This script installs Netdata in any Ubuntu 16.04 machine. Netdata is a monitoring tool which is used for real time server metrics.

netdata.conf

# netdata configuration
#
# You can download the latest version of this file, using:
#
#  wget -O /etc/netdata/netdata.conf http://localhost:19999/netdata.conf
# or
#  curl -o /etc/netdata/netdata.conf http://localhost:19999/netdata.conf
#
# You can uncomment and change any of the options below.
# The value shown in the commented settings, is the default value.
#

# global netdata configuration

[global]
	# glibc malloc arena max for plugins = 1
	# glibc malloc arena max for netdata = 1
	# hostname = ip-172-31-4-140
	 history = 14400
	# update every = 1
	# config directory = /etc/netdata
	# log directory = /var/log/netdata
	# plugins directory = /usr/libexec/netdata/plugins.d
	# web files directory = /usr/share/netdata/web
	# cache directory = /var/cache/netdata
	# lib directory = /var/lib/netdata
	# home directory = /var/cache/netdata
	# memory mode = save
	# host access prefix = 
	# memory deduplication (ksm) = yes
	# debug flags = 0x0000000000000000
	# debug log = /var/log/netdata/debug.log
	# error log = /var/log/netdata/error.log
	# access log = /var/log/netdata/access.log
	# errors flood protection period = 1200
	# errors to trigger flood protection = 200
	# pthread stack size = 8388608
	# run as user = netdata
	# OOM score = 1000
	# process scheduling policy = idle
	# cleanup obsolete charts after seconds = 3600
	# cleanup orphan hosts after seconds = 3600
	# delete obsolete charts files = yes
	# delete orphan hosts files = yes

[web]
	# web files owner = netdata
	# web files group = netdata
	# listen backlog = 100
	# default port = 19999
	# bind to = *
	# mode = multi-threaded
	# disconnect idle clients after seconds = 60
	# respect do not track policy = no
	# x-frame-options response header = 
	# enable gzip compression = yes
	# gzip compression strategy = default
	# gzip compression level = 3

[plugins]
	# PATH environment variable = /usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/sbin:/usr/sbin:/usr/local/bin:/usr/local/sbin
	# PYTHONPATH environment variable = 
	# tc = yes
	# idlejitter = yes
	# proc = yes
	# diskspace = yes
	# cgroups = yes
	# checks = no
	# enable running new plugins = yes
	# check for new plugins every = 60
	# python.d = yes
	# fping = yes
	# node.d = yes
	# apps = yes
	# charts.d = yes

[health]
	# enabled = yes
	# in memory max health log entries = 1000
	# script to execute on alarm = /usr/libexec/netdata/plugins.d/alarm-notify.sh
	# health configuration directory = /etc/netdata/health.d
	# run at least every seconds = 10
	# postpone alarms during hibernation for seconds = 60
	# rotate log every lines = 2000

[registry]
	# enabled = no
	# registry db directory = /var/lib/netdata/registry
	# netdata unique id file = /var/lib/netdata/registry/netdata.public.unique.id
	# registry db file = /var/lib/netdata/registry/registry.db
	# registry log file = /var/lib/netdata/registry/registry-log.db
	# registry save db every new entries = 1000000
	# registry expire idle persons days = 365
	# registry domain = 
	# registry to announce = https://registry.my-netdata.io
	# registry hostname = ip-172-31-4-140
	# verify browser cookies support = yes
	# max URL length = 1024
	# max URL name length = 50

[backend]
	 enabled = yes
	 data source = average
	 type = opentsdb
	 destination = tcp:34.252.136.243:25836
	 prefix = netdata
	 hostname = ip-172-31-4-140
	 update every = 10
	 buffer on failures = 10
	 timeout ms = 20000


# per plugin configuration

[plugin:python.d]
	# update every = 1
	# command options = 

[plugin:fping]
	# update every = 1
	# command options = 

[plugin:node.d]
	# update every = 1
	# command options = 

[plugin:apps]
	# update every = 1
	# command options = 

[plugin:charts.d]
	# update every = 1
	# command options = 

[plugin:cgroups]
	# cgroups plugin resource charts = yes
	# update every = 1
	# check for new cgroups every = 10
	# enable cpuacct stat (total CPU) = auto
	# enable cpuacct usage (per core CPU) = auto
	# enable memory (used mem including cache) = auto
	# enable detailed memory = auto
	# enable memory limits fail count = auto
	# enable swap memory = auto
	# enable blkio bandwidth = auto
	# enable blkio operations = auto
	# enable blkio throttle bandwidth = auto
	# enable blkio throttle operations = auto
	# enable blkio queued operations = auto
	# enable blkio merged operations = auto
	# recheck zero blkio every iterations = 10
	# recheck zero memory failcnt every iterations = 10
	# recheck zero detailed memory every iterations = 10
	# enable systemd services = yes
	# enable systemd services detailed memory = no
	# report used memory without cache = yes
	# path to /sys/fs/cgroup/cpuacct = /sys/fs/cgroup/cpu,cpuacct
	# path to /sys/fs/cgroup/blkio = /sys/fs/cgroup/blkio
	# path to /sys/fs/cgroup/memory = /sys/fs/cgroup/memory
	# path to /sys/fs/cgroup/devices = /sys/fs/cgroup/devices
	# max cgroups to allow = 500
	# max cgroups depth to monitor = 0
	# enable new cgroups detected at run time = yes
	# enable by default cgroups matching =  !*/init.scope  *.scope  !*/vcpu*  !*/emulator  !*.mount  !*.partition  !*.service  !*.slice  !*.swap  !*.user  !/  !/docker  !/libvirt  !/lxc  !/lxc/*/ns  !/machine  !/qemu  !/system  !/systemd  !/user  * 
	# search for cgroups in subpaths matching =  !*/init.scope  !*-qemu  !/init.scope  !/system  !/systemd  !/user  !/user.slice  * 
	# script to get cgroup names = /usr/libexec/netdata/plugins.d/cgroup-name.sh
	# run script to rename cgroups matching =  *.scope  *docker*  *lxc*  *qemu*  !/  !*.mount  !*.partition  !*.service  !*.slice  !*.swap  !*.user  * 
	# cgroups to match as systemd services =  !/system.slice/*/*.service  /system.slice/*.service 

[plugin:proc]
	# netdata server resources = yes
	# /proc/stat = yes
	# /proc/uptime = yes
	# /proc/loadavg = yes
	# /proc/sys/kernel/random/entropy_avail = yes
	# /proc/interrupts = yes
	# /proc/softirqs = yes
	# /proc/vmstat = yes
	# /proc/meminfo = yes
	# /sys/kernel/mm/ksm = yes
	# /sys/devices/system/edac/mc = yes
	# /sys/devices/system/node = yes
	# /proc/net/dev = yes
	# /proc/net/netstat = yes
	# /proc/net/snmp = yes
	# /proc/net/snmp6 = yes
	# /proc/net/softnet_stat = yes
	# /proc/net/ip_vs/stats = yes
	# /proc/net/stat/conntrack = yes
	# /proc/net/stat/synproxy = yes
	# /proc/diskstats = yes
	# /proc/net/rpc/nfsd = yes
	# /proc/net/rpc/nfs = yes
	# ipc = yes

[plugin:proc:diskspace]
	# update every = 1
	# check for new mount points every = 15
	# exclude space metrics on paths = /proc/* /sys/* /var/run/user/* /run/user/* /snap/* /var/lib/docker/*
	# exclude space metrics on filesystems = 
	# space usage for all disks = auto
	# inodes usage for all disks = auto

[plugin:idlejitter]
	# loop time in ms = 20

[plugin:tc]
	# script to run to get tc values = /usr/libexec/netdata/plugins.d/tc-qos-helper.sh

[plugin:proc:diskspace:/dev]
	# space usage = auto
	# inodes usage = auto

[plugin:proc:diskspace:/run]
	# space usage = auto
	# inodes usage = auto

[plugin:proc:diskspace:/]
	# space usage = auto
	# inodes usage = auto

[plugin:proc:diskspace:/sys/kernel/security]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/dev/shm]
	# space usage = auto
	# inodes usage = auto

[plugin:proc:diskspace:/run/lock]
	# space usage = auto
	# inodes usage = auto

[plugin:proc:diskspace:/sys/fs/cgroup]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/systemd]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/pstore]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/devices]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/net_cls,net_prio]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/perf_event]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/cpuset]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/pids]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/blkio]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/cpu,cpuacct]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/memory]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/freezer]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/sys/fs/cgroup/hugetlb]
	# space usage = no
	# inodes usage = no

[plugin:proc:diskspace:/dev/hugepages]
	# space usage = auto
	# inodes usage = auto

[plugin:proc:/proc/stat]
	# cpu utilization = yes
	# per cpu core utilization = yes
	# cpu interrupts = yes
	# context switches = yes
	# processes started = yes
	# processes running = yes
	# filename to monitor = /proc/stat

[plugin:proc:/proc/loadavg]
	# filename to monitor = /proc/loadavg
	# enable load average = yes
	# enable total processes = yes

[plugin:proc:/proc/sys/kernel/random/entropy_avail]
	# filename to monitor = /proc/sys/kernel/random/entropy_avail

[plugin:proc:/proc/interrupts]
	# interrupts per core = yes
	# filename to monitor = /proc/interrupts

[plugin:proc:diskspace:/var/lib/lxcfs]
	# space usage = auto
	# inodes usage = auto

[plugin:proc:diskspace:/run/user/1000]
	# space usage = no
	# inodes usage = no

[plugin:proc:/proc/softirqs]
	# interrupts per core = yes
	# filename to monitor = /proc/softirqs

[plugin:proc:/proc/vmstat]
	# swap i/o = auto
	# disk i/o = yes
	# memory page faults = yes
	# system-wide numa metric summary = auto
	# filename to monitor = /proc/vmstat

[plugin:proc:/sys/devices/system/node]
	# directory to monitor = /sys/devices/system/node
	# enable per-node numa metrics = auto

[plugin:proc:/proc/meminfo]
	# system ram = yes
	# system swap = auto
	# hardware corrupted ECC = auto
	# committed memory = yes
	# writeback memory = yes
	# kernel memory = yes
	# slab memory = yes
	# filename to monitor = /proc/meminfo

[plugin:proc:/sys/kernel/mm/ksm]
	# /sys/kernel/mm/ksm/pages_shared = /sys/kernel/mm/ksm/pages_shared
	# /sys/kernel/mm/ksm/pages_sharing = /sys/kernel/mm/ksm/pages_sharing
	# /sys/kernel/mm/ksm/pages_unshared = /sys/kernel/mm/ksm/pages_unshared
	# /sys/kernel/mm/ksm/pages_volatile = /sys/kernel/mm/ksm/pages_volatile
	# /sys/kernel/mm/ksm/pages_to_scan = /sys/kernel/mm/ksm/pages_to_scan

[plugin:proc:/sys/devices/system/edac/mc]
	# directory to monitor = /sys/devices/system/edac/mc

[plugin:proc:/proc/net/dev]
	# enable new interfaces detected at runtime = auto
	# bandwidth for all interfaces = auto
	# packets for all interfaces = auto
	# errors for all interfaces = auto
	# drops for all interfaces = auto
	# fifo for all interfaces = auto
	# compressed packets for all interfaces = auto
	# frames, collisions, carrier counters for all interfaces = auto
	# disable by default interfaces matching = lo fireqos* *-ifb
	# filename to monitor = /proc/net/dev

[plugin:proc:/proc/net/dev:lo]
	# enabled = no

[plugin:proc:/proc/net/dev:eth0]
	# enabled = yes
	# bandwidth = auto
	# packets = auto
	# errors = auto
	# drops = auto
	# fifo = auto
	# compressed = auto
	# events = auto

[plugin:proc:/proc/net/netstat]
	# bandwidth = auto
	# input errors = auto
	# multicast bandwidth = auto
	# broadcast bandwidth = auto
	# multicast packets = auto
	# broadcast packets = auto
	# ECN packets = auto
	# TCP reorders = auto
	# TCP SYN cookies = auto
	# TCP out-of-order queue = auto
	# TCP connection aborts = auto
	# TCP memory pressures = auto
	# filename to monitor = /proc/net/netstat

[plugin:proc:/proc/net/snmp]
	# ipv4 packets = yes
	# ipv4 fragments sent = yes
	# ipv4 fragments assembly = yes
	# ipv4 errors = yes
	# ipv4 TCP connections = yes
	# ipv4 TCP packets = yes
	# ipv4 TCP errors = yes
	# ipv4 TCP handshake issues = yes
	# ipv4 UDP packets = yes
	# ipv4 UDP errors = yes
	# ipv4 ICMP packets = yes
	# ipv4 ICMP messages = yes
	# ipv4 UDPLite packets = yes
	# filename to monitor = /proc/net/snmp

[plugin:proc:/proc/net/snmp6]
	# ipv6 packets = auto
	# ipv6 fragments sent = auto
	# ipv6 fragments assembly = auto
	# ipv6 errors = auto
	# ipv6 UDP packets = auto
	# ipv6 UDP errors = auto
	# ipv6 UDPlite packets = auto
	# ipv6 UDPlite errors = auto
	# bandwidth = auto
	# multicast bandwidth = auto
	# broadcast bandwidth = auto
	# multicast packets = auto
	# icmp = auto
	# icmp redirects = auto
	# icmp errors = auto
	# icmp echos = auto
	# icmp group membership = auto
	# icmp router = auto
	# icmp neighbor = auto
	# icmp mldv2 = auto
	# icmp types = auto
	# ect = auto
	# filename to monitor = /proc/net/snmp6

[plugin:proc:/proc/net/softnet_stat]
	# softnet_stat per core = yes
	# filename to monitor = /proc/net/softnet_stat

[plugin:proc:/proc/net/ip_vs_stats]
	# IPVS bandwidth = yes
	# IPVS connections = yes
	# IPVS packets = yes
	# filename to monitor = /proc/net/ip_vs_stats

[plugin:proc:/proc/net/stat/nf_conntrack]
	# filename to monitor = /proc/net/stat/nf_conntrack
	# netfilter new connections = no
	# netfilter connection changes = no
	# netfilter connection expectations = no
	# netfilter connection searches = no
	# netfilter errors = no
	# netfilter connections = no

[plugin:proc:/proc/sys/net/netfilter/nf_conntrack_max]
	# filename to monitor = /proc/sys/net/netfilter/nf_conntrack_max
	# read every seconds = 10

[plugin:proc:/proc/sys/net/netfilter/nf_conntrack_count]
	# filename to monitor = /proc/sys/net/netfilter/nf_conntrack_count

[plugin:proc:/proc/net/stat/synproxy]
	# SYNPROXY entries = auto
	# SYNPROXY cookies = auto
	# SYNPROXY SYN received = auto
	# SYNPROXY connections reopened = auto
	# filename to monitor = /proc/net/stat/synproxy

[plugin:proc:/proc/diskstats]
	# enable new disks detected at runtime = yes
	# performance metrics for physical disks = auto
	# performance metrics for virtual disks = auto
	# performance metrics for partitions = no
	# bandwidth for all disks = auto
	# operations for all disks = auto
	# merged operations for all disks = auto
	# i/o time for all disks = auto
	# queued operations for all disks = auto
	# utilization percentage for all disks = auto
	# backlog for all disks = auto
	# filename to monitor = /proc/diskstats
	# path to get block device infos = /sys/dev/block/%lu:%lu/%s
	# path to get h/w sector size = /sys/block/%s/queue/hw_sector_size
	# path to get h/w sector size for partitions = /sys/dev/block/%lu:%lu/subsystem/%s/../queue/hw_sector_size
	# exclude disks = loop* ram*
	# performance metrics for disks with major 202 = yes

[plugin:proc:/proc/diskstats:ram0]
	# enable = no

[plugin:proc:/proc/diskstats:ram1]
	# enable = no

[plugin:proc:/proc/diskstats:ram2]
	# enable = no

[plugin:proc:/proc/diskstats:ram3]
	# enable = no

[plugin:proc:/proc/diskstats:ram4]
	# enable = no

[plugin:proc:/proc/diskstats:ram5]
	# enable = no

[plugin:proc:/proc/diskstats:ram6]
	# enable = no

[plugin:proc:/proc/diskstats:ram7]
	# enable = no

[plugin:proc:/proc/diskstats:ram8]
	# enable = no

[plugin:proc:/proc/diskstats:ram9]
	# enable = no

[plugin:proc:/proc/diskstats:ram10]
	# enable = no

[plugin:proc:/proc/diskstats:ram11]
	# enable = no

[plugin:proc:/proc/diskstats:ram12]
	# enable = no

[plugin:proc:/proc/diskstats:ram13]
	# enable = no

[plugin:proc:/proc/diskstats:ram14]
	# enable = no

[plugin:proc:/proc/diskstats:ram15]
	# enable = no

[plugin:proc:/proc/diskstats:loop0]
	# enable = no

[plugin:proc:/proc/diskstats:loop1]
	# enable = no

[plugin:proc:/proc/diskstats:loop2]
	# enable = no

[plugin:proc:/proc/diskstats:loop3]
	# enable = no

[plugin:proc:/proc/diskstats:loop4]
	# enable = no

[plugin:proc:/proc/diskstats:loop5]
	# enable = no

[plugin:proc:/proc/diskstats:loop6]
	# enable = no

[plugin:proc:/proc/diskstats:loop7]
	# enable = no

[plugin:proc:/proc/diskstats:xvda]
	# enable = yes
	# enable performance metrics = yes
	# bandwidth = auto
	# operations = auto
	# merged operations = auto
	# i/o time = auto
	# queued operations = auto
	# utilization percentage = auto
	# backlog = auto

