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Munin processing timegraph_titleiThis graph shows the run time of the four different processes making up a munin-master run.  Munin-master is run from cron every 5 minutes and we want each of the programmes in munin-master to complete before the next instance starts.  Especially munin-update and munin-graph are time consuming and their run time bears watching. If munin-update uses too long time to run please see the munin-update graph to determine which host is slowing it down.  If munin-graph is running too slow you need to get clever (email the munin-users mailing list) unless you can buy a faster computer with better disks to run munin on.
graph_info
update graph html limitsgraph_order
munin_stats#%#name
--base 1000 -l 0
graph_args	#%#parent
graph#%#name	,update_rate	#%#parent
240warning
	AREASTACKdraw
285critical
munin graphlabel
normalgraph_data_sizegraph
muningraph_category
yesgraph_scale
normalgraph_data_size
munin updatelabel
285critical
	AREASTACKdraw
240warning	#%#parent	,update_rate
update#%#nameupdate
secondsgraph_vlabel	,update_rate
munin limitslabel
limits#%#name
	AREASTACKdraw	#%#parent
normalgraph_data_sizelimits	,update_rate

munin htmllabel
html#%#name
	AREASTACKdraw	#%#parent
normalgraph_data_sizehtmlmunin_stats	5	#%#parent
STACKdraw
idle#%#name

Idle CPU timeinfo	,update_rate
normalgraph_data_size
0min
DERIVEtype
idlelabelidle	
0min
DERIVEtype
normalgraph_data_size
nicelabel
STACKdraw5	#%#parent	,update_rate
#CPU time spent by nice(1)d programsinfo
nice#%#namenice
secondgraph_period
'This graph shows how CPU time is spent.
graph_info
	CPU usagegraph_title	
softirqlabel
normalgraph_data_size
0min
DERIVEtype
softirq#%#name	,update_rate
,CPU time spent handling "batched" interruptsinfo5	#%#parent
STACKdrawsoftirq
cpu#%#name
]system user nice idle iowait irq softirq system user nice idle iowait irq softirq steal guestgraph_order	
STACKdraw5	#%#parent
-CPU time spent by normal programs and daemonsinfo	,update_rate
user#%#name
0min
DERIVEtype
normalgraph_data_size
userlabeluser	
normalgraph_data_size
0min
DERIVEtype
guestlabel5	#%#parent
STACKdraw
guest#%#name
gThe time spent running a virtual CPU for guest operating systems under the control of the Linux kernel.info	,update_rateguest	
0min
DERIVEtype
normalgraph_data_size
iowaitlabel
STACKdraw5	#%#parent
UCPU time spent waiting for I/O operations to finish when there is nothing else to do.info	,update_rate
iowait#%#nameiowait
nograph_scale
%graph_vlabel	#%#parent
0--base 1000 -r --lower-limit 0 --upper-limit 800
graph_args
systemgraph_category	
systemlabel
DERIVEtype
0min
normalgraph_data_size	,update_rate
1CPU time spent by the kernel in system activitiesinfo
system#%#name
AREAdraw5	#%#parentsystem	
"CPU time spent handling interruptsinfo	,update_rate
irq#%#name
STACKdraw5	#%#parent
irqlabel
DERIVEtype
0min
normalgraph_data_sizeirq	5	#%#parent
STACKdraw
steal#%#name	,update_rate
ZThe time that a virtual CPU had runnable tasks, but the virtual CPU itself was not runninginfo
normalgraph_data_size
DERIVEtype
0min
steallabelstealcpu
mails/${graph_period}graph_vlabel	,update_rate
rejectedlabel
rejected#%#name
0min
DERIVEtype�	#%#parent
normalgraph_data_sizerejected
nograph_scale�	#%#parent
	completed#%#name	,update_rate
normalgraph_data_size
DERIVEtype
0min
	completedlabel	completed
eximgraph_category
received completed rejectedgraph_order
exim_mailstats#%#name
Exim mail throughputgraph_title
--base 1000 -l 0
graph_args	#%#parent
received#%#name	,update_rate�	#%#parent
AREAdraw
receivedlabel
normalgraph_data_size
0min
DERIVEtypereceivedexim_mailstats	
	Fork rategraph_title
--base 1000 -l 0
graph_args	#%#parent
HThis graph shows the number of forks (new processes started) per second.
graph_info	
100000max�	#%#parent
forks#%#name
The number of forks per second.info	,update_rate
normalgraph_data_size
DERIVEtype
0min
forkslabelforks
	processesgraph_category
forksgraph_order
forks#%#name
forks / ${graph_period}graph_vlabelforks
	processesgraph_category
threads#%#name
threadsgraph_order
Number of threadsgraph_title
'This graph shows the number of threads.
graph_info
threadslabel
normalgraph_data_size
The current number of threads.info	,update_rate
threads#%#name�	#%#parentthreads	#%#parent
number of threadsgraph_vlabelthreads	
Bytesgraph_vlabel
mysqlgraph_category
mysql_innodb#%#name
freegraph_order
--base 1024
graph_args
MySQL InnoDB free tablespacegraph_title	
2147483648:warning�	#%#parent	,update_rate
free#%#name
0min
GAUGEtype
normalgraph_data_size

Bytes freelabel
1073741824:criticalfree
#Free bytes in the InnoDB tablespace
graph_info	#%#parentmysql_innodb

nograph_scale
normalgraph_data_size
loadlabel	#%#parent
load#%#name
5 minute load averageinfo	,update_rateload
loadgraph_vlabel
sThe load average of the machine describes how many processes are in the run-queue (scheduled to run "immediately").
graph_info	#%#parent
--base 1000 -l 0
graph_args
Load averagegraph_title
loadgraph_order
load#%#name
systemgraph_categoryload

down up down upgraph_order
if_eth1#%#name
networkgraph_category@This graph shows the traffic of the eth1 network interface. Please note that the traffic is shown in bits per second, not bytes. IMPORTANT: On 32-bit systems the data source for this plugin uses 32-bit counters, which makes the plugin unreliable and unsuitable for most 100-Mb/s (or faster) interfaces, where traffic is expected to exceed 50 Mb/s over a 5 minute period.  This means that this plugin is unsuitable for most 32-bit production environments. To avoid this problem, use the ip_ plugin instead.  There should be no problems on 64-bit systems running 64-bit kernels.
graph_info
	#%#parent

1000000000max	,update_rate
nograph
down#%#name
0min
DERIVEtype
normalgraph_data_size
down,8,*cdef
receivedlabeldown	#%#parent
--base 1000
graph_args
eth1 trafficgraph_title
)bits in (-) / out (+) per ${graph_period}graph_vlabel	#%#parent
bpslabel
DERIVEtype	,update_rate
:Traffic of the eth1 interface. Maximum speed is 1000 Mb/s.info
up#%#name

