Software: Apache/2.4.41 (Ubuntu). PHP/8.0.30 uname -a: Linux apirnd 5.4.0-204-generic #224-Ubuntu SMP Thu Dec 5 13:38:28 UTC 2024 x86_64 uid=33(www-data) gid=33(www-data) groups=33(www-data) Safe-mode: OFF (not secure) /netdata/build_external/scenarios/aclk-testing/ drwxr-xr-x | |
| Viewing file: Select action/file-type: # 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 = b073e16793c4 # history = 3996 # update every = 1 # config directory = /etc/netdata # stock config directory = /usr/lib/netdata/conf.d # log directory = /var/log/netdata # web files directory = /usr/share/netdata/web # cache directory = /var/cache/netdata # lib directory = /var/lib/netdata # home directory = /var/cache/netdata # plugins directory = "/usr/libexec/netdata/plugins.d" "/etc/netdata/custom-plugins.d" # memory mode = dbengine # page cache size = 32 # dbengine disk space = 256 # host access prefix = # memory deduplication (ksm) = yes # TZ environment variable = :/etc/localtime # timezone = Etc/UTC # debug flags = 0x0000000000000000 # debug log = /var/log/netdata/debug.log # error log = /var/log/netdata/error.log # access log = /var/log/netdata/access.log # facility log = daemon # errors flood protection period = 1200 # errors to trigger flood protection = 200 # run as user = netdata # OOM score = 1000 # process scheduling policy = idle # pthread stack size = 8388608 # cleanup obsolete charts after seconds = 3600 # gap when lost iterations above = 1 # cleanup orphan hosts after seconds = 3600 # delete obsolete charts files = yes # delete orphan hosts files = yes # enable zero metrics = no [web] # ssl key = /etc/netdata/ssl/key.pem # ssl certificate = /etc/netdata/ssl/cert.pem # ses max window = 15 # des max window = 15 # mode = static-threaded # listen backlog = 4096 # default port = 19999 # bind to = * # web files owner = netdata # web files group = netdata # disconnect idle clients after seconds = 60 # timeout for first request = 60 # accept a streaming request every seconds = 0 # respect do not track policy = no # x-frame-options response header = # allow connections from = localhost * # allow connections by dns = heuristic # allow dashboard from = localhost * # allow dashboard by dns = heuristic # allow badges from = * # allow badges by dns = heuristic # allow streaming from = * # allow streaming by dns = heuristic # allow netdata.conf from = localhost fd* 10.* 192.168.* 172.16.* 172.17.* 172.18.* 172.19.* 172.20.* 172.21.* 172.22.* 172.23.* 172.24.* 172.25.* 172.26.* 172.27.* 172.28.* 172.29.* 172.30.* 172.31.* # allow netdata.conf by dns = no # allow management from = localhost # allow management by dns = heuristic # enable gzip compression = yes # gzip compression strategy = default # gzip compression level = 3 # web server threads = 6 # web server max sockets = 262144 [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 = # checks = no # proc = yes # diskspace = yes # cgroups = yes # tc = yes # idlejitter = yes # enable running new plugins = yes # check for new plugins every = 60 # slabinfo = no # go.d = yes # node.d = yes # apps = yes # charts.d = yes # fping = yes # python.d = yes # perf = yes # ioping = yes [health] # silencers file = /var/lib/netdata/health.silencers.json # enabled = yes # default repeat warning = never # default repeat critical = never # in memory max health log entries = 1000 # script to execute on alarm = /usr/libexec/netdata/plugins.d/alarm-notify.sh # stock health configuration directory = /usr/lib/netdata/conf.d/health.d # health configuration directory = /etc/netdata/health.d # rotate log every lines = 2000 # run at least every seconds = 10 # postpone alarms during hibernation for seconds = 60 [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 = b073e16793c4 # verify browser cookies support = yes # max URL length = 1024 # max URL name length = 50 # netdata management api key file = /var/lib/netdata/netdata.api.key # allow from = * # allow by dns = heuristic [cloud] # cloud base url = https://netdata.cloud [backend] # host tags = # enabled = no # data source = average # type = graphite # destination = localhost # prefix = netdata # hostname = b073e16793c4 # update every = 10 # buffer on failures = 10 # timeout ms = 20000 # send names instead of ids = yes # send charts matching = * # send hosts matching = localhost * [statsd] # enabled = yes # update every (flushInterval) = 1 # udp messages to process at once = 10 # create private charts for metrics matching = * # max private charts allowed = 200 # max private charts hard limit = 1000 # private charts memory mode = dbengine # private charts history = 3996 # decimal detail = 1000 # disconnect idle tcp clients after seconds = 600 # private charts hidden = no # histograms and timers percentile (percentThreshold) = 95.00000 # add dimension for number of events received = yes # gaps on gauges (deleteGauges) = no # gaps on counters (deleteCounters) = no # gaps on meters (deleteMeters) = no # gaps on sets (deleteSets) = no # gaps on histograms (deleteHistograms) = no # gaps on timers (deleteTimers) = no # statsd server max TCP sockets = 262144 # listen backlog = 4096 # default port = 8125 # bind to = udp:localhost tcp:localhost # per plugin configuration [plugin:cgroups] # cgroups plugin resource charts = yes # update every = 1 # check for new cgroups every = 10 # use unified cgroups = no # containers priority = 40000 # 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 # enable cpu pressure = auto # enable io some pressure = auto # enable io full pressure = auto # enable memory some pressure = auto # enable memory full pressure = 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/cpuset = /sys/fs/cgroup/cpuset # 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 = 1000 # max cgroups depth to monitor = 0 # enable new cgroups detected at run time = yes # enable by default cgroups matching = !*/init.scope !/system.slice/run-*.scope *.scope /machine.slice/*.service !*/vcpu* !*/emulator !*.mount !*.partition !*.service !*.socket !*.slice !*.swap !*.user !/ !/docker !/libvirt !/lxc !/lxc/*/* !/lxc.monitor !/lxc.pivot !/lxc.payload !/machine !/qemu !/system !/systemd !/user * # search for cgroups in subpaths matching = !*/init.scope !*-qemu !*.libvirt-qemu !/init.scope !/system !/systemd !/user !/user.slice !/lxc/*/* !/lxc.monitor !/lxc.payload/*/* * # script to get cgroup names = /usr/libexec/netdata/plugins.d/cgroup-name.sh # script to get cgroup network interfaces = /usr/libexec/netdata/plugins.d/cgroup-network # run script to rename cgroups matching = !/ !*.mount !*.socket !*.partition /machine.slice/*.service !*.service !*.slice !*.swap !*.user !init.scope !*.scope/vcpu* !*.scope/emulator *.scope *docker* *lxc* *qemu* *kubepods* *.libvirt-qemu * # cgroups to match as systemd services = !/system.slice/*/*.service /system.slice/*.service [plugin:proc] # netdata server resources = yes # /proc/pagetypeinfo = no # /proc/stat = yes # /proc/uptime = yes # /proc/loadavg = yes # /proc/sys/kernel/random/entropy_avail = yes # /proc/pressure = yes # /proc/interrupts = yes # /proc/softirqs = yes # /proc/vmstat = yes # /proc/meminfo = yes # /sys/kernel/mm/ksm = yes # /sys/block/zram = yes # /sys/devices/system/edac/mc = yes # /sys/devices/system/node = yes # /proc/net/dev = yes # /proc/net/sockstat = yes # /proc/net/sockstat6 = yes # /proc/net/netstat = yes # /proc/net/snmp = yes # /proc/net/snmp6 = yes # /proc/net/sctp/snmp = 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/mdstat = yes # /proc/net/rpc/nfsd = yes # /proc/net/rpc/nfs = yes # /proc/spl/kstat/zfs/arcstats = yes # /sys/fs/btrfs = yes # ipc = yes # /sys/class/power_supply = yes [plugin:proc:diskspace] # remove charts of unmounted disks = yes # 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 = *gvfs *gluster* *s3fs *ipfs *davfs2 *httpfs *sshfs *gdfs *moosefs fusectl autofs # space usage for all disks = auto # inodes usage for all disks = auto [plugin:tc] # script to run to get tc values = /usr/libexec/netdata/plugins.d/tc-qos-helper.sh [plugin:idlejitter] # loop time in ms = 20 [plugin:go.d] # 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:fping] # update every = 1 # command options = [plugin:python.d] # update every = 1 # command options = [plugin:perf] # update every = 1 # command options = [plugin:ioping] # update every = 1 # command options = [plugin:proc:/proc/stat] # cpu utilization = yes # per cpu core utilization = yes # cpu interrupts = yes # context switches = yes # processes started = yes # processes running = yes # keep per core files open = yes # keep cpuidle files open = yes # core_throttle_count = auto # package_throttle_count = no # cpu frequency = yes # cpu idle states = yes # core_throttle_count filename to monitor = /sys/devices/system/cpu/%s/thermal_throttle/core_throttle_count # package_throttle_count filename to monitor = /sys/devices/system/cpu/%s/thermal_throttle/package_throttle_count # scaling_cur_freq filename to monitor = /sys/devices/system/cpu/%s/cpufreq/scaling_cur_freq # time_in_state filename to monitor = /sys/devices/system/cpu/%s/cpufreq/stats/time_in_state # schedstat filename to monitor = /proc/schedstat # cpuidle name filename to monitor = /sys/devices/system/cpu/cpu%zu/cpuidle/state%zu/name # cpuidle time filename to monitor = /sys/devices/system/cpu/cpu%zu/cpuidle/state%zu/time # filename to monitor = /proc/stat [plugin:proc:diskspace:/] # space usage = auto # inodes usage = auto [plugin:proc:diskspace:/dev] # 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/cgroup/cpu,cpuacct] # 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/blkio] # 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/rdma] # 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/pids] # 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/memory] # space usage = no # inodes usage = no [plugin:proc:diskspace:/sys/fs/cgroup/freezer] # space usage = no # inodes usage = no [plugin:proc:diskspace:/dev/shm] # space usage = auto # inodes usage = auto [plugin:proc:diskspace:/etc/resolv.conf] # space usage = no # inodes usage = no [plugin:proc:diskspace:/etc/hostname] # space usage = no # inodes usage = no [plugin:proc:diskspace:/etc/hosts] # space usage = no # inodes usage = no [plugin:proc:diskspace:/proc/asound] # space usage = no # inodes usage = no [plugin:proc:diskspace:/proc/acpi] # space usage = no # inodes usage = no [plugin:proc:diskspace:/proc/kcore] # space usage = no # inodes usage = no [plugin:proc:diskspace:/proc/keys] # space usage = no # inodes usage = no [plugin:proc:diskspace:/proc/timer_list] # space usage = no # inodes usage = no [plugin:proc:diskspace:/proc/sched_debug] # space usage = no # inodes usage = no [plugin:proc:diskspace:/sys/firmware] # space usage = no # inodes usage = no [plugin:proc:/proc/uptime] # filename to monitor = /proc/uptime [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/pressure] # base path of pressure metrics = /proc/pressure # enable cpu some pressure = yes # enable memory some pressure = yes # enable memory full pressure = yes # enable io some pressure = yes # enable io full pressure = yes [plugin:proc:/proc/interrupts] # interrupts per core = auto # filename to monitor = /proc/interrupts [plugin:proc:/proc/softirqs] # interrupts per core = auto # 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 # hugepages = auto # transparent hugepages = auto # 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 [plugin:proc:/sys/devices/system/edac/mc] # directory to monitor = /sys/devices/system/edac/mc [plugin:proc:/proc/net/dev] # filename to monitor = /proc/net/dev # path to get virtual interfaces = /sys/devices/virtual/net/%s # path to get net device speed = /sys/class/net/%s/speed # path to get net device duplex = /sys/class/net/%s/duplex # path to get net device operstate = /sys/class/net/%s/operstate # 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 # refresh interface speed every seconds = 10 # refresh interface duplex every seconds = 10 # refresh interface operstate every seconds = 10 [plugin:proc:/proc/net/dev:lo] # enabled = no # virtual = yes [plugin:proc:/proc/net/dev:eth0] # enabled = yes # virtual = yes # bandwidth = auto # packets = auto # errors = auto # drops = auto # fifo = auto # compressed = auto # events = auto [plugin:proc:/proc/net/sockstat] # ipv4 sockets = auto # ipv4 TCP sockets = auto # ipv4 TCP memory = auto # ipv4 UDP sockets = auto # ipv4 UDP memory = auto # ipv4 UDPLITE sockets = auto # ipv4 RAW sockets = auto # ipv4 FRAG sockets = auto # ipv4 FRAG memory = auto # update constants every = 60 # filename to monitor = /proc/net/sockstat [plugin:proc:/proc/net/sockstat6] # ipv6 TCP sockets = auto # ipv6 UDP sockets = auto # ipv6 UDPLITE sockets = auto # ipv6 RAW sockets = auto # ipv6 FRAG sockets = auto # filename to monitor = /proc/net/sockstat6 [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 # TCP SYN queue = auto # TCP accept queue = auto # filename to monitor = /proc/net/netstat [plugin:proc:/proc/net/snmp] # ipv4 packets = auto # ipv4 fragments sent = auto # ipv4 fragments assembly = auto # ipv4 errors = auto # ipv4 TCP connections = auto # ipv4 TCP packets = auto # ipv4 TCP errors = auto # ipv4 TCP opens = auto # ipv4 TCP handshake issues = auto # ipv4 UDP packets = auto # ipv4 UDP errors = auto # ipv4 ICMP packets = auto # ipv4 ICMP messages = auto # ipv4 UDPLite packets = auto # 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/sctp/snmp] # established associations = auto # association transitions = auto # fragmentation = auto # packets = auto # packet errors = auto # chunk types = auto # filename to monitor = /proc/net/sctp/snmp [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 = yes # netfilter connection changes = yes # netfilter connection expectations = yes # netfilter connection searches = yes # netfilter errors = yes # netfilter connections = yes [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/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 # bcache for all disks = auto # bcache priority stats update every = 0 # remove charts of removed disks = yes # path to get block device = /sys/block/%s # path to get block device bcache = /sys/block/%s/bcache # path to get virtual block device = /sys/devices/virtual/block/%s # path to get block device infos = /sys/dev/block/%lu:%lu/%s # path to device mapper = /dev/mapper # path to /dev/disk/by-label = /dev/disk/by-label # path to /dev/disk/by-id = /dev/disk/by-id # path to /dev/vx/dsk = /dev/vx/dsk # name disks by id = no # preferred disk ids = * # exclude disks = loop* ram* # filename to monitor = /proc/diskstats # performance metrics for disks with major 8 = yes [plugin:proc:/proc/diskstats:sda] # 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:sda1] # 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/diskstats:sda2] # 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/diskstats:sda3] # 