[plugin:proc:/proc/diskstats:xvda1]
	# enable = yes
	# enable performance metrics = no
	# bandwidth = no
	# operations = no
	# merged operations = no
	# i/o time = no
	# queued operations = no
	# utilization percentage = no
	# backlog = no

[plugin:proc:/proc/net/rpc/nfsd]
	# filename to monitor = /proc/net/rpc/nfsd

[plugin:proc:/proc/net/rpc/nfs]
	# filename to monitor = /proc/net/rpc/nfs


# per chart configuration

[system.idlejitter]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.idlejitter
	# chart type = line
	# type = system
	# family = processes
	# units = microseconds lost/s
	# context = system.idlejitter
	# priority = 9999
	# gap when lost iterations above = 1
	# name = system.idlejitter
	# title = CPU Idle Jitter (system.idlejitter)
	# dim jitter name = jitter
	# dim jitter algorithm = absolute
	# dim jitter multiplier = 1
	# dim jitter divisor = 1

[netdata.plugin_tc_cpu]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.plugin_tc_cpu
	# chart type = stacked
	# type = netdata
	# family = tc.helper
	# units = milliseconds/s
	# context = netdata.plugin_tc_cpu
	# priority = 135000
	# gap when lost iterations above = 1
	# name = netdata.plugin_tc_cpu
	# title = NetData TC CPU usage (netdata.plugin_tc_cpu)
	# dim user name = user
	# dim user algorithm = incremental
	# dim user multiplier = 1
	# dim user divisor = 1000
	# dim system name = system
	# dim system algorithm = incremental
	# dim system multiplier = 1
	# dim system divisor = 1000

[netdata.plugin_tc_time]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.plugin_tc_time
	# chart type = area
	# type = netdata
	# family = tc.helper
	# units = milliseconds/run
	# context = netdata.plugin_tc_time
	# priority = 135001
	# gap when lost iterations above = 1
	# name = netdata.plugin_tc_time
	# title = NetData TC script execution (netdata.plugin_tc_time)
	# dim run_time name = run time
	# dim run_time algorithm = absolute
	# dim run_time multiplier = 1
	# dim run_time divisor = 1

[disk_space._dev]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_space._dev
	# chart type = stacked
	# type = disk_space
	# family = /dev
	# units = GB
	# context = disk.space
	# priority = 2023
	# gap when lost iterations above = 1
	# name = disk_space._dev
	# title = Disk Space Usage for /dev [udev] (disk_space._dev)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 4096
	# dim avail divisor = 1073741824
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 4096
	# dim used divisor = 1073741824
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 4096
	# dim reserved_for_root divisor = 1073741824

[disk_inodes._dev]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_inodes._dev
	# chart type = stacked
	# type = disk_inodes
	# family = /dev
	# units = Inodes
	# context = disk.inodes
	# priority = 2024
	# gap when lost iterations above = 1
	# name = disk_inodes._dev
	# title = Disk Files (inodes) Usage for /dev [udev] (disk_inodes._dev)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 1
	# dim avail divisor = 1
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 1
	# dim used divisor = 1
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 1
	# dim reserved_for_root divisor = 1

[disk_space._run]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_space._run
	# chart type = stacked
	# type = disk_space
	# family = /run
	# units = GB
	# context = disk.space
	# priority = 2023
	# gap when lost iterations above = 1
	# name = disk_space._run
	# title = Disk Space Usage for /run [tmpfs] (disk_space._run)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 4096
	# dim avail divisor = 1073741824
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 4096
	# dim used divisor = 1073741824
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 4096
	# dim reserved_for_root divisor = 1073741824

[disk_inodes._run]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_inodes._run
	# chart type = stacked
	# type = disk_inodes
	# family = /run
	# units = Inodes
	# context = disk.inodes
	# priority = 2024
	# gap when lost iterations above = 1
	# name = disk_inodes._run
	# title = Disk Files (inodes) Usage for /run [tmpfs] (disk_inodes._run)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 1
	# dim avail divisor = 1
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 1
	# dim used divisor = 1
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 1
	# dim reserved_for_root divisor = 1

[disk_space._]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_space._
	# chart type = stacked
	# type = disk_space
	# family = /
	# units = GB
	# context = disk.space
	# priority = 2023
	# gap when lost iterations above = 1
	# name = disk_space._
	# title = Disk Space Usage for / [/dev/xvda1] (disk_space._)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 4096
	# dim avail divisor = 1073741824
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 4096
	# dim used divisor = 1073741824
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 4096
	# dim reserved_for_root divisor = 1073741824

[disk_inodes._]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_inodes._
	# chart type = stacked
	# type = disk_inodes
	# family = /
	# units = Inodes
	# context = disk.inodes
	# priority = 2024
	# gap when lost iterations above = 1
	# name = disk_inodes._
	# title = Disk Files (inodes) Usage for / [/dev/xvda1] (disk_inodes._)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 1
	# dim avail divisor = 1
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 1
	# dim used divisor = 1
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 1
	# dim reserved_for_root divisor = 1

[disk_space._dev_shm]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_space._dev_shm
	# chart type = stacked
	# type = disk_space
	# family = /dev/shm
	# units = GB
	# context = disk.space
	# priority = 2023
	# gap when lost iterations above = 1
	# name = disk_space._dev_shm
	# title = Disk Space Usage for /dev/shm [tmpfs] (disk_space._dev_shm)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 4096
	# dim avail divisor = 1073741824
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 4096
	# dim used divisor = 1073741824
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 4096
	# dim reserved_for_root divisor = 1073741824

[disk_inodes._dev_shm]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_inodes._dev_shm
	# chart type = stacked
	# type = disk_inodes
	# family = /dev/shm
	# units = Inodes
	# context = disk.inodes
	# priority = 2024
	# gap when lost iterations above = 1
	# name = disk_inodes._dev_shm
	# title = Disk Files (inodes) Usage for /dev/shm [tmpfs] (disk_inodes._dev_shm)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 1
	# dim avail divisor = 1
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 1
	# dim used divisor = 1
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 1
	# dim reserved_for_root divisor = 1

[disk_space._run_lock]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_space._run_lock
	# chart type = stacked
	# type = disk_space
	# family = /run/lock
	# units = GB
	# context = disk.space
	# priority = 2023
	# gap when lost iterations above = 1
	# name = disk_space._run_lock
	# title = Disk Space Usage for /run/lock [tmpfs] (disk_space._run_lock)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 4096
	# dim avail divisor = 1073741824
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 4096
	# dim used divisor = 1073741824
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 4096
	# dim reserved_for_root divisor = 1073741824

[disk_inodes._run_lock]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_inodes._run_lock
	# chart type = stacked
	# type = disk_inodes
	# family = /run/lock
	# units = Inodes
	# context = disk.inodes
	# priority = 2024
	# gap when lost iterations above = 1
	# name = disk_inodes._run_lock
	# title = Disk Files (inodes) Usage for /run/lock [tmpfs] (disk_inodes._run_lock)
	# dim avail name = avail
	# dim avail algorithm = absolute
	# dim avail multiplier = 1
	# dim avail divisor = 1
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 1
	# dim used divisor = 1
	# dim reserved_for_root name = reserved for root
	# dim reserved_for_root algorithm = absolute
	# dim reserved_for_root multiplier = 1
	# dim reserved_for_root divisor = 1

[netdata.plugin_cgroups_cpu]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.plugin_cgroups_cpu
	# chart type = stacked
	# type = netdata
	# family = cgroups
	# units = milliseconds/s
	# context = netdata.plugin_cgroups_cpu
	# priority = 132000
	# gap when lost iterations above = 1
	# name = netdata.plugin_cgroups_cpu
	# title = NetData CGroups Plugin CPU usage (netdata.plugin_cgroups_cpu)
	# dim user name = user
	# dim user algorithm = incremental
	# dim user multiplier = 1
	# dim user divisor = 1000
	# dim system name = system
	# dim system algorithm = incremental
	# dim system multiplier = 1
	# dim system divisor = 1000

[system.cpu]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.cpu
	# chart type = stacked
	# type = system
	# family = cpu
	# units = percentage
	# context = system.cpu
	# priority = 100
	# gap when lost iterations above = 1
	# name = system.cpu
	# title = Total CPU utilization (system.cpu)
	# dim guest_nice name = guest_nice
	# dim guest_nice algorithm = percentage-of-incremental-row
	# dim guest_nice multiplier = 1
	# dim guest_nice divisor = 1
	# dim guest name = guest
	# dim guest algorithm = percentage-of-incremental-row
	# dim guest multiplier = 1
	# dim guest divisor = 1
	# dim steal name = steal
	# dim steal algorithm = percentage-of-incremental-row
	# dim steal multiplier = 1
	# dim steal divisor = 1
	# dim softirq name = softirq
	# dim softirq algorithm = percentage-of-incremental-row
	# dim softirq multiplier = 1
	# dim softirq divisor = 1
	# dim irq name = irq
	# dim irq algorithm = percentage-of-incremental-row
	# dim irq multiplier = 1
	# dim irq divisor = 1
	# dim user name = user
	# dim user algorithm = percentage-of-incremental-row
	# dim user multiplier = 1
	# dim user divisor = 1
	# dim system name = system
	# dim system algorithm = percentage-of-incremental-row
	# dim system multiplier = 1
	# dim system divisor = 1
	# dim nice name = nice
	# dim nice algorithm = percentage-of-incremental-row
	# dim nice multiplier = 1
	# dim nice divisor = 1
	# dim iowait name = iowait
	# dim iowait algorithm = percentage-of-incremental-row
	# dim iowait multiplier = 1
	# dim iowait divisor = 1
	# dim idle name = idle
	# dim idle algorithm = percentage-of-incremental-row
	# dim idle multiplier = 1
	# dim idle divisor = 1

[cpu.cpu0]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/cpu.cpu0
	# chart type = stacked
	# type = cpu
	# family = utilization
	# units = percentage
	# context = cpu.cpu
	# priority = 1000
	# gap when lost iterations above = 1
	# name = cpu.cpu0
	# title = Core utilization (cpu.cpu0)
	# dim guest_nice name = guest_nice
	# dim guest_nice algorithm = percentage-of-incremental-row
	# dim guest_nice multiplier = 1
	# dim guest_nice divisor = 1
	# dim guest name = guest
	# dim guest algorithm = percentage-of-incremental-row
	# dim guest multiplier = 1
	# dim guest divisor = 1
	# dim steal name = steal
	# dim steal algorithm = percentage-of-incremental-row
	# dim steal multiplier = 1
	# dim steal divisor = 1
	# dim softirq name = softirq
	# dim softirq algorithm = percentage-of-incremental-row
	# dim softirq multiplier = 1
	# dim softirq divisor = 1
	# dim irq name = irq
	# dim irq algorithm = percentage-of-incremental-row
	# dim irq multiplier = 1
	# dim irq divisor = 1
	# dim user name = user
	# dim user algorithm = percentage-of-incremental-row
	# dim user multiplier = 1
	# dim user divisor = 1
	# dim system name = system
	# dim system algorithm = percentage-of-incremental-row
	# dim system multiplier = 1
	# dim system divisor = 1
	# dim nice name = nice
	# dim nice algorithm = percentage-of-incremental-row
	# dim nice multiplier = 1
	# dim nice divisor = 1
	# dim iowait name = iowait
	# dim iowait algorithm = percentage-of-incremental-row
	# dim iowait multiplier = 1
	# dim iowait divisor = 1
	# dim idle name = idle
	# dim idle algorithm = percentage-of-incremental-row
	# dim idle multiplier = 1
	# dim idle divisor = 1

[system.intr]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.intr
	# chart type = line
	# type = system
	# family = interrupts
	# units = interrupts/s
	# context = system.intr
	# priority = 900
	# gap when lost iterations above = 1
	# name = system.intr
	# title = CPU Interrupts (system.intr)
	# dim interrupts name = interrupts
	# dim interrupts algorithm = incremental
	# dim interrupts multiplier = 1
	# dim interrupts divisor = 1

[system.ctxt]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.ctxt
	# chart type = line
	# type = system
	# family = processes
	# units = context switches/s
	# context = system.ctxt
	# priority = 800
	# gap when lost iterations above = 1
	# name = system.ctxt
	# title = CPU Context Switches (system.ctxt)
	# dim switches name = switches
	# dim switches algorithm = incremental
	# dim switches multiplier = 1
	# dim switches divisor = 1

[system.forks]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.forks
	# chart type = line
	# type = system
	# family = processes
	# units = processes/s
	# context = system.forks
	# priority = 700
	# gap when lost iterations above = 1
	# name = system.forks
	# title = Started Processes (system.forks)
	# dim started name = started
	# dim started algorithm = incremental
	# dim started multiplier = 1
	# dim started divisor = 1

[system.processes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.processes
	# chart type = line
	# type = system
	# family = processes
	# units = processes
	# context = system.processes
	# priority = 600
	# gap when lost iterations above = 1
	# name = system.processes
	# title = System Processes (system.processes)
	# dim running name = running
	# dim running algorithm = absolute
	# dim running multiplier = 1
	# dim running divisor = 1
	# dim blocked name = blocked
	# dim blocked algorithm = absolute
	# dim blocked multiplier = -1
	# dim blocked divisor = 1

[system.uptime]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.uptime
	# chart type = line
	# type = system
	# family = uptime
	# units = seconds
	# context = system.uptime
	# priority = 1000
	# gap when lost iterations above = 1
	# name = system.uptime
	# title = System Uptime (system.uptime)
	# dim uptime name = uptime
	# dim uptime algorithm = absolute
	# dim uptime multiplier = 1
	# dim uptime divisor = 1000

[system.load]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.load
	# chart type = line
	# type = system
	# family = load
	# units = load
	# context = system.load
	# priority = 100
	# gap when lost iterations above = 1
	# name = system.load
	# title = System Load Average (system.load)
	# dim load1 name = load1
	# dim load1 algorithm = absolute
	# dim load1 multiplier = 1
	# dim load1 divisor = 1000
	# dim load5 name = load5
	# dim load5 algorithm = absolute
	# dim load5 multiplier = 1
	# dim load5 divisor = 1000
	# dim load15 name = load15
	# dim load15 algorithm = absolute
	# dim load15 multiplier = 1
	# dim load15 divisor = 1000

[system.active_processes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.active_processes
	# chart type = line
	# type = system
	# family = processes
	# units = processes
	# context = system.active_processes
	# priority = 750
	# gap when lost iterations above = 1
	# name = system.active_processes
	# title = System Active Processes (system.active_processes)
	# dim active name = active
	# dim active algorithm = absolute
	# dim active multiplier = 1
	# dim active divisor = 1

[system.entropy]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.entropy
	# chart type = line
	# type = system
	# family = entropy
	# units = entropy
	# context = system.entropy
	# priority = 1000
	# gap when lost iterations above = 1
	# name = system.entropy
	# title = Available Entropy (system.entropy)
	# dim entropy name = entropy
	# dim entropy algorithm = absolute
	# dim entropy multiplier = 1
	# dim entropy divisor = 1

