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#!/bin/bash
: <<=cut
=head1 NAME
emc_vnx_file_stats - Plugin to monitor Basic, NFSv3 and NFSv4 statistics of
EMC VNX 5300 Unified Storage system's Datamovers
=head1 AUTHOR
Evgeny Beysembaev <megabotva@gmail.com>
=head1 LICENSE
GPLv2
=head1 MAGIC MARKERS
#%# family=auto
#%# capabilities=autoconf suggest
=head1 DESCRIPTION
The plugin monitors basic statistics of EMC Unified Storage system Datamovers
and NFS statistics of EMC VNX5300 Unified Storage system. Probably it can
also be compatible with other Isilon or Celerra systems. It uses SSH to connect
to Control Stations, then remotely executes '/nas/sbin/server_stats' and
fetches and parses data from it. It supports gathering data both from
active/active and active/passive Datamover configurations, ignoring offline or
standby Datamovers.
If all Datamovers are offline or absent, the plugin returns error.
This plugin also automatically chooses Primary Control Station from the list by
calling '/nasmcd/sbin/getreason' and '/nasmcd/sbin/t2slot'.
At the moment data is gathered from the following statistics sources:
* nfs.v3.op - Tons of timings about NFSv3 RPC calls
* nfs.v4.op - Tons of timings about NFSv4 RPC calls
* nfs.client - Here new Client addresses are rescanned and added automatically.
* basic-std Statistics Group - Basic Statistics of Datamovers (eg. CPU, Memory
etc.)
It's quite easy to comment out unneeded data to make graphs less overloaded or
to add new statistics sources.
The plugin has been tested in the following Operating Environment (OE):
File Version T7.1.76.4
Block Revision 05.32.000.5.215
=head1 LIST OF GRAPHS
These are Basic Datamover Graphs.
Graph category CPU:
EMC VNX 5300 Datamover CPU Util %
Graph category Network:
EMC VNX 5300 Datamover Network bytes over all interfaces
EMC VNX 5300 Datamover Storage bytes over all interfaces
Graph category Memory:
EMC VNX 5300 Datamover Memory
EMC VNX 5300 File Buffer Cache
EMC VNX 5300 FileResolve
These are NFS (v3,v4) Graphs.
Graph category FS:
EMC VNX 5300 NFSv3 Calls per second
EMC VNX 5300 NFSv3 uSeconds per call
EMC VNX 5300 NFSv3 Op %
EMC VNX 5300 NFSv4 Calls per second
EMC VNX 5300 NFSv4 uSeconds per call
EMC VNX 5300 NFSv4 Op %
EMC VNX 5300 NFS Client Ops/s
EMC VNX 5300 NFS Client B/s
EMC VNX 5300 NFS Client Avg uSec/call
EMC VNX 5300 Std NFS Ops/s
EMC VNX 5300 Std NFS B/s
EMC VNX 5300 Std NFS Average Size Bytes
EMC VNX 5300 Std NFS Active Threads
=head1 COMPATIBILITY
The plugin has been written for being compatible with EMC VNX5300 Storage
system, as this is the only EMC storage which i have.
By the way, i am pretty sure it can also work with other VNX1 storages, like
VNX5100 and VNX5500.
About VNX2 series, i don't know whether the plugin will be able to work with
them. Maybe it would need some corrections in command-line backend. The same
situation is with other EMC systems, so i encourage you to try and fix the
plugin.
=head1 CONFIGURATION
The plugin uses SSH to connect to Control Stations. It's possible to use
'nasadmin' user, but it would be better if you create read-only global user by
Unisphere Client. The user should have only Operator role.
I created "operator" user but due to the fact that Control Stations already
had one internal "operator" user, the new one was called "operator1". So be
careful. After that, copy .bash_profile from /home/nasadmin to a newly created
/home/operator1
On munin-node side choose a user which will be used to connect through SSH.
Generally user "munin" is ok. Then, execute "sudo su munin -s /bin/bash",
"ssh-keygen" and "ssh-copy-id" to both Control Stations with newly created
user.
