# Created by: Mahdi Mokhtari <mokhi64@gmail.com>

# $FreeBSD$

PORTNAME=	netdata

PORTVERSION=	1.5.0

CATEGORIES=	net-mgmt

MAINTAINER=	mokhi64@gmail.com

COMMENT=	Scalable distributed realtime performance and health monitoring

LICENSE=	GPLv3

BUILD_DEPENDS+=	${LOCALBASE}/include/uuid/uuid.h:misc/e2fsprogs-libuuid

LIB_DEPENDS+=	libuuid.so:misc/e2fsprogs-libuuid

USE_GITHUB=	yes

GH_ACCOUNT=	firehol

GH_TAGNAME=	3bd41a0

NETDATA_CACHE=	/var/cache/${PORTNAME}

NTEDATA_LOG=	/var/log/${PORTNAME}

NETDATA_PERST=	/var/lib/${PORTNAME}

USES=		autoreconf pathfix pkgconfig:both python shebangfix

USE_LDCONFIG=	yes

GNU_CONFIGURE=	yes

CPPFLAGS+=	-I${LOCALBASE}/include

LIBS+=		-L${LOCALBASE}/lib

INSTALL_TARGET=	install-strip

SUB_LIST+=	NETDATA_CACHE=${NETDATA_CACHE} \

		NTEDATA_LOG=${NTEDATA_LOG} \

		NETDATA_PERST=${NETDATA_PERST}

PLIST_SUB+=	NETDATA_CACHE=${NETDATA_CACHE} \

		NTEDATA_LOG=${NTEDATA_LOG} \

		NETDATA_PERST=${NETDATA_PERST}

USE_RC_SUBR=	${PORTNAME}

SUB_FILES=	${PORTNAME}.conf.sample

USERS=		netdata

GROUPS=		netdata

post-install:

	${MKDIR} ${STAGEDIR}${ETCDIR}

	${INSTALL_DATA} ${WRKDIR}/netdata.conf.sample ${STAGEDIR}${ETCDIR}/netdata.conf.sample

	${MKDIR} ${STAGEDIR}${NETDATA_CACHE}

	${MKDIR} ${STAGEDIR}${NTEDATA_LOG}

	${MKDIR} ${STAGEDIR}${NETDATA_PERST}

.include <bsd.port.mk>

TIMESTAMP = 1485268722

SHA256 (firehol-netdata-1.5.0-3bd41a0_GH0.tar.gz) = add4d6dceed43771deccf7388c9ff68fe72ca8f771f79b0a5fb19213d940888d

SIZE (firehol-netdata-1.5.0-3bd41a0_GH0.tar.gz) = 2257311

# $FreeBSD$

# netdata configuration

#

# 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]

	# hostname = %%HOSTNAME%%

	history = 86400

	bind to = 127.0.0.1

	disconnect idle web clients after seconds = 3600

	# glibc malloc arena max for plugins = 1

	# config directory = %%ETCDIR%%

	# plugins directory = /opt/netdata/usr/libexec/netdata/plugins.d

	# web files directory = /opt/netdata/usr/share/netdata/web

	# cache directory = %%NETDATA_CACHE%%

	# lib directory = %%NETDATA_PERST%%

	# log directory = %%NETDATA_LOG%%

	# host access prefix = 

	# home directory = %%NETDATA_CACHE%%

	# debug flags = 0x00000000

	# debug log = %%NETDATA_LOG%%/debug.log

	# error log = %%NETDATA_LOG%%/error.log

	# access log = %%NETDATA_LOG%%/access.log

	# errors flood protection period = 1200

	# errors to trigger flood protection = 200

	# memory mode = save

	# update every = 1

	# pthread stack size = 2097152

	run as user = netdata

	web files owner = netdata

	web files group = netdata

	# http port listen backlog = 100

	default port = 19999

	# multi threaded web server = yes

	respect web browser do not track policy = yes

	# enable web responses gzip compression = yes

	# web compression strategy = default

	# web compression level = 3

[plugins]