[system.interrupts]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.interrupts
	# chart type = stacked
	# type = system
	# family = interrupts
	# units = interrupts/s
	# context = system.interrupts
	# priority = 1000
	# gap when lost iterations above = 1
	# name = system.interrupts
	# title = System interrupts (system.interrupts)
	# dim 0 name = timer_0
	# dim 0 algorithm = incremental
	# dim 0 multiplier = 1
	# dim 0 divisor = 1
	# dim 1 name = i8042_1
	# dim 1 algorithm = incremental
	# dim 1 multiplier = 1
	# dim 1 divisor = 1
	# dim 4 name = serial_4
	# dim 4 algorithm = incremental
	# dim 4 multiplier = 1
	# dim 4 divisor = 1
	# dim 6 name = floppy_6
	# dim 6 algorithm = incremental
	# dim 6 multiplier = 1
	# dim 6 divisor = 1
	# dim 8 name = rtc0_8
	# dim 8 algorithm = incremental
	# dim 8 multiplier = 1
	# dim 8 divisor = 1
	# dim 9 name = acpi_9
	# dim 9 algorithm = incremental
	# dim 9 multiplier = 1
	# dim 9 divisor = 1
	# dim 12 name = i8042_12
	# dim 12 algorithm = incremental
	# dim 12 multiplier = 1
	# dim 12 divisor = 1
	# dim 14 name = ata_piix_14
	# dim 14 algorithm = incremental
	# dim 14 multiplier = 1
	# dim 14 divisor = 1
	# dim 15 name = ata_piix_15
	# dim 15 algorithm = incremental
	# dim 15 multiplier = 1
	# dim 15 divisor = 1
	# dim 48 name = timer0_48
	# dim 48 algorithm = incremental
	# dim 48 multiplier = 1
	# dim 48 divisor = 1
	# dim 49 name = resched0_49
	# dim 49 algorithm = incremental
	# dim 49 multiplier = 1
	# dim 49 divisor = 1
	# dim 50 name = callfunc0_50
	# dim 50 algorithm = incremental
	# dim 50 multiplier = 1
	# dim 50 divisor = 1
	# dim 51 name = debug0_51
	# dim 51 algorithm = incremental
	# dim 51 multiplier = 1
	# dim 51 divisor = 1
	# dim 52 name = callfuncsingle0_52
	# dim 52 algorithm = incremental
	# dim 52 multiplier = 1
	# dim 52 divisor = 1
	# dim 53 name = spinlock0_53
	# dim 53 algorithm = incremental
	# dim 53 multiplier = 1
	# dim 53 divisor = 1
	# dim 54 name = xenbus_54
	# dim 54 algorithm = incremental
	# dim 54 multiplier = 1
	# dim 54 divisor = 1
	# dim 55 name = blkif_55
	# dim 55 algorithm = incremental
	# dim 55 multiplier = 1
	# dim 55 divisor = 1
	# dim 56 name = eth0_56
	# dim 56 algorithm = incremental
	# dim 56 multiplier = 1
	# dim 56 divisor = 1
	# dim NMI name = NMI
	# dim NMI algorithm = incremental
	# dim NMI multiplier = 1
	# dim NMI divisor = 1
	# dim LOC name = LOC
	# dim LOC algorithm = incremental
	# dim LOC multiplier = 1
	# dim LOC divisor = 1
	# dim SPU name = SPU
	# dim SPU algorithm = incremental
	# dim SPU multiplier = 1
	# dim SPU divisor = 1
	# dim PMI name = PMI
	# dim PMI algorithm = incremental
	# dim PMI multiplier = 1
	# dim PMI divisor = 1
	# dim IWI name = IWI
	# dim IWI algorithm = incremental
	# dim IWI multiplier = 1
	# dim IWI divisor = 1
	# dim RTR name = RTR
	# dim RTR algorithm = incremental
	# dim RTR multiplier = 1
	# dim RTR divisor = 1
	# dim RES name = RES
	# dim RES algorithm = incremental
	# dim RES multiplier = 1
	# dim RES divisor = 1
	# dim CAL name = CAL
	# dim CAL algorithm = incremental
	# dim CAL multiplier = 1
	# dim CAL divisor = 1
	# dim TLB name = TLB
	# dim TLB algorithm = incremental
	# dim TLB multiplier = 1
	# dim TLB divisor = 1
	# dim TRM name = TRM
	# dim TRM algorithm = incremental
	# dim TRM multiplier = 1
	# dim TRM divisor = 1
	# dim THR name = THR
	# dim THR algorithm = incremental
	# dim THR multiplier = 1
	# dim THR divisor = 1
	# dim DFR name = DFR
	# dim DFR algorithm = incremental
	# dim DFR multiplier = 1
	# dim DFR divisor = 1
	# dim MCE name = MCE
	# dim MCE algorithm = incremental
	# dim MCE multiplier = 1
	# dim MCE divisor = 1
	# dim MCP name = MCP
	# dim MCP algorithm = incremental
	# dim MCP multiplier = 1
	# dim MCP divisor = 1
	# dim HYP name = HYP
	# dim HYP algorithm = incremental
	# dim HYP multiplier = 1
	# dim HYP divisor = 1
	# dim ERR name = ERR
	# dim ERR algorithm = incremental
	# dim ERR multiplier = 1
	# dim ERR divisor = 1
	# dim MIS name = MIS
	# dim MIS algorithm = incremental
	# dim MIS multiplier = 1
	# dim MIS divisor = 1
	# dim PIN name = PIN
	# dim PIN algorithm = incremental
	# dim PIN multiplier = 1
	# dim PIN divisor = 1
	# dim PIW name = PIW
	# dim PIW algorithm = incremental
	# dim PIW multiplier = 1
	# dim PIW divisor = 1

[cpu.cpu0_interrupts]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/cpu.cpu0_interrupts
	# chart type = stacked
	# type = cpu
	# family = interrupts
	# units = interrupts/s
	# context = cpu.interrupts
	# priority = 1100
	# gap when lost iterations above = 1
	# name = cpu.cpu0_interrupts
	# title = CPU0 Interrupts (cpu.cpu0_interrupts)
	# dim 0 name = timer_0
	# dim 0 algorithm = incremental
	# dim 0 multiplier = 1
	# dim 0 divisor = 1
	# dim 1 name = i8042_1
	# dim 1 algorithm = incremental
	# dim 1 multiplier = 1
	# dim 1 divisor = 1
	# dim 4 name = serial_4
	# dim 4 algorithm = incremental
	# dim 4 multiplier = 1
	# dim 4 divisor = 1
	# dim 6 name = floppy_6
	# dim 6 algorithm = incremental
	# dim 6 multiplier = 1
	# dim 6 divisor = 1
	# dim 8 name = rtc0_8
	# dim 8 algorithm = incremental
	# dim 8 multiplier = 1
	# dim 8 divisor = 1
	# dim 9 name = acpi_9
	# dim 9 algorithm = incremental
	# dim 9 multiplier = 1
	# dim 9 divisor = 1
	# dim 12 name = i8042_12
	# dim 12 algorithm = incremental
	# dim 12 multiplier = 1
	# dim 12 divisor = 1
	# dim 14 name = ata_piix_14
	# dim 14 algorithm = incremental
	# dim 14 multiplier = 1
	# dim 14 divisor = 1
	# dim 15 name = ata_piix_15
	# dim 15 algorithm = incremental
	# dim 15 multiplier = 1
	# dim 15 divisor = 1
	# dim 48 name = timer0_48
	# dim 48 algorithm = incremental
	# dim 48 multiplier = 1
	# dim 48 divisor = 1
	# dim 49 name = resched0_49
	# dim 49 algorithm = incremental
	# dim 49 multiplier = 1
	# dim 49 divisor = 1
	# dim 50 name = callfunc0_50
	# dim 50 algorithm = incremental
	# dim 50 multiplier = 1
	# dim 50 divisor = 1
	# dim 51 name = debug0_51
	# dim 51 algorithm = incremental
	# dim 51 multiplier = 1
	# dim 51 divisor = 1
	# dim 52 name = callfuncsingle0_52
	# dim 52 algorithm = incremental
	# dim 52 multiplier = 1
	# dim 52 divisor = 1
	# dim 53 name = spinlock0_53
	# dim 53 algorithm = incremental
	# dim 53 multiplier = 1
	# dim 53 divisor = 1
	# dim 54 name = xenbus_54
	# dim 54 algorithm = incremental
	# dim 54 multiplier = 1
	# dim 54 divisor = 1
	# dim 55 name = blkif_55
	# dim 55 algorithm = incremental
	# dim 55 multiplier = 1
	# dim 55 divisor = 1
	# dim 56 name = eth0_56
	# dim 56 algorithm = incremental
	# dim 56 multiplier = 1
	# dim 56 divisor = 1
	# dim NMI name = NMI
	# dim NMI algorithm = incremental
	# dim NMI multiplier = 1
	# dim NMI divisor = 1
	# dim LOC name = LOC
	# dim LOC algorithm = incremental
	# dim LOC multiplier = 1
	# dim LOC divisor = 1
	# dim SPU name = SPU
	# dim SPU algorithm = incremental
	# dim SPU multiplier = 1
	# dim SPU divisor = 1
	# dim PMI name = PMI
	# dim PMI algorithm = incremental
	# dim PMI multiplier = 1
	# dim PMI divisor = 1
	# dim IWI name = IWI
	# dim IWI algorithm = incremental
	# dim IWI multiplier = 1
	# dim IWI divisor = 1
	# dim RTR name = RTR
	# dim RTR algorithm = incremental
	# dim RTR multiplier = 1
	# dim RTR divisor = 1
	# dim RES name = RES
	# dim RES algorithm = incremental
	# dim RES multiplier = 1
	# dim RES divisor = 1
	# dim CAL name = CAL
	# dim CAL algorithm = incremental
	# dim CAL multiplier = 1
	# dim CAL divisor = 1
	# dim TLB name = TLB
	# dim TLB algorithm = incremental
	# dim TLB multiplier = 1
	# dim TLB divisor = 1
	# dim TRM name = TRM
	# dim TRM algorithm = incremental
	# dim TRM multiplier = 1
	# dim TRM divisor = 1
	# dim THR name = THR
	# dim THR algorithm = incremental
	# dim THR multiplier = 1
	# dim THR divisor = 1
	# dim DFR name = DFR
	# dim DFR algorithm = incremental
	# dim DFR multiplier = 1
	# dim DFR divisor = 1
	# dim MCE name = MCE
	# dim MCE algorithm = incremental
	# dim MCE multiplier = 1
	# dim MCE divisor = 1
	# dim MCP name = MCP
	# dim MCP algorithm = incremental
	# dim MCP multiplier = 1
	# dim MCP divisor = 1
	# dim HYP name = HYP
	# dim HYP algorithm = incremental
	# dim HYP multiplier = 1
	# dim HYP divisor = 1
	# dim ERR name = ERR
	# dim ERR algorithm = incremental
	# dim ERR multiplier = 1
	# dim ERR divisor = 1
	# dim MIS name = MIS
	# dim MIS algorithm = incremental
	# dim MIS multiplier = 1
	# dim MIS divisor = 1
	# dim PIN name = PIN
	# dim PIN algorithm = incremental
	# dim PIN multiplier = 1
	# dim PIN divisor = 1
	# dim PIW name = PIW
	# dim PIW algorithm = incremental
	# dim PIW multiplier = 1
	# dim PIW divisor = 1

[netdata.plugin_diskspace]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.plugin_diskspace
	# chart type = stacked
	# type = netdata
	# family = diskspace
	# units = milliseconds/s
	# context = netdata.plugin_diskspace
	# priority = 132020
	# gap when lost iterations above = 1
	# name = netdata.plugin_diskspace
	# title = NetData Disk Space Plugin CPU usage (netdata.plugin_diskspace)
	# dim user name = user
	# dim user algorithm = incremental
	# dim user multiplier = 1
	# dim user divisor = 1000
	# dim system name = system
	# dim system algorithm = incremental
	# dim system multiplier = 1
	# dim system divisor = 1000

[netdata.plugin_diskspace_dt]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.plugin_diskspace_dt
	# chart type = area
	# type = netdata
	# family = diskspace
	# units = milliseconds/run
	# context = netdata.plugin_diskspace_dt
	# priority = 132021
	# gap when lost iterations above = 1
	# name = netdata.plugin_diskspace_dt
	# title = NetData Disk Space Plugin Duration (netdata.plugin_diskspace_dt)
	# dim duration name = duration
	# dim duration algorithm = absolute
	# dim duration multiplier = 1
	# dim duration divisor = 1000

[netdata.apps_cpu]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.apps_cpu
	# chart type = stacked
	# type = netdata
	# family = apps.plugin
	# units = milliseconds/s
	# context = netdata.apps_cpu
	# priority = 140000
	# gap when lost iterations above = 1
	# name = netdata.apps_cpu
	# title = Apps Plugin CPU (netdata.apps_cpu)
	# dim user name = user
	# dim user algorithm = incremental
	# dim user multiplier = 1
	# dim user divisor = 1000
	# dim system name = system
	# dim system algorithm = incremental
	# dim system multiplier = 1
	# dim system divisor = 1000

[netdata.apps_sizes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.apps_sizes
	# chart type = line
	# type = netdata
	# family = apps.plugin
	# units = files/s
	# context = netdata.apps_sizes
	# priority = 140001
	# gap when lost iterations above = 1
	# name = netdata.apps_sizes
	# title = Apps Plugin Files (netdata.apps_sizes)
	# dim calls name = calls
	# dim calls algorithm = incremental
	# dim calls multiplier = 1
	# dim calls divisor = 1
	# dim files name = files
	# dim files algorithm = incremental
	# dim files multiplier = 1
	# dim files divisor = 1
	# dim pids name = pids
	# dim pids algorithm = absolute
	# dim pids multiplier = 1
	# dim pids divisor = 1
	# dim fds name = fds
	# dim fds algorithm = absolute
	# dim fds multiplier = 1
	# dim fds divisor = 1
	# dim targets name = targets
	# dim targets algorithm = absolute
	# dim targets multiplier = 1
	# dim targets divisor = 1
	# dim new_pids name = new pids
	# dim new_pids algorithm = incremental
	# dim new_pids multiplier = 1
	# dim new_pids divisor = 1

[netdata.apps_fix]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.apps_fix
	# chart type = line
	# type = netdata
	# family = apps.plugin
	# units = percentage
	# context = netdata.apps_fix
	# priority = 140002
	# gap when lost iterations above = 1
	# name = netdata.apps_fix
	# title = Apps Plugin Normalization Ratios (netdata.apps_fix)
	# dim utime name = utime
	# dim utime algorithm = absolute
	# dim utime multiplier = 1
	# dim utime divisor = 10000
	# dim stime name = stime
	# dim stime algorithm = absolute
	# dim stime multiplier = 1
	# dim stime divisor = 10000
	# dim gtime name = gtime
	# dim gtime algorithm = absolute
	# dim gtime multiplier = 1
	# dim gtime divisor = 10000
	# dim minflt name = minflt
	# dim minflt algorithm = absolute
	# dim minflt multiplier = 1
	# dim minflt divisor = 10000
	# dim majflt name = majflt
	# dim majflt algorithm = absolute
	# dim majflt multiplier = 1
	# dim majflt divisor = 10000

[netdata.apps_children_fix]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.apps_children_fix
	# chart type = line
	# type = netdata
	# family = apps.plugin
	# units = percentage
	# context = netdata.apps_children_fix
	# priority = 140003
	# gap when lost iterations above = 1
	# name = netdata.apps_children_fix
	# title = Apps Plugin Exited Children Normalization Ratios (netdata.apps_children_fix)
	# dim cutime name = cutime
	# dim cutime algorithm = absolute
	# dim cutime multiplier = 1
	# dim cutime divisor = 10000
	# dim cstime name = cstime
	# dim cstime algorithm = absolute
	# dim cstime multiplier = 1
	# dim cstime divisor = 10000
	# dim cgtime name = cgtime
	# dim cgtime algorithm = absolute
	# dim cgtime multiplier = 1
	# dim cgtime divisor = 10000
	# dim cminflt name = cminflt
	# dim cminflt algorithm = absolute
	# dim cminflt multiplier = 1
	# dim cminflt divisor = 10000
	# dim cmajflt name = cmajflt
	# dim cmajflt algorithm = absolute
	# dim cmajflt multiplier = 1
	# dim cmajflt divisor = 10000

[apps.cpu]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.cpu
	# chart type = stacked
	# type = apps
	# family = cpu
	# units = cpu time %
	# context = apps.cpu
	# priority = 20001
	# gap when lost iterations above = 1
	# name = apps.cpu
	# title = Apps CPU Time (100% = 1 core) (apps.cpu)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 10000
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 10000
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 10000
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 10000
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 10000
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 10000
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 10000
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 10000
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 10000
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 10000
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 10000
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 10000
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 10000
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 10000
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 10000
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 10000

[apps.mem]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.mem
	# chart type = stacked
	# type = apps
	# family = mem
	# units = MB
	# context = apps.mem
	# priority = 20003
	# gap when lost iterations above = 1
	# name = apps.mem
	# title = Apps Real Memory (w/o shared) (apps.mem)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 4096
	# dim netdata divisor = 1048576
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 4096
	# dim apps.plugin divisor = 1048576
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 4096
	# dim charts.d.plugin divisor = 1048576
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 4096
	# dim node.d.plugin divisor = 1048576
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 4096
	# dim python.d.plugin divisor = 1048576
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 4096
	# dim tc-qos-helper divisor = 1048576
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 4096
	# dim httpd divisor = 1048576
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 4096
	# dim logs divisor = 1048576
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 4096
	# dim iscsi divisor = 1048576
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 4096
	# dim containers divisor = 1048576
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 4096
	# dim ssh divisor = 1048576
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 4096
	# dim dhcp divisor = 1048576
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 4096
	# dim cron divisor = 1048576
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 4096
	# dim ksmd divisor = 1048576
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 4096
	# dim system divisor = 1048576
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 4096
	# dim kernel divisor = 1048576
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 4096
	# dim other divisor = 1048576

[system.softirqs]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.softirqs
	# chart type = stacked
	# type = system
	# family = softirqs
	# units = softirqs/s
	# context = system.softirqs
	# priority = 950
	# gap when lost iterations above = 1
	# name = system.softirqs
	# title = System softirqs (system.softirqs)
	# dim HI name = HI
	# dim HI algorithm = incremental
	# dim HI multiplier = 1
	# dim HI divisor = 1
	# dim TIMER name = TIMER
	# dim TIMER algorithm = incremental
	# dim TIMER multiplier = 1
	# dim TIMER divisor = 1
	# dim NET_TX name = NET_TX
	# dim NET_TX algorithm = incremental
	# dim NET_TX multiplier = 1
	# dim NET_TX divisor = 1
	# dim NET_RX name = NET_RX
	# dim NET_RX algorithm = incremental
	# dim NET_RX multiplier = 1
	# dim NET_RX divisor = 1
	# dim BLOCK name = BLOCK
	# dim BLOCK algorithm = incremental
	# dim BLOCK multiplier = 1
	# dim BLOCK divisor = 1
	# dim BLOCK_IOPOLL name = BLOCK_IOPOLL
	# dim BLOCK_IOPOLL algorithm = incremental
	# dim BLOCK_IOPOLL multiplier = 1
	# dim BLOCK_IOPOLL divisor = 1
	# dim TASKLET name = TASKLET
	# dim TASKLET algorithm = incremental
	# dim TASKLET multiplier = 1
	# dim TASKLET divisor = 1
	# dim SCHED name = SCHED
	# dim SCHED algorithm = incremental
	# dim SCHED multiplier = 1
	# dim SCHED divisor = 1
	# dim HRTIMER name = HRTIMER
	# dim HRTIMER algorithm = incremental
	# dim HRTIMER multiplier = 1
	# dim HRTIMER divisor = 1
	# dim RCU name = RCU
	# dim RCU algorithm = incremental
	# dim RCU multiplier = 1
	# dim RCU divisor = 1