1000000000max
up,8,*cdef
downnegative
0min
normalgraph_data_sizeupif_eth1	
*pages per ${graph_period} in (-) / out (+)graph_vlabel	
swap_out#%#name	,update_rate;	#%#parent
100000max
swaplabel
normalgraph_data_size
0min
DERIVEtype
swap_innegativeswap_out	
normalgraph_data_size
0min
DERIVEtype
swaplabel;	#%#parent
100000max
swap_in#%#name
nograph	,update_rateswap_in
systemgraph_category
swap_in swap_outgraph_order
swap#%#name
Swap in/outgraph_title
-l 0 --base 1000
graph_args	#%#parentswap

entropy (bytes)graph_vlabelZ	#%#parent	,update_rate
[The number of random bytes available. This is typically used by cryptographic applications.info
entropy#%#name
normalgraph_data_size
entropylabelentropy
nograph_scale
systemgraph_category
entropy#%#name
entropygraph_order
Available entropygraph_title
--base 1000 -l 0
graph_args	#%#parent
?This graph shows the amount of entropy available in the system.
graph_infoentropy	#%#parent		,update_rate
md0_wrio#%#name
LINE1drawm	#%#parent
md0label
0min
md0_rdionegative
GAUGEtype
normalgraph_data_sizemd0_wrio
--base 1000
graph_args	
sda_rdio#%#name	,update_rate
nographm	#%#parent
LINE1draw
sdalabel
normalgraph_data_size
GAUGEtype
0minsda_rdio
diskgraph_category	m	#%#parent
LINE1draw
sdb_rdio#%#name	,update_rate
nograph
normalgraph_data_size
0min
GAUGEtype
sdblabelsdb_rdio
diskgraph_category
--base 1000
graph_argsm	#%#parent
Units read (-) / write (+)graph_vlabel
md0#%#name

GAUGEtype
	avgrdrqsznegative
0min
normalgraph_data_size

Req Size (KB)label
LINE1draw�	#%#parent	,update_rate
.Average Request Size in kilobytes (1000 based)info
	avgwrrqsz#%#name	avgwrrqsz
rdio wrio avgrdrqsz avgwrrqszgraph_order		,update_rate
wrio#%#name
LINE1draw�	#%#parent
IO/seclabel
GAUGEtype
rdionegative
0min
normalgraph_data_sizewrio	
dummylabel
normalgraph_data_size
0min
GAUGEtype
rdio#%#name
nograph	,update_rate�	#%#parent
LINE1drawrdio
IOs for /dev/md0graph_title	
LINE1draw�	#%#parent	,update_rate
nograph
	avgrdrqsz#%#name
GAUGEtype
0min
normalgraph_data_size
dummylabel	avgrdrqsz�This graph shows the number of IO operations pr second and the average size of these requests.  Lots of small requests should result in in lower throughput (separate graph) and higher service time (separate graph).  Please note that starting with munin-node 2.0 the divisor for K is 1000 instead of 1024 which it was prior to 2.0 beta 3.  This is because the base for this graph is 1000 not 1024.
graph_infomd0	
nograph	,update_rate
md1_rdio#%#name
LINE1drawm	#%#parent
md1label
GAUGEtype
0min
normalgraph_data_sizemd1_rdio
(IOs/${graph_period} read (-) / write (+)graph_vlabel	
GAUGEtype
0min
normalgraph_data_size
md0label
LINE1drawm	#%#parent	,update_rate
nograph
md0_rdio#%#namemd0_rdio
Disk IOs per devicegraph_title�This graph shows the number of IO operations pr second and the average size of these requests.  Lots of small requests should result in in lower throughput (separate graph) and higher service time (separate graph).  Please note that starting with munin-node 2.0 the divisor for K is 1000 instead of 1024 which it was prior to 2.0 beta 3.  This is because the base for this graph is 1000 not 1024.
graph_info	
LINE1draw�	#%#parent
nograph	,update_rate
	avgrdrqsz#%#name
0min
GAUGEtype
normalgraph_data_size
dummylabel	avgrdrqsz
IOs for /dev/md1graph_title	
IO/seclabel
GAUGEtype
rdionegative
0min
normalgraph_data_size	,update_rate
wrio#%#name
LINE1draw�	#%#parentwrio	
GAUGEtype
0min
normalgraph_data_size
dummylabel
LINE1draw�	#%#parent	,update_rate
nograph
rdio#%#namerdio
md1#%#name
rdio wrio avgrdrqsz avgwrrqszgraph_order


Req Size (KB)label
normalgraph_data_size
0min
	avgrdrqsznegative
GAUGEtype
	avgwrrqsz#%#name	,update_rate
.Average Request Size in kilobytes (1000 based)info�	#%#parent
LINE1draw	avgwrrqszm	#%#parent
--base 1000
graph_args
diskgraph_category
Units read (-) / write (+)graph_vlabelmd1
diskstats_iops#%#name
Gmd0_rdio md0_wrio md1_rdio md1_wrio sda_rdio sda_wrio sdb_rdio sdb_wriograph_order	
normalgraph_data_size
GAUGEtype
sda_rdionegative
0min
sdalabelm	#%#parent
LINE1draw
sda_wrio#%#name	,update_ratesda_wrio
400graph_width
Units read (-) / write (+)graph_vlabel
diskgraph_categorym	#%#parent
--base 1000
graph_args	
dummylabel
normalgraph_data_size
0min
GAUGEtype
rdio#%#name	,update_rate
nograph'	#%#parent
LINE1drawrdio		,update_rate
wrio#%#name
LINE1draw'	#%#parent
IO/seclabel
0min
rdionegative
GAUGEtype
normalgraph_data_sizewrio
sdb#%#name
rdio wrio avgrdrqsz avgwrrqszgraph_order


Req Size (KB)label
normalgraph_data_size
0min
GAUGEtype
	avgrdrqsznegative
	avgwrrqsz#%#name	,update_rate
.Average Request Size in kilobytes (1000 based)info'	#%#parent
LINE1draw	avgwrrqsz�This graph shows the number of IO operations pr second and the average size of these requests.  Lots of small requests should result in in lower throughput (separate graph) and higher service time (separate graph).  Please note that starting with munin-node 2.0 the divisor for K is 1000 instead of 1024 which it was prior to 2.0 beta 3.  This is because the base for this graph is 1000 not 1024.
graph_info	
0min
GAUGEtype
normalgraph_data_size
dummylabel
LINE1draw'	#%#parent	,update_rate
nograph
	avgrdrqsz#%#name	avgrdrqsz
IOs for /dev/sdbgraph_titlesdb	
sdblabel
normalgraph_data_size
0min
GAUGEtype
sdb_rdionegative
sdb_wrio#%#name	,update_ratem	#%#parent
LINE1drawsdb_wrio		,update_rate
nograph
	avgrdrqsz#%#name
LINE1drawi	#%#parent
dummylabel
0min
GAUGEtype
normalgraph_data_size	avgrdrqsz
IOs for /dev/sdagraph_title�This graph shows the number of IO operations pr second and the average size of these requests.  Lots of small requests should result in in lower throughput (separate graph) and higher service time (separate graph).  Please note that starting with munin-node 2.0 the divisor for K is 1000 instead of 1024 which it was prior to 2.0 beta 3.  This is because the base for this graph is 1000 not 1024.
graph_info	
LINE1drawi	#%#parent	,update_rate
wrio#%#name
0min
rdionegative
GAUGEtype
normalgraph_data_size
IO/seclabelwrio	i	#%#parent
LINE1draw
rdio#%#name	,update_rate
nograph
normalgraph_data_size
GAUGEtype
0min
dummylabelrdio


