MINI SHELL

version 1.2.5
localhost;localhost:open_inodes.graph_title Inode table usage
localhost;localhost:open_inodes.used.label open inodes
localhost;localhost:open_inodes.max.info The size of the system inode table. This is dynamically adjusted by the kernel.
localhost;localhost:open_inodes.graph_args --base 1000 -l 0
localhost;localhost:open_inodes.graph_category system
localhost;localhost:open_inodes.graph_order used max
localhost;localhost:open_inodes.used.info The number of currently open inodes.
localhost;localhost:open_inodes.graph_vlabel number of open inodes
localhost;localhost:open_inodes.max.label inode table size
localhost;localhost:open_inodes.graph_info This graph monitors the Linux open inode table.
localhost;localhost:sendmail_mailtraffic.graph_title Sendmail email volumes
localhost;localhost:sendmail_mailtraffic.received.label received
localhost;localhost:sendmail_mailtraffic.sent.label sent
localhost;localhost:sendmail_mailtraffic.sent.min 0
localhost;localhost:sendmail_mailtraffic.graph_category sendmail
localhost;localhost:sendmail_mailtraffic.received.min 0
localhost;localhost:sendmail_mailtraffic.graph_order received sent
localhost;localhost:sendmail_mailtraffic.sent.max 1000000
localhost;localhost:sendmail_mailtraffic.received.max 1000000
localhost;localhost:sendmail_mailtraffic.sent.type DERIVE
localhost;localhost:sendmail_mailtraffic.graph_vlabel bytes/${graph_period}
localhost;localhost:sendmail_mailtraffic.received.type DERIVE
localhost;localhost:irqstats.graph_title Individual interrupts
localhost;localhost:irqstats.iNMI.label NMI
localhost;localhost:irqstats.i9.label acpi
localhost;localhost:irqstats.i20.info Interrupt 20, for device(s): uhci_hcd:usb5
localhost;localhost:irqstats.iLOC.label LOC
localhost;localhost:irqstats.graph_category system
localhost;localhost:irqstats.i18.info Interrupt 18, for device(s): cciss0, uhci_hcd:usb4
localhost;localhost:irqstats.iMIS.label MIS
localhost;localhost:irqstats.i9.info Interrupt 9, for device(s): acpi
localhost;localhost:irqstats.i8.type DERIVE
localhost;localhost:irqstats.iNMI.type DERIVE
localhost;localhost:irqstats.i16.info Interrupt 16, for device(s): uhci_hcd:usb1, ehci_hcd:usb6, eth0
localhost;localhost:irqstats.i19.type DERIVE
localhost;localhost:irqstats.i9.type DERIVE
localhost;localhost:irqstats.i9.min 0
localhost;localhost:irqstats.i19.label uhci_hcd:usb3
localhost;localhost:irqstats.iERR.min 0
localhost;localhost:irqstats.i18.min 0
localhost;localhost:irqstats.i0.type DERIVE
localhost;localhost:irqstats.i17.label uhci_hcd:usb2
localhost;localhost:irqstats.i8.label rtc
localhost;localhost:irqstats.i1.info Interrupt 1, for device(s): i8042
localhost;localhost:irqstats.iERR.label ERR
localhost;localhost:irqstats.i18.type DERIVE
localhost;localhost:irqstats.i12.type DERIVE
localhost;localhost:irqstats.graph_vlabel interrupts / ${graph_period}
localhost;localhost:irqstats.i1.min 0
localhost;localhost:irqstats.iMIS.min 0
localhost;localhost:irqstats.i17.type DERIVE
localhost;localhost:irqstats.i19.min 0
localhost;localhost:irqstats.iNMI.min 0
localhost;localhost:irqstats.iERR.type DERIVE
localhost;localhost:irqstats.i14.type DERIVE
localhost;localhost:irqstats.i0.label timer
localhost;localhost:irqstats.i8.min 0
localhost;localhost:irqstats.i1.label i8042
localhost;localhost:irqstats.i14.min 0
localhost;localhost:irqstats.i8.info Interrupt 8, for device(s): rtc
localhost;localhost:irqstats.iLOC.type DERIVE
localhost;localhost:irqstats.i14.info Interrupt 14, for device(s): ide0
localhost;localhost:irqstats.i12.min 0
localhost;localhost:irqstats.i16.min 0
localhost;localhost:irqstats.i17.min 0
localhost;localhost:irqstats.i20.min 0
localhost;localhost:irqstats.i14.label ide0
localhost;localhost:irqstats.i12.label i8042