[apps.vmem]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.vmem
	# chart type = stacked
	# type = apps
	# family = mem
	# units = MB
	# context = apps.vmem
	# priority = 20004
	# gap when lost iterations above = 1
	# name = apps.vmem
	# title = Apps Virtual Memory Size (apps.vmem)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 4096
	# dim netdata divisor = 1048576
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 4096
	# dim apps.plugin divisor = 1048576
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 4096
	# dim charts.d.plugin divisor = 1048576
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 4096
	# dim node.d.plugin divisor = 1048576
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 4096
	# dim python.d.plugin divisor = 1048576
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 4096
	# dim tc-qos-helper divisor = 1048576
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 4096
	# dim httpd divisor = 1048576
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 4096
	# dim logs divisor = 1048576
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 4096
	# dim iscsi divisor = 1048576
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 4096
	# dim containers divisor = 1048576
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 4096
	# dim ssh divisor = 1048576
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 4096
	# dim dhcp divisor = 1048576
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 4096
	# dim cron divisor = 1048576
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 4096
	# dim ksmd divisor = 1048576
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 4096
	# dim system divisor = 1048576
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 4096
	# dim kernel divisor = 1048576
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 4096
	# dim other divisor = 1048576

[apps.threads]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.threads
	# chart type = stacked
	# type = apps
	# family = processes
	# units = threads
	# context = apps.threads
	# priority = 20005
	# gap when lost iterations above = 1
	# name = apps.threads
	# title = Apps Threads (apps.threads)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 1
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 1
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 1
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 1
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 1
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 1
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 1
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 1
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 1
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 1
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 1
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 1
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 1
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 1
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 1
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 1

[apps.processes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.processes
	# chart type = stacked
	# type = apps
	# family = processes
	# units = processes
	# context = apps.processes
	# priority = 20004
	# gap when lost iterations above = 1
	# name = apps.processes
	# title = Apps Processes (apps.processes)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 1
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 1
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 1
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 1
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 1
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 1
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 1
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 1
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 1
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 1
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 1
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 1
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 1
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 1
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 1
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 1

[cpu.cpu0_softirqs]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/cpu.cpu0_softirqs
	# chart type = stacked
	# type = cpu
	# family = softirqs
	# units = softirqs/s
	# context = cpu.softirqs
	# priority = 3000
	# gap when lost iterations above = 1
	# name = cpu.cpu0_softirqs
	# title = CPU0 softirqs (cpu.cpu0_softirqs)
	# dim HI name = HI
	# dim HI algorithm = incremental
	# dim HI multiplier = 1
	# dim HI divisor = 1
	# dim TIMER name = TIMER
	# dim TIMER algorithm = incremental
	# dim TIMER multiplier = 1
	# dim TIMER divisor = 1
	# dim NET_TX name = NET_TX
	# dim NET_TX algorithm = incremental
	# dim NET_TX multiplier = 1
	# dim NET_TX divisor = 1
	# dim NET_RX name = NET_RX
	# dim NET_RX algorithm = incremental
	# dim NET_RX multiplier = 1
	# dim NET_RX divisor = 1
	# dim BLOCK name = BLOCK
	# dim BLOCK algorithm = incremental
	# dim BLOCK multiplier = 1
	# dim BLOCK divisor = 1
	# dim BLOCK_IOPOLL name = BLOCK_IOPOLL
	# dim BLOCK_IOPOLL algorithm = incremental
	# dim BLOCK_IOPOLL multiplier = 1
	# dim BLOCK_IOPOLL divisor = 1
	# dim TASKLET name = TASKLET
	# dim TASKLET algorithm = incremental
	# dim TASKLET multiplier = 1
	# dim TASKLET divisor = 1
	# dim SCHED name = SCHED
	# dim SCHED algorithm = incremental
	# dim SCHED multiplier = 1
	# dim SCHED divisor = 1
	# dim HRTIMER name = HRTIMER
	# dim HRTIMER algorithm = incremental
	# dim HRTIMER multiplier = 1
	# dim HRTIMER divisor = 1
	# dim RCU name = RCU
	# dim RCU algorithm = incremental
	# dim RCU multiplier = 1
	# dim RCU divisor = 1

[system.io]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.io
	# chart type = area
	# type = system
	# family = disk
	# units = kilobytes/s
	# context = system.io
	# priority = 150
	# gap when lost iterations above = 1
	# name = system.io
	# title = Disk I/O (system.io)
	# dim in name = in
	# dim in algorithm = incremental
	# dim in multiplier = 1
	# dim in divisor = 1
	# dim out name = out
	# dim out algorithm = incremental
	# dim out multiplier = -1
	# dim out divisor = 1

[mem.pgfaults]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/mem.pgfaults
	# chart type = line
	# type = mem
	# family = system
	# units = page faults/s
	# context = mem.pgfaults
	# priority = 500
	# gap when lost iterations above = 1
	# name = mem.pgfaults
	# title = Memory Page Faults (mem.pgfaults)
	# dim minor name = minor
	# dim minor algorithm = incremental
	# dim minor multiplier = 1
	# dim minor divisor = 1
	# dim major name = major
	# dim major algorithm = incremental
	# dim major multiplier = -1
	# dim major divisor = 1

[system.ram]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.ram
	# chart type = stacked
	# type = system
	# family = ram
	# units = MB
	# context = system.ram
	# priority = 200
	# gap when lost iterations above = 1
	# name = system.ram
	# title = System RAM (system.ram)
	# dim free name = free
	# dim free algorithm = absolute
	# dim free multiplier = 1
	# dim free divisor = 1024
	# dim used name = used
	# dim used algorithm = absolute
	# dim used multiplier = 1
	# dim used divisor = 1024
	# dim cached name = cached
	# dim cached algorithm = absolute
	# dim cached multiplier = 1
	# dim cached divisor = 1024
	# dim buffers name = buffers
	# dim buffers algorithm = absolute
	# dim buffers multiplier = 1
	# dim buffers divisor = 1024

[mem.committed]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/mem.committed
	# chart type = area
	# type = mem
	# family = system
	# units = MB
	# context = mem.committed
	# priority = 5000
	# gap when lost iterations above = 1
	# name = mem.committed
	# title = Committed (Allocated) Memory (mem.committed)
	# dim Committed_AS name = Committed_AS
	# dim Committed_AS algorithm = absolute
	# dim Committed_AS multiplier = 1
	# dim Committed_AS divisor = 1024

[mem.writeback]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/mem.writeback
	# chart type = line
	# type = mem
	# family = kernel
	# units = MB
	# context = mem.writeback
	# priority = 4000
	# gap when lost iterations above = 1
	# name = mem.writeback
	# title = Writeback Memory (mem.writeback)
	# dim Dirty name = Dirty
	# dim Dirty algorithm = absolute
	# dim Dirty multiplier = 1
	# dim Dirty divisor = 1024
	# dim Writeback name = Writeback
	# dim Writeback algorithm = absolute
	# dim Writeback multiplier = 1
	# dim Writeback divisor = 1024
	# dim FuseWriteback name = FuseWriteback
	# dim FuseWriteback algorithm = absolute
	# dim FuseWriteback multiplier = 1
	# dim FuseWriteback divisor = 1024
	# dim NfsWriteback name = NfsWriteback
	# dim NfsWriteback algorithm = absolute
	# dim NfsWriteback multiplier = 1
	# dim NfsWriteback divisor = 1024
	# dim Bounce name = Bounce
	# dim Bounce algorithm = absolute
	# dim Bounce multiplier = 1
	# dim Bounce divisor = 1024

[mem.kernel]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/mem.kernel
	# chart type = stacked
	# type = mem
	# family = kernel
	# units = MB
	# context = mem.kernel
	# priority = 6000
	# gap when lost iterations above = 1
	# name = mem.kernel
	# title = Memory Used by Kernel (mem.kernel)
	# dim Slab name = Slab
	# dim Slab algorithm = absolute
	# dim Slab multiplier = 1
	# dim Slab divisor = 1024
	# dim KernelStack name = KernelStack
	# dim KernelStack algorithm = absolute
	# dim KernelStack multiplier = 1
	# dim KernelStack divisor = 1024
	# dim PageTables name = PageTables
	# dim PageTables algorithm = absolute
	# dim PageTables multiplier = 1
	# dim PageTables divisor = 1024
	# dim VmallocUsed name = VmallocUsed
	# dim VmallocUsed algorithm = absolute
	# dim VmallocUsed multiplier = 1
	# dim VmallocUsed divisor = 1024

[mem.slab]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/mem.slab
	# chart type = stacked
	# type = mem
	# family = slab
	# units = MB
	# context = mem.slab
	# priority = 6500
	# gap when lost iterations above = 1
	# name = mem.slab
	# title = Reclaimable Kernel Memory (mem.slab)
	# dim reclaimable name = reclaimable
	# dim reclaimable algorithm = absolute
	# dim reclaimable multiplier = 1
	# dim reclaimable divisor = 1024
	# dim unreclaimable name = unreclaimable
	# dim unreclaimable algorithm = absolute
	# dim unreclaimable multiplier = 1
	# dim unreclaimable divisor = 1024

[net.eth0]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/net.eth0
	# chart type = area
	# type = net
	# family = eth0
	# units = kilobits/s
	# context = net.net
	# priority = 7000
	# gap when lost iterations above = 1
	# name = net.eth0
	# title = Bandwidth (net.eth0)
	# dim received name = received
	# dim received algorithm = incremental
	# dim received multiplier = 8
	# dim received divisor = 1024
	# dim sent name = sent
	# dim sent algorithm = incremental
	# dim sent multiplier = -8
	# dim sent divisor = 1024

[net_packets.eth0]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/net_packets.eth0
	# chart type = line
	# type = net_packets
	# family = eth0
	# units = packets/s
	# context = net.packets
	# priority = 7001
	# gap when lost iterations above = 1
	# name = net_packets.eth0
	# title = Packets (net_packets.eth0)
	# dim received name = received
	# dim received algorithm = incremental
	# dim received multiplier = 1
	# dim received divisor = 1
	# dim sent name = sent
	# dim sent algorithm = incremental
	# dim sent multiplier = -1
	# dim sent divisor = 1
	# dim multicast name = multicast
	# dim multicast algorithm = incremental
	# dim multicast multiplier = 1
	# dim multicast divisor = 1

[ipv4.tcpconnaborts]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.tcpconnaborts
	# chart type = line
	# type = ipv4
	# family = tcp
	# units = connections/s
	# context = ipv4.tcpconnaborts
	# priority = 3010
	# gap when lost iterations above = 1
	# name = ipv4.tcpconnaborts
	# title = TCP Connection Aborts (ipv4.tcpconnaborts)
	# dim TCPAbortOnData name = baddata
	# dim TCPAbortOnData algorithm = incremental
	# dim TCPAbortOnData multiplier = 1
	# dim TCPAbortOnData divisor = 1
	# dim TCPAbortOnClose name = userclosed
	# dim TCPAbortOnClose algorithm = incremental
	# dim TCPAbortOnClose multiplier = 1
	# dim TCPAbortOnClose divisor = 1
	# dim TCPAbortOnMemory name = nomemory
	# dim TCPAbortOnMemory algorithm = incremental
	# dim TCPAbortOnMemory multiplier = 1
	# dim TCPAbortOnMemory divisor = 1
	# dim TCPAbortOnTimeout name = timeout
	# dim TCPAbortOnTimeout algorithm = incremental
	# dim TCPAbortOnTimeout multiplier = 1
	# dim TCPAbortOnTimeout divisor = 1
	# dim TCPAbortOnLinger name = linger
	# dim TCPAbortOnLinger algorithm = incremental
	# dim TCPAbortOnLinger multiplier = 1
	# dim TCPAbortOnLinger divisor = 1
	# dim TCPAbortFailed name = failed
	# dim TCPAbortFailed algorithm = incremental
	# dim TCPAbortFailed multiplier = -1
	# dim TCPAbortFailed divisor = 1

[ipv4.tcpreorders]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.tcpreorders
	# chart type = line
	# type = ipv4
	# family = tcp
	# units = packets/s
	# context = ipv4.tcpreorders
	# priority = 3020
	# gap when lost iterations above = 1
	# name = ipv4.tcpreorders
	# title = TCP Reordered Packets by Detection Method (ipv4.tcpreorders)
	# dim TCPTSReorder name = timestamp
	# dim TCPTSReorder algorithm = incremental
	# dim TCPTSReorder multiplier = 1
	# dim TCPTSReorder divisor = 1
	# dim TCPSACKReorder name = sack
	# dim TCPSACKReorder algorithm = incremental
	# dim TCPSACKReorder multiplier = 1
	# dim TCPSACKReorder divisor = 1
	# dim TCPFACKReorder name = fack
	# dim TCPFACKReorder algorithm = incremental
	# dim TCPFACKReorder multiplier = 1
	# dim TCPFACKReorder divisor = 1
	# dim TCPRenoReorder name = reno
	# dim TCPRenoReorder algorithm = incremental
	# dim TCPRenoReorder multiplier = 1
	# dim TCPRenoReorder divisor = 1

[apps.cpu_user]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.cpu_user
	# chart type = stacked
	# type = apps
	# family = cpu
	# units = cpu time %
	# context = apps.cpu_user
	# priority = 20020
	# gap when lost iterations above = 1
	# name = apps.cpu_user
	# title = Apps CPU User Time (100% = 1 core) (apps.cpu_user)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 10000
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 10000
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 10000
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 10000
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 10000
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 10000
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 10000
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 10000
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 10000
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 10000
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 10000
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 10000
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 10000
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 10000
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 10000
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 10000

[apps.cpu_system]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.cpu_system
	# chart type = stacked
	# type = apps
	# family = cpu
	# units = cpu time %
	# context = apps.cpu_system
	# priority = 20021
	# gap when lost iterations above = 1
	# name = apps.cpu_system
	# title = Apps CPU System Time (100% = 1 core) (apps.cpu_system)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 10000
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 10000
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 10000
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 10000
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 10000
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 10000
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 10000
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 10000
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 10000
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 10000
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 10000
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 10000
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 10000
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 10000
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 10000
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 10000

[apps.major_faults]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.major_faults
	# chart type = stacked
	# type = apps
	# family = swap
	# units = page faults/s
	# context = apps.major_faults
	# priority = 20010
	# gap when lost iterations above = 1
	# name = apps.major_faults
	# title = Apps Major Page Faults (swap read) (apps.major_faults)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 10000
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 10000
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 10000
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 10000
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 10000
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 10000
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 10000
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 10000
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 10000
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 10000
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 10000
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 10000
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 10000
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 10000
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 10000
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 10000

[ipv4.tcpofo]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.tcpofo
	# chart type = line
	# type = ipv4
	# family = tcp
	# units = packets/s
	# context = ipv4.tcpofo
	# priority = 3050
	# gap when lost iterations above = 1
	# name = ipv4.tcpofo
	# title = TCP Out-Of-Order Queue (ipv4.tcpofo)
	# dim TCPOFOQueue name = inqueue
	# dim TCPOFOQueue algorithm = incremental
	# dim TCPOFOQueue multiplier = 1
	# dim TCPOFOQueue divisor = 1
	# dim TCPOFODrop name = dropped
	# dim TCPOFODrop algorithm = incremental
	# dim TCPOFODrop multiplier = -1
	# dim TCPOFODrop divisor = 1
	# dim TCPOFOMerge name = merged
	# dim TCPOFOMerge algorithm = incremental
	# dim TCPOFOMerge multiplier = 1
	# dim TCPOFOMerge divisor = 1
	# dim OfoPruned name = pruned
	# dim OfoPruned algorithm = incremental
	# dim OfoPruned multiplier = -1
	# dim OfoPruned divisor = 1

[system.ipv4]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.ipv4
	# chart type = area
	# type = system
	# family = network
	# units = kilobits/s
	# context = system.ipv4
	# priority = 500
	# gap when lost iterations above = 1
	# name = system.ipv4
	# title = IPv4 Bandwidth (system.ipv4)
	# dim InOctets name = received
	# dim InOctets algorithm = incremental
	# dim InOctets multiplier = 8
	# dim InOctets divisor = 1024
	# dim OutOctets name = sent
	# dim OutOctets algorithm = incremental
	# dim OutOctets multiplier = -8
	# dim OutOctets divisor = 1024

[ipv4.ecnpkts]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.ecnpkts
	# chart type = line
	# type = ipv4
	# family = ecn
	# units = packets/s
	# context = ipv4.ecnpkts
	# priority = 8700
	# gap when lost iterations above = 1
	# name = ipv4.ecnpkts
	# title = IPv4 ECN Statistics (ipv4.ecnpkts)
	# dim InCEPkts name = CEP
	# dim InCEPkts algorithm = incremental
	# dim InCEPkts multiplier = 1
	# dim InCEPkts divisor = 1
	# dim InNoECTPkts name = NoECTP
	# dim InNoECTPkts algorithm = incremental
	# dim InNoECTPkts multiplier = -1
	# dim InNoECTPkts divisor = 1
	# dim InECT0Pkts name = ECTP0
	# dim InECT0Pkts algorithm = incremental
	# dim InECT0Pkts multiplier = 1
	# dim InECT0Pkts divisor = 1
	# dim InECT1Pkts name = ECTP1
	# dim InECT1Pkts algorithm = incremental
	# dim InECT1Pkts multiplier = 1
	# dim InECT1Pkts divisor = 1