Req Size (KB)label
GAUGEtype
0min
	avgrdrqsznegative
normalgraph_data_size	,update_rate
.Average Request Size in kilobytes (1000 based)info
	avgwrrqsz#%#name
LINE1drawi	#%#parent	avgwrrqsz
rdio wrio avgrdrqsz avgwrrqszgraph_order
sda#%#name
Units read (-) / write (+)graph_vlabel
--base 1000
graph_argsm	#%#parent
diskgraph_categorysda	m	#%#parent
LINE1draw
md1_wrio#%#name	,update_rate
normalgraph_data_size
md1_rdionegative
0min
GAUGEtype
md1labelmd1_wriodiskstats_iops	
threadsgraph_vlabel

mysql_threads#%#name
threadsgraph_order
mysqlgraph_category
�Note that this is a old plugin which is no longer installed by default.  It is retained for compatability with old installations.
graph_info
normalgraph_data_size�	#%#parent

mysql threadslabel	,update_rate
threads#%#namethreads	#%#parent
--base 1000
graph_args

MySQL threadsgraph_title
mysql_threads
	#%#parent
xThis graph shows the number of interrupts and context switches on the system. These are typically high on a busy system.
graph_info
Interrupts and context switchesgraph_title
--base 1000 -l 0
graph_args

interrupts#%#name
intr ctxgraph_order
systemgraph_category	

interruptslabel
0min
DERIVEtype
normalgraph_data_size	,update_rate
�Interrupts are events that alter sequence of instructions executed by a processor. They can come from either hardware (exceptions, NMI, IRQ) or software.info
intr#%#name
100000max�	#%#parentintr	
context switcheslabel
normalgraph_data_size
0min
DERIVEtype
ctx#%#name	,update_rate
�A context switch occurs when a multitasking operatings system suspends the currently running process, and starts executing another.info�	#%#parent
100000maxctx
+interrupts & ctx switches / ${graph_period}graph_vlabel
interrupts
!nc-ph-0707-26.instaforreviews.com#%#name	
uptime in daysgraph_vlabel
nograph_scale
uptimegraph_order
uptimelabel
normalgraph_data_size
uptime#%#name	,update_rate�	#%#parent
AREAdrawuptime
uptime#%#name
systemgraph_category	#%#parent
--base 1000 -l 0
graph_args
Uptimegraph_titleuptime

'Pr ${graph_period} read (-) / write (+)graph_vlabel	
GAUGEtype
0min
normalgraph_data_size
	invisiblelabel
LINE1draw�	#%#parent	,update_rate
nograph
rdbytes#%#namerdbytes		,update_rate
wrbytes#%#name
LINE1draw�	#%#parent
Byteslabel
GAUGEtype
rdbytesnegative
0min
normalgraph_data_sizewrbytes
diskgraph_category
rdbytes wrbytesgraph_order
sda#%#name
Disk throughput for /dev/sdagraph_title
--base 1024
graph_args�	#%#parent
xThis graph shows disk throughput in bytes pr ${graph_period}.  The graph base is 1024 so KB is for Kibi bytes and so on.
graph_infosda	
md1label
normalgraph_data_size
GAUGEtype
0min
md1_rdbytes#%#name
nograph	,update_rate�	#%#parent
LINE1drawmd1_rdbytes	
LINE1draw�	#%#parent
nograph	,update_rate
sdb_rdbytes#%#name
0min
GAUGEtype
normalgraph_data_size
sdblabelsdb_rdbytes

'Pr ${graph_period} read (-) / write (+)graph_vlabel	
wrbytes#%#name	,update_rate'	#%#parent
LINE1draw
Byteslabel
normalgraph_data_size
GAUGEtype
0min
rdbytesnegativewrbytes	
rdbytes#%#name	,update_rate
nograph'	#%#parent
LINE1draw
	invisiblelabel
normalgraph_data_size
0min
GAUGEtyperdbytes
diskgraph_category
md1#%#name
rdbytes wrbytesgraph_order
--base 1024
graph_args
Disk throughput for /dev/md1graph_title
xThis graph shows disk throughput in bytes pr ${graph_period}.  The graph base is 1024 so KB is for Kibi bytes and so on.
graph_info�	#%#parentmd1
Throughput per devicegraph_title
�This graph shows averaged throughput for the given disk in bytes.  Higher throughput is usualy linked with higher service time/latency (separate graph).  The graph base is 1024 yeilding Kibi- and Mebi-bytes.
graph_info	
sdalabel
normalgraph_data_size
GAUGEtype
0min
sda_rdbytes#%#name	,update_rate
nograph�	#%#parent
LINE1drawsda_rdbytes
400graph_width

--base 1024
graph_args
Disk throughput for /dev/sdbgraph_title
xThis graph shows disk throughput in bytes pr ${graph_period}.  The graph base is 1024 so KB is for Kibi bytes and so on.
graph_info�	#%#parent
diskgraph_category
sdb#%#name
rdbytes wrbytesgraph_order
'Pr ${graph_period} read (-) / write (+)graph_vlabel	
LINE1drawU	#%#parent	,update_rate
wrbytes#%#name
GAUGEtype
rdbytesnegative
0min
normalgraph_data_size
Byteslabelwrbytes	U	#%#parent
LINE1draw
rdbytes#%#name	,update_rate
nograph
normalgraph_data_size
GAUGEtype
0min
	invisiblelabelrdbytessdb	
LINE1draw�	#%#parent	,update_rate
md0_wrbytes#%#name
md0_rdbytesnegative
0min
GAUGEtype
normalgraph_data_size
md0labelmd0_wrbytes
_md0_rdbytes md0_wrbytes md1_rdbytes md1_wrbytes sda_rdbytes sda_wrbytes sdb_rdbytes sdb_wrbytesgraph_order
diskstats_throughput#%#name	
LINE1draw�	#%#parent	,update_rate
md1_wrbytes#%#name
0min
md1_rdbytesnegative
GAUGEtype
normalgraph_data_size
md1labelmd1_wrbytes	
sdblabel
normalgraph_data_size
0min
sdb_rdbytesnegative
GAUGEtype
sdb_wrbytes#%#name	,update_rate�	#%#parent
LINE1drawsdb_wrbytes
*Bytes/${graph_period} read (-) / write (+)graph_vlabel