localhost;localhost:irqstats.i20.type DERIVE
localhost;localhost:irqstats.iLOC.min 0
localhost;localhost:irqstats.i0.info Interrupt 0, for device(s): timer
localhost;localhost:irqstats.graph_args --base 1000 -l 0;
localhost;localhost:irqstats.graph_order i0 i1 i8 i9 i12 i14 i16 i17 i18 i19 i20 iNMI iLOC iERR iMIS
localhost;localhost:irqstats.iMIS.type DERIVE
localhost;localhost:irqstats.i19.info Interrupt 19, for device(s): uhci_hcd:usb3
localhost;localhost:irqstats.i1.type DERIVE
localhost;localhost:irqstats.i20.label uhci_hcd:usb5
localhost;localhost:irqstats.i0.min 0
localhost;localhost:irqstats.i17.info Interrupt 17, for device(s): uhci_hcd:usb2
localhost;localhost:irqstats.i16.type DERIVE
localhost;localhost:irqstats.i16.label uhci_hcd:usb1, ehci_hcd:usb6, eth0
localhost;localhost:irqstats.i12.info Interrupt 12, for device(s): i8042
localhost;localhost:irqstats.i18.label cciss0, uhci_hcd:usb4
localhost;localhost:mysql_slowqueries.graph_title MySQL slow queries
localhost;localhost:mysql_slowqueries.queries.max 500000
localhost;localhost:mysql_slowqueries.graph_args --base 1000 -l 0
localhost;localhost:mysql_slowqueries.graph_category mysql
localhost;localhost:mysql_slowqueries.graph_order queries
localhost;localhost:mysql_slowqueries.queries.min 0
localhost;localhost:mysql_slowqueries.queries.label slow queries
localhost;localhost:mysql_slowqueries.graph_vlabel slow queries / ${graph_period}
localhost;localhost:mysql_slowqueries.queries.type DERIVE
localhost;localhost:sendmail_mailstats.graph_title Sendmail email traffic
localhost;localhost:sendmail_mailstats.rejected.label rejected
localhost;localhost:sendmail_mailstats.rejected.max 1000000
localhost;localhost:sendmail_mailstats.graph_category sendmail
localhost;localhost:sendmail_mailstats.received.min 0
localhost;localhost:sendmail_mailstats.sent.max 1000000
localhost;localhost:sendmail_mailstats.sent.type DERIVE
localhost;localhost:sendmail_mailstats.rejected.min 0
localhost;localhost:sendmail_mailstats.received.type DERIVE
localhost;localhost:sendmail_mailstats.sent.label sent
localhost;localhost:sendmail_mailstats.received.label received
localhost;localhost:sendmail_mailstats.rejected.type DERIVE
localhost;localhost:sendmail_mailstats.discarded.label discarded
localhost;localhost:sendmail_mailstats.sent.min 0
localhost;localhost:sendmail_mailstats.graph_order received sent rejected discarded
localhost;localhost:sendmail_mailstats.discarded.max 1000000
localhost;localhost:sendmail_mailstats.received.max 1000000
localhost;localhost:sendmail_mailstats.discarded.type DERIVE
localhost;localhost:sendmail_mailstats.graph_vlabel messages/${graph_period}
localhost;localhost:sendmail_mailstats.discarded.min 0
localhost;localhost:if_eth0.graph_title eth0 traffic
localhost;localhost:if_eth0.up.info Traffic of the eth0 interface. Maximum speed is 
localhost;localhost:if_eth0.up.cdef up,8,*
localhost;localhost:if_eth0.up.label bps
localhost;localhost:if_eth0.graph_args --base 1000
localhost;localhost:if_eth0.graph_category network
localhost;localhost:if_eth0.graph_order down up
localhost;localhost:if_eth0.down.cdef down,8,*
localhost;localhost:if_eth0.down.label received
localhost;localhost:if_eth0.down.type COUNTER
localhost;localhost:if_eth0.graph_vlabel bits in (-) / out (+) per ${graph_period}
localhost;localhost:if_eth0.graph_info This graph shows the traffic of the eth0 network interface. Please note that the traffic is shown in bits per second, not bytes. IMPORTANT: Since the data source for this plugin use 32bit counters, this plugin is really unreliable and unsuitable for most 100Mb (or faster) interfaces, where bursts are expected to exceed 50Mbps. This means that this plugin is usuitable for most production environments. To avoid this problem, use the ip_ plugin instead.