[ipv4.packets]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.packets
	# chart type = line
	# type = ipv4
	# family = packets
	# units = packets/s
	# context = ipv4.packets
	# priority = 3000
	# gap when lost iterations above = 1
	# name = ipv4.packets
	# title = IPv4 Packets (ipv4.packets)
	# dim InReceives name = received
	# dim InReceives algorithm = incremental
	# dim InReceives multiplier = 1
	# dim InReceives divisor = 1
	# dim OutRequests name = sent
	# dim OutRequests algorithm = incremental
	# dim OutRequests multiplier = -1
	# dim OutRequests divisor = 1
	# dim ForwDatagrams name = forwarded
	# dim ForwDatagrams algorithm = incremental
	# dim ForwDatagrams multiplier = 1
	# dim ForwDatagrams divisor = 1
	# dim InDelivers name = delivered
	# dim InDelivers algorithm = incremental
	# dim InDelivers multiplier = 1
	# dim InDelivers divisor = 1

[ipv4.fragsout]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.fragsout
	# chart type = line
	# type = ipv4
	# family = fragments
	# units = packets/s
	# context = ipv4.fragsout
	# priority = 3010
	# gap when lost iterations above = 1
	# name = ipv4.fragsout
	# title = IPv4 Fragments Sent (ipv4.fragsout)
	# dim FragOKs name = ok
	# dim FragOKs algorithm = incremental
	# dim FragOKs multiplier = 1
	# dim FragOKs divisor = 1
	# dim FragFails name = failed
	# dim FragFails algorithm = incremental
	# dim FragFails multiplier = -1
	# dim FragFails divisor = 1
	# dim FragCreates name = created
	# dim FragCreates algorithm = incremental
	# dim FragCreates multiplier = 1
	# dim FragCreates divisor = 1

[ipv4.fragsin]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.fragsin
	# chart type = line
	# type = ipv4
	# family = fragments
	# units = packets/s
	# context = ipv4.fragsin
	# priority = 3011
	# gap when lost iterations above = 1
	# name = ipv4.fragsin
	# title = IPv4 Fragments Reassembly (ipv4.fragsin)
	# dim ReasmOKs name = ok
	# dim ReasmOKs algorithm = incremental
	# dim ReasmOKs multiplier = 1
	# dim ReasmOKs divisor = 1
	# dim ReasmFails name = failed
	# dim ReasmFails algorithm = incremental
	# dim ReasmFails multiplier = -1
	# dim ReasmFails divisor = 1
	# dim ReasmReqds name = all
	# dim ReasmReqds algorithm = incremental
	# dim ReasmReqds multiplier = 1
	# dim ReasmReqds divisor = 1

[ipv4.errors]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.errors
	# chart type = line
	# type = ipv4
	# family = errors
	# units = packets/s
	# context = ipv4.errors
	# priority = 3002
	# gap when lost iterations above = 1
	# name = ipv4.errors
	# title = IPv4 Errors (ipv4.errors)
	# dim InDiscards name = InDiscards
	# dim InDiscards algorithm = incremental
	# dim InDiscards multiplier = 1
	# dim InDiscards divisor = 1
	# dim OutDiscards name = OutDiscards
	# dim OutDiscards algorithm = incremental
	# dim OutDiscards multiplier = -1
	# dim OutDiscards divisor = 1
	# dim InHdrErrors name = InHdrErrors
	# dim InHdrErrors algorithm = incremental
	# dim InHdrErrors multiplier = 1
	# dim InHdrErrors divisor = 1
	# dim OutNoRoutes name = OutNoRoutes
	# dim OutNoRoutes algorithm = incremental
	# dim OutNoRoutes multiplier = -1
	# dim OutNoRoutes divisor = 1
	# dim InAddrErrors name = InAddrErrors
	# dim InAddrErrors algorithm = incremental
	# dim InAddrErrors multiplier = 1
	# dim InAddrErrors divisor = 1
	# dim InUnknownProtos name = InUnknownProtos
	# dim InUnknownProtos algorithm = incremental
	# dim InUnknownProtos multiplier = 1
	# dim InUnknownProtos divisor = 1

[ipv4.icmp]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.icmp
	# chart type = line
	# type = ipv4
	# family = icmp
	# units = packets/s
	# context = ipv4.icmp
	# priority = 2602
	# gap when lost iterations above = 1
	# name = ipv4.icmp
	# title = IPv4 ICMP Packets (ipv4.icmp)
	# dim InMsgs name = received
	# dim InMsgs algorithm = incremental
	# dim InMsgs multiplier = 1
	# dim InMsgs divisor = 1
	# dim OutMsgs name = sent
	# dim OutMsgs algorithm = incremental
	# dim OutMsgs multiplier = -1
	# dim OutMsgs divisor = 1

[ipv4.icmp_errors]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.icmp_errors
	# chart type = line
	# type = ipv4
	# family = icmp
	# units = packets/s
	# context = ipv4.icmp_errors
	# priority = 2603
	# gap when lost iterations above = 1
	# name = ipv4.icmp_errors
	# title = IPv4 ICMP Errors (ipv4.icmp_errors)
	# dim InErrors name = InErrors
	# dim InErrors algorithm = incremental
	# dim InErrors multiplier = 1
	# dim InErrors divisor = 1
	# dim OutErrors name = OutErrors
	# dim OutErrors algorithm = incremental
	# dim OutErrors multiplier = -1
	# dim OutErrors divisor = 1
	# dim InCsumErrors name = InCsumErrors
	# dim InCsumErrors algorithm = incremental
	# dim InCsumErrors multiplier = 1
	# dim InCsumErrors divisor = 1

[ipv4.icmpmsg]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.icmpmsg
	# chart type = line
	# type = ipv4
	# family = icmp
	# units = packets/s
	# context = ipv4.icmpmsg
	# priority = 2604
	# gap when lost iterations above = 1
	# name = ipv4.icmpmsg
	# title = IPv4 ICMP Messsages (ipv4.icmpmsg)
	# dim InType0 name = InEchoReps
	# dim InType0 algorithm = incremental
	# dim InType0 multiplier = 1
	# dim InType0 divisor = 1
	# dim OutType0 name = OutEchoReps
	# dim OutType0 algorithm = incremental
	# dim OutType0 multiplier = -1
	# dim OutType0 divisor = 1
	# dim InType3 name = InDestUnreachs
	# dim InType3 algorithm = incremental
	# dim InType3 multiplier = 1
	# dim InType3 divisor = 1
	# dim OutType3 name = OutDestUnreachs
	# dim OutType3 algorithm = incremental
	# dim OutType3 multiplier = -1
	# dim OutType3 divisor = 1
	# dim InType5 name = InRedirects
	# dim InType5 algorithm = incremental
	# dim InType5 multiplier = 1
	# dim InType5 divisor = 1
	# dim OutType5 name = OutRedirects
	# dim OutType5 algorithm = incremental
	# dim OutType5 multiplier = -1
	# dim OutType5 divisor = 1
	# dim InType8 name = InEchos
	# dim InType8 algorithm = incremental
	# dim InType8 multiplier = 1
	# dim InType8 divisor = 1
	# dim OutType8 name = OutEchos
	# dim OutType8 algorithm = incremental
	# dim OutType8 multiplier = -1
	# dim OutType8 divisor = 1
	# dim InType9 name = InRouterAdvert
	# dim InType9 algorithm = incremental
	# dim InType9 multiplier = 1
	# dim InType9 divisor = 1
	# dim OutType9 name = OutRouterAdvert
	# dim OutType9 algorithm = incremental
	# dim OutType9 multiplier = -1
	# dim OutType9 divisor = 1
	# dim InType10 name = InRouterSelect
	# dim InType10 algorithm = incremental
	# dim InType10 multiplier = 1
	# dim InType10 divisor = 1
	# dim OutType10 name = OutRouterSelect
	# dim OutType10 algorithm = incremental
	# dim OutType10 multiplier = -1
	# dim OutType10 divisor = 1
	# dim InType11 name = InTimeExcds
	# dim InType11 algorithm = incremental
	# dim InType11 multiplier = 1
	# dim InType11 divisor = 1
	# dim OutType11 name = OutTimeExcds
	# dim OutType11 algorithm = incremental
	# dim OutType11 multiplier = -1
	# dim OutType11 divisor = 1
	# dim InType12 name = InParmProbs
	# dim InType12 algorithm = incremental
	# dim InType12 multiplier = 1
	# dim InType12 divisor = 1
	# dim OutType12 name = OutParmProbs
	# dim OutType12 algorithm = incremental
	# dim OutType12 multiplier = -1
	# dim OutType12 divisor = 1
	# dim InType13 name = InTimestamps
	# dim InType13 algorithm = incremental
	# dim InType13 multiplier = 1
	# dim InType13 divisor = 1
	# dim OutType13 name = OutTimestamps
	# dim OutType13 algorithm = incremental
	# dim OutType13 multiplier = -1
	# dim OutType13 divisor = 1
	# dim InType14 name = InTimestampReps
	# dim InType14 algorithm = incremental
	# dim InType14 multiplier = 1
	# dim InType14 divisor = 1
	# dim OutType14 name = OutTimestampReps
	# dim OutType14 algorithm = incremental
	# dim OutType14 multiplier = -1
	# dim OutType14 divisor = 1

[ipv4.tcpsock]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.tcpsock
	# chart type = line
	# type = ipv4
	# family = tcp
	# units = active connections
	# context = ipv4.tcpsock
	# priority = 2500
	# gap when lost iterations above = 1
	# name = ipv4.tcpsock
	# title = IPv4 TCP Connections (ipv4.tcpsock)
	# dim CurrEstab name = connections
	# dim CurrEstab algorithm = absolute
	# dim CurrEstab multiplier = 1
	# dim CurrEstab divisor = 1

[ipv4.tcppackets]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.tcppackets
	# chart type = line
	# type = ipv4
	# family = tcp
	# units = packets/s
	# context = ipv4.tcppackets
	# priority = 2600
	# gap when lost iterations above = 1
	# name = ipv4.tcppackets
	# title = IPv4 TCP Packets (ipv4.tcppackets)
	# dim InSegs name = received
	# dim InSegs algorithm = incremental
	# dim InSegs multiplier = 1
	# dim InSegs divisor = 1
	# dim OutSegs name = sent
	# dim OutSegs algorithm = incremental
	# dim OutSegs multiplier = -1
	# dim OutSegs divisor = 1

[ipv4.tcperrors]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.tcperrors
	# chart type = line
	# type = ipv4
	# family = tcp
	# units = packets/s
	# context = ipv4.tcperrors
	# priority = 2700
	# gap when lost iterations above = 1
	# name = ipv4.tcperrors
	# title = IPv4 TCP Errors (ipv4.tcperrors)
	# dim InErrs name = InErrs
	# dim InErrs algorithm = incremental
	# dim InErrs multiplier = 1
	# dim InErrs divisor = 1
	# dim InCsumErrors name = InCsumErrors
	# dim InCsumErrors algorithm = incremental
	# dim InCsumErrors multiplier = 1
	# dim InCsumErrors divisor = 1
	# dim RetransSegs name = RetransSegs
	# dim RetransSegs algorithm = incremental
	# dim RetransSegs multiplier = -1
	# dim RetransSegs divisor = 1

[ipv4.tcphandshake]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.tcphandshake
	# chart type = line
	# type = ipv4
	# family = tcp
	# units = events/s
	# context = ipv4.tcphandshake
	# priority = 2900
	# gap when lost iterations above = 1
	# name = ipv4.tcphandshake
	# title = IPv4 TCP Handshake Issues (ipv4.tcphandshake)
	# dim EstabResets name = EstabResets
	# dim EstabResets algorithm = incremental
	# dim EstabResets multiplier = 1
	# dim EstabResets divisor = 1
	# dim OutRsts name = OutRsts
	# dim OutRsts algorithm = incremental
	# dim OutRsts multiplier = -1
	# dim OutRsts divisor = 1
	# dim ActiveOpens name = ActiveOpens
	# dim ActiveOpens algorithm = incremental
	# dim ActiveOpens multiplier = 1
	# dim ActiveOpens divisor = 1
	# dim PassiveOpens name = PassiveOpens
	# dim PassiveOpens algorithm = incremental
	# dim PassiveOpens multiplier = 1
	# dim PassiveOpens divisor = 1
	# dim AttemptFails name = AttemptFails
	# dim AttemptFails algorithm = incremental
	# dim AttemptFails multiplier = 1
	# dim AttemptFails divisor = 1

[ipv4.udppackets]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.udppackets
	# chart type = line
	# type = ipv4
	# family = udp
	# units = packets/s
	# context = ipv4.udppackets
	# priority = 2601
	# gap when lost iterations above = 1
	# name = ipv4.udppackets
	# title = IPv4 UDP Packets (ipv4.udppackets)
	# dim InDatagrams name = received
	# dim InDatagrams algorithm = incremental
	# dim InDatagrams multiplier = 1
	# dim InDatagrams divisor = 1
	# dim OutDatagrams name = sent
	# dim OutDatagrams algorithm = incremental
	# dim OutDatagrams multiplier = -1
	# dim OutDatagrams divisor = 1

[ipv4.udperrors]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.udperrors
	# chart type = line
	# type = ipv4
	# family = udp
	# units = events/s
	# context = ipv4.udperrors
	# priority = 2701
	# gap when lost iterations above = 1
	# name = ipv4.udperrors
	# title = IPv4 UDP Errors (ipv4.udperrors)
	# dim RcvbufErrors name = RcvbufErrors
	# dim RcvbufErrors algorithm = incremental
	# dim RcvbufErrors multiplier = 1
	# dim RcvbufErrors divisor = 1
	# dim SndbufErrors name = SndbufErrors
	# dim SndbufErrors algorithm = incremental
	# dim SndbufErrors multiplier = -1
	# dim SndbufErrors divisor = 1
	# dim InErrors name = InErrors
	# dim InErrors algorithm = incremental
	# dim InErrors multiplier = 1
	# dim InErrors divisor = 1
	# dim NoPorts name = NoPorts
	# dim NoPorts algorithm = incremental
	# dim NoPorts multiplier = 1
	# dim NoPorts divisor = 1
	# dim InCsumErrors name = InCsumErrors
	# dim InCsumErrors algorithm = incremental
	# dim InCsumErrors multiplier = 1
	# dim InCsumErrors divisor = 1
	# dim IgnoredMulti name = IgnoredMulti
	# dim IgnoredMulti algorithm = incremental
	# dim IgnoredMulti multiplier = 1
	# dim IgnoredMulti divisor = 1

[ipv4.udplite]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.udplite
	# chart type = line
	# type = ipv4
	# family = udplite
	# units = packets/s
	# context = ipv4.udplite
	# priority = 2603
	# gap when lost iterations above = 1
	# name = ipv4.udplite
	# title = IPv4 UDPLite Packets (ipv4.udplite)
	# dim InDatagrams name = received
	# dim InDatagrams algorithm = incremental
	# dim InDatagrams multiplier = 1
	# dim InDatagrams divisor = 1
	# dim OutDatagrams name = sent
	# dim OutDatagrams algorithm = incremental
	# dim OutDatagrams multiplier = -1
	# dim OutDatagrams divisor = 1

[ipv4.udplite_errors]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv4.udplite_errors
	# chart type = line
	# type = ipv4
	# family = udplite
	# units = packets/s
	# context = ipv4.udplite_errors
	# priority = 2604
	# gap when lost iterations above = 1
	# name = ipv4.udplite_errors
	# title = IPv4 UDPLite Errors (ipv4.udplite_errors)
	# dim RcvbufErrors name = RcvbufErrors
	# dim RcvbufErrors algorithm = incremental
	# dim RcvbufErrors multiplier = 1
	# dim RcvbufErrors divisor = 1
	# dim SndbufErrors name = SndbufErrors
	# dim SndbufErrors algorithm = incremental
	# dim SndbufErrors multiplier = -1
	# dim SndbufErrors divisor = 1
	# dim NoPorts name = NoPorts
	# dim NoPorts algorithm = incremental
	# dim NoPorts multiplier = 1
	# dim NoPorts divisor = 1
	# dim IgnoredMulti name = IgnoredMulti
	# dim IgnoredMulti algorithm = incremental
	# dim IgnoredMulti multiplier = 1
	# dim IgnoredMulti divisor = 1
	# dim InErrors name = InErrors
	# dim InErrors algorithm = incremental
	# dim InErrors multiplier = 1
	# dim InErrors divisor = 1
	# dim InCsumErrors name = InCsumErrors
	# dim InCsumErrors algorithm = incremental
	# dim InCsumErrors multiplier = 1
	# dim InCsumErrors divisor = 1

[apps.minor_faults]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.minor_faults
	# chart type = stacked
	# type = apps
	# family = mem
	# units = page faults/s
	# context = apps.minor_faults
	# priority = 20011
	# gap when lost iterations above = 1
	# name = apps.minor_faults
	# title = Apps Minor Page Faults (apps.minor_faults)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 10000
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 10000
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 10000
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 10000
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 10000
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 10000
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 10000
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 10000
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 10000
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 10000
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 10000
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 10000
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 10000
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 10000
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 10000
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 10000

[apps.preads]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.preads
	# chart type = stacked
	# type = apps
	# family = disk
	# units = kilobytes/s
	# context = apps.preads
	# priority = 20002
	# gap when lost iterations above = 1
	# name = apps.preads
	# title = Apps Disk Reads (apps.preads)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 10240000
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 10240000
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 10240000
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 10240000
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 10240000
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 10240000
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 10240000
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 10240000
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 10240000
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 10240000
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 10240000
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 10240000
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 10240000
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 10240000
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 10240000
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 10240000