	# PATH environment variable = /etc:/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/usr/local/sbin:

	# tc = yes

	# idlejitter = yes

	freebsd = yes

	# cgroups = yes

	# checks = no

	# plugins directory = /opt/netdata/usr/libexec/netdata/plugins.d

	# enable running new plugins = yes

	# check for new plugins every = 60

	# node.d = yes

	# fping = yes

	# apps = yes

	# python.d = yes

	# charts.d = yes

[registry]

	# enabled = no

	# registry db directory = %%NETDATA_PERST%%/registry

	# netdata unique id file = %%NETDATA_PERST%%/registry/netdata.public.unique.id

	# registry db file = %%NETDATA_PERST%%/registry/registry.db

	# registry log file = %%NETDATA_PERST%%/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 = freebsd.my-netdata.io

	# verify browser cookies support = yes

	# max URL length = 1024

	# max URL name length = 50

[health]

	# enabled = yes

	# health db directory = %%NETDATA_PERST%%/health

	# health db file = %%NETDATA_PERST%%/health/health-log.db

	# health configuration directory = %%ETCDIR%%/health.d

	# script to execute on alarm = /opt/netdata/usr/libexec/netdata/plugins.d/alarm-notify.sh

	# in memory max health log entries = 1000

	# run at least every seconds = 10

	# rotate log every lines = 2000

[backend]

	# enabled = no

	# data source = average

	# type = graphite

	# destination = localhost

	# prefix = netdata

	# hostname = freebsd.my-netdata.io

	# update every = 10

	# buffer on failures = 10

	# timeout ms = 20000

# per plugin configuration

[plugin:tc]

	# script to run to get tc values = /opt/netdata/usr/libexec/netdata/plugins.d/tc-qos-helper.sh

[plugin:idlejitter]

	# loop time in ms = 20

[plugin:freebsd]

	netdata server resources = yes

	sysctl = yes

[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/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 =  !*.mount  !*.partition  !*.scope  !*.service  !*.slice  !*.swap  !*.user  !/  !/docker  !/libvirt  !/lxc  !/lxc/*/ns  !/machine  !/qemu  !/system  !/systemd  !/user  * 

	# search for cgroups in subpaths matching =  !*-qemu  !/init.scope  !/system  !/systemd  !/user  !/user.slice  * 

	# script to get cgroup names = /opt/netdata/usr/libexec/netdata/plugins.d/cgroup-name.sh

	# run script to rename cgroups matching =  !/  !*.mount  !*.partition  !*.scope  !*.service  !*.slice  !*.swap  !*.user  * 

	# cgroups to match as systemd services =  !/system.slice/*/*.service  /system.slice/*.service 

[plugin:node.d]

	# update every = 1

	# command options = 

[plugin:fping]

	# update every = 1

	# command options = 

[plugin:apps]

	# update every = 1

	# command options = 

[plugin:python.d]

	# update every = 1

	# command options = 

[plugin:charts.d]

	# update every = 1

	# command options = 

[plugin:freebsd:sysctl]

	# cpu utilization = yes

	# per cpu core utilization = yes

	# cpu interrupts = yes

	# device interrupts = yes

	# software interrupts = yes

	# context switches = yes

	# processes started = yes

	# processes running = yes

	# enable load average = yes

	# enable total processes = yes

	# stats for all disks = yes

	# system swap = yes

	# system ram = yes

	# swap i/o = yes

	# memory page faults = yes

	# committed memory = yes

	# ipc semaphores = yes

	# ipc shared memory = yes

	# ipc message queues = yes

	# netisr = yes

	# netisr per core = yes

	# bandwidth = yes

	# ipv4 TCP connections = yes

	# ipv4 TCP packets = yes

	# ipv4 TCP errors = yes

	# ipv4 TCP handshake issues = yes

	# ECN packets = auto

	# TCP SYN cookies = auto

	# TCP out-of-order queue = auto

	# TCP connection aborts = auto

	# ipv4 UDP packets = yes

	# ipv4 UDP errors = yes

	# ipv4 ICMP packets = yes

	# ipv4 ICMP messages = yes

	# ipv4 packets = yes

	# ipv4 fragments sent = yes

	# ipv4 fragments assembly = yes

	# ipv4 errors = yes

	# ipv6 packets = auto

	# ipv6 fragments sent = auto

	# ipv6 fragments assembly = auto

	# ipv6 errors = auto

	# icmp = auto

	# icmp redirects = auto

	# icmp errors = auto

	# icmp echos = auto

	# icmp router = auto

	# icmp neighbor = auto

	# icmp types = auto

	# space usage for all disks = yes

	# inodes usage for all disks = yes

# per chart configuration

[system.idlejitter]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[system.load]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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.processes]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[mem.committed]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 4096