localhost;localhost:if_eth0.up.type COUNTER
localhost;localhost:if_eth0.up.negative down
localhost;localhost:if_eth0.down.graph no
localhost;localhost:mysql_threads.graph_title MySQL threads
localhost;localhost:mysql_threads.threads.label mysql threads
localhost;localhost:mysql_threads.graph_vlabel threads
localhost;localhost:mysql_threads.graph_category mysql
localhost;localhost:mysql_threads.graph_args --base 1000
localhost;localhost:mysql_threads.graph_order threads
localhost;localhost:df.graph_title Filesystem usage (in %)
localhost;localhost:df._dev_cciss_c0d0p1.warning 92
localhost;localhost:df.graph_category disk
localhost;localhost:df._dev_cciss_c0d0p1.label /boot
localhost;localhost:df._dev_mapper_VolGroup00_LogVol00.info / (ext3) -> /dev/mapper/VolGroup00-LogVol00
localhost;localhost:df.graph_info This graph shows disk usage on the machine.
localhost;localhost:df._dev_cciss_c0d0p1.info /boot (ext3) -> /dev/cciss/c0d0p1
localhost;localhost:df.tmpfs_dev_shm.warning 92
localhost;localhost:df.tmpfs_dev_shm.critical 98
localhost;localhost:df.tmpfs_dev_shm.label /dev/shm
localhost;localhost:df._dev_mapper_VolGroup00_LogVol00.label /
localhost;localhost:df.graph_args --upper-limit 100 -l 0
localhost;localhost:df.graph_order _dev_cciss_c0d0p1 _dev_mapper_VolGroup00_LogVol00 tmpfs_dev_shm
localhost;localhost:df._dev_cciss_c0d0p1.critical 98
localhost;localhost:df.graph_vlabel %
localhost;localhost:df.tmpfs_dev_shm.info /dev/shm (tmpfs) -> tmpfs
localhost;localhost:df._dev_mapper_VolGroup00_LogVol00.critical 98
localhost;localhost:df._dev_mapper_VolGroup00_LogVol00.warning 92
localhost;localhost:swap.graph_title Swap in/out
localhost;localhost:swap.swap_out.label swap
localhost;localhost:swap.swap_out.min 0
localhost;localhost:swap.swap_in.type DERIVE
localhost;localhost:swap.swap_out.negative swap_in
localhost;localhost:swap.graph_args -l 0 --base 1000
localhost;localhost:swap.graph_category system
localhost;localhost:swap.swap_out.type DERIVE
localhost;localhost:swap.graph_order swap_in swap_out
localhost;localhost:swap.swap_in.label swap
localhost;localhost:swap.swap_in.max 100000
localhost;localhost:swap.swap_in.min 0
localhost;localhost:swap.graph_vlabel pages per ${graph_period} in (-) / out (+)
localhost;localhost:swap.swap_out.max 100000
localhost;localhost:swap.swap_in.graph no
localhost;localhost:load.graph_title Load average
localhost;localhost:load.load.warning 10
localhost;localhost:load.graph_scale no
localhost;localhost:load.graph_args --base 1000 -l 0
localhost;localhost:load.graph_category system
localhost;localhost:load.load.critical 120
localhost;localhost:load.graph_order load
localhost;localhost:load.graph_vlabel load
localhost;localhost:load.graph_info The load average of the machine describes how many processes are in the run-queue (scheduled to run "immediately").