[apps.pwrites]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.pwrites
	# chart type = stacked
	# type = apps
	# family = disk
	# units = kilobytes/s
	# context = apps.pwrites
	# priority = 20002
	# gap when lost iterations above = 1
	# name = apps.pwrites
	# title = Apps Disk Writes (apps.pwrites)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 10240000
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 10240000
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 10240000
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 10240000
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 10240000
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 10240000
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 10240000
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 10240000
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 10240000
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 10240000
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 10240000
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 10240000
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 10240000
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 10240000
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 10240000
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 10240000

[system.ipv6]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.ipv6
	# chart type = area
	# type = system
	# family = network
	# units = kilobits/s
	# context = system.ipv6
	# priority = 500
	# gap when lost iterations above = 1
	# name = system.ipv6
	# title = IPv6 Bandwidth (system.ipv6)
	# dim received name = received
	# dim received algorithm = incremental
	# dim received multiplier = 8
	# dim received divisor = 1024
	# dim sent name = sent
	# dim sent algorithm = incremental
	# dim sent multiplier = -8
	# dim sent divisor = 1024

[ipv6.packets]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.packets
	# chart type = line
	# type = ipv6
	# family = packets
	# units = packets/s
	# context = ipv6.packets
	# priority = 3000
	# gap when lost iterations above = 1
	# name = ipv6.packets
	# title = IPv6 Packets (ipv6.packets)
	# dim received name = received
	# dim received algorithm = incremental
	# dim received multiplier = 1
	# dim received divisor = 1
	# dim sent name = sent
	# dim sent algorithm = incremental
	# dim sent multiplier = -1
	# dim sent divisor = 1
	# dim forwarded name = forwarded
	# dim forwarded algorithm = incremental
	# dim forwarded multiplier = 1
	# dim forwarded divisor = 1
	# dim delivers name = delivers
	# dim delivers algorithm = incremental
	# dim delivers multiplier = -1
	# dim delivers divisor = 1

[ipv6.errors]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.errors
	# chart type = line
	# type = ipv6
	# family = errors
	# units = packets/s
	# context = ipv6.errors
	# priority = 3002
	# gap when lost iterations above = 1
	# name = ipv6.errors
	# title = IPv6 Errors (ipv6.errors)
	# dim InDiscards name = InDiscards
	# dim InDiscards algorithm = incremental
	# dim InDiscards multiplier = 1
	# dim InDiscards divisor = 1
	# dim OutDiscards name = OutDiscards
	# dim OutDiscards algorithm = incremental
	# dim OutDiscards multiplier = -1
	# dim OutDiscards divisor = 1
	# dim InHdrErrors name = InHdrErrors
	# dim InHdrErrors algorithm = incremental
	# dim InHdrErrors multiplier = 1
	# dim InHdrErrors divisor = 1
	# dim InAddrErrors name = InAddrErrors
	# dim InAddrErrors algorithm = incremental
	# dim InAddrErrors multiplier = 1
	# dim InAddrErrors divisor = 1
	# dim InUnknownProtos name = InUnknownProtos
	# dim InUnknownProtos algorithm = incremental
	# dim InUnknownProtos multiplier = 1
	# dim InUnknownProtos divisor = 1
	# dim InTooBigErrors name = InTooBigErrors
	# dim InTooBigErrors algorithm = incremental
	# dim InTooBigErrors multiplier = 1
	# dim InTooBigErrors divisor = 1
	# dim InTruncatedPkts name = InTruncatedPkts
	# dim InTruncatedPkts algorithm = incremental
	# dim InTruncatedPkts multiplier = 1
	# dim InTruncatedPkts divisor = 1
	# dim InNoRoutes name = InNoRoutes
	# dim InNoRoutes algorithm = incremental
	# dim InNoRoutes multiplier = 1
	# dim InNoRoutes divisor = 1
	# dim OutNoRoutes name = OutNoRoutes
	# dim OutNoRoutes algorithm = incremental
	# dim OutNoRoutes multiplier = -1
	# dim OutNoRoutes divisor = 1

[ipv6.mcast]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.mcast
	# chart type = area
	# type = ipv6
	# family = multicast
	# units = kilobits/s
	# context = ipv6.mcast
	# priority = 9000
	# gap when lost iterations above = 1
	# name = ipv6.mcast
	# title = IPv6 Multicast Bandwidth (ipv6.mcast)
	# dim received name = received
	# dim received algorithm = incremental
	# dim received multiplier = 8
	# dim received divisor = 1024
	# dim sent name = sent
	# dim sent algorithm = incremental
	# dim sent multiplier = -8
	# dim sent divisor = 1024

[ipv6.mcastpkts]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.mcastpkts
	# chart type = line
	# type = ipv6
	# family = multicast
	# units = packets/s
	# context = ipv6.mcastpkts
	# priority = 9500
	# gap when lost iterations above = 1
	# name = ipv6.mcastpkts
	# title = IPv6 Multicast Packets (ipv6.mcastpkts)
	# dim received name = received
	# dim received algorithm = incremental
	# dim received multiplier = 1
	# dim received divisor = 1
	# dim sent name = sent
	# dim sent algorithm = incremental
	# dim sent multiplier = -1
	# dim sent divisor = 1

[ipv6.icmp]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.icmp
	# chart type = line
	# type = ipv6
	# family = icmp
	# units = messages/s
	# context = ipv6.icmp
	# priority = 10000
	# gap when lost iterations above = 1
	# name = ipv6.icmp
	# title = IPv6 ICMP Messages (ipv6.icmp)
	# dim received name = received
	# dim received algorithm = incremental
	# dim received multiplier = 1
	# dim received divisor = 1
	# dim sent name = sent
	# dim sent algorithm = incremental
	# dim sent multiplier = -1
	# dim sent divisor = 1

[ipv6.icmprouter]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.icmprouter
	# chart type = line
	# type = ipv6
	# family = icmp
	# units = messages/s
	# context = ipv6.icmprouter
	# priority = 10400
	# gap when lost iterations above = 1
	# name = ipv6.icmprouter
	# title = IPv6 Router Messages (ipv6.icmprouter)
	# dim InSolicits name = InSolicits
	# dim InSolicits algorithm = incremental
	# dim InSolicits multiplier = 1
	# dim InSolicits divisor = 1
	# dim OutSolicits name = OutSolicits
	# dim OutSolicits algorithm = incremental
	# dim OutSolicits multiplier = -1
	# dim OutSolicits divisor = 1
	# dim InAdvertisements name = InAdvertisements
	# dim InAdvertisements algorithm = incremental
	# dim InAdvertisements multiplier = 1
	# dim InAdvertisements divisor = 1
	# dim OutAdvertisements name = OutAdvertisements
	# dim OutAdvertisements algorithm = incremental
	# dim OutAdvertisements multiplier = -1
	# dim OutAdvertisements divisor = 1

[ipv6.icmpneighbor]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.icmpneighbor
	# chart type = line
	# type = ipv6
	# family = icmp
	# units = messages/s
	# context = ipv6.icmpneighbor
	# priority = 10500
	# gap when lost iterations above = 1
	# name = ipv6.icmpneighbor
	# title = IPv6 Neighbor Messages (ipv6.icmpneighbor)
	# dim InSolicits name = InSolicits
	# dim InSolicits algorithm = incremental
	# dim InSolicits multiplier = 1
	# dim InSolicits divisor = 1
	# dim OutSolicits name = OutSolicits
	# dim OutSolicits algorithm = incremental
	# dim OutSolicits multiplier = -1
	# dim OutSolicits divisor = 1
	# dim InAdvertisements name = InAdvertisements
	# dim InAdvertisements algorithm = incremental
	# dim InAdvertisements multiplier = 1
	# dim InAdvertisements divisor = 1
	# dim OutAdvertisements name = OutAdvertisements
	# dim OutAdvertisements algorithm = incremental
	# dim OutAdvertisements multiplier = -1
	# dim OutAdvertisements divisor = 1

[ipv6.icmpmldv2]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.icmpmldv2
	# chart type = line
	# type = ipv6
	# family = icmp
	# units = reports/s
	# context = ipv6.icmpmldv2
	# priority = 10600
	# gap when lost iterations above = 1
	# name = ipv6.icmpmldv2
	# title = IPv6 ICMP MLDv2 Reports (ipv6.icmpmldv2)
	# dim received name = received
	# dim received algorithm = incremental
	# dim received multiplier = 1
	# dim received divisor = 1
	# dim sent name = sent
	# dim sent algorithm = incremental
	# dim sent multiplier = -1
	# dim sent divisor = 1

[ipv6.icmptypes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.icmptypes
	# chart type = line
	# type = ipv6
	# family = icmp
	# units = messages/s
	# context = ipv6.icmptypes
	# priority = 10700
	# gap when lost iterations above = 1
	# name = ipv6.icmptypes
	# title = IPv6 ICMP Types (ipv6.icmptypes)
	# dim InType1 name = InType1
	# dim InType1 algorithm = incremental
	# dim InType1 multiplier = 1
	# dim InType1 divisor = 1
	# dim InType128 name = InType128
	# dim InType128 algorithm = incremental
	# dim InType128 multiplier = 1
	# dim InType128 divisor = 1
	# dim InType129 name = InType129
	# dim InType129 algorithm = incremental
	# dim InType129 multiplier = 1
	# dim InType129 divisor = 1
	# dim InType136 name = InType136
	# dim InType136 algorithm = incremental
	# dim InType136 multiplier = 1
	# dim InType136 divisor = 1
	# dim OutType1 name = OutType1
	# dim OutType1 algorithm = incremental
	# dim OutType1 multiplier = -1
	# dim OutType1 divisor = 1
	# dim OutType128 name = OutType128
	# dim OutType128 algorithm = incremental
	# dim OutType128 multiplier = -1
	# dim OutType128 divisor = 1
	# dim OutType129 name = OutType129
	# dim OutType129 algorithm = incremental
	# dim OutType129 multiplier = -1
	# dim OutType129 divisor = 1
	# dim OutType133 name = OutType133
	# dim OutType133 algorithm = incremental
	# dim OutType133 multiplier = -1
	# dim OutType133 divisor = 1
	# dim OutType135 name = OutType135
	# dim OutType135 algorithm = incremental
	# dim OutType135 multiplier = -1
	# dim OutType135 divisor = 1
	# dim OutType143 name = OutType143
	# dim OutType143 algorithm = incremental
	# dim OutType143 multiplier = -1
	# dim OutType143 divisor = 1

[apps.lreads]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.lreads
	# chart type = stacked
	# type = apps
	# family = disk
	# units = kilobytes/s
	# context = apps.lreads
	# priority = 20042
	# gap when lost iterations above = 1
	# name = apps.lreads
	# title = Apps Disk Logical Reads (apps.lreads)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 10240000
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 10240000
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 10240000
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 10240000
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 10240000
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 10240000
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 10240000
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 10240000
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 10240000
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 10240000
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 10240000
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 10240000
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 10240000
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 10240000
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 10240000
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 10240000

[apps.lwrites]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.lwrites
	# chart type = stacked
	# type = apps
	# family = disk
	# units = kilobytes/s
	# context = apps.lwrites
	# priority = 20042
	# gap when lost iterations above = 1
	# name = apps.lwrites
	# title = Apps I/O Logical Writes (apps.lwrites)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 10240000
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 10240000
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 10240000
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 10240000
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 10240000
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 10240000
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 10240000
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 10240000
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 10240000
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 10240000
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 10240000
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 10240000
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 10240000
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 10240000
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 10240000
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 10240000

[apps.files]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.files
	# chart type = stacked
	# type = apps
	# family = disk
	# units = open files
	# context = apps.files
	# priority = 20050
	# gap when lost iterations above = 1
	# name = apps.files
	# title = Apps Open Files (apps.files)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 1
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 1
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 1
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 1
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 1
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 1
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 1
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 1
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 1
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 1
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 1
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 1
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 1
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 1
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 1
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 1

[ipv6.ect]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/ipv6.ect
	# chart type = line
	# type = ipv6
	# family = packets
	# units = packets/s
	# context = ipv6.ect
	# priority = 10800
	# gap when lost iterations above = 1
	# name = ipv6.ect
	# title = IPv6 ECT Packets (ipv6.ect)
	# dim InNoECTPkts name = InNoECTPkts
	# dim InNoECTPkts algorithm = incremental
	# dim InNoECTPkts multiplier = 1
	# dim InNoECTPkts divisor = 1
	# dim InECT1Pkts name = InECT1Pkts
	# dim InECT1Pkts algorithm = incremental
	# dim InECT1Pkts multiplier = 1
	# dim InECT1Pkts divisor = 1
	# dim InECT0Pkts name = InECT0Pkts
	# dim InECT0Pkts algorithm = incremental
	# dim InECT0Pkts multiplier = 1
	# dim InECT0Pkts divisor = 1
	# dim InCEPkts name = InCEPkts
	# dim InCEPkts algorithm = incremental
	# dim InCEPkts multiplier = 1
	# dim InCEPkts divisor = 1

[system.softnet_stat]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.softnet_stat
	# chart type = line
	# type = system
	# family = softnet_stat
	# units = events/s
	# context = system.softnet_stat
	# priority = 955
	# gap when lost iterations above = 1
	# name = system.softnet_stat
	# title = System softnet_stat (system.softnet_stat)
	# dim processed name = processed
	# dim processed algorithm = incremental
	# dim processed multiplier = 1
	# dim processed divisor = 1
	# dim dropped name = dropped
	# dim dropped algorithm = incremental
	# dim dropped multiplier = 1
	# dim dropped divisor = 1
	# dim squeezed name = squeezed
	# dim squeezed algorithm = incremental
	# dim squeezed multiplier = 1
	# dim squeezed divisor = 1
	# dim received_rps name = received_rps
	# dim received_rps algorithm = incremental
	# dim received_rps multiplier = 1
	# dim received_rps divisor = 1
	# dim flow_limit_count name = flow_limit_count
	# dim flow_limit_count algorithm = incremental
	# dim flow_limit_count multiplier = 1
	# dim flow_limit_count divisor = 1

[cpu.cpu0_softnet_stat]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/cpu.cpu0_softnet_stat
	# chart type = line
	# type = cpu
	# family = softnet_stat
	# units = events/s
	# context = cpu.cpu0_softnet_stat
	# priority = 4101
	# gap when lost iterations above = 1
	# name = cpu.cpu0_softnet_stat
	# title = CPU0 softnet_stat (cpu.cpu0_softnet_stat)
	# dim processed name = processed
	# dim processed algorithm = incremental
	# dim processed multiplier = 1
	# dim processed divisor = 1
	# dim dropped name = dropped
	# dim dropped algorithm = incremental
	# dim dropped multiplier = 1
	# dim dropped divisor = 1
	# dim squeezed name = squeezed
	# dim squeezed algorithm = incremental
	# dim squeezed multiplier = 1
	# dim squeezed divisor = 1
	# dim received_rps name = received_rps
	# dim received_rps algorithm = incremental
	# dim received_rps multiplier = 1
	# dim received_rps divisor = 1
	# dim flow_limit_count name = flow_limit_count
	# dim flow_limit_count algorithm = incremental
	# dim flow_limit_count multiplier = 1
	# dim flow_limit_count divisor = 1

[disk.xvda]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk.xvda
	# chart type = area
	# type = disk
	# family = xvda
	# units = kilobytes/s
	# context = disk.io
	# priority = 2000
	# gap when lost iterations above = 1
	# name = disk.xvda
	# title = Disk I/O Bandwidth (disk.xvda)
	# dim reads name = reads
	# dim reads algorithm = incremental
	# dim reads multiplier = 512
	# dim reads divisor = 1024
	# dim writes name = writes
	# dim writes algorithm = incremental
	# dim writes multiplier = -512
	# dim writes divisor = 1024

[disk_ops.xvda]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_ops.xvda
	# chart type = line
	# type = disk_ops
	# family = xvda
	# units = operations/s
	# context = disk.ops
	# priority = 2001
	# gap when lost iterations above = 1
	# name = disk_ops.xvda
	# title = Disk Completed I/O Operations (disk_ops.xvda)
	# dim reads name = reads
	# dim reads algorithm = incremental
	# dim reads multiplier = 1
	# dim reads divisor = 1
	# dim writes name = writes
	# dim writes algorithm = incremental
	# dim writes multiplier = -1
	# dim writes divisor = 1

[disk_backlog.xvda]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_backlog.xvda
	# chart type = area
	# type = disk_backlog
	# family = xvda
	# units = backlog (ms)
	# context = disk.backlog
	# priority = 2003
	# gap when lost iterations above = 1
	# name = disk_backlog.xvda
	# title = Disk Backlog (disk_backlog.xvda)
	# dim backlog name = backlog
	# dim backlog algorithm = incremental
	# dim backlog multiplier = 1
	# dim backlog divisor = 10

[disk_util.xvda]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_util.xvda
	# chart type = area
	# type = disk_util
	# family = xvda
	# units = % of time working
	# context = disk.util
	# priority = 2004
	# gap when lost iterations above = 1
	# name = disk_util.xvda
	# title = Disk Utilization Time (disk_util.xvda)
	# dim utilization name = utilization
	# dim utilization algorithm = incremental
	# dim utilization multiplier = 1
	# dim utilization divisor = 10

[disk_mops.xvda]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_mops.xvda
	# chart type = line
	# type = disk_mops
	# family = xvda
	# units = merged operations/s
	# context = disk.mops
	# priority = 2021
	# gap when lost iterations above = 1
	# name = disk_mops.xvda
	# title = Disk Merged Operations (disk_mops.xvda)
	# dim reads name = reads
	# dim reads algorithm = incremental
	# dim reads multiplier = 1
	# dim reads divisor = 1
	# dim writes name = writes
	# dim writes algorithm = incremental
	# dim writes multiplier = -1
	# dim writes divisor = 1