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/diskstats:sda4] # 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/diskstats:sda5] # 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/diskstats:sdb] # 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:sdb1] # 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/diskstats:sdb2] # 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/diskstats:sdb3] # 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/diskstats:sdb4] # 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/diskstats:sdb5] # 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/mdstat] # faulty devices = yes # nonredundant arrays availability = yes # mismatch count = auto # disk stats = yes # operation status = yes # make charts obsolete = yes # filename to monitor = /proc/mdstat # mismatch_cnt filename to monitor = /sys/block/%s/md/mismatch_cnt [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 [plugin:proc:/proc/spl/kstat/zfs/arcstats] # filename to monitor = /proc/spl/kstat/zfs/arcstats [plugin:proc:/sys/fs/btrfs] # path to monitor = /sys/fs/btrfs # check for btrfs changes every = 60 # physical disks allocation = auto # data allocation = auto # metadata allocation = auto # system allocation = auto [plugin:proc:ipc] # message queues = yes # semaphore totals = yes # shared memory totals = yes # msg filename to monitor = /proc/sysvipc/msg # shm filename to monitor = /proc/sysvipc/shm # max dimensions in memory allowed = 50 [plugin:proc:/sys/class/power_supply] # battery capacity = yes # battery charge = no # battery energy = no # power supply voltage = no # keep files open = auto # directory to monitor = /sys/class/power_supply # per chart configuration [system.idlejitter] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.idlejitter # chart type = area # type = system # family = idlejitter # units = microseconds lost/s # context = system.idlejitter # priority = 800 # name = system.idlejitter # title = CPU Idle Jitter # dim min name = min # dim min algorithm = absolute # dim min multiplier = 1 # dim min divisor = 1 # dim max name = max # dim max algorithm = absolute # dim max multiplier = 1 # dim max divisor = 1 # dim average name = average # dim average algorithm = absolute # dim average multiplier = 1 # dim average divisor = 1 [netdata.statsd_metrics] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.statsd_metrics # chart type = stacked # type = netdata # family = statsd # units = metrics # context = netdata.statsd_metrics # priority = 132010 # name = netdata.statsd_metrics # title = Metrics in the netdata statsd database # dim gauges name = gauges # dim gauges algorithm = absolute # dim gauges multiplier = 1 # dim gauges divisor = 1 # dim counters name = counters # dim counters algorithm = absolute # dim counters multiplier = 1 # dim counters divisor = 1 # dim timers name = timers # dim timers algorithm = absolute # dim timers multiplier = 1 # dim timers divisor = 1 # dim meters name = meters # dim meters algorithm = absolute # dim meters multiplier = 1 # dim meters divisor = 1 # dim histograms name = histograms # dim histograms algorithm = absolute # dim histograms multiplier = 1 # dim histograms divisor = 1 # dim sets name = sets # dim sets algorithm = absolute # dim sets multiplier = 1 # dim sets divisor = 1 [netdata.statsd_useful_metrics] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.statsd_useful_metrics # chart type = stacked # type = netdata # family = statsd # units = metrics # context = netdata.statsd_useful_metrics # priority = 132010 # name = netdata.statsd_useful_metrics # title = Useful metrics in the netdata statsd database # dim gauges name = gauges # dim gauges algorithm = absolute # dim gauges multiplier = 1 # dim gauges divisor = 1 # dim counters name = counters # dim counters algorithm = absolute # dim counters multiplier = 1 # dim counters divisor = 1 # dim timers name = timers # dim timers algorithm = absolute # dim timers multiplier = 1 # dim timers divisor = 1 # dim meters name = meters # dim meters algorithm = absolute # dim meters multiplier = 1 # dim meters divisor = 1 # dim histograms name = histograms # dim histograms algorithm = absolute # dim histograms multiplier = 1 # dim histograms divisor = 1 # dim sets name = sets # dim sets algorithm = absolute # dim sets multiplier = 1 # dim sets divisor = 1 [netdata.statsd_events] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.statsd_events # chart type = stacked # type = netdata # family = statsd # units = events/s # context = netdata.statsd_events # priority = 132011 # name = netdata.statsd_events # title = Events processed by the netdata statsd server # dim gauges name = gauges # dim gauges algorithm = incremental # dim gauges multiplier = 1 # dim gauges divisor = 1 # dim counters name = counters # dim counters algorithm = incremental # dim counters multiplier = 1 # dim counters divisor = 1 # dim timers name = timers # dim timers algorithm = incremental # dim timers multiplier = 1 # dim timers divisor = 1 # dim meters name = meters # dim meters algorithm = incremental # dim meters multiplier = 1 # dim meters divisor = 1 # dim histograms name = histograms # dim histograms algorithm = incremental # dim histograms multiplier = 1 # dim histograms divisor = 1 # dim sets name = sets # dim sets algorithm = incremental # dim sets multiplier = 1 # dim sets divisor = 1 # dim unknown name = unknown # dim unknown algorithm = incremental # dim unknown multiplier = 1 # dim unknown divisor = 1 # dim errors name = errors # dim errors algorithm = incremental # dim errors multiplier = 1 # dim errors divisor = 1 [netdata.statsd_reads] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.statsd_reads # chart type = stacked # type = netdata # family = statsd # units = reads/s # context = netdata.statsd_reads # priority = 132012 # name = netdata.statsd_reads # title = Read operations made by the netdata statsd server # dim tcp name = tcp # dim tcp algorithm = incremental # dim tcp multiplier = 1 # dim tcp divisor = 1 # dim udp name = udp # dim udp algorithm = incremental # dim udp multiplier = 1 # dim udp divisor = 1 [netdata.statsd_bytes] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.statsd_bytes # chart type = stacked # type = netdata # family = statsd # units = kilobits/s # context = netdata.statsd_bytes # priority = 132013 # name = netdata.statsd_bytes # title = Bytes read by the netdata statsd server # dim tcp name = tcp # dim tcp algorithm = incremental # dim tcp multiplier = 8 # dim tcp divisor = 1000 # dim udp name = udp # dim udp algorithm = incremental # dim udp multiplier = 8 # dim udp divisor = 1000 [netdata.statsd_packets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.statsd_packets # chart type = stacked # type = netdata # family = statsd # units = packets/s # context = netdata.statsd_packets # priority = 132014 # name = netdata.statsd_packets # title = Network packets processed by the netdata statsd server # dim tcp name = tcp # dim tcp algorithm = incremental # dim tcp multiplier = 1 # dim tcp divisor = 1 # dim udp name = udp # dim udp algorithm = incremental # dim udp multiplier = 1 # dim udp divisor = 1 [netdata.tcp_connects] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.tcp_connects # chart type = line # type = netdata # family = statsd # units = events # context = netdata.tcp_connects # priority = 132015 # name = netdata.tcp_connects # title = statsd server TCP connects and disconnects # dim connects name = connects # dim connects algorithm = incremental # dim connects multiplier = 1 # dim connects divisor = 1 # dim disconnects name = disconnects # dim disconnects algorithm = incremental # dim disconnects multiplier = -1 # dim disconnects divisor = 1 [netdata.tcp_connected] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.tcp_connected # chart type = line # type = netdata # family = statsd # units = sockets # context = netdata.tcp_connected # priority = 132016 # name = netdata.tcp_connected # title = statsd server TCP connected sockets # dim connected name = connected # dim connected algorithm = absolute # dim connected multiplier = 1 # dim connected divisor = 1 [netdata.private_charts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.private_charts # chart type = area # type = netdata # family = statsd # units = charts # context = netdata.private_charts # priority = 132020 # name = netdata.private_charts # title = Private metric charts created by the netdata statsd server # dim charts name = charts # dim charts algorithm = absolute # dim charts multiplier = 1 # dim charts divisor = 1 [netdata.plugin_statsd_charting_cpu] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.plugin_statsd_charting_cpu # chart type = stacked # type = netdata # family = statsd # units = milliseconds/s # context = netdata.statsd_cpu # priority = 132001 # name = netdata.plugin_statsd_charting_cpu # title = Netdata statsd charting thread CPU usage # 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_statsd_collector1_cpu] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.plugin_statsd_collector1_cpu # chart type = stacked # type = netdata # family = statsd # units = milliseconds/s # context = netdata.statsd_cpu # priority = 132002 # name = netdata.plugin_statsd_collector1_cpu # title = Netdata statsd collector thread No 1 CPU usage # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/system.cpu # chart type = stacked # type = system # family = cpu # units = percentage # context = system.cpu # priority = 100 # name = system.cpu # title = Total CPU utilization # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu0 # chart type = stacked # type = cpu # family = utilization # units = percentage # context = cpu.cpu # priority = 1001 # name = cpu.cpu0 # title = Core utilization # 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.cpu1] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu1 # chart type = stacked # type = cpu # family = utilization # units = percentage # context = cpu.cpu # priority = 1002 # name = cpu.cpu1 # title = Core utilization # 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 [disk_space._] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_space._ # chart type = stacked # type = disk_space # family = / # units = GiB # context = disk.space # priority = 2023 # name = disk_space._ # title = Disk Space Usage for / [overlay] # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_inodes._ # chart type = stacked # type = disk_inodes # family = / # units = inodes # context = disk.inodes # priority = 2024 # name = disk_inodes._ # title = Disk Files (inodes) Usage for / [overlay] # 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] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_space._dev # chart type = stacked # type = disk_space # family = /dev # units = GiB # context = disk.space # priority = 2023 # name = disk_space._dev # title = Disk Space Usage for /dev [tmpfs] # 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 = 5 # 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 # name = disk_inodes._dev # title = Disk Files (inodes) Usage for /dev [tmpfs] # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_space._dev_shm # chart type = stacked # type = disk_space # family = /dev/shm # units = GiB # context = disk.space # priority = 2023 # name = disk_space._dev_shm # title = Disk Space Usage for /dev/shm [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 = 5 # 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 # name = disk_inodes._dev_shm # title = Disk Files (inodes) Usage for /dev/shm [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 [cpu.cpu2] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu2 # chart type = stacked # type = cpu # family = utilization # units = percentage # context = cpu.cpu # priority = 1003 # name = cpu.cpu2 # title = Core utilization # 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.cpu3] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu3 # chart type = stacked # type = cpu # family = utilization # units = percentage # context = cpu.cpu # priority = 1004 # name = cpu.cpu3 # title = Core utilization # 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.cpu4] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu4 # chart type = stacked # type = cpu # family = utilization # units = percentage # context = cpu.cpu # priority = 1005 # name = cpu.cpu4 # title = Core utilization # 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.cpu5] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu5 # chart type = stacked # type = cpu # family = utilization # units = percentage # context = cpu.cpu # priority = 1006 # name = cpu.cpu5 # title = Core utilization # 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.cpu6] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu6 # chart type = stacked # type = cpu # family = utilization # units = percentage # context = cpu.cpu # priority = 1007 # name = cpu.cpu6 # title = Core utilization # 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.cpu7] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu7 # chart type = stacked # type = cpu # family = utilization # units = percentage # context = cpu.cpu # priority = 1008 # name = cpu.cpu7 # title = Core utilization # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/system.intr # chart type = line # type = system # family = interrupts # units = interrupts/s # context = system.intr # priority = 900 # name = system.intr # title = CPU Interrupts # dim interrupts name = interrupts # dim interrupts algorithm = incremental # dim interrupts multiplier = 1 # dim interrupts divisor = 1 [system.ctxt] history = 5 # 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 # name = system.ctxt # title = CPU Context Switches # dim switches name = switches # dim switches algorithm = incremental # dim switches multiplier = 1 # dim switches divisor = 1 [system.forks] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.forks # chart type = line # type = system # family = processes # units = processes/s # context = system.forks # priority = 700 # name = system.forks # title = Started Processes # dim started name = started # dim started algorithm = incremental # dim started multiplier = 1 # dim started divisor = 1 [system.processes] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.processes # chart type = line # type = system # family = processes # units = processes # context = system.processes # priority = 600 # name = system.processes # title = 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 [cpu.core_throttling] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.core_throttling # chart type = line # type = cpu # family = throttling # units = events/s # context = cpu.core_throttling # priority = 5001 # name = cpu.core_throttling # title = Core Thermal Throttling Events # dim cpu0 