	# dim Committed_AS divisor = 1048576

[system.cpu]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 user name = user

	# dim user algorithm = percentage-of-incremental-row

	# dim user multiplier = 1

	# dim user divisor = 1

	# dim nice name = nice

	# dim nice algorithm = percentage-of-incremental-row

	# dim nice multiplier = 1

	# dim nice divisor = 1

	# dim system name = system

	# dim system algorithm = percentage-of-incremental-row

	# dim system multiplier = 1

	# dim system divisor = 1

	# dim interrupt name = interrupt

	# dim interrupt algorithm = percentage-of-incremental-row

	# dim interrupt multiplier = 1

	# dim interrupt divisor = 1

	# dim idle name = idle

	# dim idle algorithm = percentage-of-incremental-row

	# dim idle multiplier = 1

	# dim idle divisor = 1

[cpu.cpu0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 user name = user

	# dim user algorithm = percentage-of-incremental-row

	# dim user multiplier = 1

	# dim user divisor = 1

	# dim nice name = nice

	# dim nice algorithm = percentage-of-incremental-row

	# dim nice multiplier = 1

	# dim nice divisor = 1

	# dim system name = system

	# dim system algorithm = percentage-of-incremental-row

	# dim system multiplier = 1

	# dim system divisor = 1

	# dim interrupt name = interrupt

	# dim interrupt algorithm = percentage-of-incremental-row

	# dim interrupt multiplier = 1

	# dim interrupt divisor = 1

	# dim idle name = idle

	# dim idle algorithm = percentage-of-incremental-row

	# dim idle multiplier = 1

	# dim idle divisor = 1

[system.intr]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = Total Hardware Interrupts (system.intr)

	# dim interrupts name = interrupts

	# dim interrupts algorithm = incremental

	# dim interrupts multiplier = 1

	# dim interrupts divisor = 1

[system.dev_intr]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/system.dev_intr

	# chart type = line

	# type = system

	# family = interrupts

	# units = interrupts/s

	# context = system.dev_intr

	# priority = 1000

	# gap when lost iterations above = 1

	# name = system.dev_intr

	# title = Device Interrupts (system.dev_intr)

	# dim interrupts name = interrupts

	# dim interrupts algorithm = incremental

	# dim interrupts multiplier = 1

	# dim interrupts divisor = 1

[system.soft_intr]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/system.soft_intr

	# chart type = line

	# type = system

	# family = interrupts

	# units = interrupts/s

	# context = system.soft_intr

	# priority = 1100

	# gap when lost iterations above = 1

	# name = system.soft_intr

	# title = Software Interrupts (system.soft_intr)

	# dim interrupts name = interrupts

	# dim interrupts algorithm = incremental

	# dim interrupts multiplier = 1

	# dim interrupts divisor = 1

[system.ctxt]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[netdata.plugin_cgroups_cpu]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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.forks]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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.io]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[system.swap]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/system.swap

	# chart type = stacked

	# type = system

	# family = swap

	# units = MB

	# context = system.swap

	# priority = 201

	# gap when lost iterations above = 1

	# name = system.swap

	# title = System Swap (system.swap)

	# dim free name = free

	# dim free algorithm = absolute

	# dim free multiplier = 4096

	# dim free divisor = 1048576

	# dim used name = used

	# dim used algorithm = absolute

	# dim used multiplier = 4096

	# dim used divisor = 1048576

[system.ram]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 active name = active