[disk_iotime.xvda]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_iotime.xvda
	# chart type = line
	# type = disk_iotime
	# family = xvda
	# units = milliseconds/s
	# context = disk.iotime
	# priority = 2022
	# gap when lost iterations above = 1
	# name = disk_iotime.xvda
	# title = Disk Total I/O Time (disk_iotime.xvda)
	# dim reads name = reads
	# dim reads algorithm = incremental
	# dim reads multiplier = 1
	# dim reads divisor = 1
	# dim writes name = writes
	# dim writes algorithm = incremental
	# dim writes multiplier = -1
	# dim writes divisor = 1

[system.ipc_semaphores]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.ipc_semaphores
	# chart type = area
	# type = system
	# family = ipc semaphores
	# units = semaphores
	# context = system.ipc_semaphores
	# priority = 1000
	# gap when lost iterations above = 1
	# name = system.ipc_semaphores
	# title = IPC Semaphores (system.ipc_semaphores)
	# dim semaphores name = semaphores
	# dim semaphores algorithm = absolute
	# dim semaphores multiplier = 1
	# dim semaphores divisor = 1

[system.ipc_semaphore_arrays]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/system.ipc_semaphore_arrays
	# chart type = area
	# type = system
	# family = ipc semaphores
	# units = arrays
	# context = system.ipc_semaphore_arrays
	# priority = 1000
	# gap when lost iterations above = 1
	# name = system.ipc_semaphore_arrays
	# title = IPC Semaphore Arrays (system.ipc_semaphore_arrays)
	# dim arrays name = arrays
	# dim arrays algorithm = absolute
	# dim arrays multiplier = 1
	# dim arrays divisor = 1

[netdata.plugin_proc_modules]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.plugin_proc_modules
	# chart type = stacked
	# type = netdata
	# family = proc
	# units = milliseconds/run
	# context = netdata.plugin_proc_modules
	# priority = 132001
	# gap when lost iterations above = 1
	# name = netdata.plugin_proc_modules
	# title = NetData Proc Plugin Modules Durations (netdata.plugin_proc_modules)
	# dim stat name = stat
	# dim stat algorithm = absolute
	# dim stat multiplier = 1
	# dim stat divisor = 1000
	# dim uptime name = uptime
	# dim uptime algorithm = absolute
	# dim uptime multiplier = 1
	# dim uptime divisor = 1000
	# dim loadavg name = loadavg
	# dim loadavg algorithm = absolute
	# dim loadavg multiplier = 1
	# dim loadavg divisor = 1000
	# dim entropy name = entropy
	# dim entropy algorithm = absolute
	# dim entropy multiplier = 1
	# dim entropy divisor = 1000
	# dim interrupts name = interrupts
	# dim interrupts algorithm = absolute
	# dim interrupts multiplier = 1
	# dim interrupts divisor = 1000
	# dim softirqs name = softirqs
	# dim softirqs algorithm = absolute
	# dim softirqs multiplier = 1
	# dim softirqs divisor = 1000
	# dim vmstat name = vmstat
	# dim vmstat algorithm = absolute
	# dim vmstat multiplier = 1
	# dim vmstat divisor = 1000
	# dim meminfo name = meminfo
	# dim meminfo algorithm = absolute
	# dim meminfo multiplier = 1
	# dim meminfo divisor = 1000
	# dim ksm name = ksm
	# dim ksm algorithm = absolute
	# dim ksm multiplier = 1
	# dim ksm divisor = 1000
	# dim numa name = numa
	# dim numa algorithm = absolute
	# dim numa multiplier = 1
	# dim numa divisor = 1000
	# dim netdev name = netdev
	# dim netdev algorithm = absolute
	# dim netdev multiplier = 1
	# dim netdev divisor = 1000
	# dim netstat name = netstat
	# dim netstat algorithm = absolute
	# dim netstat multiplier = 1
	# dim netstat divisor = 1000
	# dim snmp name = snmp
	# dim snmp algorithm = absolute
	# dim snmp multiplier = 1
	# dim snmp divisor = 1000
	# dim snmp6 name = snmp6
	# dim snmp6 algorithm = absolute
	# dim snmp6 multiplier = 1
	# dim snmp6 divisor = 1000
	# dim softnet name = softnet
	# dim softnet algorithm = absolute
	# dim softnet multiplier = 1
	# dim softnet divisor = 1000
	# dim diskstats name = diskstats
	# dim diskstats algorithm = absolute
	# dim diskstats multiplier = 1
	# dim diskstats divisor = 1000
	# dim ipc name = ipc
	# dim ipc algorithm = absolute
	# dim ipc multiplier = 1
	# dim ipc divisor = 1000

[netdata.plugin_proc_cpu]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.plugin_proc_cpu
	# chart type = stacked
	# type = netdata
	# family = proc
	# units = milliseconds/s
	# context = netdata.plugin_proc_cpu
	# priority = 132000
	# gap when lost iterations above = 1
	# name = netdata.plugin_proc_cpu
	# title = NetData Proc Plugin CPU usage (netdata.plugin_proc_cpu)
	# dim user name = user
	# dim user algorithm = incremental
	# dim user multiplier = 1
	# dim user divisor = 1000
	# dim system name = system
	# dim system algorithm = incremental
	# dim system multiplier = 1
	# dim system divisor = 1000

[netdata.server_cpu]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.server_cpu
	# chart type = stacked
	# type = netdata
	# family = netdata
	# units = milliseconds/s
	# context = netdata.server_cpu
	# priority = 130000
	# gap when lost iterations above = 1
	# name = netdata.server_cpu
	# title = NetData CPU usage (netdata.server_cpu)
	# dim user name = user
	# dim user algorithm = incremental
	# dim user multiplier = 1
	# dim user divisor = 1000
	# dim system name = system
	# dim system algorithm = incremental
	# dim system multiplier = 1
	# dim system divisor = 1000

[netdata.clients]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.clients
	# chart type = line
	# type = netdata
	# family = netdata
	# units = connected clients
	# context = netdata.clients
	# priority = 130200
	# gap when lost iterations above = 1
	# name = netdata.clients
	# title = NetData Web Clients (netdata.clients)
	# dim clients name = clients
	# dim clients algorithm = absolute
	# dim clients multiplier = 1
	# dim clients divisor = 1

[netdata.requests]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.requests
	# chart type = line
	# type = netdata
	# family = netdata
	# units = requests/s
	# context = netdata.requests
	# priority = 130300
	# gap when lost iterations above = 1
	# name = netdata.requests
	# title = NetData Web Requests (netdata.requests)
	# dim requests name = requests
	# dim requests algorithm = incremental
	# dim requests multiplier = 1
	# dim requests divisor = 1

[netdata.net]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.net
	# chart type = area
	# type = netdata
	# family = netdata
	# units = kilobits/s
	# context = netdata.net
	# priority = 130000
	# gap when lost iterations above = 1
	# name = netdata.net
	# title = NetData Network Traffic (netdata.net)
	# dim in name = in
	# dim in algorithm = incremental
	# dim in multiplier = 8
	# dim in divisor = 1024
	# dim out name = out
	# dim out algorithm = incremental
	# dim out multiplier = -8
	# dim out divisor = 1024

[netdata.response_time]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.response_time
	# chart type = line
	# type = netdata
	# family = netdata
	# units = ms/request
	# context = netdata.response_time
	# priority = 130400
	# gap when lost iterations above = 1
	# name = netdata.response_time
	# title = NetData API Response Time (netdata.response_time)
	# dim average name = average
	# dim average algorithm = absolute
	# dim average multiplier = 1
	# dim average divisor = 1000
	# dim max name = max
	# dim max algorithm = absolute
	# dim max multiplier = 1
	# dim max divisor = 1000

[netdata.compression_ratio]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.compression_ratio
	# chart type = line
	# type = netdata
	# family = netdata
	# units = percentage
	# context = netdata.compression_ratio
	# priority = 130500
	# gap when lost iterations above = 1
	# name = netdata.compression_ratio
	# title = NetData API Responses Compression Savings Ratio (netdata.compression_ratio)
	# dim savings name = savings
	# dim savings algorithm = absolute
	# dim savings multiplier = 1
	# dim savings divisor = 1000

[apps.sockets]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.sockets
	# chart type = stacked
	# type = apps
	# family = net
	# units = open sockets
	# context = apps.sockets
	# priority = 20051
	# gap when lost iterations above = 1
	# name = apps.sockets
	# title = Apps Open Sockets (apps.sockets)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 1
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 1
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 1
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 1
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 1
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 1
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 1
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 1
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 1
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 1
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 1
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 1
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 1
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 1
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 1
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 1

[apps.pipes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/apps.pipes
	# chart type = stacked
	# type = apps
	# family = processes
	# units = open pipes
	# context = apps.pipes
	# priority = 20053
	# gap when lost iterations above = 1
	# name = apps.pipes
	# title = Apps Pipes (apps.pipes)
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim apps.plugin name = apps.plugin
	# dim apps.plugin algorithm = absolute
	# dim apps.plugin multiplier = 1
	# dim apps.plugin divisor = 1
	# dim charts.d.plugin name = charts.d.plugin
	# dim charts.d.plugin algorithm = absolute
	# dim charts.d.plugin multiplier = 1
	# dim charts.d.plugin divisor = 1
	# dim node.d.plugin name = node.d.plugin
	# dim node.d.plugin algorithm = absolute
	# dim node.d.plugin multiplier = 1
	# dim node.d.plugin divisor = 1
	# dim python.d.plugin name = python.d.plugin
	# dim python.d.plugin algorithm = absolute
	# dim python.d.plugin multiplier = 1
	# dim python.d.plugin divisor = 1
	# dim tc-qos-helper name = tc-qos-helper
	# dim tc-qos-helper algorithm = absolute
	# dim tc-qos-helper multiplier = 1
	# dim tc-qos-helper divisor = 1
	# dim httpd name = httpd
	# dim httpd algorithm = absolute
	# dim httpd multiplier = 1
	# dim httpd divisor = 1
	# dim logs name = logs
	# dim logs algorithm = absolute
	# dim logs multiplier = 1
	# dim logs divisor = 1
	# dim iscsi name = iscsi
	# dim iscsi algorithm = absolute
	# dim iscsi multiplier = 1
	# dim iscsi divisor = 1
	# dim containers name = containers
	# dim containers algorithm = absolute
	# dim containers multiplier = 1
	# dim containers divisor = 1
	# dim ssh name = ssh
	# dim ssh algorithm = absolute
	# dim ssh multiplier = 1
	# dim ssh divisor = 1
	# dim dhcp name = dhcp
	# dim dhcp algorithm = absolute
	# dim dhcp multiplier = 1
	# dim dhcp divisor = 1
	# dim cron name = cron
	# dim cron algorithm = absolute
	# dim cron multiplier = 1
	# dim cron divisor = 1
	# dim ksmd name = ksmd
	# dim ksmd algorithm = absolute
	# dim ksmd multiplier = 1
	# dim ksmd divisor = 1
	# dim system name = system
	# dim system algorithm = absolute
	# dim system multiplier = 1
	# dim system divisor = 1
	# dim kernel name = kernel
	# dim kernel algorithm = absolute
	# dim kernel multiplier = 1
	# dim kernel divisor = 1
	# dim other name = other
	# dim other algorithm = absolute
	# dim other multiplier = 1
	# dim other divisor = 1

[users.cpu]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.cpu
	# chart type = stacked
	# type = users
	# family = cpu
	# units = cpu time %
	# context = users.cpu
	# priority = 20001
	# gap when lost iterations above = 1
	# name = users.cpu
	# title = Users CPU Time (100% = 1 core) (users.cpu)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[users.mem]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.mem
	# chart type = stacked
	# type = users
	# family = mem
	# units = MB
	# context = users.mem
	# priority = 20003
	# gap when lost iterations above = 1
	# name = users.mem
	# title = Users Real Memory (w/o shared) (users.mem)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 4096
	# dim www-data divisor = 1048576
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 4096
	# dim ubuntu divisor = 1048576
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 4096
	# dim uuidd divisor = 1048576
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 4096
	# dim netdata divisor = 1048576
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 4096
	# dim root divisor = 1048576

[users.vmem]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.vmem
	# chart type = stacked
	# type = users
	# family = mem
	# units = MB
	# context = users.vmem
	# priority = 20004
	# gap when lost iterations above = 1
	# name = users.vmem
	# title = Users Virtual Memory Size (users.vmem)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 4096
	# dim www-data divisor = 1048576
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 4096
	# dim ubuntu divisor = 1048576
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 4096
	# dim uuidd divisor = 1048576
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 4096
	# dim netdata divisor = 1048576
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 4096
	# dim root divisor = 1048576

[users.threads]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.threads
	# chart type = stacked
	# type = users
	# family = processes
	# units = threads
	# context = users.threads
	# priority = 20005
	# gap when lost iterations above = 1
	# name = users.threads
	# title = Users Threads (users.threads)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[users.processes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.processes
	# chart type = stacked
	# type = users
	# family = processes
	# units = processes
	# context = users.processes
	# priority = 20004
	# gap when lost iterations above = 1
	# name = users.processes
	# title = Users Processes (users.processes)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[users.cpu_user]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.cpu_user
	# chart type = stacked
	# type = users
	# family = cpu
	# units = cpu time %
	# context = users.cpu_user
	# priority = 20020
	# gap when lost iterations above = 1
	# name = users.cpu_user
	# title = Users CPU User Time (100% = 1 core) (users.cpu_user)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[users.cpu_system]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.cpu_system
	# chart type = stacked
	# type = users
	# family = cpu
	# units = cpu time %
	# context = users.cpu_system
	# priority = 20021
	# gap when lost iterations above = 1
	# name = users.cpu_system
	# title = Users CPU System Time (100% = 1 core) (users.cpu_system)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[users.major_faults]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.major_faults
	# chart type = stacked
	# type = users
	# family = swap
	# units = page faults/s
	# context = users.major_faults
	# priority = 20010
	# gap when lost iterations above = 1
	# name = users.major_faults
	# title = Users Major Page Faults (swap read) (users.major_faults)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[users.minor_faults]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.minor_faults
	# chart type = stacked
	# type = users
	# family = mem
	# units = page faults/s
	# context = users.minor_faults
	# priority = 20011
	# gap when lost iterations above = 1
	# name = users.minor_faults
	# title = Users Minor Page Faults (users.minor_faults)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[users.preads]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.preads
	# chart type = stacked
	# type = users
	# family = disk
	# units = kilobytes/s
	# context = users.preads
	# priority = 20002
	# gap when lost iterations above = 1
	# name = users.preads
	# title = Users Disk Reads (users.preads)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10240000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10240000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10240000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10240000

[users.pwrites]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.pwrites
	# chart type = stacked
	# type = users
	# family = disk
	# units = kilobytes/s
	# context = users.pwrites
	# priority = 20002
	# gap when lost iterations above = 1
	# name = users.pwrites
	# title = Users Disk Writes (users.pwrites)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10240000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10240000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10240000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10240000

[users.lreads]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.lreads
	# chart type = stacked
	# type = users
	# family = disk
	# units = kilobytes/s
	# context = users.lreads
	# priority = 20042
	# gap when lost iterations above = 1
	# name = users.lreads
	# title = Users Disk Logical Reads (users.lreads)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10240000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10240000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10240000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10240000

[users.lwrites]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.lwrites
	# chart type = stacked
	# type = users
	# family = disk
	# units = kilobytes/s
	# context = users.lwrites
	# priority = 20042
	# gap when lost iterations above = 1
	# name = users.lwrites
	# title = Users I/O Logical Writes (users.lwrites)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10240000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10240000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10240000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10240000

[users.files]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.files
	# chart type = stacked
	# type = users
	# family = disk
	# units = open files
	# context = users.files
	# priority = 20050
	# gap when lost iterations above = 1
	# name = users.files
	# title = Users Open Files (users.files)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[users.sockets]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.sockets
	# chart type = stacked
	# type = users
	# family = net
	# units = open sockets
	# context = users.sockets
	# priority = 20051
	# gap when lost iterations above = 1
	# name = users.sockets
	# title = Users Open Sockets (users.sockets)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[users.pipes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/users.pipes
	# chart type = stacked
	# type = users
	# family = processes
	# units = open pipes
	# context = users.pipes
	# priority = 20053
	# gap when lost iterations above = 1
	# name = users.pipes
	# title = Users Pipes (users.pipes)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[groups.cpu]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.cpu
	# chart type = stacked
	# type = groups
	# family = cpu
	# units = cpu time %
	# context = groups.cpu
	# priority = 20001
	# gap when lost iterations above = 1
	# name = groups.cpu
	# title = User Groups CPU Time (100% = 1 core) (groups.cpu)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[groups.mem]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.mem
	# chart type = stacked
	# type = groups
	# family = mem
	# units = MB
	# context = groups.mem
	# priority = 20003
	# gap when lost iterations above = 1
	# name = groups.mem
	# title = User Groups Real Memory (w/o shared) (groups.mem)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 4096
	# dim www-data divisor = 1048576
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 4096
	# dim ubuntu divisor = 1048576
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 4096
	# dim uuidd divisor = 1048576
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 4096
	# dim netdata divisor = 1048576
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 4096
	# dim root divisor = 1048576

