp/snmpd.conf (written under access control, it is partially removed above, except for the remainder of the access control)Press A or I to enter edit

Nagios monitors HP server hardware information with the CHECK_HPASM plugin:Http://labs.consol.de/wp-content/uploads/2011/10/check_hpasm-4.3.tar.gzMonitored side:$ sudo tar zxfv check_hpasm-4.3.tar.gz$ CD Check_hpasm$./configure--enable-hpacucli--enable-perfdata--enable-extendedinfo$ sudo make$ sudo make install$ sudo vi/etc/nagios/nrpe.cfgCommand[check_hpasm]=/usr/local/nagios/libexec/check_hpasm--perfdata Short: Wq$ sudo service nagios-nrpe-server re

Nagios monitors dell server hardware We have mentioned earlier that omsa is used to monitor dell servers, but it must be accessed through web. This time we use nagios + check_openmanage to monitor the hardware of dell servers. First, let's look at the figure below: We can see that there are two ways to achieve monitoring: 1. The nagios server check_nrpe calls the check_openmanage of the monitored server. This method requires omsa and check_openmanage

open (Posfile, ' W ') asfobj: fobj.write (' 0 ') #打开文件 f=open (Alertlogfile, ' R ') #移动到文件结尾 f.seek (0,2) #读出文件所在的字节位置 endpos=f.tell () #移动到文件的开头 withopen (posfile, ' R ') asfobj: sTartpos=int (Fobj.read ()) f.seek (startpos) ifendpos-startpos>0: data=f.read ( Endpos-startpos) f.close () withopen (Posfile, ' W ') asfobj: fobj.write (str (endpos)) m= Re.findall (Pattern,data,re. IGNORECASE) ifm: content= ' \ n '. Join (m) returncontent else:return ' if__name__== ' __main__ ': local_ip=

#!/bin/bashstat_ok=0stat_warning=1stat_critical=2stat_unknown=3total_mem= ' free-m|awk ' NR==2{ print$2} ' used_mem= ' free-m|awk ' nr==3{print$3} ' free_mem=$[$total _mem - $used _mem]use_percent= ' echo $total _mem $used _mem|awk ' {print ($2/$1) * [+] ' use_per= ' echo $use _percent|awk ' {printint ($)} ' Help () { echo "USAGE: ' basename$0 ' [-w] Nagios monitors host memory usage

Check_nrpe plug-in test:[Email protected] libexec]#/usr/local/nagios/libexec/check_nrpe-h 127.0.0.1-c check_ps_mem port-80 is no T existWith root account, the data is not captured by Check_nrpe;4. Perform Check_nrpe test with Nagios account:[Email protected] libexec]# sudo-u nagios/usr/local/nagios/libexec/check_nrpe-h 127.0.0.1-c check_ps_memport-80 is no T existResult: Using Nagios account is also no data captured. If the Nagios account does not capture the data, it cannot be captured even if

;nameofservicetemplatetouse host_name nginx service_description PINGcheck_command check_ping! 100.0,20%!500.0,60%}defineservice{ use generic-servicehost_name nginxservice_descriptionnginx_status check_commandcheck_ nrpe!check_nginx!ip!80!/usr/local/nginx/sbin/nginx!nginx.pid!nginx_status!/tmp!15000!20000 notifications_enabled 0}I'm also a split line ************************************Write it here for the time being, and I'll finish it tomorrow.This article is from the "Linux related sharing"