	# dim active algorithm = absolute

	# dim active multiplier = 4096

	# dim active divisor = 1048576

	# dim inactive name = inactive

	# dim inactive algorithm = absolute

	# dim inactive multiplier = 4096

	# dim inactive divisor = 1048576

	# dim wired name = wired

	# dim wired algorithm = absolute

	# dim wired multiplier = 4096

	# dim wired divisor = 1048576

	# dim cache name = cache

	# dim cache algorithm = absolute

	# dim cache multiplier = 4096

	# dim cache divisor = 1048576

	# dim buffers name = buffers

	# dim buffers algorithm = absolute

	# dim buffers multiplier = 1

	# dim buffers divisor = 1048576

	# dim free name = free

	# dim free algorithm = absolute

	# dim free multiplier = 4096

	# dim free divisor = 1048576

[system.swapio]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/system.swapio

	# chart type = area

	# type = system

	# family = swap

	# units = kilobytes/s

	# context = system.swapio

	# priority = 250

	# gap when lost iterations above = 1

	# name = system.swapio

	# title = Swap I/O (system.swapio)

	# dim in name = in

	# dim in algorithm = incremental

	# dim in multiplier = 4096

	# dim in divisor = 1024

	# dim out name = out

	# dim out algorithm = incremental

	# dim out multiplier = -4096

	# dim out divisor = 1024

[netdata.apps_cpu]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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_files]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/netdata.apps_files

	# chart type = line

	# type = netdata

	# family = apps.plugin

	# units = files/s

	# context = netdata.apps_files

	# priority = 140001

	# gap when lost iterations above = 1

	# name = netdata.apps_files

	# title = Apps Plugin Files (netdata.apps_files)

	# 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

[netdata.apps_fix]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[mem.pgfaults]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 memory name = memory

	# dim memory algorithm = incremental

	# dim memory multiplier = 1

	# dim memory divisor = 1

	# dim io_requiring name = io_requiring

	# dim io_requiring algorithm = incremental

	# dim io_requiring multiplier = 1

	# dim io_requiring divisor = 1

	# dim cow name = cow

	# dim cow algorithm = incremental

	# dim cow multiplier = 1

	# dim cow divisor = 1

	# dim cow_optimized name = cow_optimized

	# dim cow_optimized algorithm = incremental

	# dim cow_optimized multiplier = 1

	# dim cow_optimized divisor = 1

	# dim in_transit name = in_transit

	# dim in_transit algorithm = incremental

	# dim in_transit multiplier = 1

	# dim in_transit divisor = 1

[system.ipc_semaphores]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[system.ipc_shared_mem_segs]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/system.ipc_shared_mem_segs

	# chart type = area

	# type = system

	# family = ipc shared memory

	# units = segments

	# context = system.ipc_shared_mem_segs

	# priority = 1000

	# gap when lost iterations above = 1

	# name = system.ipc_shared_mem_segs

	# title = IPC Shared Memory Segments (system.ipc_shared_mem_segs)

	# dim segments name = segments

	# dim segments algorithm = absolute

	# dim segments multiplier = 1

	# dim segments divisor = 1

[system.ipc_shared_mem_size]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/system.ipc_shared_mem_size

	# chart type = area

	# type = system

	# family = ipc shared memory

	# units = kilobytes

	# context = system.ipc_shared_mem_size

	# priority = 1000

	# gap when lost iterations above = 1

	# name = system.ipc_shared_mem_size

	# title = IPC Shared Memory Segments Size (system.ipc_shared_mem_size)

	# dim allocated name = allocated

	# dim allocated algorithm = absolute

	# dim allocated multiplier = 1

	# dim allocated divisor = 1024

[system.ipc_msq_queues]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/system.ipc_msq_queues

	# chart type = area

	# type = system

	# family = ipc message queues

	# units = queues

	# context = system.ipc_msq_queues

	# priority = 990

	# gap when lost iterations above = 1

	# name = system.ipc_msq_queues

	# title = Number of IPC Message Queues (system.ipc_msq_queues)

	# dim queues name = queues

	# dim queues algorithm = absolute

	# dim queues multiplier = 1

	# dim queues divisor = 1

[system.ipc_msq_messages]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/system.ipc_msq_messages

	# chart type = area

	# type = system

	# family = ipc message queues

	# units = messages

	# context = system.ipc_msq_messages

	# priority = 1000

	# gap when lost iterations above = 1

	# name = system.ipc_msq_messages

	# title = Number of Messages in IPC Message Queues (system.ipc_msq_messages)

	# dim messages name = messages

	# dim messages algorithm = absolute

	# dim messages multiplier = 1

	# dim messages divisor = 1

[system.ipc_msq_size]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/system.ipc_msq_size