Make a link from /usr/share/munin/plugins/emc_vnx_file_stats to
/etc/munin/plugins/. If you want to get NFS statistics, name the link as
"emc_vnx_file_nfs_stats_<NAME>", otherwise to get Basic Datamover statistics
you have to name it "emc_vnx_file_basicdm_stats_<NAME>", where <NAME> is any
arbitrary name of your storage system. The plugin will return <NAME> in its
answer as "host_name" field.
For example, assume your storage system is called "VNX5300".
Make a configuration file at
/etc/munin/plugin-conf.d/emc_vnx_file_stats_VNX5300
[emc_vnx_file_*]
user munin
env.username operator1
env.cs_addr 192.168.1.1 192.168.1.2
env.nas_servers server_2 server_3
Where:
user - SSH Client local user
env.username - Remote user with Operator role
env.cs_addr - Control Stations addresses
env.nas_servers - This is the default value and can be omitted
=head1 HISTORY
08.11.2016 - First Release
17.11.2016 - NFSv4 support, Memory section
16.12.2016 - Merged "NFS" and "Datamover Stats" plugins
26.12.2016 - Compatibility with Munin coding style
=cut
export LANG=C
. "$MUNIN_LIBDIR/plugins/plugin.sh"
nas_server_ok=""
cs_addr=${cs_addr:=""}
username=${username:=""}
nas_servers=${nas_servers:="server_2 server_3"}
# Prints "10" on stdout if found Primary Online control station. "11" - for Secondary Online control station.
ssh_check_cmd() {
ssh -q "$username@$1" "/nasmcd/sbin/getreason | grep -w \"slot_\$(/nasmcd/sbin/t2slot)\" | cut -d- -f1 | awk '{print \$1}' "
}
check_conf () {
if [ -z "$username" ]; then
echo "No username ('username' environment variable)!"
return 1
fi
if [ -z "$cs_addr" ]; then
echo "No control station addresses ('cs_addr' environment variable)!"
return 1
fi
#Choosing Cotrol Station. Code have to be "10"
for CS in $cs_addr; do
if [[ "10" = "$(ssh_check_cmd "$CS")" ]]; then
PRIMARY_CS=$CS
break
fi
done
if [ -z "$PRIMARY_CS" ]; then
echo "No alive primary Control Station from list \"$cs_addr\"";
return 1
fi
return 0
}
if [ "$1" = "autoconf" ]; then
check_conf_ans=$(check_conf)
if [ $? -eq 0 ]; then
echo "yes"
else
echo "no ($check_conf_ans)"
fi
exit 0
fi
if [ "$1" = "suggest" ]; then
echo "nfs_stats"
echo "basicdm_stats"
exit 0;
fi
STATSTYPE=$(echo "${0##*/}" | cut -d _ -f 1-5)
if [ "$STATSTYPE" = "emc_vnx_file_nfs_stats" ]; then STATSTYPE=NFS;
elif [ "$STATSTYPE" = "emc_vnx_file_basicdm_stats" ]; then STATSTYPE=BASICDM;
else echo "Do not know what to do. Name the plugin as 'emc_vnx_file_nfs_stats_<HOSTNAME>' or 'emc_vnx_file_basicdm_stats_<HOSTNAME>'" >&2; exit 1; fi
TARGET=$(echo "${0##*/}" | cut -d _ -f 6)
check_conf 1>&2 || exit 1
run_remote () {
# shellcheck disable=SC2029
ssh -q "$username@$PRIMARY_CS" ". /home/$username/.bash_profile; $*"
}
echo "host_name ${TARGET}"
if [ "$1" = "config" ] ; then
# TODO: active/active
for server in $nas_servers; do
run_remote nas_server -i "$server" | grep -q 'type *= nas' || continue
nas_server_ok=TRUE
filtered_server="$(clean_fieldname "$server")"
if [ "$STATSTYPE" = "BASICDM" ] ; then
cat <<-EOF
multigraph emc_vnx_cpu_percent
graph_title EMC VNX 5300 Datamover CPU Util %
graph_vlabel %
graph_category cpu
graph_scale no
graph_args --upper-limit 100 -l 0
${server}_cpuutil.min 0
${server}_cpuutil.label $server CPU util. in %.