localhost;localhost:load.load.info Average load for the five minutes.
localhost;localhost:load.load.label load
localhost;localhost:cpu.graph_title CPU usage
localhost;localhost:cpu.idle.info Idle CPU time
localhost;localhost:cpu.softirq.type DERIVE
localhost;localhost:cpu.user.warning 320
localhost;localhost:cpu.graph_category system
localhost;localhost:cpu.softirq.info CPU time spent handling "batched" interrupts
localhost;localhost:cpu.system.label system
localhost;localhost:cpu.system.max 5000
localhost;localhost:cpu.system.min 0
localhost;localhost:cpu.user.max 5000
localhost;localhost:cpu.user.type DERIVE
localhost;localhost:cpu.user.min 0
localhost;localhost:cpu.nice.max 5000
localhost;localhost:cpu.user.draw STACK
localhost;localhost:cpu.softirq.max 5000
localhost;localhost:cpu.irq.info CPU time spent handling interrupts
localhost;localhost:cpu.softirq.draw STACK
localhost;localhost:cpu.system.info CPU time spent by the kernel in system activities
localhost;localhost:cpu.system.warning 120
localhost;localhost:cpu.iowait.max 5000
localhost;localhost:cpu.idle.type DERIVE
localhost;localhost:cpu.system.type DERIVE
localhost;localhost:cpu.graph_vlabel %
localhost;localhost:cpu.iowait.info CPU time spent waiting for I/O operations to finish
localhost;localhost:cpu.irq.draw STACK
localhost;localhost:cpu.system.critical 200
localhost;localhost:cpu.irq.type DERIVE
localhost;localhost:cpu.graph_period second
localhost;localhost:cpu.idle.min 0
localhost;localhost:cpu.softirq.min 0
localhost;localhost:cpu.idle.max 5000
localhost;localhost:cpu.idle.draw STACK
localhost;localhost:cpu.nice.draw STACK
localhost;localhost:cpu.iowait.draw STACK
localhost;localhost:cpu.nice.info CPU time spent by nice(1)d programs
localhost;localhost:cpu.nice.type DERIVE
localhost;localhost:cpu.graph_info This graph shows how CPU time is spent.
localhost;localhost:cpu.iowait.label iowait
localhost;localhost:cpu.irq.max 5000
localhost;localhost:cpu.system.draw AREA
localhost;localhost:cpu.iowait.type DERIVE
localhost;localhost:cpu.irq.label irq
localhost;localhost:cpu.graph_scale no
localhost;localhost:cpu.graph_args --base 1000 -r --lower-limit 0 --upper-limit 400
localhost;localhost:cpu.graph_order system user nice idle iowait irq softirq
localhost;localhost:cpu.user.label user
localhost;localhost:cpu.nice.label nice
localhost;localhost:cpu.user.info CPU time spent by normal programs and daemons
localhost;localhost:cpu.irq.min 0
localhost;localhost:cpu.iowait.min 0
localhost;localhost:cpu.nice.min 0
localhost;localhost:cpu.softirq.label softirq
localhost;localhost:cpu.idle.label idle
localhost;localhost:df_inode.graph_title Inode usage (in %)
localhost;localhost:df_inode._dev_cciss_c0d0p1.warning 92
localhost;localhost:df_inode.graph_category disk
localhost;localhost:df_inode._dev_cciss_c0d0p1.label /boot
localhost;localhost:df_inode._dev_mapper_VolGroup00_LogVol00.info / (ext3) -> /dev/mapper/VolGroup00-LogVol00
localhost;localhost:df_inode.graph_info This graph shows the inode usage for the partitions of types that use inodes.