name = cpu0 # dim cpu0 algorithm = incremental # dim cpu0 multiplier = 1 # dim cpu0 divisor = 1 # dim cpu1 name = cpu1 # dim cpu1 algorithm = incremental # dim cpu1 multiplier = 1 # dim cpu1 divisor = 1 # dim cpu2 name = cpu2 # dim cpu2 algorithm = incremental # dim cpu2 multiplier = 1 # dim cpu2 divisor = 1 # dim cpu3 name = cpu3 # dim cpu3 algorithm = incremental # dim cpu3 multiplier = 1 # dim cpu3 divisor = 1 # dim cpu4 name = cpu4 # dim cpu4 algorithm = incremental # dim cpu4 multiplier = 1 # dim cpu4 divisor = 1 # dim cpu5 name = cpu5 # dim cpu5 algorithm = incremental # dim cpu5 multiplier = 1 # dim cpu5 divisor = 1 # dim cpu6 name = cpu6 # dim cpu6 algorithm = incremental # dim cpu6 multiplier = 1 # dim cpu6 divisor = 1 # dim cpu7 name = cpu7 # dim cpu7 algorithm = incremental # dim cpu7 multiplier = 1 # dim cpu7 divisor = 1 [cpu.cpufreq] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpufreq # chart type = line # type = cpu # family = cpufreq # units = MHz # context = cpufreq.cpufreq # priority = 5003 # name = cpu.cpufreq # title = Current CPU Frequency # dim cpu0 name = cpu0 # dim cpu0 algorithm = absolute # dim cpu0 multiplier = 1 # dim cpu0 divisor = 1000 # dim cpu1 name = cpu1 # dim cpu1 algorithm = absolute # dim cpu1 multiplier = 1 # dim cpu1 divisor = 1000 # dim cpu2 name = cpu2 # dim cpu2 algorithm = absolute # dim cpu2 multiplier = 1 # dim cpu2 divisor = 1000 # dim cpu3 name = cpu3 # dim cpu3 algorithm = absolute # dim cpu3 multiplier = 1 # dim cpu3 divisor = 1000 # dim cpu4 name = cpu4 # dim cpu4 algorithm = absolute # dim cpu4 multiplier = 1 # dim cpu4 divisor = 1000 # dim cpu5 name = cpu5 # dim cpu5 algorithm = absolute # dim cpu5 multiplier = 1 # dim cpu5 divisor = 1000 # dim cpu6 name = cpu6 # dim cpu6 algorithm = absolute # dim cpu6 multiplier = 1 # dim cpu6 divisor = 1000 # dim cpu7 name = cpu7 # dim cpu7 algorithm = absolute # dim cpu7 multiplier = 1 # dim cpu7 divisor = 1000 [netdata.plugin_cgroups_cpu] history = 5 # 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 # name = netdata.plugin_cgroups_cpu # title = Netdata CGroups Plugin CPU usage # 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] history = 5 # 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 # name = netdata.plugin_diskspace # title = Netdata Disk Space Plugin CPU usage # 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 = 5 # 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 # name = netdata.plugin_diskspace_dt # title = Netdata Disk Space Plugin Duration # dim duration name = duration # dim duration algorithm = absolute # dim duration multiplier = 1 # dim duration divisor = 1000 [cpu.cpu0_cpuidle] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu0_cpuidle # chart type = stacked # type = cpu # family = cpuidle # units = percentage # context = cpuidle.cpuidle # priority = 6000 # name = cpu.cpu0_cpuidle # title = C-state residency time # dim cpu0_active_time name = C0 (active) # dim cpu0_active_time algorithm = percentage-of-incremental-row # dim cpu0_active_time multiplier = 1 # dim cpu0_active_time divisor = 1 # dim cpu0_cpuidle_state0_time name = POLL # dim cpu0_cpuidle_state0_time algorithm = percentage-of-incremental-row # dim cpu0_cpuidle_state0_time multiplier = 1 # dim cpu0_cpuidle_state0_time divisor = 1 # dim cpu0_cpuidle_state1_time name = C1 # dim cpu0_cpuidle_state1_time algorithm = percentage-of-incremental-row # dim cpu0_cpuidle_state1_time multiplier = 1 # dim cpu0_cpuidle_state1_time divisor = 1 # dim cpu0_cpuidle_state2_time name = C1E # dim cpu0_cpuidle_state2_time algorithm = percentage-of-incremental-row # dim cpu0_cpuidle_state2_time multiplier = 1 # dim cpu0_cpuidle_state2_time divisor = 1 # dim cpu0_cpuidle_state3_time name = C3 # dim cpu0_cpuidle_state3_time algorithm = percentage-of-incremental-row # dim cpu0_cpuidle_state3_time multiplier = 1 # dim cpu0_cpuidle_state3_time divisor = 1 # dim cpu0_cpuidle_state4_time name = C6 # dim cpu0_cpuidle_state4_time algorithm = percentage-of-incremental-row # dim cpu0_cpuidle_state4_time multiplier = 1 # dim cpu0_cpuidle_state4_time divisor = 1 # dim cpu0_cpuidle_state5_time name = C7s # dim cpu0_cpuidle_state5_time algorithm = percentage-of-incremental-row # dim cpu0_cpuidle_state5_time multiplier = 1 # dim cpu0_cpuidle_state5_time divisor = 1 [cpu.cpu1_cpuidle] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu1_cpuidle # chart type = stacked # type = cpu # family = cpuidle # units = percentage # context = cpuidle.cpuidle # priority = 6001 # name = cpu.cpu1_cpuidle # title = C-state residency time # dim cpu1_active_time name = C0 (active) # dim cpu1_active_time algorithm = percentage-of-incremental-row # dim cpu1_active_time multiplier = 1 # dim cpu1_active_time divisor = 1 # dim cpu1_cpuidle_state0_time name = POLL # dim cpu1_cpuidle_state0_time algorithm = percentage-of-incremental-row # dim cpu1_cpuidle_state0_time multiplier = 1 # dim cpu1_cpuidle_state0_time divisor = 1 # dim cpu1_cpuidle_state1_time name = C1 # dim cpu1_cpuidle_state1_time algorithm = percentage-of-incremental-row # dim cpu1_cpuidle_state1_time multiplier = 1 # dim cpu1_cpuidle_state1_time divisor = 1 # dim cpu1_cpuidle_state2_time name = C1E # dim cpu1_cpuidle_state2_time algorithm = percentage-of-incremental-row # dim cpu1_cpuidle_state2_time multiplier = 1 # dim cpu1_cpuidle_state2_time divisor = 1 # dim cpu1_cpuidle_state3_time name = C3 # dim cpu1_cpuidle_state3_time algorithm = percentage-of-incremental-row # dim cpu1_cpuidle_state3_time multiplier = 1 # dim cpu1_cpuidle_state3_time divisor = 1 # dim cpu1_cpuidle_state4_time name = C6 # dim cpu1_cpuidle_state4_time algorithm = percentage-of-incremental-row # dim cpu1_cpuidle_state4_time multiplier = 1 # dim cpu1_cpuidle_state4_time divisor = 1 # dim cpu1_cpuidle_state5_time name = C7s # dim cpu1_cpuidle_state5_time algorithm = percentage-of-incremental-row # dim cpu1_cpuidle_state5_time multiplier = 1 # dim cpu1_cpuidle_state5_time divisor = 1 [cpu.cpu2_cpuidle] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu2_cpuidle # chart type = stacked # type = cpu # family = cpuidle # units = percentage # context = cpuidle.cpuidle # priority = 6002 # name = cpu.cpu2_cpuidle # title = C-state residency time # dim cpu2_active_time name = C0 (active) # dim cpu2_active_time algorithm = percentage-of-incremental-row # dim cpu2_active_time multiplier = 1 # dim cpu2_active_time divisor = 1 # dim cpu2_cpuidle_state0_time name = POLL # dim cpu2_cpuidle_state0_time algorithm = percentage-of-incremental-row # dim cpu2_cpuidle_state0_time multiplier = 1 # dim cpu2_cpuidle_state0_time divisor = 1 # dim cpu2_cpuidle_state1_time name = C1 # dim cpu2_cpuidle_state1_time algorithm = percentage-of-incremental-row # dim cpu2_cpuidle_state1_time multiplier = 1 # dim cpu2_cpuidle_state1_time divisor = 1 # dim cpu2_cpuidle_state2_time name = C1E # dim cpu2_cpuidle_state2_time algorithm = percentage-of-incremental-row # dim cpu2_cpuidle_state2_time multiplier = 1 # dim cpu2_cpuidle_state2_time divisor = 1 # dim cpu2_cpuidle_state3_time name = C3 # dim cpu2_cpuidle_state3_time algorithm = percentage-of-incremental-row # dim cpu2_cpuidle_state3_time multiplier = 1 # dim cpu2_cpuidle_state3_time divisor = 1 # dim cpu2_cpuidle_state4_time name = C6 # dim cpu2_cpuidle_state4_time algorithm = percentage-of-incremental-row # dim cpu2_cpuidle_state4_time multiplier = 1 # dim cpu2_cpuidle_state4_time divisor = 1 # dim cpu2_cpuidle_state5_time name = C7s # dim cpu2_cpuidle_state5_time algorithm = percentage-of-incremental-row # dim cpu2_cpuidle_state5_time multiplier = 1 # dim cpu2_cpuidle_state5_time divisor = 1 [cpu.cpu3_cpuidle] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu3_cpuidle # chart type = stacked # type = cpu # family = cpuidle # units = percentage # context = cpuidle.cpuidle # priority = 6003 # name = cpu.cpu3_cpuidle # title = C-state residency time # dim cpu3_active_time name = C0 (active) # dim cpu3_active_time algorithm = percentage-of-incremental-row # dim cpu3_active_time multiplier = 1 # dim cpu3_active_time divisor = 1 # dim cpu3_cpuidle_state0_time name = POLL # dim cpu3_cpuidle_state0_time algorithm = percentage-of-incremental-row # dim cpu3_cpuidle_state0_time multiplier = 1 # dim cpu3_cpuidle_state0_time divisor = 1 # dim cpu3_cpuidle_state1_time name = C1 # dim cpu3_cpuidle_state1_time algorithm = percentage-of-incremental-row # dim cpu3_cpuidle_state1_time multiplier = 1 # dim cpu3_cpuidle_state1_time divisor = 1 # dim cpu3_cpuidle_state2_time name = C1E # dim cpu3_cpuidle_state2_time algorithm = percentage-of-incremental-row # dim cpu3_cpuidle_state2_time multiplier = 1 # dim cpu3_cpuidle_state2_time divisor = 1 # dim cpu3_cpuidle_state3_time name = C3 # dim cpu3_cpuidle_state3_time algorithm = percentage-of-incremental-row # dim cpu3_cpuidle_state3_time multiplier = 1 # dim cpu3_cpuidle_state3_time divisor = 1 # dim cpu3_cpuidle_state4_time name = C6 # dim cpu3_cpuidle_state4_time algorithm = percentage-of-incremental-row # dim cpu3_cpuidle_state4_time multiplier = 1 # dim cpu3_cpuidle_state4_time divisor = 1 # dim cpu3_cpuidle_state5_time name = C7s # dim cpu3_cpuidle_state5_time algorithm = percentage-of-incremental-row # dim cpu3_cpuidle_state5_time multiplier = 1 # dim cpu3_cpuidle_state5_time divisor = 1 [cpu.cpu4_cpuidle] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu4_cpuidle # chart type = stacked # type = cpu # family = cpuidle # units = percentage # context = cpuidle.cpuidle # priority = 6004 # name = cpu.cpu4_cpuidle # title = C-state residency time # dim cpu4_active_time name = C0 (active) # dim cpu4_active_time algorithm = percentage-of-incremental-row # dim cpu4_active_time multiplier = 1 # dim cpu4_active_time divisor = 1 # dim cpu4_cpuidle_state0_time name = POLL # dim cpu4_cpuidle_state0_time algorithm = percentage-of-incremental-row # dim cpu4_cpuidle_state0_time multiplier = 1 # dim cpu4_cpuidle_state0_time divisor = 1 # dim cpu4_cpuidle_state1_time name = C1 # dim cpu4_cpuidle_state1_time algorithm = percentage-of-incremental-row # dim cpu4_cpuidle_state1_time multiplier = 1 # dim cpu4_cpuidle_state1_time divisor = 1 # dim cpu4_cpuidle_state2_time name = C1E # dim cpu4_cpuidle_state2_time algorithm = percentage-of-incremental-row # dim cpu4_cpuidle_state2_time multiplier = 1 # dim cpu4_cpuidle_state2_time divisor = 1 # dim cpu4_cpuidle_state3_time name = C3 # dim cpu4_cpuidle_state3_time algorithm = percentage-of-incremental-row # dim cpu4_cpuidle_state3_time multiplier = 1 # dim cpu4_cpuidle_state3_time divisor = 1 # dim cpu4_cpuidle_state4_time name = C6 # dim cpu4_cpuidle_state4_time algorithm = percentage-of-incremental-row # dim cpu4_cpuidle_state4_time multiplier = 1 # dim cpu4_cpuidle_state4_time divisor = 1 # dim cpu4_cpuidle_state5_time name = C7s # dim cpu4_cpuidle_state5_time algorithm = percentage-of-incremental-row # dim cpu4_cpuidle_state5_time multiplier = 1 # dim cpu4_cpuidle_state5_time divisor = 1 [cpu.cpu5_cpuidle] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu5_cpuidle # chart type = stacked # type = cpu # family = cpuidle # units = percentage # context = cpuidle.cpuidle # priority = 6005 # name = cpu.cpu5_cpuidle # title = C-state residency time # dim cpu5_active_time name = C0 (active) # dim cpu5_active_time algorithm = percentage-of-incremental-row # dim cpu5_active_time multiplier = 1 # dim cpu5_active_time divisor = 1 # dim cpu5_cpuidle_state0_time name = POLL # dim cpu5_cpuidle_state0_time algorithm = percentage-of-incremental-row # dim cpu5_cpuidle_state0_time multiplier = 1 # dim cpu5_cpuidle_state0_time divisor = 1 # dim cpu5_cpuidle_state1_time name = C1 # dim cpu5_cpuidle_state1_time algorithm = percentage-of-incremental-row # dim cpu5_cpuidle_state1_time multiplier = 1 # dim cpu5_cpuidle_state1_time divisor = 1 # dim cpu5_cpuidle_state2_time name = C1E # dim cpu5_cpuidle_state2_time algorithm = percentage-of-incremental-row # dim cpu5_cpuidle_state2_time multiplier = 1 # dim cpu5_cpuidle_state2_time divisor = 1 # dim cpu5_cpuidle_state3_time name = C3 # dim cpu5_cpuidle_state3_time algorithm = percentage-of-incremental-row # dim cpu5_cpuidle_state3_time multiplier = 1 # dim cpu5_cpuidle_state3_time divisor = 1 # dim cpu5_cpuidle_state4_time name = C6 # dim cpu5_cpuidle_state4_time algorithm = percentage-of-incremental-row # dim cpu5_cpuidle_state4_time multiplier = 1 # dim cpu5_cpuidle_state4_time divisor = 1 # dim cpu5_cpuidle_state5_time name = C7s # dim cpu5_cpuidle_state5_time algorithm = percentage-of-incremental-row # dim cpu5_cpuidle_state5_time multiplier = 1 # dim cpu5_cpuidle_state5_time divisor = 1 [cpu.cpu6_cpuidle] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu6_cpuidle # chart type = stacked # type = cpu # family = cpuidle # units = percentage # context = cpuidle.cpuidle # priority = 6006 # name = cpu.cpu6_cpuidle # title = C-state residency time # dim cpu6_active_time name = C0 (active) # dim cpu6_active_time algorithm = percentage-of-incremental-row # dim cpu6_active_time multiplier = 1 # dim cpu6_active_time divisor = 1 # dim cpu6_cpuidle_state0_time name = POLL # dim cpu6_cpuidle_state0_time algorithm = percentage-of-incremental-row # dim cpu6_cpuidle_state0_time multiplier = 1 # dim cpu6_cpuidle_state0_time divisor = 1 # dim cpu6_cpuidle_state1_time name = C1 # dim cpu6_cpuidle_state1_time algorithm = percentage-of-incremental-row # dim cpu6_cpuidle_state1_time multiplier = 1 # dim cpu6_cpuidle_state1_time divisor = 1 # dim cpu6_cpuidle_state2_time name = C1E # dim cpu6_cpuidle_state2_time algorithm = percentage-of-incremental-row # dim cpu6_cpuidle_state2_time multiplier = 1 # dim cpu6_cpuidle_state2_time divisor = 1 # dim cpu6_cpuidle_state3_time name = C3 # dim cpu6_cpuidle_state3_time algorithm = percentage-of-incremental-row # dim cpu6_cpuidle_state3_time multiplier = 1 # dim cpu6_cpuidle_state3_time divisor = 1 # dim cpu6_cpuidle_state4_time name = C6 # dim cpu6_cpuidle_state4_time algorithm = percentage-of-incremental-row # dim cpu6_cpuidle_state4_time multiplier = 1 # dim cpu6_cpuidle_state4_time divisor = 1 # dim cpu6_cpuidle_state5_time name = C7s # dim cpu6_cpuidle_state5_time algorithm = percentage-of-incremental-row # dim cpu6_cpuidle_state5_time multiplier = 1 # dim cpu6_cpuidle_state5_time divisor = 1 [cpu.cpu7_cpuidle] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu7_cpuidle # chart type = stacked # type = cpu # family = cpuidle # units = percentage # context = cpuidle.cpuidle # priority = 6007 # name = cpu.cpu7_cpuidle # title = C-state residency time # dim cpu7_active_time name = C0 (active) # dim cpu7_active_time algorithm = percentage-of-incremental-row # dim cpu7_active_time multiplier = 1 # dim cpu7_active_time divisor = 1 # dim cpu7_cpuidle_state0_time name = POLL # dim cpu7_cpuidle_state0_time algorithm = percentage-of-incremental-row # dim cpu7_cpuidle_state0_time