multigraph emc_vnx_network_b
graph_title EMC VNX 5300 Datamover Network bytes over all interfaces
graph_vlabel B/s recv. (-) / sent (+)
graph_category network
graph_args --base 1000
${server}_net_in.graph no
${server}_net_in.label none
${server}_net_out.label $server B/s
${server}_net_out.negative ${server}_net_in
${server}_net_out.draw AREA
multigraph emc_vnx_storage_b
graph_title EMC VNX 5300 Datamover Storage bytes over all interfaces
graph_vlabel B/s recv. (-) / sent (+)
graph_category network
graph_args --base 1000
${server}_stor_read.graph no
${server}_stor_read.label none
${server}_stor_write.label $server B/s
${server}_stor_write.negative ${server}_stor_read
${server}_stor_write.draw AREA
multigraph emc_vnx_memory
graph_title EMC VNX 5300 Datamover Memory
graph_vlabel KiB
graph_category memory
graph_args --base 1024
graph_order ${server}_used ${server}_free ${server}_total ${server}_freebuffer ${server}_encumbered
${server}_used.label ${server} Used
${server}_free.label ${server} Free
${server}_free.draw STACK
${server}_total.label ${server} Total
${server}_freebuffer.label ${server} Free Buffer
${server}_encumbered.label ${server} Encumbered
multigraph emc_vnx_filecache
graph_title EMC VNX 5300 File Buffer Cache
graph_vlabel per second
graph_category memory
graph_args --base 1000
graph_order ${server}_highw_hits ${server}_loww_hits ${server}_w_hits ${server}_hits ${server}_lookups
${server}_highw_hits.label High Watermark Hits
${server}_loww_hits.label Low Watermark Hits
${server}_loww_hits.draw STACK
${server}_w_hits.label Watermark Hits
${server}_hits.label Hits
${server}_lookups.label Lookups
multigraph emc_vnx_fileresolve
graph_title EMC VNX 5300 FileResolve
graph_vlabel Entries
graph_category memory
graph_args --base 1000
${server}_dropped.label Dropped Entries
${server}_max.label Max Limit
${server}_used.label Used Entries
EOF
fi
if [ "$STATSTYPE" = "NFS" ] ; then
#nfs.v3.op data
# [nasadmin@mnemonic0 ~]$ server_stats server_2 -info nfs.v3.op
# server_2 :
#
# name = nfs.v3.op
# description = NFS V3 per operation statistics
# type = Set
# member_stats = nfs.v3.op.ALL-ELEMENTS.calls,nfs.v3.op.ALL-ELEMENTS.failures,nfs.v3.op.ALL-ELEMENTS.avgTime,nfs.v3.op.ALL-ELEMENTS.opPct
# member_elements = nfs.v3.op.v3Null,nfs.v3.op.v3GetAttr,nfs.v3.op.v3SetAttr,nfs.v3.op.v3Lookup,nfs.v3.op.v3Access,nfs.v3.op.v3ReadLink,nfs.v3.op.v3Read,nfs.v3.op.v3Write,nfs.v3.op.v3Create,nfs.v3.op.v3Mkdir,nfs.v3.op.v3Symlink,nfs.v3.op.v3Mknod,nfs.v3.op.v3Remove,nfs.v3.op.v3Rmdir,nfs.v3.op.v3Rename,nfs.v3.op.v3Link,nfs.v3.op.v3ReadDir,nfs.v3.op.v3ReadDirPlus,nfs.v3.op.v3FsStat,nfs.v3.op.v3FsInfo,nfs.v3.op.v3PathConf,nfs.v3.op.v3Commit,nfs.v3.op.VAAI
# member_of = nfs.v3
member_elements_by_line=$(run_remote server_stats "$server" -info nfs.v3.op | grep member_elements | sed -ne 's/^.*= //p')
IFS=',' read -ra graphs <<< "$member_elements_by_line"