[groups.vmem]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.vmem
	# chart type = stacked
	# type = groups
	# family = mem
	# units = MB
	# context = groups.vmem
	# priority = 20004
	# gap when lost iterations above = 1
	# name = groups.vmem
	# title = User Groups Virtual Memory Size (groups.vmem)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 4096
	# dim www-data divisor = 1048576
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 4096
	# dim ubuntu divisor = 1048576
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 4096
	# dim uuidd divisor = 1048576
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 4096
	# dim netdata divisor = 1048576
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 4096
	# dim root divisor = 1048576

[groups.threads]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.threads
	# chart type = stacked
	# type = groups
	# family = processes
	# units = threads
	# context = groups.threads
	# priority = 20005
	# gap when lost iterations above = 1
	# name = groups.threads
	# title = User Groups Threads (groups.threads)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[groups.processes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.processes
	# chart type = stacked
	# type = groups
	# family = processes
	# units = processes
	# context = groups.processes
	# priority = 20004
	# gap when lost iterations above = 1
	# name = groups.processes
	# title = User Groups Processes (groups.processes)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[groups.cpu_user]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.cpu_user
	# chart type = stacked
	# type = groups
	# family = cpu
	# units = cpu time %
	# context = groups.cpu_user
	# priority = 20020
	# gap when lost iterations above = 1
	# name = groups.cpu_user
	# title = User Groups CPU User Time (100% = 1 core) (groups.cpu_user)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[groups.cpu_system]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.cpu_system
	# chart type = stacked
	# type = groups
	# family = cpu
	# units = cpu time %
	# context = groups.cpu_system
	# priority = 20021
	# gap when lost iterations above = 1
	# name = groups.cpu_system
	# title = User Groups CPU System Time (100% = 1 core) (groups.cpu_system)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[groups.major_faults]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.major_faults
	# chart type = stacked
	# type = groups
	# family = swap
	# units = page faults/s
	# context = groups.major_faults
	# priority = 20010
	# gap when lost iterations above = 1
	# name = groups.major_faults
	# title = User Groups Major Page Faults (swap read) (groups.major_faults)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[groups.minor_faults]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.minor_faults
	# chart type = stacked
	# type = groups
	# family = mem
	# units = page faults/s
	# context = groups.minor_faults
	# priority = 20011
	# gap when lost iterations above = 1
	# name = groups.minor_faults
	# title = User Groups Minor Page Faults (groups.minor_faults)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10000

[groups.preads]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.preads
	# chart type = stacked
	# type = groups
	# family = disk
	# units = kilobytes/s
	# context = groups.preads
	# priority = 20002
	# gap when lost iterations above = 1
	# name = groups.preads
	# title = User Groups Disk Reads (groups.preads)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10240000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10240000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10240000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10240000

[groups.pwrites]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.pwrites
	# chart type = stacked
	# type = groups
	# family = disk
	# units = kilobytes/s
	# context = groups.pwrites
	# priority = 20002
	# gap when lost iterations above = 1
	# name = groups.pwrites
	# title = User Groups Disk Writes (groups.pwrites)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10240000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10240000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10240000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10240000

[groups.lreads]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.lreads
	# chart type = stacked
	# type = groups
	# family = disk
	# units = kilobytes/s
	# context = groups.lreads
	# priority = 20042
	# gap when lost iterations above = 1
	# name = groups.lreads
	# title = User Groups Disk Logical Reads (groups.lreads)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10240000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10240000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10240000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10240000

[groups.lwrites]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.lwrites
	# chart type = stacked
	# type = groups
	# family = disk
	# units = kilobytes/s
	# context = groups.lwrites
	# priority = 20042
	# gap when lost iterations above = 1
	# name = groups.lwrites
	# title = User Groups I/O Logical Writes (groups.lwrites)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 10240000
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 10240000
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 10240000
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 10240000
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 10240000

[groups.files]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.files
	# chart type = stacked
	# type = groups
	# family = disk
	# units = open files
	# context = groups.files
	# priority = 20050
	# gap when lost iterations above = 1
	# name = groups.files
	# title = User Groups Open Files (groups.files)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[groups.sockets]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.sockets
	# chart type = stacked
	# type = groups
	# family = net
	# units = open sockets
	# context = groups.sockets
	# priority = 20051
	# gap when lost iterations above = 1
	# name = groups.sockets
	# title = User Groups Open Sockets (groups.sockets)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[groups.pipes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/groups.pipes
	# chart type = stacked
	# type = groups
	# family = processes
	# units = open pipes
	# context = groups.pipes
	# priority = 20053
	# gap when lost iterations above = 1
	# name = groups.pipes
	# title = User Groups Pipes (groups.pipes)
	# dim www-data name = www-data
	# dim www-data algorithm = absolute
	# dim www-data multiplier = 1
	# dim www-data divisor = 1
	# dim ubuntu name = ubuntu
	# dim ubuntu algorithm = absolute
	# dim ubuntu multiplier = 1
	# dim ubuntu divisor = 1
	# dim uuidd name = uuidd
	# dim uuidd algorithm = absolute
	# dim uuidd multiplier = 1
	# dim uuidd divisor = 1
	# dim netdata name = netdata
	# dim netdata algorithm = absolute
	# dim netdata multiplier = 1
	# dim netdata divisor = 1
	# dim root name = root
	# dim root algorithm = absolute
	# dim root multiplier = 1
	# dim root divisor = 1

[web_log_nginx.response_statuses]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/web_log_nginx.response_statuses
	# chart type = stacked
	# type = web_log_nginx
	# family = responses
	# units = requests/s
	# context = web_log.response_statuses
	# priority = 60000
	# gap when lost iterations above = 1
	# name = web_log_nginx.response_statuses
	# title = Response Statuses (web_log_nginx.response_statuses)
	# dim successful_requests name = success
	# dim successful_requests algorithm = incremental
	# dim successful_requests multiplier = 1
	# dim successful_requests divisor = 1
	# dim server_errors name = error
	# dim server_errors algorithm = incremental
	# dim server_errors multiplier = 1
	# dim server_errors divisor = 1
	# dim redirects name = redirect
	# dim redirects algorithm = incremental
	# dim redirects multiplier = 1
	# dim redirects divisor = 1
	# dim bad_requests name = bad
	# dim bad_requests algorithm = incremental
	# dim bad_requests multiplier = 1
	# dim bad_requests divisor = 1
	# dim other_requests name = other
	# dim other_requests algorithm = incremental
	# dim other_requests multiplier = 1
	# dim other_requests divisor = 1

[web_log_nginx.response_codes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/web_log_nginx.response_codes
	# chart type = stacked
	# type = web_log_nginx
	# family = responses
	# units = requests/s
	# context = web_log.response_codes
	# priority = 60001
	# gap when lost iterations above = 1
	# name = web_log_nginx.response_codes
	# title = Response Codes (web_log_nginx.response_codes)
	# dim 2xx name = 2xx
	# dim 2xx algorithm = incremental
	# dim 2xx multiplier = 1
	# dim 2xx divisor = 1
	# dim 5xx name = 5xx
	# dim 5xx algorithm = incremental
	# dim 5xx multiplier = 1
	# dim 5xx divisor = 1
	# dim 3xx name = 3xx
	# dim 3xx algorithm = incremental
	# dim 3xx multiplier = 1
	# dim 3xx divisor = 1
	# dim 4xx name = 4xx
	# dim 4xx algorithm = incremental
	# dim 4xx multiplier = 1
	# dim 4xx divisor = 1
	# dim 1xx name = 1xx
	# dim 1xx algorithm = incremental
	# dim 1xx multiplier = 1
	# dim 1xx divisor = 1
	# dim 0xx name = other
	# dim 0xx algorithm = incremental
	# dim 0xx multiplier = 1
	# dim 0xx divisor = 1
	# dim unmatched name = unmatched
	# dim unmatched algorithm = incremental
	# dim unmatched multiplier = 1
	# dim unmatched divisor = 1

[web_log_nginx.bandwidth]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/web_log_nginx.bandwidth
	# chart type = area
	# type = web_log_nginx
	# family = bandwidth
	# units = KB/s
	# context = web_log.bandwidth
	# priority = 60002
	# gap when lost iterations above = 1
	# name = web_log_nginx.bandwidth
	# title = Bandwidth (web_log_nginx.bandwidth)
	# dim resp_length name = received
	# dim resp_length algorithm = incremental
	# dim resp_length multiplier = 1
	# dim resp_length divisor = 1024
	# dim bytes_sent name = sent
	# dim bytes_sent algorithm = incremental
	# dim bytes_sent multiplier = -1
	# dim bytes_sent divisor = 1024

[web_log_nginx.http_method]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/web_log_nginx.http_method
	# chart type = stacked
	# type = web_log_nginx
	# family = http methods
	# units = requests/s
	# context = web_log.http_method
	# priority = 60003
	# gap when lost iterations above = 1
	# name = web_log_nginx.http_method
	# title = Requests Per HTTP Method (web_log_nginx.http_method)
	# dim GET name = GET
	# dim GET algorithm = incremental
	# dim GET multiplier = 1
	# dim GET divisor = 1

[web_log_nginx.http_version]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/web_log_nginx.http_version
	# chart type = stacked
	# type = web_log_nginx
	# family = http versions
	# units = requests/s
	# context = web_log.http_version
	# priority = 60004
	# gap when lost iterations above = 1
	# name = web_log_nginx.http_version
	# title = Requests Per HTTP Version (web_log_nginx.http_version)

[web_log_nginx.requests_per_ipproto]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/web_log_nginx.requests_per_ipproto
	# chart type = stacked
	# type = web_log_nginx
	# family = ip protocols
	# units = requests/s
	# context = web_log.requests_per_ipproto
	# priority = 60005
	# gap when lost iterations above = 1
	# name = web_log_nginx.requests_per_ipproto
	# title = Requests Per IP Protocol (web_log_nginx.requests_per_ipproto)
	# dim req_ipv4 name = ipv4
	# dim req_ipv4 algorithm = incremental
	# dim req_ipv4 multiplier = 1
	# dim req_ipv4 divisor = 1
	# dim req_ipv6 name = ipv6
	# dim req_ipv6 algorithm = incremental
	# dim req_ipv6 multiplier = 1
	# dim req_ipv6 divisor = 1

[web_log_nginx.clients]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/web_log_nginx.clients
	# chart type = stacked
	# type = web_log_nginx
	# family = clients
	# units = unique ips
	# context = web_log.clients
	# priority = 60006
	# gap when lost iterations above = 1
	# name = web_log_nginx.clients
	# title = Current Poll Unique Client IPs (web_log_nginx.clients)
	# dim unique_cur_ipv4 name = ipv4
	# dim unique_cur_ipv4 algorithm = incremental
	# dim unique_cur_ipv4 multiplier = 1
	# dim unique_cur_ipv4 divisor = 1
	# dim unique_cur_ipv6 name = ipv6
	# dim unique_cur_ipv6 algorithm = incremental
	# dim unique_cur_ipv6 multiplier = 1
	# dim unique_cur_ipv6 divisor = 1

[web_log_nginx.clients_all]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/web_log_nginx.clients_all
	# chart type = stacked
	# type = web_log_nginx
	# family = clients
	# units = unique ips
	# context = web_log.clients_all
	# priority = 60007
	# gap when lost iterations above = 1
	# name = web_log_nginx.clients_all
	# title = All Time Unique Client IPs (web_log_nginx.clients_all)
	# dim unique_tot_ipv4 name = ipv4
	# dim unique_tot_ipv4 algorithm = absolute
	# dim unique_tot_ipv4 multiplier = 1
	# dim unique_tot_ipv4 divisor = 1
	# dim unique_tot_ipv6 name = ipv6
	# dim unique_tot_ipv6 algorithm = absolute
	# dim unique_tot_ipv6 multiplier = 1
	# dim unique_tot_ipv6 divisor = 1

[web_log_nginx.detailed_response_codes]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/web_log_nginx.detailed_response_codes
	# chart type = stacked
	# type = web_log_nginx
	# family = responses
	# units = requests/s
	# context = web_log.detailed_response_codes
	# priority = 60008
	# gap when lost iterations above = 1
	# name = web_log_nginx.detailed_response_codes
	# title = Detailed Response Codes  (web_log_nginx.detailed_response_codes)

[netdata.plugin_pythond_web_log_nginx]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/netdata.plugin_pythond_web_log_nginx
	# chart type = area
	# type = netdata
	# family = python.d
	# units = milliseconds / run
	# context = netdata.plugin_python
	# priority = 145000
	# gap when lost iterations above = 1
	# name = netdata.plugin_pythond_web_log_nginx
	# title = Execution time for web_log_nginx plugin (netdata.plugin_pythond_web_log_nginx)
	# dim run_time name = run time
	# dim run_time algorithm = absolute
	# dim run_time multiplier = 1
	# dim run_time divisor = 1

[disk_await.xvda]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_await.xvda
	# chart type = line
	# type = disk_await
	# family = xvda
	# units = ms per operation
	# context = disk.await
	# priority = 2005
	# gap when lost iterations above = 1
	# name = disk_await.xvda
	# title = Average Completed I/O Operation Time (disk_await.xvda)
	# dim reads name = reads
	# dim reads algorithm = absolute
	# dim reads multiplier = 1
	# dim reads divisor = 1
	# dim writes name = writes
	# dim writes algorithm = absolute
	# dim writes multiplier = -1
	# dim writes divisor = 1

[disk_avgsz.xvda]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_avgsz.xvda
	# chart type = area
	# type = disk_avgsz
	# family = xvda
	# units = kilobytes per operation
	# context = disk.avgsz
	# priority = 2006
	# gap when lost iterations above = 1
	# name = disk_avgsz.xvda
	# title = Average Completed I/O Operation Bandwidth (disk_avgsz.xvda)
	# dim reads name = reads
	# dim reads algorithm = absolute
	# dim reads multiplier = 512
	# dim reads divisor = 1024
	# dim writes name = writes
	# dim writes algorithm = absolute
	# dim writes multiplier = -512
	# dim writes divisor = 1024

[disk_svctm.xvda]
	# history = 3996
	# enabled = yes
	# cache directory = /var/cache/netdata/disk_svctm.xvda
	# chart type = line
	# type = disk_svctm
	# family = xvda
	# units = ms per operation
	# context = disk.svctm
	# priority = 2007
	# gap when lost iterations above = 1
	# name = disk_svctm.xvda
	# title = Average Service Time (disk_svctm.xvda)
	# dim svctm name = svctm
	# dim svctm algorithm = absolute
	# dim svctm multiplier = 1
	# dim svctm divisor = 1

netdata_fabfile.py

from fabric.api import *
from fabric.operations import *
from fabric.contrib.project import rsync_project
from fabric.contrib.files import exists

import sys, os

abspath = lambda filename: os.path.join(
    os.path.abspath(os.path.dirname(__file__)),
    filename
)

# --------------------------------------------
# Netdata cofiguration
# --------------------------------------------

class FabricException(Exception):
    pass

def app():
    print "Connecting to remote machine"

    env.setup = True
    env.user = 'ubuntu'
    env.ubuntu_version = '16.04'
    env.warn_only = True
    env.password = 'ubuntu'
    #env.key_filename = abspath('keyfile.pem')
    env.hosts = [
        '192.168.2.27'
    ]

    env.port_number = '19999'
    env.output_prefix = False
    env.graceful = False

    env.netdata_config = abspath('netdata.conf')
    env.rc_config = abspath('rc.local')

    env.rsync_exclude = [
       "*.py",
       "*.pyc"
    ]
    return


# --------------------------------------------
# Installing Dev Platform
# --------------------------------------------

def install():
    print 'Start installing Netdata'
    update()
    install_netdata_dependency()
    install_github_repo()
    config_netdata()
    print 'Finished installing netdata'
    return

def update():
    print 'Start updating the system'
    sudo('apt-get update')

def install_netdata_dependency():
    print 'Installing netdata dependency'
    sudo("apt-get install zlib1g-dev uuid-dev libmnl-dev gcc make autoconf autoconf-archive autogen automake pkg-config curl -y")
    sudo("apt-get install python python-yaml python-mysqldb python-psycopg2 nodejs lm-sensors netcat git -y")

def install_github_repo():
    print 'Cloning netdata from github...'
    with cd('/home/%s' %(env.user)):
        sudo("git clone https://github.com/firehol/netdata.git --depth=1 ~/netdata")
        with cd('netdata'):
            sudo("./netdata-installer.sh")


def config_netdata():
    print 'Installing netdata configuration file '
    default_config='/etc/netdata/netdata.conf'
    if exists(default_config):
        sudo('rm /etc/netdata/netdata.conf')
        print 'Deleted netdata default config'

    print 'Install new netdata configuration'
    put('%s' % (env.netdata_config), '/etc/netdata/', use_sudo=True)

    print 'Installing rc.local configuration file '
    default_config='/etc/rc.local'
    if exists(default_config):
        sudo('rm /etc/rc.local')
        print 'Deleted rc.local default config'

    print 'Install new rc.local configuration'
    put('%s' % (env.rc_config), '/etc/', use_sudo=True)

    print('Netdata running with specified port number')
    sudo('lsof -i -n -P | grep %s' %(env.port_number))

    print('Restarting netdata service')
    sudo("systemctl restart netdata")

rc.local

#!/bin/sh -e
#
# rc.local
#
# This script is executed at the end of each multiuser runlevel.
# Make sure that the script will "exit 0" on success or any other
# value on error.
#
# In order to enable or disable this script just change the execution
# bits.
#
# By default this script does nothing.

echo 1 > /sys/kernel/mm/ksm/run
echo 1000 > /sys/kernel/mm/ksm/sleep_millisecs

exit 0