	# chart type = line

	# type = system

	# family = ipc message queues

	# units = bytes

	# context = system.ipc_msq_size

	# priority = 1100

	# gap when lost iterations above = 1

	# name = system.ipc_msq_size

	# title = Size of IPC Message Queues (system.ipc_msq_size)

	# dim allocated name = allocated

	# dim allocated algorithm = absolute

	# dim allocated multiplier = 1

	# dim allocated divisor = 1

	# dim used name = used

	# dim used algorithm = absolute

	# dim used multiplier = 1

	# dim used divisor = 1

[system.softnet_stat]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 dispatched name = dispatched

	# dim dispatched algorithm = incremental

	# dim dispatched multiplier = 1

	# dim dispatched divisor = 1

	# dim hybrid_dispatched name = hybrid_dispatched

	# dim hybrid_dispatched algorithm = incremental

	# dim hybrid_dispatched multiplier = 1

	# dim hybrid_dispatched divisor = 1

	# dim qdrops name = qdrops

	# dim qdrops algorithm = incremental

	# dim qdrops multiplier = 1

	# dim qdrops divisor = 1

	# dim queued name = queued

	# dim queued algorithm = incremental

	# dim queued multiplier = 1

	# dim queued divisor = 1

[cpu.cpu0_softnet_stat]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/cpu.cpu0_softnet_stat

	# chart type = line

	# type = cpu

	# family = softnet_stat

	# units = events/s

	# context = cpu.cpu0_softnet_stat

	# priority = 1101

	# gap when lost iterations above = 1

	# name = cpu.cpu0_softnet_stat

	# title = Per CPU netisr statistics (cpu.cpu0_softnet_stat)

	# dim dispatched name = dispatched

	# dim dispatched algorithm = incremental

	# dim dispatched multiplier = 1

	# dim dispatched divisor = 1

	# dim hybrid_dispatched name = hybrid_dispatched

	# dim hybrid_dispatched algorithm = incremental

	# dim hybrid_dispatched multiplier = 1

	# dim hybrid_dispatched divisor = 1

	# dim qdrops name = qdrops

	# dim qdrops algorithm = incremental

	# dim qdrops multiplier = 1

	# dim qdrops divisor = 1

	# dim queued name = queued

	# dim queued algorithm = incremental

	# dim queued multiplier = 1

	# dim queued divisor = 1

[system.ipv4]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[system.ipv6]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[net.vtnet0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net.vtnet0

	# chart type = area

	# type = net

	# family = vtnet0

	# units = kilobits/s

	# context = net.net

	# priority = 7000

	# gap when lost iterations above = 1

	# name = net.vtnet0

	# title = Bandwidth (net.vtnet0)

	# 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.vtnet0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_packets.vtnet0

	# chart type = line

	# type = net_packets

	# family = vtnet0

	# units = packets/s

	# context = net.packets

	# priority = 7001

	# gap when lost iterations above = 1

	# name = net_packets.vtnet0

	# title = Packets (net_packets.vtnet0)

	# 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_received name = multicast_received

	# dim multicast_received algorithm = incremental

	# dim multicast_received multiplier = 1

	# dim multicast_received divisor = 1

	# dim multicast_sent name = multicast_sent

	# dim multicast_sent algorithm = incremental

	# dim multicast_sent multiplier = -1

	# dim multicast_sent divisor = 1

[net_errors.vtnet0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_errors.vtnet0

	# chart type = line

	# type = net_errors

	# family = vtnet0

	# units = errors/s

	# context = net.errors

	# priority = 7002

	# gap when lost iterations above = 1

	# name = net_errors.vtnet0

	# title = Interface Errors (net_errors.vtnet0)

	# dim inbound name = inbound

	# dim inbound algorithm = incremental

	# dim inbound multiplier = 1

	# dim inbound divisor = 1

	# dim outbound name = outbound

	# dim outbound algorithm = incremental

	# dim outbound multiplier = -1

	# dim outbound divisor = 1

[net_drops.vtnet0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_drops.vtnet0

