147 lines
5.2 KiB
Plaintext
147 lines
5.2 KiB
Plaintext
[DEFAULT]
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#### EMAIL NOTIFICATIONS ####
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# Notify this email address(es) in case of alarm, multiple addresses separated by commas
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# Comment this if you don't want email to be sent (maybe because using ALARM_COMMAND below)
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MAILTO=root@localhost, user@localhost
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# Sender address
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#MAILFROM=root@localhost
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# Use a remote SMTP host (enable by removing comment)
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#SMTPHOST=my.smtp.host:465
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# SMTP credentials
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#SMTPUSER=mysmtpuser
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#SMTPPASS=mysmtppass
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# Use SSL for SMTP
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#SMTPSSL=True
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#### RUN COMMAND IN CASE OF ALARM ####
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# You can run a command or script when an alert is issued.
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#
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# In this example, `curl` is used to send a POST request to Ntfy (https://ntfy.sh/), a service
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# that delivers push notifications to smartphones and desktop computers.
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# If you want to use ntfy, just change the topic name with something unique (see documentation
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# at https://ntfy.sh/docs/ ), uncomment the ALARM_COMMAND entry and you are ready to go.
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# If you generate a lot of traffic, please consider hosting your own ntfy server.
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#
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# Otherwise, you can replace the curl command with anything you want, you can use the following
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# placeholders to pass your command/script the details about the event:
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# %%CHECKNAME%% The name of the check (the one between square brackets in this config)
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# %%HOSTNAME%% The host name
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# %%DATETIME%% The date and time of the event, in human readable format
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# %%ERROR%% An human readable error description (the same used in the mail alert)
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#ALARM_COMMAND=curl -H "%%CHECKNAME%% alarm on %%HOSTNAME%%" -d "%%ERROR%% on %%DATETIME%%" ntfy.sh/my-unique-topic-name
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#### HEALTH CHECKS ####
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# Every health check is based on a command being executed, its result being parsed with a regexp
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# to extract (as a single group) the numeric or string value, and the value being compared with
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# a configured value. This checks are ready to be used, just enable the ones you need.
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# You can add your own custom check declaring another section like this:
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#
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# [my_custom_check_name]
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# DISABLED=False
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# ALARM_STRING_EQUAL=Lorem ipsum
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# ALARM_STRING_NOT_EQUAL=The lazy fox
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# ALARM_VALUE_EQUAL=99
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# ALARM_VALUE_NOT_EQUAL=76.365338
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# ALARM_VALUE_MORE_THAN=1.0
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# ALARM_VALUE_LESS_THAN=12
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# COMMAND=/my/custom/binary --with parameters
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# REGEXP=my regex to parse (awesome|disappointing) command output
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[system_load_1min]
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# The system load average in the last minute
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DISABLED=True
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ALARM_VALUE_MORE_THAN=1.0
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COMMAND=uptime
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REGEXP=.*load average: (\d+[,.]\d+), \d+[,.]\d+, \d+[,.]\d+
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[system_load_5min]
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# The system load average in the last 5 minutes
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DISABLED=True
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ALARM_VALUE_MORE_THAN=1.0
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COMMAND=uptime
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REGEXP=.*load average: \d+[,.]\d+, (\d+[,.]\d+), \d+[,.]\d+
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[system_load_15min]
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# The system load average in the last 15 minutes
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DISABLED=True
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ALARM_VALUE_MORE_THAN=1.0
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COMMAND=uptime
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REGEXP=.*load average: \d+[,.]\d+, \d+[,.]\d+, (\d+[,.]\d+)
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[used_disk_space]
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# Used disk space (in percent, i.e. ALARM_VALUE_MORE_THAN=75 -> alarm if disk is more than 75% full)
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DISABLED=True
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ALARM_VALUE_MORE_THAN=75
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COMMAND=df -h /dev/sda1
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REGEXP=(\d{1,3})%
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[raid_status]
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# Issues an alarm when the raid is corrupted
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# Checks this part of the /proc/mdstat file:
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# 243553280 blocks super 1.2 [2/2] [UU]
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# If the content of the last [ ] contains only U (without _), the raid array is healty
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# Otherwise, [U_] or [_U] is displayed (may contain more U or _ if the array is more disks)
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DISABLED=True
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ALARM_STRING_NOT_EQUAL=UU
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COMMAND=cat /proc/mdstat
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REGEXP=.*\] \[([U_]+)\]\n
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[battery_level]
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# Issues an alarm when battery is discharging below a certain level (long blackout, pulled power cord...)
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# For laptops used as servers, apparently common among the self hosters. Requires acpi package installed.
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# Value is in %
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DISABLED=True
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COMMAND=acpi -b
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REGEXP=Battery \d: .*, (\d{1,3})%
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ALARM_VALUE_LESS_THAN=90
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[laptop_charger_disconnected]
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# Issues an alarm when laptop charger is disconnected
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# For laptops used as servers, apparently common among the self hosters. Requires acpi package installed.
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DISABLED=True
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COMMAND=acpi -a
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REGEXP=Adapter \d: (.+)
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ALARM_STRING_EQUAL=off-line
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[free_ram]
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# Free ram in %
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# Shows another approach: does all the computation in the command and picks up
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# all the output (by not declaring a regexp).
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DISABLED=True
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COMMAND=free | grep Mem | awk '{print int($4/$2 * 100.0)}'
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ALARM_VALUE_LESS_THAN=20
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[available_ram]
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# Like Free ram, but shows available instead of free. You may want to use this if you use a memcache.
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DISABLED=True
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COMMAND=free | grep Mem | awk '{print int($7/$2 * 100.0)}'
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ALARM_VALUE_LESS_THAN=20
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[cpu_temperature]
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# CPU Temperature alarm: requires lm-sensors installed and configured (check your distribution's guide)
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# The regexp must be adapted to your configuration: run `sensors` in the command line
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# to find the name of the temperature sensor in your system. In this case is `Core 0`,
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# but may be called Tdie or a lot of different names, there is no standard.
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DISABLED=True
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ALARM_VALUE_MORE_THAN=80
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COMMAND=sensors
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REGEXP=Core 0: +\+?(-?\d{1,3}).\d°[CF]
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[fan_speed]
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# Fan speed alarm: requires lm-sensors installed and configured (check your distribution's guide)
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# The regexp must be adapted to your configuration: run `sensors` in the command line
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# to find the name of the fan speed sensor in your system.
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DISABLED=True
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ALARM_VALUE_LESS_THAN=300
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COMMAND=sensors
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REGEXP=cpu_fan: +(\d) RPM
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