cat <<-EOF
multigraph vnx_emc_v3_calls_s
graph_title EMC VNX 5300 NFSv3 Calls per second
graph_vlabel Calls
graph_category fs
graph_args --base 1000
EOF
for graph in "${graphs[@]}"; do
field=$(echo "$graph" | cut -d '.' -f4 )
echo "${server}_$field.label $server $field"
done
cat <<-EOF
multigraph vnx_emc_v3_usec_call
graph_title EMC VNX 5300 NFSv3 uSeconds per call
graph_vlabel uSec / call
graph_category fs
graph_args --base 1000
EOF
for graph in "${graphs[@]}"; do
field=$(echo "$graph" | cut -d '.' -f4 )
echo "${server}_$field.label $server $field"
done
cat <<-EOF
multigraph vnx_emc_v3_op_percent
graph_title EMC VNX 5300 NFSv3 Op %
graph_vlabel %
graph_scale no
graph_category fs
EOF
for graph in "${graphs[@]}"; do
field=$(echo "$graph" | cut -d '.' -f4 )
echo "${server}_$field.label $server $field"
echo "${server}_$field.min 0"
done
graphs=()
#nfs.v4.op data
member_elements_by_line=$(run_remote server_stats "$server" -info nfs.v4.op | grep member_elements | sed -ne 's/^.*= //p')
IFS=',' read -ra graphs <<< "$member_elements_by_line"
cat <<-EOF
multigraph vnx_emc_v4_calls_s
graph_title EMC VNX 5300 NFSv4 Calls per second
graph_vlabel Calls
graph_category fs
graph_args --base 1000
EOF
for graph in "${graphs[@]}"; do
field=$(echo "$graph" | cut -d '.' -f4 )
echo "${server}_$field.label $server $field"
done
cat <<-EOF
multigraph vnx_emc_v4_usec_call
graph_title EMC VNX 5300 NFSv4 uSeconds per call
graph_vlabel uSec / call
graph_category fs
graph_args --base 1000
EOF
for graph in "${graphs[@]}"; do
field=$(echo "$graph" | cut -d '.' -f4 )
echo "${server}_$field.label $server $field"
done
cat <<-EOF
multigraph vnx_emc_v4_op_percent
graph_title EMC VNX 5300 NFSv4 Op %
graph_vlabel %
graph_scale no
graph_category fs
EOF
for graph in "${graphs[@]}"; do
field=$(echo "$graph" | cut -d '.' -f4 )
echo "${server}_$field.label $server $field"
echo "${server}_$field.min 0"
done
#nfs.client data
# Total Read Write Suspicious Total Read Write Avg
# Ops/s Ops/s Ops/s Ops diff KiB/s KiB/s KiB/s uSec/call
member_elements_by_line=$(run_remote server_stats server_2 -monitor nfs.client -count 1 -terminationsummary no -titles never | sed -ne 's/^.*id=//p' | cut -d' ' -f1)
#Somewhy readarray adds extra \n in the end of each variable. So, we use read() with a workaround
IFS=$'\n' read -rd '' -a graphs_array <<< "$member_elements_by_line"
cat <<-EOF
multigraph vnx_emc_nfs_client_ops_s
graph_title EMC VNX 5300 NFS Client Ops/s
graph_vlabel Ops/s
graph_category fs
EOF
echo -n "graph_order "
for graph in "${graphs_array[@]}"; do
field="$(clean_fieldname "_$graph")"
echo -n "${server}${field}_r ${server}${field}_w ${server}${field}_t ${server}${field}_s "
done
echo " "
for graph in "${graphs_array[@]}"; do
field="$(clean_fieldname "_$graph")"
echo "${server}${field}_r.label $server $graph Read Ops/s"