xThis graph shows disk throughput in bytes pr ${graph_period}.  The graph base is 1024 so KB is for Kibi bytes and so on.
graph_info�	#%#parent
--base 1024
graph_args
Disk throughput for /dev/md0graph_title
md0#%#name
rdbytes wrbytesgraph_order
diskgraph_category	
LINE1draw�	#%#parent
nograph	,update_rate
rdbytes#%#name
GAUGEtype
0min
normalgraph_data_size
	invisiblelabelrdbytes	
LINE1draw�	#%#parent	,update_rate
wrbytes#%#name
GAUGEtype
rdbytesnegative
0min
normalgraph_data_size
Byteslabelwrbytes
'Pr ${graph_period} read (-) / write (+)graph_vlabelmd0
--base 1024
graph_args	
normalgraph_data_size
sda_rdbytesnegative
GAUGEtype
0min
sdalabel�	#%#parent
LINE1draw
sda_wrbytes#%#name	,update_ratesda_wrbytes	#%#parent	
normalgraph_data_size
0min
GAUGEtype
md0label�	#%#parent
LINE1draw
md0_rdbytes#%#name
nograph	,update_ratemd0_rdbytes
diskgraph_categorydiskstats_throughput		
0:100warning�	#%#parent
AREAdraw
mails#%#name	,update_rate
normalgraph_data_size
00AA00colour
0:200critical
queued mailslabelmails
mails in queuegraph_vlabel	#%#parent	
0:200critical
0022FFcolour
frozen mailslabel
normalgraph_data_size
frozen#%#name	,update_rate�	#%#parent
0:100warning
STACKdrawfrozen
--base 1000 -l 0
graph_args
Exim Mailqueuegraph_title
exim_mailqueue#%#name
mails frozengraph_order
eximgraph_categoryexim_mailqueue	
Celsiusgraph_vlabel�	#%#parent
normalgraph_data_size

thermal_zone1#%#name	,update_rate
acpitzlabel
thermal_zone1�	#%#parent
normalgraph_data_size

thermal_zone0#%#name	,update_rate
acpitzlabel
thermal_zone0
sensorsgraph_category
thermal_zone0 thermal_zone1graph_order
acpi#%#name
ACPI Thermal zone temperaturesgraph_title
�This graph shows the temperature in different ACPI Thermal zones.  If there is only one it will usually be the case temperature.
graph_info	#%#parentacpi
bThis graph shows the amount of errors, packet drops, and collisions on the eth1 network interface.
graph_info
eth1 errorsgraph_title	#%#parent
1warning
rcvd#%#name	,update_rate
nograph
normalgraph_data_size
COUNTERtype
errorslabelrcvd
.rcvd trans rcvd trans rxdrop txdrop collisionsgraph_order
if_err_eth1#%#name
dropslabel
rxdropnegative
COUNTERtype
normalgraph_data_size	,update_rate
txdrop#%#name	#%#parenttxdrop	#%#parent
--base 1000
graph_args

collisions#%#name

collisionslabel	,update_rate	#%#parent
normalgraph_data_size
COUNTERtype
collisions
networkgraph_category
errorslabel
normalgraph_data_size
COUNTERtype
rcvdnegative
trans#%#name	,update_rate	#%#parent
1warningtrans	#%#parent
nograph	,update_rate
rxdrop#%#name
COUNTERtype
normalgraph_data_size
dropslabelrxdrop
,packets in (-) / out (+) per ${graph_period}graph_vlabelif_err_eth1

normalgraph_data_size
1563625critical

open fileslabel
1467893warning@	#%#parent
used#%#name	,update_rate
#The number of currently open files.infoused
used maxgraph_order

open_files#%#name
systemgraph_category
/This graph monitors the Linux open files table.
graph_info@	#%#parent	,update_rate
TThe maximum supported number of open files. Tune by modifying /proc/sys/fs/file-max.info
max#%#name
normalgraph_data_size
max open fileslabelmax	#%#parent
--base 1000 -l 0
graph_args
File table usagegraph_title
number of open filesgraph_vlabel
open_files	
received forwardedgraph_order

fw_packets#%#name
networkgraph_category	#%#parent	,update_rate
received#%#name
AREAdraw\	#%#parent
Receivedlabel
DERIVEtype
0min
normalgraph_data_sizereceived
Firewall Throughputgraph_title
--base 1000 -l 0
graph_args
Packets/${graph_period}graph_vlabel
	Forwardedlabel
0min
DERIVEtype
normalgraph_data_size	,update_rate
	forwarded#%#name
LINE2draw\	#%#parent	forwarded
fw_packets

Inode table usagegraph_title
--base 1000 -l 0
graph_args	#%#parenty	#%#parent	,update_rate
OThe size of the system inode table. This is dynamically adjusted by the kernel.info
max#%#name
normalgraph_data_size
inode table sizelabelmax
/This graph monitors the Linux open inode table.
graph_info
systemgraph_category
normalgraph_data_size
open inodeslabely	#%#parent	,update_rate
$The number of currently open inodes.info
used#%#nameused
used maxgraph_order
open_inodes#%#name
number of open inodesgraph_vlabelopen_inodes
low#%#name
,The number of low-priority processes (tasks)info	,update_rate�	#%#parent
AREAdraw
low prioritylabel
normalgraph_data_sizelow
low high locked high low lockedgraph_order
proc_pri#%#name
Processes prioritygraph_title
5This graph shows number of processes at each priority
graph_info	,update_rate
-The number of high-priority processes (tasks)info
high#%#name
STACKdraw�	#%#parent

high prioritylabel
normalgraph_data_sizehigh
	processesgraph_category
--base 1000 -l 0
graph_args	#%#parent
Number of processesgraph_vlabel
normalgraph_data_size
locked in memorylabel�	#%#parent
STACKdraw
locked#%#name
XThe number of processes that have pages locked into memory (for real-time and custom IO)info	,update_ratelockedproc_pri

eth0 trafficgraph_title
--base 1000
graph_args	
0min
DERIVEtype
normalgraph_data_size
down,8,*cdef
receivedlabel�	#%#parent	,update_rate
nograph
down#%#namedown	#%#parent@This graph shows the traffic of the eth0 network interface. Please note that the traffic is shown in bits per second, not bytes. IMPORTANT: On 32-bit systems the data source for this plugin uses 32-bit counters, which makes the plugin unreliable and unsuitable for most 100-Mb/s (or faster) interfaces, where traffic is expected to exceed 50 Mb/s over a 5 minute period.  This means that this plugin is unsuitable for most 32-bit production environments. To avoid this problem, use the ip_ plugin instead.  There should be no problems on 64-bit systems running 64-bit kernels.
graph_info
networkgraph_category
down up down upgraph_order
if_eth0#%#name
�	#%#parent	,update_rate
bTraffic of the eth0 interface. Unable to determine interface speed. Please run the plugin as root.info
up#%#name
DERIVEtype
0min
downnegative
normalgraph_data_size
bpslabel
up,8,*cdefup
)bits in (-) / out (+) per ${graph_period}graph_vlabelif_eth0	#%#parent0
normalgraph_data_size
0min
DERIVEtype
Deferred Error APIC interruptslabel�	#%#parent
iDFR#%#name	,update_rate
<Interrupt DFR, for device(s): Deferred Error APIC interruptsinfoiDFR�	#%#parent	,update_rate
5Interrupt NMI, for device(s): Non-maskable interruptsinfo
iNMI#%#name
DERIVEtype
0min
normalgraph_data_size
Non-maskable interruptslabeliNMI
systemgraph_category
DERIVEtype
0min�	#%#parent
normalgraph_data_size	,update_rate
7label
i7#%#namei7
0min
DERIVEtype
normalgraph_data_size
eth1-TxRx-0label�	#%#parent	,update_rate
(Interrupt 39, for device(s): eth1-TxRx-0info
i39#%#namei39	,update_rate
 Interrupt 9, for device(s): acpiinfo
i9#%#name�	#%#parent
acpilabel
0min
DERIVEtype
normalgraph_data_sizei9
eth1-TxRx-4label
normalgraph_data_size
0min
DERIVEtype
i43#%#name
(Interrupt 43, for device(s): eth1-TxRx-4info	,update_rate�	#%#parenti43
Posted-interrupt wakeup eventlabel
normalgraph_data_size
0min
DERIVEtype
iPIW#%#name
;Interrupt PIW, for device(s): Posted-interrupt wakeup eventinfo	,update_rate�	#%#parentiPIW�	#%#parent
*Interrupt 16, for device(s): ehci_hcd:usb1info	,update_rate
i16#%#name
0min
DERIVEtype
normalgraph_data_size