	# chart type = line

	# type = net_drops

	# family = vtnet0

	# units = drops/s

	# context = net.drops

	# priority = 7003

	# gap when lost iterations above = 1

	# name = net_drops.vtnet0

	# title = Interface Drops (net_drops.vtnet0)

	# dim inbound name = inbound

	# dim inbound algorithm = incremental

	# dim inbound multiplier = 1

	# dim inbound divisor = 1

	# dim outbound name = outbound

	# dim outbound algorithm = incremental

	# dim outbound multiplier = -1

	# dim outbound divisor = 1

[net_events.vtnet0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_events.vtnet0

	# chart type = line

	# type = net_events

	# family = vtnet0

	# units = events/s

	# context = net.events

	# priority = 7006

	# gap when lost iterations above = 1

	# name = net_events.vtnet0

	# title = Network Interface Events (net_events.vtnet0)

	# dim frames name = frames

	# dim frames algorithm = incremental

	# dim frames multiplier = 1

	# dim frames divisor = 1

	# dim collisions name = collisions

	# dim collisions algorithm = incremental

	# dim collisions multiplier = -1

	# dim collisions divisor = 1

	# dim carrier name = carrier

	# dim carrier algorithm = incremental

	# dim carrier multiplier = -1

	# dim carrier divisor = 1

[net.vtnet1]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net.vtnet1

	# chart type = area

	# type = net

	# family = vtnet1

	# units = kilobits/s

	# context = net.net

	# priority = 7000

	# gap when lost iterations above = 1

	# name = net.vtnet1

	# title = Bandwidth (net.vtnet1)

	# 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.vtnet1]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_packets.vtnet1

	# chart type = line

	# type = net_packets

	# family = vtnet1

	# units = packets/s

	# context = net.packets

	# priority = 7001

	# gap when lost iterations above = 1

	# name = net_packets.vtnet1

	# title = Packets (net_packets.vtnet1)

	# 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_received name = multicast_received

	# dim multicast_received algorithm = incremental

	# dim multicast_received multiplier = 1

	# dim multicast_received divisor = 1

	# dim multicast_sent name = multicast_sent

	# dim multicast_sent algorithm = incremental

	# dim multicast_sent multiplier = -1

	# dim multicast_sent divisor = 1

[net_errors.vtnet1]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_errors.vtnet1

	# chart type = line

	# type = net_errors

	# family = vtnet1

	# units = errors/s

	# context = net.errors

	# priority = 7002

	# gap when lost iterations above = 1

	# name = net_errors.vtnet1

	# title = Interface Errors (net_errors.vtnet1)

	# dim inbound name = inbound

	# dim inbound algorithm = incremental

	# dim inbound multiplier = 1

	# dim inbound divisor = 1

	# dim outbound name = outbound

	# dim outbound algorithm = incremental

	# dim outbound multiplier = -1

	# dim outbound divisor = 1

[net_drops.vtnet1]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_drops.vtnet1

	# chart type = line

	# type = net_drops

	# family = vtnet1

	# units = drops/s

	# context = net.drops

	# priority = 7003

	# gap when lost iterations above = 1

	# name = net_drops.vtnet1

	# title = Interface Drops (net_drops.vtnet1)

	# dim inbound name = inbound

	# dim inbound algorithm = incremental

	# dim inbound multiplier = 1

	# dim inbound divisor = 1

	# dim outbound name = outbound

	# dim outbound algorithm = incremental

	# dim outbound multiplier = -1

	# dim outbound divisor = 1

[net_events.vtnet1]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_events.vtnet1

	# chart type = line

	# type = net_events

	# family = vtnet1

	# units = events/s

	# context = net.events

	# priority = 7006

	# gap when lost iterations above = 1

	# name = net_events.vtnet1

	# title = Network Interface Events (net_events.vtnet1)

	# dim frames name = frames

	# dim frames algorithm = incremental

	# dim frames multiplier = 1

	# dim frames divisor = 1

	# dim collisions name = collisions

	# dim collisions algorithm = incremental

	# dim collisions multiplier = -1

	# dim collisions divisor = 1

	# dim carrier name = carrier

	# dim carrier algorithm = incremental

	# dim carrier multiplier = -1

	# dim carrier divisor = 1

[net.lo0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net.lo0

	# chart type = area

	# type = net

	# family = lo0

	# units = kilobits/s

	# context = net.net

	# priority = 7000

	# gap when lost iterations above = 1

	# name = net.lo0

	# title = Bandwidth (net.lo0)

	# 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.lo0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_packets.lo0