echo "${server}${field}_w.label $server $graph Write Ops/s"
echo "${server}${field}_w.draw STACK"
echo "${server}${field}_t.label $server $graph Total Ops/s"
echo "${server}${field}_s.label $server $graph Suspicious Ops diff"
done
cat <<-EOF
multigraph vnx_emc_nfs_client_b_s
graph_title EMC VNX 5300 NFS Client B/s
graph_vlabel B/s
graph_category fs
EOF
echo -n "graph_order "
for graph in "${graphs_array[@]}"; do
field="$(clean_fieldname "_$graph")"
echo -n "${server}${field}_r ${server}${field}_w ${server}${field}_t "
done
echo " "
for graph in "${graphs_array[@]}"; do
field="$(clean_fieldname "_$graph")"
echo "${server}${field}_r.label $server $graph Read B/s"
echo "${server}${field}_w.label $server $graph Write B/s"
echo "${server}${field}_w.draw STACK"
echo "${server}${field}_t.label $server $graph Total B/s"
done
cat <<-EOF
multigraph vnx_emc_nfs_client_avg_usec
graph_title EMC VNX 5300 NFS Client Avg uSec/call
graph_vlabel uSec/call
graph_category fs
EOF
for graph in "${graphs_array[@]}"; do
field="$(clean_fieldname "_$graph")"
echo "${server}${field}.label $server $graph Avg uSec/call"
done
#nfs-std
# Timestamp NFS Read Read Read Size Write Write Write Size Active
# Ops/s Ops/s KiB/s Bytes Ops/s KiB/s Bytes Threads
cat <<-EOF
multigraph vnx_emc_nfs_std_nfs_ops
graph_title EMC VNX 5300 Std NFS Ops/s
graph_vlabel Ops/s
graph_category fs
EOF
echo "graph_order ${filtered_server}_rops ${filtered_server}_wops ${filtered_server}_tops"
echo "${filtered_server}_rops.label $server Read Ops/s"
echo "${filtered_server}_wops.label $server Write Ops/s"
echo "${filtered_server}_wops.draw STACK"
echo "${filtered_server}_tops.label $server Total Ops/s"
cat <<-EOF
multigraph vnx_emc_nfs_std_nfs_b_s
graph_title EMC VNX 5300 Std NFS B/s
graph_vlabel B/s
graph_category fs
EOF
echo "graph_order ${filtered_server}_rbs ${filtered_server}_wbs ${filtered_server}_tbs"
echo "${filtered_server}_rbs.label $server Read B/s"
echo "${filtered_server}_wbs.label $server Write B/s"
echo "${filtered_server}_wbs.draw STACK"
echo "${filtered_server}_tbs.label $server Total B/s"
echo "${filtered_server}_tbs.cdef ${filtered_server}_rbs,${filtered_server}_wbs,+"
cat <<-EOF
multigraph vnx_emc_nfs_std_nfs_avg
graph_title EMC VNX 5300 Std NFS Average Size Bytes
graph_vlabel Bytes
graph_category fs
EOF
echo "${filtered_server}_avg_readsize.label $server Average Read Size Bytes"
echo "${filtered_server}_avg_writesize.label $server Average Write Size Bytes"
cat <<-EOF
multigraph vnx_emc_nfs_std_nfs_threads
graph_title EMC VNX 5300 Std NFS Active Threads
graph_vlabel Threads
graph_category fs
EOF
echo "${filtered_server}_threads.label $server Active Threads"
fi
done
if [ -z "$nas_server_ok" ]; then
echo "No active data movers!" 1>&2
fi
exit 0
fi
for server in $nas_servers; do
run_remote nas_server -i "$server" | grep -q 'type *= nas' || continue