ehci_hcd:usb1labeli16
normalgraph_data_size
DERIVEtype
0min
xhci_hcdlabel�	#%#parent
i27#%#name
%Interrupt 27, for device(s): xhci_hcdinfo	,update_ratei27
iTHR#%#name
7Interrupt THR, for device(s): Threshold APIC interruptsinfo	,update_rate�	#%#parent
Threshold APIC interruptslabel
normalgraph_data_size
DERIVEtype
0miniTHR�	#%#parent
"Interrupt 24, for device(s): dmar0info	,update_rate
i24#%#name
0min
DERIVEtype
normalgraph_data_size
dmar0labeli24
?Interrupt PMI, for device(s): Performance monitoring interruptsinfo	,update_rate
iPMI#%#name�	#%#parent
!Performance monitoring interruptslabel
0min
DERIVEtype
normalgraph_data_sizeiPMI�	#%#parent
i46#%#name
(Interrupt 46, for device(s): eth1-TxRx-7info	,update_rate
normalgraph_data_size
DERIVEtype
0min
eth1-TxRx-7labeli46�	#%#parent
i38#%#name
!Interrupt 38, for device(s): eth1info	,update_rate
normalgraph_data_size
DERIVEtype
0min
eth1labeli38�	#%#parent	,update_rate
6Interrupt TRM, for device(s): Thermal event interruptsinfo
iTRM#%#name
0min
DERIVEtype
normalgraph_data_size
Thermal event interruptslabeliTRM�	#%#parent
6Interrupt CAL, for device(s): Function call interruptsinfo	,update_rate
iCAL#%#name
DERIVEtype
0min
normalgraph_data_size
Function call interruptslabeliCAL
interrupts / ${graph_period}graph_vlabel
PCIe PMElabel
0min
DERIVEtype
normalgraph_data_size	,update_rate
%Interrupt 25, for device(s): PCIe PMEinfo
i25#%#name�	#%#parenti25
i18#%#name
'Interrupt 18, for device(s): i801_smbusinfo	,update_rate�	#%#parent

i801_smbuslabel
normalgraph_data_size
DERIVEtype
0mini18
normalgraph_data_size
DERIVEtype
0min
Local timer interruptslabel�	#%#parent
iLOC#%#name	,update_rate
4Interrupt LOC, for device(s): Local timer interruptsinfoiLOC
eth1-TxRx-3label
0min
DERIVEtype
normalgraph_data_size	,update_rate
(Interrupt 42, for device(s): eth1-TxRx-3info
i42#%#name�	#%#parenti42	,update_rate
iERR#%#name�	#%#parent
ERRlabel
0min
DERIVEtype
normalgraph_data_sizeiERR	#%#parent
APIC ICR read retrieslabel
normalgraph_data_size
DERIVEtype
0min
iRTR#%#name
3Interrupt RTR, for device(s): APIC ICR read retriesinfo	,update_rate�	#%#parentiRTR
0min
DERIVEtype
normalgraph_data_size
Nested posted-interrupt eventlabel�	#%#parent
;Interrupt NPI, for device(s): Nested posted-interrupt eventinfo	,update_rate
iNPI#%#nameiNPI
Individual interruptsgraph_title]i0 i7 i8 i9 i16 i18 i22 i24 i25 i26 i27 i37 i38 i39 i40 i41 i42 i43 i44 i45 i46 iNMI iLOC iSPU iPMI iIWI iRTR iRES iCAL iTLB iTRM iTHR iDFR iMCE iMCP iERR iMIS iPIN iNPI iPIW i0 i7 i8 i9 i16 i18 i22 i24 i25 i26 i27 i37 i38 i39 i40 i41 i42 i43 i44 i45 i46 iNMI iLOC iSPU iPMI iIWI iRTR iRES iCAL iTLB iTRM iTHR iDFR iMCE iMCP iERR iMIS iPIN iNPI iPIWgraph_order
#Posted-interrupt notification eventlabel
0min
DERIVEtype
normalgraph_data_size	,update_rate
AInterrupt PIN, for device(s): Posted-interrupt notification eventinfo
iPIN#%#name�	#%#parentiPIN
IRQ work interruptslabel
normalgraph_data_size
DERIVEtype
0min
iIWI#%#name
1Interrupt IWI, for device(s): IRQ work interruptsinfo	,update_rate�	#%#parentiIWI�	#%#parent	,update_rate
(Interrupt 40, for device(s): eth1-TxRx-1info
i40#%#name
DERIVEtype
0min
normalgraph_data_size
eth1-TxRx-1labeli40
DERIVEtype
0min
normalgraph_data_size
eth1-TxRx-5label�	#%#parent	,update_rate
(Interrupt 44, for device(s): eth1-TxRx-5info
i44#%#namei44
--base 1000 --logarithmic
graph_args
PCIe PMElabel
DERIVEtype
0min
normalgraph_data_size	,update_rate
%Interrupt 26, for device(s): PCIe PMEinfo
i26#%#name�	#%#parenti26
i0#%#name
!Interrupt 0, for device(s): timerinfo	,update_rate�	#%#parent
timerlabel
normalgraph_data_size
0min
DERIVEtypei0�	#%#parent
iRES#%#name	,update_rate
5Interrupt RES, for device(s): Rescheduling interruptsinfo
normalgraph_data_size
DERIVEtype
0min
Rescheduling interruptslabeliRES
MISlabel
DERIVEtype
0min
normalgraph_data_size	,update_rate
iMIS#%#name�	#%#parentiMIS
normalgraph_data_size
0min
DERIVEtype
eth1-TxRx-2label�	#%#parent
i41#%#name
(Interrupt 41, for device(s): eth1-TxRx-2info	,update_ratei41�	#%#parent
1Interrupt MCP, for device(s): Machine check pollsinfo	,update_rate
iMCP#%#name
0min
DERIVEtype
normalgraph_data_size
Machine check pollslabeliMCP
normalgraph_data_size
0min
DERIVEtype
TLB shootdownslabel�	#%#parent
iTLB#%#name	,update_rate
,Interrupt TLB, for device(s): TLB shootdownsinfoiTLB
Shows the number of different IRQs received by the kernel.  High disk or network traffic can cause a high number of interrupts (with good hardware and drivers this will be less so). Sudden high interrupt activity with no associated higher system activity is not normal.
graph_info�	#%#parent
i45#%#name	,update_rate
(Interrupt 45, for device(s): eth1-TxRx-6info
normalgraph_data_size
0min
DERIVEtype
eth1-TxRx-6labeli45
irqstats#%#name
 Interrupt 8, for device(s): rtc0info	,update_rate
i8#%#name�	#%#parent
rtc0label
DERIVEtype
0min
normalgraph_data_sizei8
*Interrupt 22, for device(s): ehci_hcd:usb2info	,update_rate
i22#%#name�	#%#parent