	# chart type = line

	# type = net_packets

	# family = lo0

	# units = packets/s

	# context = net.packets

	# priority = 7001

	# gap when lost iterations above = 1

	# name = net_packets.lo0

	# title = Packets (net_packets.lo0)

	# 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_received name = multicast_received

	# dim multicast_received algorithm = incremental

	# dim multicast_received multiplier = 1

	# dim multicast_received divisor = 1

	# dim multicast_sent name = multicast_sent

	# dim multicast_sent algorithm = incremental

	# dim multicast_sent multiplier = -1

	# dim multicast_sent divisor = 1

[net_errors.lo0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_errors.lo0

	# chart type = line

	# type = net_errors

	# family = lo0

	# units = errors/s

	# context = net.errors

	# priority = 7002

	# gap when lost iterations above = 1

	# name = net_errors.lo0

	# title = Interface Errors (net_errors.lo0)

	# dim inbound name = inbound

	# dim inbound algorithm = incremental

	# dim inbound multiplier = 1

	# dim inbound divisor = 1

	# dim outbound name = outbound

	# dim outbound algorithm = incremental

	# dim outbound multiplier = -1

	# dim outbound divisor = 1

[net_drops.lo0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_drops.lo0

	# chart type = line

	# type = net_drops

	# family = lo0

	# units = drops/s

	# context = net.drops

	# priority = 7003

	# gap when lost iterations above = 1

	# name = net_drops.lo0

	# title = Interface Drops (net_drops.lo0)

	# dim inbound name = inbound

	# dim inbound algorithm = incremental

	# dim inbound multiplier = 1

	# dim inbound divisor = 1

	# dim outbound name = outbound

	# dim outbound algorithm = incremental

	# dim outbound multiplier = -1

	# dim outbound divisor = 1

[net_events.lo0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/net_events.lo0

	# chart type = line

	# type = net_events

	# family = lo0

	# units = events/s

	# context = net.events

	# priority = 7006

	# gap when lost iterations above = 1

	# name = net_events.lo0

	# title = Network Interface Events (net_events.lo0)

	# dim frames name = frames

	# dim frames algorithm = incremental

	# dim frames multiplier = 1

	# dim frames divisor = 1

	# dim collisions name = collisions

	# dim collisions algorithm = incremental

	# dim collisions multiplier = -1

	# dim collisions divisor = 1

	# dim carrier name = carrier

	# dim carrier algorithm = incremental

	# dim carrier multiplier = -1

	# dim carrier divisor = 1

[netdata.plugin_proc_cpu]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[system.interrupts]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 irq1: atkbd0        name = irq1: atkbd0       

