2016/monitoring/collectd/server/collectd.conf
2015-10-24 16:27:35 +03:00

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3.5 KiB
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##############################################################################
# Global #
#----------------------------------------------------------------------------#
# Global settings for the daemon. #
##############################################################################
#Hostname "localhost"
FQDNLookup false
#BaseDir "/var/lib/collectd"
#PluginDir "/usr/lib/collectd"
TypesDB "/usr/share/collectd/types.db" "/etc/collectd/openwrt.db"
#----------------------------------------------------------------------------#
# Interval at which to query values. This may be overwritten on a per-plugin #
# base by using the 'Interval' option of the LoadPlugin block: #
# <LoadPlugin foo> #
# Interval 60 #
# </LoadPlugin> #
#----------------------------------------------------------------------------#
Interval 10
#Timeout 2
#ReadThreads 5
# avoid race conditions if multiple datapoints are packed in a single packet
WriteThreads 2
# Logging
LoadPlugin syslog
<Plugin syslog>
LogLevel info
</Plugin>
# now start collecting
LoadPlugin cpu
# free space
LoadPlugin df
<Plugin df>
# Ignore listed filesystems
IgnoreSelected true
# and select all virtual crap
FSType bdev
FSType binfmt_misc
FSType cgroup
FSType cpuset
FSType debugfs
FSType devpts
FSType devtmpfs
FSType hugetlbfs
FSType mqueue
FSType pipefs
FSType proc
FSType pstore
FSType ramfs
FSType rootfs
FSType rpc_pipefs
FSType securityfs
FSType sockfs
FSType sysfs
FSType tmpfs
</Plugin>
# IOPS
LoadPlugin disk
# LOADAVG
LoadPlugin load
# Ram utilisation
LoadPlugin memory
# SWAP
LoadPlugin swap
# Logged in
LoadPlugin users
# traffic
LoadPlugin interface
# temp, voltage, current, fans via ipmi
# all sensors monitored by default
#
# THIS IS SPECIFFIC to the current box
LoadPlugin ipmi
<Plugin ipmi>
# disable some sensors collection
IgnoreSelected true
Sensor "VRM 2 processor_module (9.2)"
Sensor "VRM 1 processor_module (9.1)"
Sensor "Power Supply 1 power_supply (10.1)"
Sensor "Power Supply 2 power_supply (10.2)"
Sensor "Power Supplies power_supply (10.3)"
Sensor "UID Light system_chassis (23.1)"
Sensor "Int. Health LED system_chassis (23.2)"
Sensor "Ext. Health LED system_chassis (23.3)"
</Plugin>
# IRQ
LoadPlugin irq
# nginx stats
LoadPlugin nginx
<Plugin nginx>
URL "http://localhost/of2015status"
</Plugin>
# now lets listen/send some data here and there
# def port 25826
LoadPlugin network
<Plugin network>
# multicast
Listen "239.192.74.66"
Listen "ff18::efc0:4a42"
# All local interfaces
#Listen "0.0.0.0"
# listen on test vlans
Listen "10.200.0.1"
Listen "10.203.0.1"
Listen "10.204.0.1"
# listen on prod vlans
Listen "10.100.0.1"
Listen "10.103.0.1"
Listen "10.104.0.1"
ReportStats true
</Plugin>
# entropy statistics
LoadPlugin entropy
# Connection tracking table
LoadPlugin ConnTrack
# context switches (how hard we are working)
LoadPlugin ContextSwitch
# and finaly save the data in graphite
LoadPlugin write_graphite
<Plugin write_graphite>
<Node "localhost">
Host "127.0.0.1"
Port "10001"
Protocol "tcp"
# put it in an unique namespace
Prefix "received."
LogSendErrors true
# store raw numbers and let frontend deal with them
StoreRates false
# be verbose with metrics store
AlwaysAppendDS true
</Node>
</Plugin>