nas_server_ok=TRUE
filtered_server="$(clean_fieldname "$server")"
if [ "$STATSTYPE" = "BASICDM" ] ; then
#basicdm data
# [nasadmin@mnemonic0 ~]$ server_stats server_2 -count 1 -terminationsummary no
# server_2 CPU Network Network dVol dVol
# Timestamp Util In Out Read Write
# % KiB/s KiB/s KiB/s KiB/s
# 20:42:26 9 16432 3404 1967 24889
member_elements_by_line=$(run_remote server_stats "$server" -count 1 -terminationsummary no -titles never | grep '^[^[:space:]]')
IFS=$' ' read -ra graphs <<< "$member_elements_by_line"
echo "multigraph emc_vnx_cpu_percent"
echo "${server}_cpuutil.value ${graphs[1]}"
echo -e "\nmultigraph emc_vnx_network_b"
echo "${server}_net_in.value $((graphs[2] * 1024))"
echo "${server}_net_out.value $((graphs[3] * 1024))"
echo -e "\nmultigraph emc_vnx_storage_b"
echo "${server}_stor_read.value $((graphs[4] * 1024))"
echo "${server}_stor_write.value $((graphs[5] * 1024))"
# [nasadmin@mnemonic0 ~]$ server_stats server_2 -monitor kernel.memory -count 1 -terminationsummary no
# server_2 Free Buffer Buffer Buffer Buffer Buffer Buffer Cache Encumbered FileResolve FileResolve FileResolve Free KiB Page Total Used KiB Memory
# Timestamp Buffer Cache High Cache Cache Cache Cache Low Watermark Memory Dropped Max Used Size Memory Util
# KiB Watermark Hits/s Hit % Hits/s Lookups/s Watermark Hits/s Hits/s KiB Entries Limit Entries KiB KiB %
# 20:44:14 3522944 0 96 11562 12010 0 0 3579268 0 0 0 3525848 8 6291456 2765608 44
member_elements_by_line=$(run_remote server_stats "$server" -monitor kernel.memory -count 1 -terminationsummary no -titles never | grep '^[^[:space:]]')
IFS=$' ' read -ra graphs <<< "$member_elements_by_line"
echo -e "\nmultigraph emc_vnx_memory"
#Reserved for math
echo "${server}_total.value $((graphs[14] / 1))"
echo "${server}_used.value $((graphs[15] / 1))"
echo "${server}_free.value $((graphs[12] / 1))"
echo "${server}_freebuffer.value $((graphs[1] / 1))"
echo "${server}_encumbered.value $((graphs[8] / 1))"
echo -e "\nmultigraph emc_vnx_filecache"
echo "${server}_highw_hits.value ${graphs[2]}"
echo "${server}_loww_hits.value ${graphs[6]}"
echo "${server}_w_hits.value ${graphs[7]}"
echo "${server}_hits.value ${graphs[4]}"
echo "${server}_lookups.value ${graphs[5]}"
echo -e "\nmultigraph emc_vnx_fileresolve"
echo "${server}_dropped.value ${graphs[9]}"
echo "${server}_max.value ${graphs[10]}"
echo "${server}_used.value ${graphs[11]}"
fi
if [ "$STATSTYPE" = "NFS" ] ; then
#nfs.v3.op data
# [nasadmin@mnemonic0 ~]$ server_stats server_2 -monitor nfs.v3.op -count 1 -terminationsummary no
# server_2 NFS Op NFS NFS Op NFS NFS Op %
# Timestamp Op Errors Op
# Calls/s diff uSec/Call
# 22:14:41 v3GetAttr 30 0 23 21
# v3Lookup 40 0 98070 27
# v3Access 50 0 20 34
# v3Read 4 0 11180 3
# v3Write 2 0 2334 1
# v3Create 1 0 1743 1
# v3Mkdir 13 0 953 9
# v3Link 6 0 1064 4
member_elements_by_line=$(run_remote server_stats "$server" -monitor nfs.v3.op -count 1 -terminationsummary no -titles never | sed -ne 's/^.*v3/v3/p')