localhost;localhost:df_inode._dev_cciss_c0d0p1.info /boot (ext3) -> /dev/cciss/c0d0p1
localhost;localhost:df_inode.tmpfs.critical 98
localhost;localhost:df_inode._dev_mapper_VolGroup00_LogVol00.label /
localhost;localhost:df_inode.graph_args --upper-limit 100 -l 0
localhost;localhost:df_inode.graph_order _dev_cciss_c0d0p1 _dev_mapper_VolGroup00_LogVol00 tmpfs
localhost;localhost:df_inode.tmpfs.warning 92
localhost;localhost:df_inode.tmpfs.info /dev/shm (tmpfs) -> tmpfs
localhost;localhost:df_inode._dev_cciss_c0d0p1.critical 98
localhost;localhost:df_inode.graph_vlabel %
localhost;localhost:df_inode.tmpfs.label /dev/shm
localhost;localhost:df_inode._dev_mapper_VolGroup00_LogVol00.critical 98
localhost;localhost:df_inode._dev_mapper_VolGroup00_LogVol00.warning 92
localhost;localhost:mysql_queries.graph_title MySQL queries
localhost;localhost:mysql_queries.select.label select
localhost;localhost:mysql_queries.graph_category mysql
localhost;localhost:mysql_queries.delete.min 0
localhost;localhost:mysql_queries.delete.type DERIVE
localhost;localhost:mysql_queries.insert.type DERIVE
localhost;localhost:mysql_queries.replace.min 0
localhost;localhost:mysql_queries.update.label update
localhost;localhost:mysql_queries.replace.max 500000
localhost;localhost:mysql_queries.delete.draw STACK
localhost;localhost:mysql_queries.cache_hits.draw STACK
localhost;localhost:mysql_queries.graph_vlabel queries / ${graph_period}
localhost;localhost:mysql_queries.cache_hits.type DERIVE
localhost;localhost:mysql_queries.cache_hits.max 500000
localhost;localhost:mysql_queries.delete.max 500000
localhost;localhost:mysql_queries.select.draw AREA
localhost;localhost:mysql_queries.replace.type DERIVE
localhost;localhost:mysql_queries.update.max 500000
localhost;localhost:mysql_queries.update.min 0
localhost;localhost:mysql_queries.replace.label replace
localhost;localhost:mysql_queries.delete.label delete
localhost;localhost:mysql_queries.select.max 500000
localhost;localhost:mysql_queries.cache_hits.min 0
localhost;localhost:mysql_queries.replace.draw STACK
localhost;localhost:mysql_queries.insert.max 500000
localhost;localhost:mysql_queries.graph_total total
localhost;localhost:mysql_queries.select.type DERIVE
localhost;localhost:mysql_queries.update.type DERIVE
localhost;localhost:mysql_queries.graph_args --base 1000
localhost;localhost:mysql_queries.select.min 0
localhost;localhost:mysql_queries.graph_order select delete update insert cache_hits replace
localhost;localhost:mysql_queries.update.draw STACK
localhost;localhost:mysql_queries.insert.label insert
localhost;localhost:mysql_queries.insert.draw STACK
localhost;localhost:mysql_queries.cache_hits.label cache_hits
localhost;localhost:mysql_queries.insert.min 0
localhost;localhost:open_files.graph_title File table usage
localhost;localhost:open_files.used.label open files
localhost;localhost:open_files.max.info The maximum supported number of open files. Tune by modifying /proc/sys/fs/file-max.
localhost;localhost:open_files.used.warning 188821
localhost;localhost:open_files.graph_args --base 1000 -l 0
localhost;localhost:open_files.graph_category system
localhost;localhost:open_files.graph_order used max
localhost;localhost:open_files.used.info The number of currently open files.
localhost;localhost:open_files.used.critical 201136
localhost;localhost:open_files.graph_vlabel number of open files
localhost;localhost:open_files.max.label max open files
localhost;localhost:open_files.graph_info This graph monitors the Linux open files table.
localhost;localhost:iostat.graph_title IOstat
localhost;localhost:iostat.dev104_0_write.label cciss0d0
localhost;localhost:iostat.dev104_0_read.min 0
localhost;localhost:iostat.dev104_0_read.max 900000
localhost;localhost:iostat.dev104_0_write.max 900000
localhost;localhost:iostat.graph_category disk
localhost;localhost:iostat.dev104_0_write.type DERIVE
localhost;localhost:iostat.dev104_0_write.negative dev104_0_read
localhost;localhost:iostat.graph_info This graph shows the I/O to and from block devices.
