uptime sla

To put it simply1, the structure changed, the original SOB is now called Ledger2, customer, supplier, tax raise a level3, customers, suppliers, banks changed to Web interface4, AR, AP can support the cross-ou query and input under one responsibility.5, the introduction of SLA framework, data logic clearer. In addition, the data form from the submodule to the general ledger and the resulting summaries are editable. simplifies the development effort. On

. password 123456 7. logfile ~ /. Msmtp. log # Chmod 600 ~ /. Msmtprc # Touch ~ /. Msmtp. log 3. mutt installation configuration: (mutt is installed by default in linux) # Vim ~ /. Muttrc 1. set sendmail = "/usr/local/msmtp/bin/msmtp" 2. set use_from = yes 3. set realname = "moniter" 4. set from = test@126.com 5. set envelope_from = yes 6. set rfc2047_parameters = yes 7. set charset = "UTF-8" 4. Mail sending test (-s Mail title,-a table with attachments) # Echo "Mail content 123456" | mutt-s "M

Zabbix enterprise monitoring-MySQL monitoring 1 Preface Zabbix does not seem to provide a clear configuration method for MySQL monitoring official tutorials. The following is the configuration method I have sorted out by referring to some documents. I will share it with you. 2 Theory 2.1 How Key values are obtained 2.1.1 Key definition of Zabbix Server View the template's Items The template defines the following Items: Take Items "MySQL uptime" as

TPS-Transactions Per Second (number of Transactions processed Per Second) refers to the number of Transactions processed by the server Per Second. the storage engine that supports Transactions, such as InnoDB, has a unique performance indicator. Calculation method: TPS = (COM_COMMIT + COM_ROLLBACK)/UPTIME Use information_schema; select VARIABLE_VALUE into @ num_com from GLOBAL_STATUS where VARIABLE_NAME = 'com _ COMMIT '; select VARIABLE_VALUE in

to the mysql server to analyze the problem. 2. check the mysql server on the monitored end 2.1. when calling the local check_nrpe service, the same error is reported as follows: [Root @ mysqldb~] #/Usr/lib/nagios/plugins/check_nrpe-Hlocalhost-c check_mysql_status NRPE: Unable to read output [Root @Mysqldb~] # Run the check_mysql_status command in/etc/nagios/nrpe. cfg. First use cat to find the check_mysql command line [Root @Mysqldb~] # Cat/etc/nagios/nrpe. cfg | grep check_mysql_status Comm

Memory information/meminfo Return dict #!/usr/bin/env pythondef memory_stat(): mem = {} f = open("/proc/meminfo") lines = f.readlines() f.close() for line in lines: if len(line) CPU information/cpuinfoReturns a list with a dict per core. #!/usr/bin/env pythondef cpu_stat(): cpu = [] cpuinfo = {} f = open("/proc/cpuinfo") lines = f.readlines() f.close() for line in lines: if line == '\n': cpu.append(cpuinfo) cpuinfo = {}

default configuration file. In addition, the program supports dynamic registration. [Oracle @ aaalife admin] $ lsnrctl start LSNRCTL for Linux: Version 11.2.0.4.0-Production on 07-SEP-2015 01:08:10 Copyright (c) 1991,201 3, Oracle. All rights reserved. Starting/u01/app/oracle/product/11.2.0/dbhome_1/bin/tnslsnr: please wait... TNSLSNR for Linux: Version 11.2.0.4.0-Production Log messages written to/u01/app/oracle/diag/tnslsnr/aaalife/listener/alert/log. xml Listening on: (DESCRIPTION = (ADDRESS

to go to the mysql server to analyze the problem. 2. check the mysql server on the monitored end 2.1. when calling the local check_nrpe service, the same error is reported as follows: [Root @ mysqldb~] #/Usr/lib/nagios/plugins/check_nrpe-Hlocalhost-c check_mysql_status NRPE: Unable to read output [Root @Mysqldb~] # Run the check_mysql_status command in/etc/nagios/nrpe. cfg. First use cat to find the check_mysql command line [Root @Mysqldb~] # Cat/etc/nagios/nrpe. cfg | grep check_mysql_status

@ mysqlvm2 ~] # It is proved that the nagios process is normal and other monitoring items such as check_users can be detected. However, if the check_mysql fault reports an error, you still need to go to the mysql server to analyze the problem. 2. check the mysql server on the monitored end 2.1. when calling the local check_nrpe service, the same error is reported as follows: [Root @ mysqldb ~] #/Usr/lib/nagios/plugins/check_nrpe-Hlocalhost-c check_mysql_status NRPE: Unable to read output [Roo

|awk ' {print $1} ' load5= ' cat/proc/loadavg|awk ' {print$2} ' load15= ' Cat/proc/loadavg |awk ' {print$3} ' #System uptimeuptime= ' cat/proc/uptime|cut -f1-d. ' Updays=$ ((uptime/60/60/24)) uphours=$ ((uptime/60/60%24)) upmins=$ ((uptime/60%60)) upSecs=$ (( uptime%60)) Up

The idea is to get the system start-up time by reading/proc/uptime.Using the command cat/proc/uptimeThe following information can be seen through the man proc:/proc/uptime:this file contains, numbers:the uptime of the system (seconds), and the amount of time spent in idle proc ESS (seconds).The first is the system's startup time, and the second is the idle time of the system. Two units are in seconds.#include #include #include #include structTimeval T

Tags: mysqltps-transactions per Second (number of things transferred per second), which is the number of transactions per second that the server processes, and a performance metric that is unique to the storage engine that supports transactions such as InnoDB. Calculation method: TPS = (com_commit + com_rollback)/uptime Use Information_schema; Select Variable_value into @num_com from global_status where variable_name = ' com_commit '; Select Variable

cannot be provided by cell-based transmission. In addition, TMX 880 is designed based on the connection-oriented structure to provide high service quality, meet SLA business requirements, and achieve more comprehensive control and faster fault recovery. All of this is based on the unique vswitch hardware and strictly guaranteed QoS of TMX 880. Finally, TMX 880 is managed by Navis, allowing TMX 880 to be seamlessly integrated into existing customer ne

forward decision. Group replication is required under 1 + 1 protection. CPU intervention should be completely avoided, or the lowest possible level should be maintained. This poses a challenge to the design of data paths. OAM Like protection, OAM is another feature that traditional L2 exchange ignores. From the operator's perspective, this is a required feature. CFM and PM are required for both PW and LSP levels to support APS and ensure compliance with SLA