multiplier = 1 # dim cpu7_cpuidle_state0_time divisor = 1 # dim cpu7_cpuidle_state1_time name = C1 # dim cpu7_cpuidle_state1_time algorithm = percentage-of-incremental-row # dim cpu7_cpuidle_state1_time multiplier = 1 # dim cpu7_cpuidle_state1_time divisor = 1 # dim cpu7_cpuidle_state2_time name = C1E # dim cpu7_cpuidle_state2_time algorithm = percentage-of-incremental-row # dim cpu7_cpuidle_state2_time multiplier = 1 # dim cpu7_cpuidle_state2_time divisor = 1 # dim cpu7_cpuidle_state3_time name = C3 # dim cpu7_cpuidle_state3_time algorithm = percentage-of-incremental-row # dim cpu7_cpuidle_state3_time multiplier = 1 # dim cpu7_cpuidle_state3_time divisor = 1 # dim cpu7_cpuidle_state4_time name = C6 # dim cpu7_cpuidle_state4_time algorithm = percentage-of-incremental-row # dim cpu7_cpuidle_state4_time multiplier = 1 # dim cpu7_cpuidle_state4_time divisor = 1 # dim cpu7_cpuidle_state5_time name = C7s # dim cpu7_cpuidle_state5_time algorithm = percentage-of-incremental-row # dim cpu7_cpuidle_state5_time multiplier = 1 # dim cpu7_cpuidle_state5_time divisor = 1 [system.uptime] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.uptime # chart type = line # type = system # family = uptime # units = seconds # context = system.uptime # priority = 1000 # name = system.uptime # title = System Uptime # dim uptime name = uptime # dim uptime algorithm = absolute # dim uptime multiplier = 1 # dim uptime divisor = 1000 [system.load] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.load # chart type = line # type = system # family = load # units = load # context = system.load # priority = 100 # name = system.load # title = System Load Average # 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 = 5 # 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 # name = system.active_processes # title = System Active Processes # dim active name = active # dim active algorithm = absolute # dim active multiplier = 1 # dim active divisor = 1 [system.entropy] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.entropy # chart type = line # type = system # family = entropy # units = entropy # context = system.entropy # priority = 1000 # name = system.entropy # title = Available Entropy # dim entropy name = entropy # dim entropy algorithm = absolute # dim entropy multiplier = 1 # dim entropy divisor = 1 [system.interrupts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.interrupts # chart type = stacked # type = system # family = interrupts # units = interrupts/s # context = system.interrupts # priority = 1000 # name = system.interrupts # title = System interrupts # dim 0 name = timer_0 # dim 0 algorithm = incremental # dim 0 multiplier = 1 # dim 0 divisor = 1 # dim 8 name = rtc0_8 # dim 8 algorithm = incremental # dim 8 multiplier = 1 # dim 8 divisor = 1 # dim 16 name = ehci_hcd:usb1_16 # dim 16 algorithm = incremental # dim 16 multiplier = 1 # dim 16 divisor = 1 # dim 18 name = snd_hda_intel:card1_18 # dim 18 algorithm = incremental # dim 18 multiplier = 1 # dim 18 divisor = 1 # dim 23 name = ehci_hcd:usb3_23 # dim 23 algorithm = incremental # dim 23 multiplier = 1 # dim 23 divisor = 1 # dim 25 name = ahci[0000:00:1f.2]_25 # dim 25 algorithm = incremental # dim 25 multiplier = 1 # dim 25 divisor = 1 # dim 26 name = xhci_hcd_26 # dim 26 algorithm = incremental # dim 26 multiplier = 1 # dim 26 divisor = 1 # dim 27 name = mei_me_27 # dim 27 algorithm = incremental # dim 27 multiplier = 1 # dim 27 divisor = 1 # dim 28 name = snd_hda_intel:card0_28 # dim 28 algorithm = incremental # dim 28 multiplier = 1 # dim 28 divisor = 1 # dim 29 name = enp4s0_29 # dim 29 algorithm = incremental # dim 29 multiplier = 1 # dim 29 divisor = 1 # dim 30 name = enp4s0-TxRx-0_30 # dim 30 algorithm = incremental # dim 30 multiplier = 1 # dim 30 divisor = 1 # dim 31 name = enp4s0-tx-1_31 # dim 31 algorithm = incremental # dim 31 multiplier = 1 # dim 31 divisor = 1 # dim 32 name = enp4s0-tx-2_32 # dim 32 algorithm = incremental # dim 32 multiplier = 1 # dim 32 divisor = 1 # dim 33 name = enp4s0-tx-3_33 # dim 33 algorithm = incremental # dim 33 multiplier = 1 # dim 33 divisor = 1 # dim 34 name = nvidia_34 # dim 34 algorithm = incremental # dim 34 multiplier = 1 # dim 34 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 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 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 MCP name = MCP # dim MCP algorithm = incremental # dim MCP multiplier = 1 # dim MCP divisor = 1 [cpu.cpu0_interrupts] history = 5 # 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 # name = cpu.cpu0_interrupts # title = CPU0 Interrupts # dim 0 name = timer_0 # dim 0 algorithm = incremental # dim 0 multiplier = 1 # dim 0 divisor = 1 # dim 34 name = nvidia_34 # dim 34 algorithm = incremental # dim 34 multiplier = 1 # dim 34 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 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 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 MCP name = MCP # dim MCP algorithm = incremental # dim MCP multiplier = 1 # dim MCP divisor = 1 [cpu.cpu1_interrupts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu1_interrupts # chart type = stacked # type = cpu # family = interrupts # units = interrupts/s # context = cpu.interrupts # priority = 1101 # name = cpu.cpu1_interrupts # title = CPU1 Interrupts # dim 27 name = mei_me_27 # dim 27 algorithm = incremental # dim 27 multiplier = 1 # dim 27 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 PMI name = PMI # dim PMI algorithm = incremental # dim PMI multiplier = 1 # dim PMI 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 MCP name = MCP # dim MCP algorithm = incremental # dim MCP multiplier = 1 # dim MCP divisor = 1 [cpu.cpu2_interrupts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu2_interrupts # chart type = stacked # type = cpu # family = interrupts # units = interrupts/s # context = cpu.interrupts # priority = 1102 # name = cpu.cpu2_interrupts # title = CPU2 Interrupts # dim 8 name = rtc0_8 # dim 8 algorithm = incremental # dim 8 multiplier = 1 # dim 8 divisor = 1 # dim 28 name = snd_hda_intel:card0_28 # dim 28 algorithm = incremental # dim 28 multiplier = 1 # dim 28 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 PMI name = PMI # dim PMI algorithm = incremental # dim PMI multiplier = 1 # dim PMI 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 MCP name = MCP # dim MCP algorithm = incremental # dim MCP multiplier = 1 # dim MCP divisor = 1 [cpu.cpu3_interrupts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu3_interrupts # chart type = stacked # type = cpu # family = interrupts # units = interrupts/s # context = cpu.interrupts # priority = 1103 # name = cpu.cpu3_interrupts # title = CPU3 Interrupts # dim 18 name = snd_hda_intel:card1_18 # dim 18 algorithm = incremental # dim 18 multiplier = 1 # dim 18 divisor = 1 # dim 29 name = enp4s0_29 # dim 29 algorithm = incremental # dim 29 multiplier = 1 # dim 29 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 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 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 MCP name = MCP # dim MCP algorithm = incremental # dim MCP multiplier = 1 # dim MCP divisor = 1 [cpu.cpu4_interrupts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu4_interrupts # chart type = stacked # type = cpu # family = interrupts # units = interrupts/s # context = cpu.interrupts # priority = 1104 # name = cpu.cpu4_interrupts # title = CPU4 Interrupts # dim 16 name = ehci_hcd:usb1_16 # dim 16 algorithm = incremental # dim 16 multiplier = 1 # dim 16 divisor = 1 # dim 30 name = enp4s0-TxRx-0_30 # dim 30 algorithm = incremental # dim 30 multiplier = 1 # dim 30 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 PMI name = PMI # dim PMI algorithm = incremental # dim PMI multiplier = 1 # dim PMI 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 MCP name = MCP # dim MCP algorithm = incremental # dim MCP multiplier = 1 # dim MCP divisor = 1 [cpu.cpu5_interrupts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu5_interrupts # chart type = stacked # type = cpu # family = interrupts # units = interrupts/s # context = cpu.interrupts # priority = 1105 # name = cpu.cpu5_interrupts # title = CPU5 Interrupts # dim 25 name = ahci[0000:00:1f.2]_25 # dim 25 algorithm = incremental # dim 25 multiplier = 1 # dim 25 divisor = 1 # dim 31 name = enp4s0-tx-1_31 # dim 31 algorithm = incremental # dim 31 multiplier = 1 # dim 31 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 PMI name = PMI # dim PMI algorithm = incremental # dim PMI multiplier = 1 # dim PMI 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 MCP name = MCP # dim MCP algorithm = incremental # dim MCP multiplier = 1 # dim MCP divisor = 1 [cpu.cpu6_interrupts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu6_interrupts # chart type = stacked # type = cpu # family = interrupts # units = interrupts/s # context = cpu.interrupts # priority = 1106 # name = cpu.cpu6_interrupts # title = CPU6 Interrupts # dim 26 name = xhci_hcd_26 # dim 26 algorithm = incremental # dim 26 multiplier = 1 # dim 26 divisor = 1 # dim 32 name = enp4s0-tx-2_32 # dim 32 algorithm = incremental # dim 32 multiplier = 1 # dim 32 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 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 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 MCP name = MCP # dim MCP algorithm = incremental # dim MCP multiplier = 1 # dim MCP divisor = 1 [cpu.cpu7_interrupts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu7_interrupts # chart type = stacked # type = cpu # family = interrupts # units = interrupts/s # context = cpu.interrupts # priority = 1107 # name = cpu.cpu7_interrupts # title = CPU7 Interrupts # dim 23 name = ehci_hcd:usb3_23 # dim 23 algorithm = incremental # dim 23 multiplier = 1 # dim 23 divisor = 1 # dim 33 name = enp4s0-tx-3_33 # dim 33 algorithm = incremental # dim 33 multiplier = 1 # dim 33 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 PMI name = PMI # dim PMI algorithm = incremental # dim PMI multiplier = 1 # dim PMI 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 MCP name = MCP # dim MCP algorithm = incremental # dim MCP multiplier = 1 # dim MCP divisor = 1 [system.softirqs] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.softirqs # chart type = stacked # type = system # family = softirqs # units = softirqs/s # context = system.softirqs # priority = 950 # name = system.softirqs # title = 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 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 [cpu.cpu0_softirqs] history = 5 # 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 # name = cpu.cpu0_softirqs # title = 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 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 RCU name = RCU # dim RCU algorithm = incremental # dim RCU multiplier = 1 # dim RCU divisor = 1 [cpu.cpu1_softirqs] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu1_softirqs # chart type = stacked # type = cpu # family = softirqs # units = softirqs/s # context = cpu.softirqs # priority = 3001 # name = cpu.cpu1_softirqs # title = CPU1 softirqs # 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 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 RCU name = RCU # dim RCU algorithm = incremental # dim RCU multiplier = 1 # dim RCU divisor = 1 [cpu.cpu2_softirqs] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu2_softirqs # chart type = stacked # type = cpu # family = softirqs # units = softirqs/s # context = cpu.softirqs # priority = 3002 # name = cpu.cpu2_softirqs # title = CPU2 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 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 RCU name = RCU # dim RCU algorithm = incremental # dim RCU multiplier = 1 # dim RCU divisor = 1 [cpu.cpu3_softirqs] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu3_softirqs # chart type = stacked # type = cpu # family = softirqs # units = softirqs/s # context = cpu.softirqs # priority = 3003 # name = cpu.cpu3_softirqs # title = CPU3 softirqs # 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 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 RCU name = RCU # dim RCU algorithm = incremental # dim RCU multiplier = 1 # dim RCU divisor = 1 [cpu.cpu4_softirqs] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu4_softirqs # chart type = stacked # type = cpu # family = softirqs # units = softirqs/s # context = cpu.softirqs # priority = 3004 # name = cpu.cpu4_softirqs # title = CPU4 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 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 [cpu.cpu5_softirqs] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu5_softirqs # chart type = stacked # type = cpu # family = softirqs # units = softirqs/s # context = cpu.softirqs # priority = 3005 # name = cpu.cpu5_softirqs # title = CPU5 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 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 RCU name = RCU # dim RCU algorithm = incremental # dim RCU multiplier = 1 # dim RCU divisor = 1 [cpu.cpu6_softirqs] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu6_softirqs # chart type = stacked # type = cpu # family = softirqs # units = softirqs/s # context = cpu.softirqs # priority = 3006 # name = cpu.cpu6_softirqs # title = CPU6 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 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 RCU name = RCU # dim RCU algorithm = incremental # dim RCU multiplier = 1 # dim RCU divisor = 1 [cpu.cpu7_softirqs] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu7_softirqs # chart type = stacked # type = cpu # family = softirqs # units = softirqs/s # context = cpu.softirqs # priority = 3007 # name = cpu.cpu7_softirqs # title = CPU7 softirqs # 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 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.pgpgio] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.pgpgio # chart type = area # type = system # family = disk # units = KiB/s # context = system.pgpgio # priority = 151 # name = system.pgpgio # title = Memory Paged from/to disk # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/mem.pgfaults # chart type = line # type = mem # family = system # units = faults/s # context = mem.pgfaults # priority = 1030 # name = mem.pgfaults # title = Memory Page Faults # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/system.ram # chart type = stacked # type = system # family = ram # units = MiB # context = system.ram # priority = 200 # name = system.ram # title = 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.available] history = 5 # enabled = yes # cache directory = /var/cache/netdata/mem.available # chart type = area # type = mem # family = system # units = MiB # context = mem.available # priority = 1010 # name = mem.available # title = Available RAM for applications # dim MemAvailable name = avail # dim MemAvailable algorithm = absolute # dim MemAvailable multiplier = 1 # dim MemAvailable divisor = 1024 [system.swap] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.swap # chart type = stacked # type = system # family = swap # units = MiB # context = system.swap # priority = 201 # name = system.swap # title = System Swap # 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 [mem.committed] history = 5 # enabled = yes # cache directory = /var/cache/netdata/mem.committed # chart type = area # type = mem # family = system # units = MiB # context = mem.committed # priority = 1020 # name = mem.committed # title = Committed (Allocated) Memory # dim Committed_AS name = Committed_AS # dim Committed_AS algorithm = absolute # dim Committed_AS multiplier = 1 # dim Committed_AS divisor = 1024 [mem.writeback] history = 5 # enabled = yes # cache directory = /var/cache/netdata/mem.writeback # chart type = line # type = mem # family = kernel # units = MiB # context = mem.writeback # priority = 1100 # name = mem.writeback # title = Writeback Memory # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/mem.kernel # chart type = stacked # type = mem # family = kernel # units = MiB # context = mem.kernel # priority = 1101 # name = mem.kernel # title = Memory Used by 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/mem.slab # chart type = stacked # type = mem # family = slab # units = MiB # context = mem.slab # priority = 1200 # name = mem.slab # title = Reclaimable Kernel Memory # 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 [mem.transparent_hugepages] history = 5 # enabled = yes # cache directory = /var/cache/netdata/mem.transparent_hugepages # chart type = stacked # type = mem # family = hugepages # units = MiB # context = mem.transparent_hugepages # priority = 1250 # name = mem.transparent_hugepages # title = Transparent HugePages Memory # dim anonymous name = anonymous # dim anonymous algorithm = absolute # dim anonymous multiplier = 1 # dim anonymous divisor = 1024 # dim shmem name = shmem # dim shmem algorithm = absolute # dim shmem multiplier = 1 # dim shmem divisor = 1024 [net.eth0] history = 5 # enabled = yes # cache directory = /var/cache/netdata/net.eth0 # chart type = area # type = net # family = eth0 # units = kilobits/s # context = net.net # priority = 7000 # name = net.eth0 # title = Bandwidth # dim received name = received # dim received algorithm = incremental # dim received multiplier = 8 # dim received divisor = 1000 # dim sent name = sent # dim sent algorithm = incremental # dim sent multiplier = -8 # dim sent divisor = 1000 [net_packets.eth0] history = 5 # 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 # name = net_packets.eth0 # title = 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 multicast name = multicast # dim multicast algorithm = incremental # dim multicast multiplier = 1 # dim multicast divisor = 1 [ipv4.sockstat_sockets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.sockstat_sockets # chart type = line # type = ipv4 # family = sockets # units = sockets # context = ipv4.sockstat_sockets # priority = 5100 # name = ipv4.sockstat_sockets # title = IPv4 Sockets Used # dim used name = used # dim used algorithm = absolute # dim used multiplier = 1 # dim used divisor = 1 [ipv4.sockstat_tcp_sockets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.sockstat_tcp_sockets # chart type = line # type = ipv4 # family = tcp # units = sockets # context = ipv4.sockstat_tcp_sockets # priority = 5201 # name = ipv4.sockstat_tcp_sockets # title = IPv4 TCP Sockets # dim alloc name = alloc # dim alloc algorithm = absolute # dim alloc multiplier = 1 # dim alloc divisor = 1 # dim orphan name = orphan # dim orphan algorithm = absolute # dim orphan multiplier = 1 # dim orphan divisor = 1 # dim inuse name = inuse # dim inuse algorithm = absolute # dim inuse multiplier = 1 # dim inuse divisor = 1 # dim timewait name = timewait # dim timewait algorithm = absolute # dim timewait multiplier = 1 # dim timewait divisor = 1 [ipv4.sockstat_tcp_mem] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.sockstat_tcp_mem # chart type = area # type = ipv4 # family = tcp # units = KiB # context = ipv4.sockstat_tcp_mem # priority = 5290 # name = ipv4.sockstat_tcp_mem # title = IPv4 TCP Sockets Memory # dim mem name = mem # dim mem algorithm = absolute # dim mem multiplier = 4096 # dim mem divisor = 1024 [ipv4.sockstat_udp_sockets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.sockstat_udp_sockets # chart type = line # type = ipv4 # family = udp # units = sockets # context = ipv4.sockstat_udp_sockets # priority = 5300 # name = ipv4.sockstat_udp_sockets # title = IPv4 UDP Sockets # dim inuse name = inuse # dim inuse algorithm = absolute # dim inuse multiplier = 1 # dim inuse divisor = 1 [ipv4.sockstat_udp_mem] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.sockstat_udp_mem # chart type = area # type = ipv4 # family = udp # units = KiB # context = ipv4.sockstat_udp_mem # priority = 5390 # name = ipv4.sockstat_udp_mem # title = IPv4 UDP Sockets Memory # dim mem name = mem # dim mem algorithm = absolute # dim mem multiplier = 4096 # dim mem divisor = 1024 [ipv6.sockstat6_tcp_sockets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv6.sockstat6_tcp_sockets # chart type = line # type = ipv6 # family = tcp6 # units = sockets # context = ipv6.sockstat6_tcp_sockets # priority = 6500 # name = ipv6.sockstat6_tcp_sockets # title = IPv6 TCP Sockets # dim inuse name = inuse # dim inuse algorithm = absolute # dim inuse multiplier = 1 # dim inuse divisor = 1 [ip.tcpconnaborts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ip.tcpconnaborts # chart type = line # type = ip # family = tcp # units = connections/s # context = ip.tcpconnaborts # priority = 4210 # name = ip.tcpconnaborts # title = TCP Connection Aborts # 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 [ip.tcpofo] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ip.tcpofo # chart type = line # type = ip # family = tcp # units = packets/s # context = ip.tcpofo # priority = 4250 # name = ip.tcpofo # title = TCP Out-Of-Order Queue # 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.ip] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.ip # chart type = area # type = system # family = network # units = kilobits/s # context = system.ip # priority = 501 # name = system.ip # title = IP Bandwidth # dim InOctets name = received # dim InOctets algorithm = incremental # dim InOctets multiplier = 8 # dim InOctets divisor = 1000 # dim OutOctets name = sent # dim OutOctets algorithm = incremental # dim OutOctets multiplier = -8 # dim OutOctets divisor = 1000 [ip.bcast] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ip.bcast # chart type = area # type = ip # family = broadcast # units = kilobits/s # context = ip.bcast # priority = 4500 # name = ip.bcast # title = IP Broadcast Bandwidth # dim InBcastOctets name = received # dim InBcastOctets algorithm = incremental # dim InBcastOctets multiplier = 8 # dim InBcastOctets divisor = 1000 # dim OutBcastOctets name = sent # dim OutBcastOctets algorithm = incremental # dim OutBcastOctets multiplier = -8 # dim OutBcastOctets divisor = 1000 [ip.bcastpkts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ip.bcastpkts # chart type = line # type = ip # family = broadcast # units = packets/s # context = ip.bcastpkts # priority = 4510 # name = ip.bcastpkts # title = IP Broadcast Packets # dim InBcastPkts name = received # dim InBcastPkts algorithm = incremental # dim InBcastPkts multiplier = 1 # dim InBcastPkts divisor = 1 # dim OutBcastPkts name = sent # dim OutBcastPkts algorithm = incremental # dim OutBcastPkts multiplier = -1 # dim OutBcastPkts divisor = 1 [ip.ecnpkts] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ip.ecnpkts # chart type = line # type = ip # family = ecn # units = packets/s # context = ip.ecnpkts # priority = 4700 # name = ip.ecnpkts # title = IP ECN Statistics # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.packets # chart type = line # type = ipv4 # family = packets # units = packets/s # context = ipv4.packets # priority = 5130 # name = ipv4.packets # title = 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.tcppackets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.tcppackets # chart type = line # type = ipv4 # family = tcp # units = packets/s # context = ipv4.tcppackets # priority = 5204 # name = ipv4.tcppackets # title = IPv4 TCP Packets # 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.tcpopens] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.tcpopens # chart type = line # type = ipv4 # family = tcp # units = connections/s # context = ipv4.tcpopens # priority = 5205 # name = ipv4.tcpopens # title = IPv4 TCP Opens # dim ActiveOpens name = active # dim ActiveOpens algorithm = incremental # dim ActiveOpens multiplier = 1 # dim ActiveOpens divisor = 1 # dim PassiveOpens name = passive # dim PassiveOpens algorithm = incremental # dim PassiveOpens multiplier = 1 # dim PassiveOpens divisor = 1 [ipv4.tcphandshake] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.tcphandshake # chart type = line # type = ipv4 # family = tcp # units = events/s # context = ipv4.tcphandshake # priority = 5230 # name = ipv4.tcphandshake # title = IPv4 TCP Handshake Issues # 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 AttemptFails name = AttemptFails # dim AttemptFails algorithm = incremental # dim AttemptFails multiplier = 1 # dim AttemptFails divisor = 1 # dim TCPSynRetrans name = SynRetrans # dim TCPSynRetrans algorithm = incremental # dim TCPSynRetrans multiplier = 1 # dim TCPSynRetrans divisor = 1 [ipv4.udppackets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.udppackets # chart type = line # type = ipv4 # family = udp # units = packets/s # context = ipv4.udppackets # priority = 5300 # name = ipv4.udppackets # title = IPv4 UDP Packets # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv4.udperrors # chart type = line # type = ipv4 # family = udp # units = events/s # context = ipv4.udperrors # priority = 5310 # name = ipv4.udperrors # title = IPv4 UDP 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 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 [system.ipv6] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.ipv6 # chart type = area # type = system # family = network # units = kilobits/s # context = system.ipv6 # priority = 502 # name = system.ipv6 # title = IPv6 Bandwidth # dim InOctets name = received # dim InOctets algorithm = incremental # dim InOctets multiplier = 8 # dim InOctets divisor = 1000 # dim OutOctets name = sent # dim OutOctets algorithm = incremental # dim OutOctets multiplier = -8 # dim OutOctets divisor = 1000 [ipv6.packets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv6.packets # chart type = line # type = ipv6 # family = packets # units = packets/s # context = ipv6.packets # priority = 6200 # name = ipv6.packets # title = IPv6 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 OutForwDatagrams name = forwarded # dim OutForwDatagrams algorithm = incremental # dim OutForwDatagrams multiplier = -1 # dim OutForwDatagrams divisor = 1 # dim InDelivers name = delivers # dim InDelivers algorithm = incremental # dim InDelivers multiplier = 1 # dim InDelivers divisor = 1 [ipv6.errors] history = 5 # enabled = yes # cache directory = /var/cache/netdata/ipv6.errors # chart type = line # type = ipv6 # family = errors # units = packets/s # context = ipv6.errors # priority = 6300 # name = ipv6.errors # title = 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 [system.softnet_stat] history = 5 # 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 # name = system.softnet_stat # title = 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu0_softnet_stat # chart type = line # type = cpu # family = softnet_stat # units = events/s # context = cpu.softnet_stat # priority = 4101 # name = cpu.cpu0_softnet_stat # title = 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 [cpu.cpu1_softnet_stat] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu1_softnet_stat # chart type = line # type = cpu # family = softnet_stat # units = events/s # context = cpu.softnet_stat # priority = 4102 # name = cpu.cpu1_softnet_stat # title = CPU1 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.cpu2_softnet_stat] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu2_softnet_stat # chart type = line # type = cpu # family = softnet_stat # units = events/s # context = cpu.softnet_stat # priority = 4103 # name = cpu.cpu2_softnet_stat # title = CPU2 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.cpu3_softnet_stat] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu3_softnet_stat # chart type = line # type = cpu # family = softnet_stat # units = events/s # context = cpu.softnet_stat # priority = 4104 # name = cpu.cpu3_softnet_stat # title = CPU3 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.cpu4_softnet_stat] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu4_softnet_stat # chart type = line # type = cpu # family = softnet_stat # units = events/s # context = cpu.softnet_stat # priority = 4105 # name = cpu.cpu4_softnet_stat # title = CPU4 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.cpu5_softnet_stat] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu5_softnet_stat # chart type = line # type = cpu # family = softnet_stat # units = events/s # context = cpu.softnet_stat # priority = 4106 # name = cpu.cpu5_softnet_stat # title = CPU5 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.cpu6_softnet_stat] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu6_softnet_stat # chart type = line # type = cpu # family = softnet_stat # units = events/s # context = cpu.softnet_stat # priority = 4107 # name = cpu.cpu6_softnet_stat # title = CPU6 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.cpu7_softnet_stat] history = 5 # enabled = yes # cache directory = /var/cache/netdata/cpu.cpu7_softnet_stat # chart type = line # type = cpu # family = softnet_stat # units = events/s # context = cpu.softnet_stat # priority = 4108 # name = cpu.cpu7_softnet_stat # title = CPU7 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 [netfilter.conntrack_sockets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netfilter.conntrack_sockets # chart type = line # type = netfilter # family = conntrack # units = active connections # context = netfilter.conntrack_sockets # priority = 8700 # name = netfilter.conntrack_sockets # title = Connection Tracker Connections # dim connections name = connections # dim connections algorithm = absolute # dim connections multiplier = 1 # dim connections divisor = 1 [netfilter.conntrack_new] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netfilter.conntrack_new # chart type = line # type = netfilter # family = conntrack # units = connections/s # context = netfilter.conntrack_new # priority = 8701 # name = netfilter.conntrack_new # title = Connection Tracker New Connections # dim new name = new # dim new algorithm = incremental # dim new multiplier = 1 # dim new divisor = 1 # dim ignore name = ignore # dim ignore algorithm = incremental # dim ignore multiplier = -1 # dim ignore divisor = 1 # dim invalid name = invalid # dim invalid algorithm = incremental # dim invalid multiplier = -1 # dim invalid divisor = 1 [netfilter.conntrack_changes] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netfilter.conntrack_changes # chart type = line # type = netfilter # family = conntrack # units = changes/s # context = netfilter.conntrack_changes # priority = 8702 # name = netfilter.conntrack_changes # title = Connection Tracker Changes # dim inserted name = inserted # dim inserted algorithm = incremental # dim inserted multiplier = 1 # dim inserted divisor = 1 # dim deleted name = deleted # dim deleted algorithm = incremental # dim deleted multiplier = -1 # dim deleted divisor = 1 # dim delete_list name = delete_list # dim delete_list algorithm = incremental # dim delete_list multiplier = -1 # dim delete_list divisor = 1 [netfilter.conntrack_expect] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netfilter.conntrack_expect # chart type = line # type = netfilter # family = conntrack # units = expectations/s # context = netfilter.conntrack_expect # priority = 8703 # name = netfilter.conntrack_expect # title = Connection Tracker Expectations # dim created name = created # dim created algorithm = incremental # dim created multiplier = 1 # dim created divisor = 1 # dim deleted name = deleted # dim deleted algorithm = incremental # dim deleted multiplier = -1 # dim deleted divisor = 1 # dim new name = new # dim new algorithm = incremental # dim new multiplier = 1 # dim new divisor = 1 [netfilter.conntrack_search] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netfilter.conntrack_search # chart type = line # type = netfilter # family = conntrack # units = searches/s # context = netfilter.conntrack_search # priority = 8710 # name = netfilter.conntrack_search # title = Connection Tracker Searches # dim searched name = searched # dim searched algorithm = incremental # dim searched multiplier = 1 # dim searched divisor = 1 # dim restarted name = restarted # dim restarted algorithm = incremental # dim restarted multiplier = -1 # dim restarted divisor = 1 # dim found name = found # dim found algorithm = incremental # dim found multiplier = 1 # dim found divisor = 1 [netfilter.conntrack_errors] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netfilter.conntrack_errors # chart type = line # type = netfilter # family = conntrack # units = events/s # context = netfilter.conntrack_errors # priority = 8705 # name = netfilter.conntrack_errors # title = Connection Tracker Errors # dim icmp_error name = icmp_error # dim icmp_error algorithm = incremental # dim icmp_error multiplier = 1 # dim icmp_error divisor = 1 # dim insert_failed name = insert_failed # dim insert_failed algorithm = incremental # dim insert_failed multiplier = -1 # dim insert_failed divisor = 1 # dim drop name = drop # dim drop algorithm = incremental # dim drop multiplier = -1 # dim drop divisor = 1 # dim early_drop name = early_drop # dim early_drop algorithm = incremental # dim early_drop multiplier = -1 # dim early_drop divisor = 1 [disk.sda] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk.sda # chart type = area # type = disk # family = sda # units = KiB/s # context = disk.io # priority = 2000 # name = disk.sda # title = Disk I/O Bandwidth # 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.sda] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_ops.sda # chart type = line # type = disk_ops # family = sda # units = operations/s # context = disk.ops # priority = 2001 # name = disk_ops.sda # title = Disk Completed I/O Operations # 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.sda] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_backlog.sda # chart type = area # type = disk_backlog # family = sda # units = milliseconds # context = disk.backlog # priority = 2003 # name = disk_backlog.sda # title = Disk Backlog # dim backlog name = backlog # dim backlog algorithm = incremental # dim backlog multiplier = 1 # dim backlog divisor = 10 [disk_util.sda] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_util.sda # chart type = area # type = disk_util # family = sda # units = % of time working # context = disk.util # priority = 2004 # name = disk_util.sda # title = Disk Utilization Time # dim utilization name = utilization # dim utilization algorithm = incremental # dim utilization multiplier = 1 # dim utilization divisor = 10 [disk_iotime.sda] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_iotime.sda # chart type = line # type = disk_iotime # family = sda # units = milliseconds/s # context = disk.iotime # priority = 2022 # name = disk_iotime.sda # title = Disk Total I/O Time # 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.sdb] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk.sdb # chart type = area # type = disk # family = sdb # units = KiB/s # context = disk.io # priority = 2000 # name = disk.sdb # title = Disk I/O Bandwidth # 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.sdb] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_ops.sdb # chart type = line # type = disk_ops # family = sdb # units = operations/s # context = disk.ops # priority = 2001 # name = disk_ops.sdb # title = Disk Completed I/O Operations # 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.sdb] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_backlog.sdb # chart type = area # type = disk_backlog # family = sdb # units = milliseconds # context = disk.backlog # priority = 2003 # name = disk_backlog.sdb # title = Disk Backlog # dim backlog name = backlog # dim backlog algorithm = incremental # dim backlog multiplier = 1 # dim backlog divisor = 10 [disk_util.sdb] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_util.sdb # chart type = area # type = disk_util # family = sdb # units = % of time working # context = disk.util # priority = 2004 # name = disk_util.sdb # title = Disk Utilization Time # dim utilization name = utilization # dim utilization algorithm = incremental # dim utilization multiplier = 1 # dim utilization divisor = 10 [disk_mops.sdb] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_mops.sdb # chart type = line # type = disk_mops # family = sdb # units = merged operations/s # context = disk.mops # priority = 2021 # name = disk_mops.sdb # title = Disk Merged Operations # 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.sdb] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_iotime.sdb # chart type = line # type = disk_iotime # family = sdb # units = milliseconds/s # context = disk.iotime # priority = 2022 # name = disk_iotime.sdb # title = Disk Total I/O Time # 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.io] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.io # chart type = area # type = system # family = disk # units = KiB/s # context = system.io # priority = 150 # name = system.io # title = Disk I/O # 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.ipc_semaphores] history = 5 # 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 = 1203 # name = system.ipc_semaphores # title = IPC Semaphores # dim semaphores name = semaphores # dim semaphores algorithm = absolute # dim semaphores multiplier = 1 # dim semaphores divisor = 1 [system.ipc_semaphore_arrays] history = 5 # 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 = 1204 # name = system.ipc_semaphore_arrays # title = IPC Semaphore Arrays # dim arrays name = arrays # dim arrays algorithm = absolute # dim arrays multiplier = 1 # dim arrays divisor = 1 [system.shared_memory_segments] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.shared_memory_segments # chart type = stacked # type = system # family = ipc shared memory # units = segments # context = system.shared_memory_segments # priority = 1205 # name = system.shared_memory_segments # title = IPC Shared Memory Number of Segments # dim segments name = segments # dim segments algorithm = absolute # dim segments multiplier = 1 # dim segments divisor = 1 [system.shared_memory_bytes] history = 5 # enabled = yes # cache directory = /var/cache/netdata/system.shared_memory_bytes # chart type = stacked # type = system # family = ipc shared memory # units = bytes # context = system.shared_memory_bytes # priority = 1206 # name = system.shared_memory_bytes # title = IPC Shared Memory Used Bytes # dim bytes name = bytes # dim bytes algorithm = absolute # dim bytes multiplier = 1 # dim bytes divisor = 1 [netdata.plugin_proc_modules] history = 5 # 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 # name = netdata.plugin_proc_modules # title = Netdata Proc Plugin Modules Durations # 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 sockstat name = sockstat # dim sockstat algorithm = absolute # dim sockstat multiplier = 1 # dim sockstat divisor = 1000 # dim sockstat6 name = sockstat6 # dim sockstat6 algorithm = absolute # dim sockstat6 multiplier = 1 # dim sockstat6 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 conntrack name = conntrack # dim conntrack algorithm = absolute # dim conntrack multiplier = 1 # dim conntrack divisor = 1000 # dim diskstats name = diskstats # dim diskstats algorithm = absolute # dim diskstats multiplier = 1 # dim diskstats divisor = 1000 # dim mdstat name = mdstat # dim mdstat algorithm = absolute # dim mdstat multiplier = 1 # dim mdstat divisor = 1000 # dim btrfs name = btrfs # dim btrfs algorithm = absolute # dim btrfs multiplier = 1 # dim btrfs divisor = 1000 # dim ipc name = ipc # dim ipc algorithm = absolute # dim ipc multiplier = 1 # dim ipc divisor = 1000 # dim power_supply name = power_supply # dim power_supply algorithm = absolute # dim power_supply multiplier = 1 # dim power_supply divisor = 1000 [netdata.plugin_proc_cpu] history = 5 # 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 # name = netdata.plugin_proc_cpu # title = Netdata Proc Plugin CPU usage # 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 = 5 # 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 # name = netdata.server_cpu # title = Netdata CPU usage # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.clients # chart type = line # type = netdata # family = netdata # units = connected clients # context = netdata.clients # priority = 130200 # name = netdata.clients # title = Netdata Web Clients # dim clients name = clients # dim clients algorithm = absolute # dim clients multiplier = 1 # dim clients divisor = 1 [netdata.requests] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.requests # chart type = line # type = netdata # family = netdata # units = requests/s # context = netdata.requests # priority = 130300 # name = netdata.requests # title = Netdata Web Requests # dim requests name = requests # dim requests algorithm = incremental # dim requests multiplier = 1 # dim requests divisor = 1 [netdata.net] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.net # chart type = area # type = netdata # family = netdata # units = kilobits/s # context = netdata.net # priority = 130000 # name = netdata.net # title = Netdata Network Traffic # dim in name = in # dim in algorithm = incremental # dim in multiplier = 8 # dim in divisor = 1000 # dim out name = out # dim out algorithm = incremental # dim out multiplier = -8 # dim out divisor = 1000 [netdata.response_time] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.response_time # chart type = line # type = netdata # family = netdata # units = milliseconds/request # context = netdata.response_time # priority = 130400 # name = netdata.response_time # title = Netdata API 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 = 5 # 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 # name = netdata.compression_ratio # title = Netdata API Responses Compression Savings Ratio # dim savings name = savings # dim savings algorithm = absolute # dim savings multiplier = 1 # dim savings divisor = 1000 [netdata.dbengine_compression_ratio] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.dbengine_compression_ratio # chart type = line # type = netdata # family = dbengine # units = percentage # context = netdata.dbengine_compression_ratio # priority = 130502 # name = netdata.dbengine_compression_ratio # title = Netdata DB engine data extents' compression savings ratio # dim savings name = savings # dim savings algorithm = absolute # dim savings multiplier = 1 # dim savings divisor = 1000 [netdata.page_cache_hit_ratio] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.page_cache_hit_ratio # chart type = line # type = netdata # family = dbengine # units = percentage # context = netdata.page_cache_hit_ratio # priority = 130503 # name = netdata.page_cache_hit_ratio # title = Netdata DB engine page cache hit ratio # dim ratio name = ratio # dim ratio algorithm = absolute # dim ratio multiplier = 1 # dim ratio divisor = 1000 [netdata.page_cache_stats] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.page_cache_stats # chart type = line # type = netdata # family = dbengine # units = pages # context = netdata.page_cache_stats # priority = 130504 # name = netdata.page_cache_stats # title = Netdata dbengine page cache statistics # dim descriptors name = descriptors # dim descriptors algorithm = absolute # dim descriptors multiplier = 1 # dim descriptors divisor = 1 # dim populated name = populated # dim populated algorithm = absolute # dim populated multiplier = 1 # dim populated divisor = 1 # dim dirty name = dirty # dim dirty algorithm = absolute # dim dirty multiplier = 1 # dim dirty divisor = 1 # dim backfills name = backfills # dim backfills algorithm = incremental # dim backfills multiplier = 1 # dim backfills divisor = 1 # dim evictions name = evictions # dim evictions algorithm = incremental # dim evictions multiplier = -1 # dim evictions divisor = 1 # dim used_by_collectors name = used_by_collectors # dim used_by_collectors algorithm = absolute # dim used_by_collectors multiplier = 1 # dim used_by_collectors divisor = 1 [netdata.dbengine_long_term_page_stats] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.dbengine_long_term_page_stats # chart type = line # type = netdata # family = dbengine # units = pages # context = netdata.dbengine_long_term_page_stats # priority = 130505 # name = netdata.dbengine_long_term_page_stats # title = Netdata dbengine long-term page statistics # dim total name = total # dim total algorithm = absolute # dim total multiplier = 1 # dim total divisor = 1 # dim insertions name = insertions # dim insertions algorithm = incremental # dim insertions multiplier = 1 # dim insertions divisor = 1 # dim deletions name = deletions # dim deletions algorithm = incremental # dim deletions multiplier = -1 # dim deletions divisor = 1 # dim flushing_pressure_deletions name = flushing_pressure_deletions # dim flushing_pressure_deletions algorithm = incremental # dim flushing_pressure_deletions multiplier = -1 # dim flushing_pressure_deletions divisor = 1 [netdata.dbengine_io_throughput] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.dbengine_io_throughput # chart type = line # type = netdata # family = dbengine # units = MiB/s # context = netdata.dbengine_io_throughput # priority = 130506 # name = netdata.dbengine_io_throughput # title = Netdata DB engine I/O throughput # dim reads name = reads # dim reads algorithm = incremental # dim reads multiplier = 1 # dim reads divisor = 1048576 # dim writes name = writes # dim writes algorithm = incremental # dim writes multiplier = -1 # dim writes divisor = 1048576 [netdata.dbengine_io_operations] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.dbengine_io_operations # chart type = line # type = netdata # family = dbengine # units = operations/s # context = netdata.dbengine_io_operations # priority = 130507 # name = netdata.dbengine_io_operations # title = Netdata DB engine I/O operations # 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 [netdata.dbengine_global_errors] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.dbengine_global_errors # chart type = line # type = netdata # family = dbengine # units = errors/s # context = netdata.dbengine_global_errors # priority = 130508 # name = netdata.dbengine_global_errors # title = Netdata DB engine errors # dim io_errors name = io_errors # dim io_errors algorithm = incremental # dim io_errors multiplier = 1 # dim io_errors divisor = 1 # dim fs_errors name = fs_errors # dim fs_errors algorithm = incremental # dim fs_errors multiplier = 1 # dim fs_errors divisor = 1 # dim pg_cache_over_half_dirty_events name = pg_cache_over_half_dirty_events # dim pg_cache_over_half_dirty_events algorithm = incremental # dim pg_cache_over_half_dirty_events multiplier = 1 # dim pg_cache_over_half_dirty_events divisor = 1 [netdata.dbengine_global_file_descriptors] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.dbengine_global_file_descriptors # chart type = line # type = netdata # family = dbengine # units = descriptors # context = netdata.dbengine_global_file_descriptors # priority = 130509 # name = netdata.dbengine_global_file_descriptors # title = Netdata DB engine File Descriptors # dim current name = current # dim current algorithm = absolute # dim current multiplier = 1 # dim current divisor = 1 # dim max name = max # dim max algorithm = absolute # dim max multiplier = 1 # dim max divisor = 1 [netdata.dbengine_ram] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.dbengine_ram # chart type = stacked # type = netdata # family = dbengine # units = MiB # context = netdata.dbengine_ram # priority = 130510 # name = netdata.dbengine_ram # title = Netdata DB engine RAM usage # dim cache name = cache # dim cache algorithm = absolute # dim cache multiplier = 1 # dim cache divisor = 256 # dim collectors name = collectors # dim collectors algorithm = absolute # dim collectors multiplier = 1 # dim collectors divisor = 256 # dim metadata name = metadata # dim metadata algorithm = absolute # dim metadata multiplier = 1 # dim metadata divisor = 1048576 [netdata.web_thread4_cpu] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.web_thread4_cpu # chart type = stacked # type = netdata # family = web # units = milliseconds/s # context = netdata.web_cpu # priority = 132003 # name = netdata.web_thread4_cpu # title = Netdata web server thread No 4 CPU usage # 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.web_thread1_cpu] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.web_thread1_cpu # chart type = stacked # type = netdata # family = web # units = milliseconds/s # context = netdata.web_cpu # priority = 132000 # name = netdata.web_thread1_cpu # title = Netdata web server thread No 1 CPU usage # 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.web_thread6_cpu] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.web_thread6_cpu # chart type = stacked # type = netdata # family = web # units = milliseconds/s # context = netdata.web_cpu # priority = 132005 # name = netdata.web_thread6_cpu # title = Netdata web server thread No 6 CPU usage # 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.web_thread3_cpu] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.web_thread3_cpu # chart type = stacked # type = netdata # family = web # units = milliseconds/s # context = netdata.web_cpu # priority = 132002 # name = netdata.web_thread3_cpu # title = Netdata web server thread No 3 CPU usage # 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.web_thread2_cpu] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.web_thread2_cpu # chart type = stacked # type = netdata # family = web # units = milliseconds/s # context = netdata.web_cpu # priority = 132001 # name = netdata.web_thread2_cpu # title = Netdata web server thread No 2 CPU usage # 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 [disk_await.sda] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_await.sda # chart type = line # type = disk_await # family = sda # units = milliseconds/operation # context = disk.await # priority = 2005 # name = disk_await.sda # title = Average Completed I/O Operation Time # 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.sda] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_avgsz.sda # chart type = area # type = disk_avgsz # family = sda # units = KiB/operation # context = disk.avgsz # priority = 2006 # name = disk_avgsz.sda # title = Average Completed I/O Operation Bandwidth # 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.sda] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_svctm.sda # chart type = line # type = disk_svctm # family = sda # units = milliseconds/operation # context = disk.svctm # priority = 2007 # name = disk_svctm.sda # title = Average Service Time # dim svctm name = svctm # dim svctm algorithm = absolute # dim svctm multiplier = 1 # dim svctm divisor = 1 [disk_await.sdb] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_await.sdb # chart type = line # type = disk_await # family = sdb # units = milliseconds/operation # context = disk.await # priority = 2005 # name = disk_await.sdb # title = Average Completed I/O Operation Time # 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.sdb] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_avgsz.sdb # chart type = area # type = disk_avgsz # family = sdb # units = KiB/operation # context = disk.avgsz # priority = 2006 # name = disk_avgsz.sdb # title = Average Completed I/O Operation Bandwidth # 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.sdb] history = 5 # enabled = yes # cache directory = /var/cache/netdata/disk_svctm.sdb # chart type = line # type = disk_svctm # family = sdb # units = milliseconds/operation # context = disk.svctm # priority = 2007 # name = disk_svctm.sdb # title = Average Service Time # dim svctm name = svctm # dim svctm algorithm = absolute # dim svctm multiplier = 1 # dim svctm divisor = 1 [netdata.web_thread5_cpu] history = 5 # enabled = yes # cache directory = /var/cache/netdata/netdata.web_thread5_cpu # chart type = stacked # type = netdata # family = web # units = milliseconds/s # context = netdata.web_cpu # priority = 132004 # name = netdata.web_thread5_cpu # title = Netdata web server thread No 5 CPU usage # 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_cpu] history = 5 # 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 # name = netdata.apps_cpu # title = Apps Plugin 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 = 5 # 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 # name = netdata.apps_sizes # title = Apps Plugin Files # 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 filenames name = filenames # dim filenames algorithm = incremental # dim filenames multiplier = 1 # dim filenames divisor = 1 # dim inode_changes name = inode_changes # dim inode_changes algorithm = incremental # dim inode_changes multiplier = 1 # dim inode_changes divisor = 1 # dim link_changes name = link_changes # dim link_changes algorithm = incremental # dim link_changes multiplier = 1 # dim link_changes 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 = 5 # 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 # name = netdata.apps_fix # title = Apps Plugin Normalization Ratios # 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 = 5 # 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 # name = netdata.apps_children_fix # title = Apps Plugin Exited Children Normalization Ratios # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.cpu # chart type = stacked # type = apps # family = cpu # units = percentage # context = apps.cpu # priority = 20001 # name = apps.cpu # title = Apps CPU Time (800% = 8 cores) # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 10000 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 10000 [apps.mem] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.mem # chart type = stacked # type = apps # family = mem # units = MiB # context = apps.mem # priority = 20003 # name = apps.mem # title = Apps Real Memory (w/o shared) # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1024 # dim apps.plugin name = apps.plugin # dim apps.plugin algorithm = absolute # dim apps.plugin multiplier = 1 # dim apps.plugin divisor = 1024 # dim go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1024 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1024 [apps.vmem] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.vmem # chart type = stacked # type = apps # family = mem # units = MiB # context = apps.vmem # priority = 20005 # name = apps.vmem # title = Apps Virtual Memory Size # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1024 # dim apps.plugin name = apps.plugin # dim apps.plugin algorithm = absolute # dim apps.plugin multiplier = 1 # dim apps.plugin divisor = 1024 # dim go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1024 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1024 [apps.threads] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.threads # chart type = stacked # type = apps # family = processes # units = threads # context = apps.threads # priority = 20006 # name = apps.threads # title = 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1 [apps.processes] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.processes # chart type = stacked # type = apps # family = processes # units = processes # context = apps.processes # priority = 20007 # name = apps.processes # title = 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1 [apps.uptime] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.uptime # chart type = line # type = apps # family = processes # units = seconds # context = apps.uptime # priority = 20008 # name = apps.uptime # title = Apps Carried Over Uptime # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1 [apps.uptime_min] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.uptime_min # chart type = line # type = apps # family = processes # units = seconds # context = apps.uptime_min # priority = 20009 # name = apps.uptime_min # title = Apps Minimum Uptime # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1 [apps.uptime_avg] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.uptime_avg # chart type = line # type = apps # family = processes # units = seconds # context = apps.uptime_avg # priority = 20010 # name = apps.uptime_avg # title = Apps Average Uptime # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1 [apps.uptime_max] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.uptime_max # chart type = line # type = apps # family = processes # units = seconds # context = apps.uptime_max # priority = 20011 # name = apps.uptime_max # title = Apps Maximum Uptime # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1 [apps.cpu_user] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.cpu_user # chart type = stacked # type = apps # family = cpu # units = percentage # context = apps.cpu_user # priority = 20020 # name = apps.cpu_user # title = Apps CPU User Time (800% = 8 cores) # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 10000 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 10000 [apps.cpu_system] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.cpu_system # chart type = stacked # type = apps # family = cpu # units = percentage # context = apps.cpu_system # priority = 20021 # name = apps.cpu_system # title = Apps CPU System Time (800% = 8 cores) # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 10000 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 10000 [apps.swap] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.swap # chart type = stacked # type = apps # family = swap # units = MiB # context = apps.swap # priority = 20011 # name = apps.swap # title = Apps Swap Memory # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1024 # dim apps.plugin name = apps.plugin # dim apps.plugin algorithm = absolute # dim apps.plugin multiplier = 1 # dim apps.plugin divisor = 1024 # dim go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1024 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1024 [apps.major_faults] history = 5 # 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 = 20012 # name = apps.major_faults # title = Apps Major Page Faults (swap read) # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 10000 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 10000 [apps.minor_faults] history = 5 # 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 # name = apps.minor_faults # title = Apps Minor Page 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 10000 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 10000 [apps.preads] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.preads # chart type = stacked # type = apps # family = disk # units = KiB/s # context = apps.preads # priority = 20002 # name = apps.preads # title = Apps Disk Reads # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 10240000 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 10240000 [apps.pwrites] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.pwrites # chart type = stacked # type = apps # family = disk # units = KiB/s # context = apps.pwrites # priority = 20002 # name = apps.pwrites # title = Apps Disk Writes # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 10240000 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 10240000 [apps.lreads] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.lreads # chart type = stacked # type = apps # family = disk # units = KiB/s # context = apps.lreads # priority = 20042 # name = apps.lreads # title = Apps Disk Logical Reads # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 10240000 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 10240000 [apps.lwrites] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.lwrites # chart type = stacked # type = apps # family = disk # units = KiB/s # context = apps.lwrites # priority = 20042 # name = apps.lwrites # title = Apps I/O Logical Writes # 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 10240000 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 10240000 [apps.files] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.files # chart type = stacked # type = apps # family = disk # units = open files # context = apps.files # priority = 20050 # name = apps.files # title = Apps Open 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1 [apps.sockets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.sockets # chart type = stacked # type = apps # family = net # units = open sockets # context = apps.sockets # priority = 20051 # name = apps.sockets # title = Apps Open 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1 [apps.pipes] history = 5 # enabled = yes # cache directory = /var/cache/netdata/apps.pipes # chart type = stacked # type = apps # family = processes # units = open pipes # context = apps.pipes # priority = 20053 # name = apps.pipes # title = 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 go.d.plugin name = go.d.plugin # dim go.d.plugin algorithm = absolute # dim go.d.plugin multiplier = 1 # dim go.d.plugin divisor = 1 # dim other name = other # dim other algorithm = absolute # dim other multiplier = 1 # dim other divisor = 1 [users.cpu] history = 5 # enabled = yes # cache directory = /var/cache/netdata/users.cpu # chart type = stacked # type = users # family = cpu # units = percentage # context = users.cpu # priority = 20001 # name = users.cpu # title = Users CPU Time (800% = 8 cores) # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.mem # chart type = stacked # type = users # family = mem # units = MiB # context = users.mem # priority = 20003 # name = users.mem # title = Users Real Memory (w/o shared) # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1024 # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1024 [users.vmem] history = 5 # enabled = yes # cache directory = /var/cache/netdata/users.vmem # chart type = stacked # type = users # family = mem # units = MiB # context = users.vmem # priority = 20005 # name = users.vmem # title = Users Virtual Memory Size # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1024 # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1024 [users.threads] history = 5 # enabled = yes # cache directory = /var/cache/netdata/users.threads # chart type = stacked # type = users # family = processes # units = threads # context = users.threads # priority = 20006 # name = users.threads # title = Users Threads # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.processes # chart type = stacked # type = users # family = processes # units = processes # context = users.processes # priority = 20007 # name = users.processes # title = Users Processes # 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.uptime] history = 5 # enabled = yes # cache directory = /var/cache/netdata/users.uptime # chart type = line # type = users # family = processes # units = seconds # context = users.uptime # priority = 20008 # name = users.uptime # title = Users Carried Over Uptime # 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.uptime_min] history = 5 # enabled = yes # cache directory = /var/cache/netdata/users.uptime_min # chart type = line # type = users # family = processes # units = seconds # context = users.uptime_min # priority = 20009 # name = users.uptime_min # title = Users Minimum Uptime # 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.uptime_avg] history = 5 # enabled = yes # cache directory = /var/cache/netdata/users.uptime_avg # chart type = line # type = users # family = processes # units = seconds # context = users.uptime_avg # priority = 20010 # name = users.uptime_avg # title = Users Average Uptime # 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.uptime_max] history = 5 # enabled = yes # cache directory = /var/cache/netdata/users.uptime_max # chart type = line # type = users # family = processes # units = seconds # context = users.uptime_max # priority = 20011 # name = users.uptime_max # title = Users Maximum Uptime # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.cpu_user # chart type = stacked # type = users # family = cpu # units = percentage # context = users.cpu_user # priority = 20020 # name = users.cpu_user # title = Users CPU User Time (800% = 8 cores) # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.cpu_system # chart type = stacked # type = users # family = cpu # units = percentage # context = users.cpu_system # priority = 20021 # name = users.cpu_system # title = Users CPU System Time (800% = 8 cores) # 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.swap] history = 5 # enabled = yes # cache directory = /var/cache/netdata/users.swap # chart type = stacked # type = users # family = swap # units = MiB # context = users.swap # priority = 20011 # name = users.swap # title = Users Swap Memory # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1024 # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1024 [users.major_faults] history = 5 # 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 = 20012 # name = users.major_faults # title = Users Major Page Faults (swap read) # 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 = 5 # 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 # name = users.minor_faults # title = Users Minor Page Faults # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.preads # chart type = stacked # type = users # family = disk # units = KiB/s # context = users.preads # priority = 20002 # name = users.preads # title = Users Disk Reads # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.pwrites # chart type = stacked # type = users # family = disk # units = KiB/s # context = users.pwrites # priority = 20002 # name = users.pwrites # title = Users Disk Writes # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.lreads # chart type = stacked # type = users # family = disk # units = KiB/s # context = users.lreads # priority = 20042 # name = users.lreads # title = Users Disk Logical Reads # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.lwrites # chart type = stacked # type = users # family = disk # units = KiB/s # context = users.lwrites # priority = 20042 # name = users.lwrites # title = Users I/O Logical Writes # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.files # chart type = stacked # type = users # family = disk # units = open files # context = users.files # priority = 20050 # name = users.files # title = Users Open Files # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.sockets # chart type = stacked # type = users # family = net # units = open sockets # context = users.sockets # priority = 20051 # name = users.sockets # title = Users Open Sockets # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/users.pipes # chart type = stacked # type = users # family = processes # units = open pipes # context = users.pipes # priority = 20053 # name = users.pipes # title = Users Pipes # 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 = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.cpu # chart type = stacked # type = groups # family = cpu # units = percentage # context = groups.cpu # priority = 20001 # name = groups.cpu # title = User Groups CPU Time (800% = 8 cores) # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 10000 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 10000 [groups.mem] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.mem # chart type = stacked # type = groups # family = mem # units = MiB # context = groups.mem # priority = 20003 # name = groups.mem # title = User Groups Real Memory (w/o shared) # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1024 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1024 [groups.vmem] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.vmem # chart type = stacked # type = groups # family = mem # units = MiB # context = groups.vmem # priority = 20005 # name = groups.vmem # title = User Groups Virtual Memory Size # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1024 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1024 [groups.threads] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.threads # chart type = stacked # type = groups # family = processes # units = threads # context = groups.threads # priority = 20006 # name = groups.threads # title = User Groups Threads # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1 [groups.processes] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.processes # chart type = stacked # type = groups # family = processes # units = processes # context = groups.processes # priority = 20007 # name = groups.processes # title = User Groups Processes # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1 [groups.uptime] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.uptime # chart type = line # type = groups # family = processes # units = seconds # context = groups.uptime # priority = 20008 # name = groups.uptime # title = User Groups Carried Over Uptime # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1 [groups.uptime_min] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.uptime_min # chart type = line # type = groups # family = processes # units = seconds # context = groups.uptime_min # priority = 20009 # name = groups.uptime_min # title = User Groups Minimum Uptime # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1 [groups.uptime_avg] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.uptime_avg # chart type = line # type = groups # family = processes # units = seconds # context = groups.uptime_avg # priority = 20010 # name = groups.uptime_avg # title = User Groups Average Uptime # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1 [groups.uptime_max] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.uptime_max # chart type = line # type = groups # family = processes # units = seconds # context = groups.uptime_max # priority = 20011 # name = groups.uptime_max # title = User Groups Maximum Uptime # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1 [groups.cpu_user] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.cpu_user # chart type = stacked # type = groups # family = cpu # units = percentage # context = groups.cpu_user # priority = 20020 # name = groups.cpu_user # title = User Groups CPU User Time (800% = 8 cores) # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 10000 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 10000 [groups.cpu_system] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.cpu_system # chart type = stacked # type = groups # family = cpu # units = percentage # context = groups.cpu_system # priority = 20021 # name = groups.cpu_system # title = User Groups CPU System Time (800% = 8 cores) # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 10000 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 10000 [groups.swap] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.swap # chart type = stacked # type = groups # family = swap # units = MiB # context = groups.swap # priority = 20011 # name = groups.swap # title = User Groups Swap Memory # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1024 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1024 [groups.major_faults] history = 5 # 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 = 20012 # name = groups.major_faults # title = User Groups Major Page Faults (swap read) # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 10000 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 10000 [groups.minor_faults] history = 5 # 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 # name = groups.minor_faults # title = User Groups Minor Page Faults # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 10000 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 10000 [groups.preads] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.preads # chart type = stacked # type = groups # family = disk # units = KiB/s # context = groups.preads # priority = 20002 # name = groups.preads # title = User Groups Disk Reads # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 10240000 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 10240000 [groups.pwrites] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.pwrites # chart type = stacked # type = groups # family = disk # units = KiB/s # context = groups.pwrites # priority = 20002 # name = groups.pwrites # title = User Groups Disk Writes # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 10240000 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 10240000 [groups.lreads] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.lreads # chart type = stacked # type = groups # family = disk # units = KiB/s # context = groups.lreads # priority = 20042 # name = groups.lreads # title = User Groups Disk Logical Reads # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 10240000 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 10240000 [groups.lwrites] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.lwrites # chart type = stacked # type = groups # family = disk # units = KiB/s # context = groups.lwrites # priority = 20042 # name = groups.lwrites # title = User Groups I/O Logical Writes # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 10240000 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 10240000 [groups.files] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.files # chart type = stacked # type = groups # family = disk # units = open files # context = groups.files # priority = 20050 # name = groups.files # title = User Groups Open Files # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1 [groups.sockets] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.sockets # chart type = stacked # type = groups # family = net # units = open sockets # context = groups.sockets # priority = 20051 # name = groups.sockets # title = User Groups Open Sockets # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1 [groups.pipes] history = 5 # enabled = yes # cache directory = /var/cache/netdata/groups.pipes # chart type = stacked # type = groups # family = processes # units = open pipes # context = groups.pipes # priority = 20053 # name = groups.pipes # title = User Groups Pipes # dim root name = root # dim root algorithm = absolute # dim root multiplier = 1 # dim root divisor = 1 # dim netdata name = netdata # dim netdata algorithm = absolute # dim netdata multiplier = 1 # dim netdata divisor = 1 |
:: Command execute :: | |
--[ c99shell v. 2.5 [PHP 8 Update] [24.05.2025] | Generation time: 0.0102 ]-- |