localhost;localhost:iostat.dev104_0_read.label cciss0d0
localhost;localhost:iostat.graph_args --base 1024 -l 0
localhost;localhost:iostat.graph_order dev104_0_read dev104_0_write
localhost;localhost:iostat.dev104_0_write.min 0
localhost;localhost:iostat.dev104_0_write.info I/O on device cciss0d0
localhost;localhost:iostat.graph_vlabel blocks per ${graph_period} read (-) / written (+)
localhost;localhost:iostat.dev104_0_read.type DERIVE
localhost;localhost:iostat.dev104_0_read.graph no
localhost;localhost:forks.graph_title Fork rate
localhost;localhost:forks.forks.label forks
localhost;localhost:forks.graph_args --base 1000 -l 0 
localhost;localhost:forks.graph_category processes
localhost;localhost:forks.graph_order forks
localhost;localhost:forks.forks.info The number of forks per second.
localhost;localhost:forks.graph_vlabel forks / ${graph_period}
localhost;localhost:forks.forks.max 100000
localhost;localhost:forks.forks.type DERIVE
localhost;localhost:forks.graph_info This graph shows the forking rate (new processes started).
localhost;localhost:forks.forks.min 0
localhost;localhost:memory.graph_title Memory usage
localhost;localhost:memory.cached.label cache
localhost;localhost:memory.swap_cache.label swap_cache
localhost;localhost:memory.graph_category system
localhost;localhost:memory.apps.info Memory used by user-space applications.
localhost;localhost:memory.mapped.label mapped
localhost;localhost:memory.vmalloc_used.info Virtual memory used by the kernel (used when the memory does not have to be physically contigious).
localhost;localhost:memory.swap_cache.info A piece of memory that keeps track of pages that have been fetched from swap but not yet been modified.
localhost;localhost:memory.free.info Wasted memory. Memory that is not used for anything at all.
localhost;localhost:memory.apps.label apps
localhost;localhost:memory.swap.label swap
localhost;localhost:memory.cached.info Parked file data (file content) cache.
localhost;localhost:memory.page_tables.info Memory used to map between virtual and physical memory addresses.
localhost;localhost:memory.free.label unused
localhost;localhost:memory.inactive.info Memory not currently used.
localhost;localhost:memory.active.label active
localhost;localhost:memory.committed.label committed
localhost;localhost:memory.active.info Memory recently used. Not reclaimed unless absolutely necessary.
localhost;localhost:memory.active.draw LINE2
localhost;localhost:memory.free.draw STACK
localhost;localhost:memory.mapped.draw LINE2
localhost;localhost:memory.swap.draw STACK
localhost;localhost:memory.slab.info Memory used by the kernel (major users are caches like inode, dentry, etc).
localhost;localhost:memory.page_tables.draw STACK
localhost;localhost:memory.inactive.label inactive
localhost;localhost:memory.slab.draw STACK
localhost;localhost:memory.swap_cache.draw STACK
localhost;localhost:memory.vmalloc_used.label vmalloc_used
localhost;localhost:memory.committed.draw LINE2
localhost;localhost:memory.graph_info This graph shows what the machine uses its memory for.
localhost;localhost:memory.slab.label slab_cache
localhost;localhost:memory.mapped.info All mmap()ed pages.
localhost;localhost:memory.buffers.draw STACK
localhost;localhost:memory.swap.info Swap space used.
localhost;localhost:memory.apps.draw AREA
localhost;localhost:memory.buffers.info Block device (e.g. harddisk) cache. Also where "dirty" blocks are stored until written.
localhost;localhost:memory.graph_args --base 1024 -l 0 --vertical-label Bytes --upper-limit 2119372800
localhost;localhost:memory.inactive.draw LINE2
localhost;localhost:memory.page_tables.label page_tables
localhost;localhost:memory.graph_order apps page_tables swap_cache vmalloc_used slab cached buffers free swap committed mapped active inactive
localhost;localhost:memory.cached.draw STACK
localhost;localhost:memory.vmalloc_used.draw STACK
localhost;localhost:memory.buffers.label buffers
localhost;localhost:memory.committed.warn 4199739392
localhost;localhost:memory.committed.info The amount of memory that would be used if all the memory that's been allocated were to be used.