ehci_hcd:usb2label
0min
DERIVEtype
normalgraph_data_sizei22
normalgraph_data_size
DERIVEtype
0min
Spurious interruptslabel�	#%#parent
iSPU#%#name
1Interrupt SPU, for device(s): Spurious interruptsinfo	,update_rateiSPU�	#%#parent
iMCE#%#name	,update_rate
6Interrupt MCE, for device(s): Machine check exceptionsinfo
normalgraph_data_size
DERIVEtype
0min
Machine check exceptionslabeliMCE
i37#%#name	,update_rate
)Interrupt 37, for device(s): 0000:00:1f.2info�	#%#parent
0000:00:1f.2label
normalgraph_data_size
0min
DERIVEtypei37irqstats	,update_rate
_run#%#name
92warningq	#%#parent
/runlabel
98critical
normalgraph_data_size_run
_run_user_1028#%#name	,update_rate
92warningq	#%#parent
98critical
/run/user/1028label
normalgraph_data_size_run_user_1028q	#%#parent
92warning
devtmpfs#%#name	,update_rate
normalgraph_data_size
98critical
/devlabeldevtmpfs
/bootlabel
98critical
normalgraph_data_size	,update_rate
_dev_md0#%#nameq	#%#parent
92warning_dev_md0
normalgraph_data_size

/run/user/992label
98criticalq	#%#parent
92warning	,update_rate

_run_user_992#%#name
_run_user_992
kdevtmpfs _dev_shm _run _sys_fs_cgroup _dev_md1 _dev_md0 _dev_loop0 _run_user_0 _run_user_1028 _run_user_992graph_order
df_inode#%#name
normalgraph_data_size
/run/user/0label
98critical
92warningq	#%#parent	,update_rate
_run_user_0#%#name_run_user_0
Inode usage in percentgraph_title
_sys_fs_cgroup#%#name	,update_rate
92warningq	#%#parent
98critical
/sys/fs/cgrouplabel
normalgraph_data_size_sys_fs_cgroup
%graph_vlabel
nograph_scale
diskgraph_category
normalgraph_data_size
/label
98criticalq	#%#parent
92warning	,update_rate
_dev_md1#%#name_dev_md1
92warningq	#%#parent	,update_rate

_dev_loop0#%#name
normalgraph_data_size
/tmplabel
98critical
_dev_loop0
--upper-limit 100 -l 0
graph_args
98critical
/dev/shmlabel
normalgraph_data_size
_dev_shm#%#name	,update_rateq	#%#parent
92warning_dev_shm	#%#parentdf_inode

MySQL throughputgraph_title

normalgraph_data_size
DERIVEtype
0min

transfer ratelabel�	#%#parent
80000000max
LINE2draw
recv#%#name	,update_rate
nographrecv
--base 1024
graph_args

sent#%#name	,update_rate�	#%#parent
80000000max
LINE2draw

transfer ratelabel
normalgraph_data_size
DERIVEtype
recvnegative
0minsent	#%#parent
�Note that this is a old plugin which is no longer installed by default.  It is retained for compatability with old installations.
graph_info
mysqlgraph_category
	recv sentgraph_order
mysql_bytes#%#name
1bytes received (-) / sent (+) per ${graph_period}graph_vlabelmysql_bytes
networkgraph_category	#%#parent
--base 1000
graph_args
COUNTERtype
normalgraph_data_size�	#%#parent	,update_rate

collisionslabel

collisions#%#name
collisions�	#%#parent
rxdrop#%#name	,update_rate
nograph
normalgraph_data_size
COUNTERtype
dropslabelrxdrop�	#%#parent
1warning
trans#%#name	,update_rate
normalgraph_data_size
rcvdnegative
COUNTERtype
errorslabeltrans
,packets in (-) / out (+) per ${graph_period}graph_vlabel
if_err_eth0#%#name
1warning�	#%#parent	,update_rate
nograph
rcvd#%#name
COUNTERtype
normalgraph_data_size
errorslabelrcvd
.rcvd trans rcvd trans rxdrop txdrop collisionsgraph_order
bThis graph shows the amount of errors, packet drops, and collisions on the eth0 network interface.
graph_info
eth0 errorsgraph_title
txdrop#%#name	,update_rate
dropslabel�	#%#parent
normalgraph_data_size
rxdropnegative
COUNTERtypetxdropif_err_eth0	
Load time in secondsgraph_vlabel
normalgraph_data_size
http://localhost/label/	#%#parent
page load timeinfo	,update_rate
http___localhost_#%#namehttp___localhost_
--base 1000 -l 0
graph_args
HTTP loadtime of a pagegraph_title
)This graph shows the load time in seconds
graph_info	#%#parent
networkgraph_category
http___localhost_graph_order

http_loadtime#%#name
http_loadtime
diskstats_latency#%#name
sda_avgwait sdb_avgwaitgraph_order
400graph_width
--base 1000 --logarithmic
graph_args
Average latency for /dev/sdbgraph_title
�This graph shows average waiting time/latency for different categories of disk operations.   The times that include the queue times indicate how busy your system is.  If the waiting time hits 1 second then your I/O system is 100% busy.
graph_infoA	#%#parent
diskgraph_category	F	#%#parent
LINE1draw
avgwait#%#name	,update_rate
VAverage wait time for an I/O from request start to finish (includes queue times et al)info
normalgraph_data_size
GAUGEtype
0min
IO Wait timelabelavgwait
sdb#%#name
!svctm avgwait avgrdwait avgwrwaitgraph_order
	,update_rate
[Average wait time for a write I/O from request start to finish (includes queue times et al)info
	avgwrwait#%#name
LINE1draw
0:3warningF	#%#parent
Write IO Wait timelabel
0min
GAUGEtype
normalgraph_data_size	avgwrwait
secondsgraph_vlabel	
Device IO timelabel
GAUGEtype
0min
normalgraph_data_size	,update_rate
{Average time an I/O takes on the block device not including any queue times, just the round trip time for the disk request.info
svctm#%#name
LINE1drawF	#%#parentsvctm

LINE1drawF	#%#parent
0:3warning
ZAverage wait time for a read I/O from request start to finish (includes queue times et al)info	,update_rate
	avgrdwait#%#name
0min
GAUGEtype
normalgraph_data_size
Read IO Wait timelabel	avgrdwaitsdb	
LINE1drawA	#%#parent
$Average wait time for an I/O requestinfo	,update_rate
sda_avgwait#%#name
GAUGEtype
0min
normalgraph_data_size
sdalabelsda_avgwait
Disk latency per devicegraph_title
Average latency for /dev/sdagraph_title
--base 1000 --logarithmic
graph_argsA	#%#parent
�This graph shows average waiting time/latency for different categories of disk operations.   The times that include the queue times indicate how busy your system is.  If the waiting time hits 1 second then your I/O system is 100% busy.
graph_info
diskgraph_category
sda#%#name
!svctm avgwait avgrdwait avgwrwaitgraph_order	
normalgraph_data_size
0min
GAUGEtype
IO Wait timelabel�	#%#parent
LINE1draw
avgwait#%#name	,update_rate
VAverage wait time for an I/O from request start to finish (includes queue times et al)infoavgwait