NUMCOL=5
LINES=$(wc -l <<< "$member_elements_by_line")
while IFS=$'\n' read -ra graphs ; do
elements_array+=( $graphs )
done <<< "$member_elements_by_line"
if [ "${#elements_array[@]}" -eq "0" ]; then LINES=0; fi
echo "multigraph vnx_emc_v3_calls_s"
for ((i=0; i<$((LINES)); i++ )); do
echo "${server}_${elements_array[i*$NUMCOL]}".value "${elements_array[i*$NUMCOL+1]}"
done
echo -e "\nmultigraph vnx_emc_v3_usec_call"
for ((i=0; i<$((LINES)); i++ )); do
echo "${server}_${elements_array[i*$NUMCOL]}".value "${elements_array[i*$NUMCOL+3]}"
done
echo -e "\nmultigraph vnx_emc_v3_op_percent"
for ((i=0; i<$((LINES)); i++ )); do
echo "${server}_${elements_array[i*$NUMCOL]}".value "${elements_array[i*$NUMCOL+4]}"
done
elements_array=()
#nfs.v4.op data
# [nasadmin@mnemonic0 ~]$ server_stats server_2 -monitor nfs.v4.op -count 1 -terminationsummary no
# server_2 NFS Op NFS NFS Op NFS NFS Op %
# Timestamp Op Errors Op
# Calls/s diff uSec/Call
# 22:13:14 v4Compound 2315 0 7913 30
# v4Access 246 0 5 3
# v4Close 133 0 11 2
# v4Commit 2 0 6928 0
# v4Create 1 0 881 0
# v4DelegRet 84 0 19 1
# v4GetAttr 1330 0 7 17
# v4GetFh 164 0 3 2
# v4Lookup 68 0 43 1
# v4Open 132 0 1061 2
# v4PutFh 2314 0 11 30
# v4Read 359 0 15561 5
# v4ReadDir 1 0 37 0
# v4Remove 62 0 1096 1
# v4Rename 1 0 947 0
# v4Renew 2 0 3 0
# v4SaveFh 1 0 3 0
# v4SetAttr 9 0 889 0
# v4Write 525 0 16508 7
member_elements_by_line=$(run_remote server_stats "$server" -monitor nfs.v4.op -count 1 -terminationsummary no -titles never | sed -ne 's/^.*v4/v4/p')
NUMCOL=5
LINES=$(wc -l <<< "$member_elements_by_line")
while IFS=$'\n' read -ra graphs ; do
elements_array+=( $graphs )
done <<< "$member_elements_by_line"
if [ "${#elements_array[@]}" -eq "0" ]; then LINES=0; fi
echo -e "\nmultigraph vnx_emc_v4_calls_s"
for ((i=0; i<$((LINES)); i++ )); do
echo "${server}_${elements_array[i*$NUMCOL]}".value "${elements_array[i*$NUMCOL+1]}"
done
echo -e "\nmultigraph vnx_emc_v4_usec_call"
for ((i=0; i<$((LINES)); i++ )); do
echo "${server}_${elements_array[i*$NUMCOL]}".value "${elements_array[i*$NUMCOL+3]}"
done
echo -e "\nmultigraph vnx_emc_v4_op_percent"
for ((i=0; i<$((LINES)); i++ )); do
echo "${server}_${elements_array[i*$NUMCOL]}".value "${elements_array[i*$NUMCOL+4]}"
done
elements_array=()
#nfs.client data
# [nasadmin@mnemonic0 ~]$ server_stats server_2 -monitor nfs.client -count 1 -terminationsummary no
# server_2 Client NFS NFS NFS NFS NFS NFS NFS NFS
# Timestamp Total Read Write Suspicious Total Read Write Avg
# Ops/s Ops/s Ops/s Ops diff KiB/s KiB/s KiB/s uSec/call
# 20:26:38 id=192.168.1.223 2550 20 2196 13 4673 159 4514 1964
# id=192.168.1.2 691 4 5 1 1113 425 688 2404
# id=192.168.1.1 159 0 0 51 0 0 0 6017
# id=192.168.1.6 37 4 2 0 586 295 291 5980
# id=192.168.1.235 21 1 0 0 0 0 0 155839
# id=192.168.1.224 5 0 5 0 20 0 20 704620
member_elements_by_line=$(run_remote server_stats server_2 -monitor nfs.client -count 1 -terminationsummary no -titles never | sed -ne 's/^.*id=//p')