localhost;localhost:vmstat.graph_title VMstat
localhost;localhost:vmstat.sleep.type GAUGE
localhost;localhost:vmstat.wait.type GAUGE
localhost;localhost:vmstat.sleep.max 500000
localhost;localhost:vmstat.graph_args --base 1000 -l 0
localhost;localhost:vmstat.graph_category processes
localhost;localhost:vmstat.graph_order wait sleep
localhost;localhost:vmstat.wait.label running
localhost;localhost:vmstat.graph_vlabel process states
localhost;localhost:vmstat.sleep.label I/O sleep
localhost;localhost:vmstat.wait.max 500000
localhost;localhost:if_err_eth0.graph_title eth0 errors
localhost;localhost:if_err_eth0.rcvd.label packets
localhost;localhost:if_err_eth0.trans.negative rcvd
localhost;localhost:if_err_eth0.trans.type COUNTER
localhost;localhost:if_err_eth0.graph_args --base 1000
localhost;localhost:if_err_eth0.graph_category network
localhost;localhost:if_err_eth0.graph_order rcvd trans
localhost;localhost:if_err_eth0.rcvd.graph no
localhost;localhost:if_err_eth0.trans.warning 1
localhost;localhost:if_err_eth0.rcvd.type COUNTER
localhost;localhost:if_err_eth0.graph_vlabel packets in (-) / out (+) per ${graph_period}
localhost;localhost:if_err_eth0.graph_info This graph shows the amount of errors on the eth0 network interface.
localhost;localhost:if_err_eth0.rcvd.warning 1
localhost;localhost:if_err_eth0.trans.label packets
localhost;localhost:entropy.graph_title Available entropy
localhost;localhost:entropy.graph_scale no
localhost;localhost:entropy.graph_args --base 1000 -l 0
localhost;localhost:entropy.graph_category system
localhost;localhost:entropy.entropy.info The number of random bytes available. This is typically used by cryptographic applications.
localhost;localhost:entropy.graph_order entropy
localhost;localhost:entropy.entropy.label entropy
localhost;localhost:entropy.graph_vlabel entropy (bytes)
localhost;localhost:entropy.graph_info This graph shows the amount of entropy available in the system.
localhost;localhost:processes.graph_title Number of Processes
localhost;localhost:processes.processes.info The current number of processes.
localhost;localhost:processes.graph_args --base 1000 -l 0 
localhost;localhost:processes.graph_category processes
localhost;localhost:processes.processes.label processes
localhost;localhost:processes.graph_order processes
localhost;localhost:processes.processes.draw LINE2
localhost;localhost:processes.graph_vlabel number of processes
localhost;localhost:processes.graph_info This graph shows the number of processes in the system.
localhost;localhost:netstat.graph_title Netstat
localhost;localhost:netstat.active.max 50000
localhost;localhost:netstat.failed.info The number of failed TCP connection attempts per second.
localhost;localhost:netstat.passive.info The number of passive TCP openings per second.
localhost;localhost:netstat.passive.label passive
localhost;localhost:netstat.failed.label failed
localhost;localhost:netstat.resets.max 50000
localhost;localhost:netstat.active.min 0
localhost;localhost:netstat.graph_category network
localhost;localhost:netstat.established.type GAUGE
localhost;localhost:netstat.failed.type DERIVE
localhost;localhost:netstat.established.info The number of currently open connections.
localhost;localhost:netstat.graph_info This graph shows the TCP activity of all the network interfaces combined.
localhost;localhost:netstat.established.label established
localhost;localhost:netstat.established.max 50000
localhost;localhost:netstat.passive.type DERIVE
localhost;localhost:netstat.resets.label resets
localhost;localhost:netstat.resets.min 0
localhost;localhost:netstat.passive.max 50000
localhost;localhost:netstat.active.label active
localhost;localhost:netstat.failed.min 0
localhost;localhost:netstat.active.info The number of active TCP openings per second.