LINE1draw�	#%#parent
0:3warning	,update_rate
[Average wait time for a write I/O from request start to finish (includes queue times et al)info
	avgwrwait#%#name
GAUGEtype
0min
normalgraph_data_size
Write IO Wait timelabel	avgwrwait
secondsgraph_vlabel

	avgrdwait#%#name	,update_rate
ZAverage wait time for a read I/O from request start to finish (includes queue times et al)info�	#%#parent
0:3warning
LINE1draw
Read IO Wait timelabel
normalgraph_data_size
0min
GAUGEtype	avgrdwait	�	#%#parent
LINE1draw
svctm#%#name
{Average time an I/O takes on the block device not including any queue times, just the round trip time for the disk request.info	,update_rate
normalgraph_data_size
0min
GAUGEtype
Device IO timelabelsvctmsda	
sdblabel
GAUGEtype
0min
normalgraph_data_size
$Average wait time for an I/O requestinfo	,update_rate
sdb_avgwait#%#name
LINE1drawA	#%#parentsdb_avgwait
diskgraph_category	#%#parent
--base 1000
graph_args
Average IO Wait (seconds)graph_vlabeldiskstats_latency
systemgraph_category	#%#parent
%3.0lfgraph_printf
--base 1000 -l 0
graph_args
Usersgraph_vlabel
nograph_scale
normalgraph_data_size
000000colour

X displayslabel�	#%#parent
	AREASTACKdraw
X#%#name
Users logged in on an X displayinfo	,update_rateX
users#%#name
tty pty pts X othergraph_order
ptslabel	,update_rate
00FFFFcolour
pts#%#name
	AREASTACKdraw�	#%#parent
normalgraph_data_sizepts�	#%#parent
normalgraph_data_size
	AREASTACKdraw
0000FFcolour
pty#%#name
ptylabel	,update_ratepty
Logged in usersgraph_title
	AREASTACKdraw�	#%#parent
normalgraph_data_size	,update_rate
ttylabel
00FF00colour
tty#%#nametty
FF0000colour
Other userslabel
normalgraph_data_size
other#%#name
'Users logged in by indeterminate methodinfo	,update_rate�	#%#parentotherusers	
	processesgraph_category
vmstat#%#name

wait sleepgraph_order
--base 1000 -l 0
graph_args
VMstatgraph_title
	#%#parent
500000max
sleep#%#name	,update_rate
normalgraph_data_size
GAUGEtype
	I/O sleeplabelsleep	#%#parent
process statesgraph_vlabel
runninglabel	,update_rate
wait#%#name
GAUGEtype
normalgraph_data_size
500000max
	#%#parentwaitvmstat	
mysqlgraph_category
mysql_slowqueries#%#name
queriesgraph_order
--base 1000 -l 0
graph_args
MySQL slow queriesgraph_title
�Note that this is a old plugin which is no longer installed by default.  It is retained for compatability with old installations.
graph_info	#%#parent
slow queries / ${graph_period}graph_vlabel
normalgraph_data_size
0min
DERIVEtype
slow querieslabel
500000max%	#%#parent
queries#%#name	,update_ratequeriesmysql_slowqueries	
Degrees Celsiusgraph_vlabel
100max9	#%#parent
57warning
sda#%#name	,update_rate
normalgraph_data_size
60critical
sdalabelsda
sda sdbgraph_order
hddtemp_smartctl#%#name
sensorsgraph_category
normalgraph_data_size
sdblabel
60critical9	#%#parent
100max
57warning	,update_rate
sdb#%#namesdb
VThis graph shows the temperature in degrees Celsius of the hard drives in the machine.
graph_info	#%#parent
HDD temperaturegraph_titlehddtemp_smartctl
Utilization per devicegraph_title	
nograph_scale
% busygraph_vlabel
5--base 1000 --lower-limit 0 --upper-limit 100 --rigid
graph_args
Disk utilization for /dev/sdbgraph_title	
normalgraph_data_size
0min
GAUGEtype
UtilizationlabelY	#%#parent
LINE1draw
util#%#name
�Utilization of the device in percent. If the time spent for I/O is close to 1000msec for a given second, the device is nearly 100% saturated.info	,update_rateutilV	#%#parent
diskgraph_category
utilgraph_order
sdb#%#namesdb
400graph_width
diskstats_utilization#%#name
sda_util sdb_utilgraph_order	
% busygraph_vlabel
nograph_scale
sda#%#name
utilgraph_order
diskgraph_categoryV	#%#parent	
Utilizationlabel
normalgraph_data_size
GAUGEtype
0min
util#%#name
�Utilization of the device in percent. If the time spent for I/O is close to 1000msec for a given second, the device is nearly 100% saturated.info	,update_rateq	#%#parent
LINE1drawutil
Disk utilization for /dev/sdagraph_title
5--base 1000 --lower-limit 0 --upper-limit 100 --rigid
graph_argssda
5--base 1000 --lower-limit 0 --upper-limit 100 --rigid
graph_args	
sdalabel
0min
GAUGEtype
normalgraph_data_size
Utilization of the deviceinfo	,update_rate
sda_util#%#name
LINE1drawV	#%#parentsda_util	#%#parent
diskgraph_category
nograph_scale
% busygraph_vlabel	
sdblabel
0min
GAUGEtype
normalgraph_data_size	,update_rate
Utilization of the deviceinfo
sdb_util#%#name
LINE1drawV	#%#parentsdb_utildiskstats_utilization
4The number of runnable processes (on the run queue).info	,update_rate
runnable#%#name
STACKdraw�	#%#parent
runnablelabel
22ff22colour
normalgraph_data_sizerunnable
	Processesgraph_title
990000colour
zombielabel
normalgraph_data_size
zombie#%#name
UThe number of defunct (zombie) processes (process terminated and parent not waiting).info	,update_rate�	#%#parent
STACKdrawzombie
(This graph shows the number of processes
graph_info
LINE1draw�	#%#parent	,update_rate
The total number of processes.info
	processes#%#name
normalgraph_data_size
totallabel
c0c0c0colour	processes
STACKdraw�	#%#parent	,update_rate
The number of dead processes.info
dead#%#name
normalgraph_data_size
deadlabel
ff0000colourdead
�sleeping stopped zombie dead paging uninterruptible runnable processes dead paging sleeping uninterruptible zombie stopped runnable processesgraph_order
	processes#%#name
Number of processesgraph_vlabel
normalgraph_data_size
00aaaacolour
paginglabel�	#%#parent
STACKdraw
paging#%#name
3The number of paging processes (<2.6 kernels only).info	,update_ratepaging
--base 1000 -l 0
graph_args
AREAdraw�	#%#parent	,update_rate
!The number of sleeping processes.info
sleeping#%#name
normalgraph_data_size
sleepinglabel
0022ffcoloursleeping	#%#parent
	processesgraph_category
STACKdraw�	#%#parent
*The number of stopped or traced processes.info	,update_rate
stopped#%#name
normalgraph_data_size
stoppedlabel
cc0000colourstopped
ffa500colour
uninterruptiblelabel
normalgraph_data_size
uninterruptible#%#name
5The number of uninterruptible processes (usually IO).info	,update_rate�	#%#parent
STACKdrawuninterruptible	processes
normalgraph_data_size
98critical