	# dim irq1: atkbd0        algorithm = incremental

	# dim irq1: atkbd0        multiplier = 1

	# dim irq1: atkbd0        divisor = 1

	# dim irq4: uart0         name = irq4: uart0        

	# dim irq4: uart0         algorithm = incremental

	# dim irq4: uart0         multiplier = 1

	# dim irq4: uart0         divisor = 1

	# dim cpu0:timer          name = cpu0:timer         

	# dim cpu0:timer          algorithm = incremental

	# dim cpu0:timer          multiplier = 1

	# dim cpu0:timer          divisor = 1

	# dim irq257: virtio_pci0 name = irq257: virtio_pci0

	# dim irq257: virtio_pci0 algorithm = incremental

	# dim irq257: virtio_pci0 multiplier = 1

	# dim irq257: virtio_pci0 divisor = 1

	# dim irq258: virtio_pci0 name = irq258: virtio_pci0

	# dim irq258: virtio_pci0 algorithm = incremental

	# dim irq258: virtio_pci0 multiplier = 1

	# dim irq258: virtio_pci0 divisor = 1

	# dim irq265: virtio_pci2 name = irq265: virtio_pci2

	# dim irq265: virtio_pci2 algorithm = incremental

	# dim irq265: virtio_pci2 multiplier = 1

	# dim irq265: virtio_pci2 divisor = 1

	# dim irq267: virtio_pci3 name = irq267: virtio_pci3

	# dim irq267: virtio_pci3 algorithm = incremental

	# dim irq267: virtio_pci3 multiplier = 1

	# dim irq267: virtio_pci3 divisor = 1

[disk.vtbd0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/disk.vtbd0

	# chart type = area

	# type = disk

	# family = vtbd0

	# units = kilobytes/s

	# context = disk.io

	# priority = 2000

	# gap when lost iterations above = 1

	# name = disk.vtbd0

	# title = Disk I/O Bandwidth (disk.vtbd0)

	# dim reads name = reads

	# dim reads algorithm = incremental

	# dim reads multiplier = 1

	# dim reads divisor = 1024

	# dim writes name = writes

	# dim writes algorithm = incremental

	# dim writes multiplier = -1

	# dim writes divisor = 1024

[disk_ops.vtbd0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/disk_ops.vtbd0

	# chart type = line

	# type = disk_ops

	# family = vtbd0

	# units = operations/s

	# context = disk.ops

	# priority = 2001

	# gap when lost iterations above = 1

	# name = disk_ops.vtbd0

	# title = Disk Completed I/O Operations (disk_ops.vtbd0)

	# 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_qops.vtbd0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/disk_qops.vtbd0

	# chart type = line

	# type = disk_qops

	# family = vtbd0

	# units = operations

	# context = disk.qops

	# priority = 2002

	# gap when lost iterations above = 1

	# name = disk_qops.vtbd0

	# title = Disk Current I/O Operations (disk_qops.vtbd0)

	# dim operations name = operations

	# dim operations algorithm = absolute

	# dim operations multiplier = 1

	# dim operations divisor = 1

[disk_util.vtbd0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/disk_util.vtbd0

	# chart type = area

	# type = disk_util

	# family = vtbd0

	# units = % of time working

	# context = disk.util

	# priority = 2004

	# gap when lost iterations above = 1

	# name = disk_util.vtbd0

	# title = Disk Utilization Time (disk_util.vtbd0)

	# dim utilization name = utilization

	# dim utilization algorithm = incremental

	# dim utilization multiplier = 1

	# dim utilization divisor = 10

[disk_iotime.vtbd0]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/disk_iotime.vtbd0

	# chart type = line

	# type = disk_iotime

	# family = vtbd0

	# units = milliseconds/s

	# context = disk.iotime

	# priority = 2022

	# gap when lost iterations above = 1

	# name = disk_iotime.vtbd0

	# title = Disk Total I/O Time (disk_iotime.vtbd0)

	# 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

[ipv4.tcpsock]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 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.tcpconnaborts]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[ipv4.tcpofo]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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

[ipv4.tcpsyncookies]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/ipv4.tcpsyncookies

	# chart type = line

	# type = ipv4

	# family = tcp

	# units = packets/s

	# context = ipv4.tcpsyncookies

	# priority = 3100

	# gap when lost iterations above = 1

	# name = ipv4.tcpsyncookies

	# title = TCP SYN Cookies (ipv4.tcpsyncookies)

	# dim SyncookiesRecv name = received

	# dim SyncookiesRecv algorithm = incremental

	# dim SyncookiesRecv multiplier = 1

	# dim SyncookiesRecv divisor = 1

	# dim SyncookiesSent name = sent

	# dim SyncookiesSent algorithm = incremental

	# dim SyncookiesSent multiplier = -1

	# dim SyncookiesSent divisor = 1

	# dim SyncookiesFailed name = failed

	# dim SyncookiesFailed algorithm = incremental

	# dim SyncookiesFailed multiplier = -1

	# dim SyncookiesFailed divisor = 1

[ipv4.ecnpkts]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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.udppackets]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/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 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.icmp]

	# history = 86400

	# enabled = yes

	# cache directory = %%NETDATA_CACHE%%/ipv4.icmp

	# chart type = line