localhost;localhost:netstat.graph_args -l 0 --base 1000
localhost;localhost:netstat.graph_order active passive failed resets established
localhost;localhost:netstat.resets.type DERIVE
localhost;localhost:netstat.resets.info The number of TCP connection resets.
localhost;localhost:netstat.graph_vlabel active connections
localhost;localhost:netstat.active.type DERIVE
localhost;localhost:netstat.failed.max 50000
localhost;localhost:netstat.passive.min 0
localhost;localhost:netstat.graph_period second
localhost;localhost:interrupts.graph_title Interrupts & context switches
localhost;localhost:interrupts.intr.max 100000
localhost;localhost:interrupts.graph_args --base 1000 -l 0
localhost;localhost:interrupts.graph_category system
localhost;localhost:interrupts.graph_order intr ctx
localhost;localhost:interrupts.intr.info Interrupts are events that alter sequence of instructions executed by a processor. They can come from either hardware (exceptions, NMI, IRQ) or software.
localhost;localhost:interrupts.intr.min 0
localhost;localhost:interrupts.intr.type DERIVE
localhost;localhost:interrupts.ctx.label context switches
localhost;localhost:interrupts.graph_vlabel interrupts & ctx switches / ${graph_period}
localhost;localhost:interrupts.ctx.min 0
localhost;localhost:interrupts.ctx.max 100000
localhost;localhost:interrupts.graph_info This graph shows the number of interrupts and context switches on the system. These are typically high on a busy system.
localhost;localhost:interrupts.ctx.info A context switch occurs when a multitasking operatings system suspends the currently running process, and starts executing another.
localhost;localhost:interrupts.ctx.type DERIVE
localhost;localhost:interrupts.intr.label interrupts
localhost;localhost:mysql_bytes.graph_title MySQL throughput
localhost;localhost:mysql_bytes.graph_category mysql
localhost;localhost:mysql_bytes.sent.max 80000000
localhost;localhost:mysql_bytes.recv.graph no
localhost;localhost:mysql_bytes.sent.type DERIVE
localhost;localhost:mysql_bytes.recv.label transfer rate
localhost;localhost:mysql_bytes.recv.draw LINE2
localhost;localhost:mysql_bytes.sent.label transfer rate
localhost;localhost:mysql_bytes.recv.min 0
localhost;localhost:mysql_bytes.sent.min 0
localhost;localhost:mysql_bytes.recv.type DERIVE
localhost;localhost:mysql_bytes.graph_args --base 1024
localhost;localhost:mysql_bytes.recv.max 80000000
localhost;localhost:mysql_bytes.graph_order recv sent
localhost;localhost:mysql_bytes.sent.negative recv
localhost;localhost:mysql_bytes.graph_vlabel bytes received (-) / sent (+) per ${graph_period}
localhost;localhost:mysql_bytes.sent.draw LINE2
localhost;localhost:sendmail_mailqueue.graph_title Sendmail queued mails
localhost;localhost:sendmail_mailqueue.graph_vlabel mails in queue
localhost;localhost:sendmail_mailqueue.graph_category sendmail
localhost;localhost:sendmail_mailqueue.mails.label mails
localhost;localhost:sendmail_mailqueue.graph_order mails
localhost;localhost:hddtemp_smartctl.graph_title HDD temperature
localhost;localhost:hddtemp_smartctl.graph_vlabel temp in °C
localhost;localhost:hddtemp_smartctl.graph_info This graph shows the temperature in degrees Celsius of the hard drives in the machine.
localhost;localhost:hddtemp_smartctl.graph_args --base 1000 -l 0
localhost;localhost:hddtemp_smartctl.graph_category sensors
localhost;localhost:hddtemp_smartctl.hda.label hda
localhost;localhost:hddtemp_smartctl.graph_order hda
localhost;localhost:use_node_name yes
localhost;localhost:address 127.0.0.1
tmpldir /etc/munin/templates
htmldir /var/www/munin
dbdir /var/lib/munin
rundir /var/run/munin
logdir /var/log/munin