/run/user/992label�	#%#parent
92warning

_run_user_992#%#name	,update_rate
_run_user_992
b_dev_shm _run _sys_fs_cgroup _dev_md1 _dev_md0 _dev_loop0 _run_user_0 _run_user_1028 _run_user_992graph_order
df#%#name
/bootlabel
98critical
normalgraph_data_size	,update_rate
_dev_md0#%#name
92warning�	#%#parent_dev_md0
/sys/fs/cgrouplabel
98critical
normalgraph_data_size	,update_rate
_sys_fs_cgroup#%#name�	#%#parent
92warning_sys_fs_cgroup
Disk usage in percentgraph_title	,update_rate
_run_user_0#%#name
92warning�	#%#parent
/run/user/0label
98critical
normalgraph_data_size_run_user_0
normalgraph_data_size
98critical
/runlabel
92warning�	#%#parent
_run#%#name	,update_rate_run	,update_rate
/run/user/1028label
_run_user_1028#%#name
98critical
92warning
normalgraph_data_size�	#%#parent_run_user_1028
92warning�	#%#parent
_dev_md1#%#name	,update_rate
normalgraph_data_size
98critical
/label_dev_md1
92warning�	#%#parent

_dev_loop0#%#name	,update_rate
normalgraph_data_size
98critical
/tmplabel
_dev_loop0
diskgraph_category	#%#parent
/dev/shmlabel	,update_rate
98critical
_dev_shm#%#name�	#%#parent
normalgraph_data_size
92warning_dev_shm
--upper-limit 100 -l 0
graph_args
%graph_vlabel
nograph_scaledf
normalgraph_data_size

swap_cachelabel	V	#%#parent
STACKdraw

swap_cache#%#name
gA piece of memory that keeps track of pages that have been fetched from swap but not yet been modified.info	,update_rate
swap_cache
slab#%#name
LMemory used by the kernel (major users  are caches like inode, dentry, etc).info	,update_rate	V	#%#parent
STACKdraw

slab_cachelabel
normalgraph_data_sizeslab
swaplabel
normalgraph_data_size
Swap space used.info	,update_rate
swap#%#name
STACKdraw	V	#%#parentswap	V	#%#parent
LINE2draw
	committed#%#name
dThe amount of memory allocated to programs. Overcommitting is normal, but may indicate memory leaks.info	,update_rate
normalgraph_data_size
	committedlabel	committed
Bytesgraph_vlabel
active#%#name	,update_rate
@Memory recently used. Not reclaimed unless absolutely necessary.info	V	#%#parent
LINE2draw
activelabel
normalgraph_data_sizeactive	#%#parent
mappedlabel
normalgraph_data_size	,update_rate
All mmap()ed pages.info
mapped#%#name
LINE2draw	V	#%#parentmapped
*--base 1024 -l 0 --upper-limit 16614236160
graph_args
normalgraph_data_size
cachelabel
STACKdraw	V	#%#parent
&Parked file data (file content) cache.info	,update_rate
cached#%#namecached
systemgraph_category	,update_rate
AMemory used to map between virtual and physical memory addresses.info
page_tables#%#name
STACKdraw	V	#%#parent
page_tableslabel
normalgraph_data_sizepage_tables
buffers#%#name	,update_rate
WBlock device (e.g. harddisk) cache. Also where "dirty" blocks are stored until written.info	V	#%#parent
STACKdraw
bufferslabel
normalgraph_data_sizebuffers
normalgraph_data_size
appslabel
AREAdraw	V	#%#parent	,update_rate
'Memory used by user-space applications.info
apps#%#nameapps
normalgraph_data_size
vmalloc_usedlabel
LINE2draw	V	#%#parent
'VMalloc' (kernel) memory usedinfo	,update_rate
vmalloc_used#%#namevmalloc_used
2This graph shows what the machine uses memory for.
graph_info
unusedlabel
normalgraph_data_size
free#%#name	,update_rate
;Wasted memory. Memory that is not used for anything at all.info	V	#%#parent
STACKdrawfree
Memory usagegraph_title
�apps page_tables swap_cache slab cached buffers free swap apps buffers swap cached free slab swap_cache page_tables vmalloc_used committed mapped active inactivegraph_order
memory#%#name
inactive#%#name
Memory not currently used.info	,update_rate	V	#%#parent
LINE2draw
inactivelabel
normalgraph_data_sizeinactivememory
totalgraph_total	
normalgraph_data_size
DERIVEtype
0min
deletelabel	�	#%#parent
500000max
STACKdraw
delete#%#name	,update_ratedelete
�Note that this is a old plugin which is no longer installed by default.  It is retained for compatability with old installations.
graph_info

MySQL queriesgraph_title

mysql_queries#%#name
.cache_hits select update insert replace deletegraph_order	
STACKdraw	�	#%#parent
500000max	,update_rate
select#%#name
0min
DERIVEtype
normalgraph_data_size
selectlabelselect	
0min
DERIVEtype
normalgraph_data_size

cache_hitslabel
AREAdraw	�	#%#parent
500000max	,update_rate

cache_hits#%#name
cache_hits
queries / ${graph_period}graph_vlabel	
update#%#name	,update_rate	�	#%#parent
500000max
STACKdraw
updatelabel
normalgraph_data_size
DERIVEtype
0minupdate	
insertlabel
DERIVEtype
0min
normalgraph_data_size	,update_rate
insert#%#name
STACKdraw	�	#%#parent
500000maxinsert	
DERIVEtype
0min
normalgraph_data_size
replacelabel
STACKdraw	�	#%#parent
500000max	,update_rate
replace#%#namereplace	#%#parent
--base 1000
graph_args
mysqlgraph_category
mysql_queries
secondgraph_period
IThis graph shows the TCP activity of all the network interfaces combined.
graph_info
Netstatgraph_title	
8The number of failed TCP connection attempts per second.info	,update_rate
failed#%#name
50000max
"	#%#parent
failedlabel
0min
DERIVEtype
normalgraph_data_sizefailed	
normalgraph_data_size
0min
DERIVEtype
passivelabel
"	#%#parent
50000max
passive#%#name
.The number of passive TCP openings per second.info	,update_ratepassive
netstat#%#name
(active passive failed resets establishedgraph_order	
normalgraph_data_size
DERIVEtype
0min
resetslabel
50000max
"	#%#parent
resets#%#name	,update_rate
$The number of TCP connection resets.inforesets
TCP connectionsgraph_vlabel	
0min
DERIVEtype
normalgraph_data_size
activelabel
50000max
"	#%#parent
-The number of active TCP openings per second.info	,update_rate
active#%#nameactive	#%#parent
--base 1000 --logarithmic
graph_args
normalgraph_data_size
GAUGEtype
establishedlabel
50000max
"	#%#parent
established#%#name	,update_rate
)The number of currently open connections.infoestablished
networkgraph_categorynetstat!nc-ph-0707-26.instaforreviews.com	#%#parent
instaforreviews.com#%#nameinstaforreviews.com
2.0.30version
@ Telegram