echo -e "\nmultigraph vnx_emc_nfs_client_ops_s"
NUMCOL=9
LINES=$(wc -l <<< "$member_elements_by_line")
while IFS=$'\n' read -ra graphs; do
elements_array+=($graphs)
done <<< "$member_elements_by_line"
#Not drawing elements in case of empty set
if [ "${#elements_array[@]}" -eq "0" ]; then LINES=0; fi
for (( i=0; i<$((LINES)); i++ )); do
client="$(clean_fieldname "_${elements_array[i*$NUMCOL]}")"
echo "${server}${client}_r".value "${elements_array[$i*$NUMCOL+2]}"
echo "${server}${client}_w".value "${elements_array[$i*$NUMCOL+3]}"
echo "${server}${client}_t".value "${elements_array[$i*$NUMCOL+1]}"
echo "${server}${client}_s".value "${elements_array[$i*$NUMCOL+4]}"
done
echo -e "\nmultigraph vnx_emc_nfs_client_b_s"
for (( i=0; i<$((LINES)); i++ )); do
client="$(clean_fieldname "_${elements_array[i*$NUMCOL]}")"
echo "${server}${client}_r".value "$((${elements_array[$i*$NUMCOL+6]} * 1024))"
echo "${server}${client}_w".value "$((${elements_array[$i*$NUMCOL+7]} * 1024))"
echo "${server}${client}_t".value "$((${elements_array[$i*$NUMCOL+5]} * 1024))"
done
echo -e "\nmultigraph vnx_emc_nfs_client_avg_usec"
for (( i=0; i<$((LINES)); i++ )); do
client="$(clean_fieldname "_${elements_array[i*$NUMCOL]}")"
echo "${server}${client}".value "${elements_array[$i*$NUMCOL+8]}"
done
#nfs-std
# bash-3.2$ server_stats server_2 -monitor nfs-std
# server_2 Total NFS NFS NFS Avg NFS NFS NFS Avg NFS
# Timestamp NFS Read Read Read Size Write Write Write Size Active
# Ops/s Ops/s KiB/s Bytes Ops/s KiB/s Bytes Threads
# 18:14:52 688 105 6396 62652 1 137 174763 3
member_elements_by_line=$(run_remote server_stats "$server" -monitor nfs-std -count 1 -terminationsummary no -titles never | grep '^[^[:space:]]')
IFS=$' ' read -ra graphs <<< "$member_elements_by_line"
# echo "$member_elements_by_line"
# echo "${graphs[@]}"
echo -e "\nmultigraph vnx_emc_nfs_std_nfs_ops"
echo "${filtered_server}_rops.value ${graphs[2]}"
echo "${filtered_server}_wops.value ${graphs[5]}"
echo "${filtered_server}_tops.value ${graphs[1]}"
echo -e "\nmultigraph vnx_emc_nfs_std_nfs_b_s"
echo "${filtered_server}_rbs.value $((graphs[3] * 1024))"
echo "${filtered_server}_wbs.value $((graphs[6] * 1024))"
echo "${filtered_server}_tbs.value 0"
echo -e "\nmultigraph vnx_emc_nfs_std_nfs_avg"
echo "${filtered_server}_avg_readsize.value ${graphs[4]}"
echo "${filtered_server}_avg_writesize.value ${graphs[7]}"
echo -e "\nmultigraph vnx_emc_nfs_std_nfs_threads"
echo "${filtered_server}_threads.value ${graphs[8]}"
fi
done
if [ -z "$nas_server_ok" ]; then
echo "No active data movers!" 1>&2
fi
exit 0
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