Edit File: datafile.storable
pst0 okaminime.com #%#name #%#parent * 'Memory used by user-space applications. info AREA draw #%#parent , update_rate apps #%#name apps label normal graph_data_size COLOUR0 colour apps COLOUR4 colour cached #%#name #%#parent STACK draw normal graph_data_size cache label , update_rate &Parked file data (file content) cache. info cached COLOUR12 colour normal graph_data_size active #%#name active label , update_rate #%#parent LINE2 draw @Memory recently used. Not reclaimed unless absolutely necessary. info active STACK draw Swap space used. info #%#parent swap #%#name swap label , update_rate COLOUR7 colour normal graph_data_size swap system graph_category #%#parent AMemory used to map between virtual and physical memory addresses. info STACK draw normal graph_data_size COLOUR1 colour , update_rate page_tables #%#name page_tables label page_tables #%#parent COLOUR5 colour normal graph_data_size buffers #%#name buffers label , update_rate #%#parent STACK draw WBlock device (e.g. harddisk) cache. Also where "dirty" blocks are stored until written. info buffers 2This graph shows what the machine uses memory for. graph_info Memory not currently used. info LINE2 draw #%#parent , update_rate inactive #%#name inactive label normal graph_data_size COLOUR15 colour inactive *--base 1024 -l 0 --upper-limit 66947289088 graph_args dThe amount of memory allocated to programs. Overcommitting is normal, but may indicate memory leaks. info LINE2 draw #%#parent , update_rate committed #%#name committed label normal graph_data_size COLOUR10 colour committed COLOUR8 colour normal graph_data_size vmalloc_used #%#name vmalloc_used label , update_rate #%#parent LINE2 draw 'VMalloc' (kernel) memory used info vmalloc_used shmem label shmem #%#name , update_rate COLOUR9 colour normal graph_data_size STACK draw )Shared Memory (SYSV SHM segments, tmpfs). info #%#parent shmem memory #%#name Memory usage graph_title , update_rate per_cpu label per_cpu #%#name normal graph_data_size COLOUR20 colour Per CPU allocations info STACK draw #%#parent per_cpu ;Wasted memory. Memory that is not used for anything at all. info STACK draw #%#parent , update_rate unused label free #%#name normal graph_data_size COLOUR6 colour free , update_rate swap_cache label normal graph_data_size gA piece of memory that keeps track of pages that have been fetched from swap but not yet been modified. info swap_cache #%#name COLOUR2 colour STACK draw #%#parent swap_cache �apps page_tables per_cpu swap_cache slab shmem cached buffers free swap apps buffers swap cached free shmem slab swap_cache page_tables per_cpu vmalloc_used committed mapped active inactive graph_order LMemory used by the kernel (major users are caches like inode, dentry, etc). info normal graph_data_size slab_cache label , update_rate #%#parent STACK draw COLOUR3 colour slab #%#name slab Bytes graph_vlabel normal graph_data_size mapped label , update_rate All mmap()ed pages. info COLOUR11 colour mapped #%#name #%#parent LINE2 draw mapped memory Interrupts and context switches graph_title --base 1000 -l 0 graph_args intr ctx graph_order +interrupts & ctx switches / ${graph_period} graph_vlabel � #%#parent 0 min ctx #%#name �A context switch occurs when a multitasking operatings system suspends the currently running process, and starts executing another. info DERIVE type context switches label , update_rate normal graph_data_size ctx interrupts #%#name #%#parent normal graph_data_size , update_rate interrupts label DERIVE type �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 0 min � #%#parent intr xThis graph shows the number of interrupts and context switches on the system. These are typically high on a busy system. graph_info system graph_category interrupts � #%#parent rcvd negative trans #%#name COUNTER type normal graph_data_size errors label 1 warning , update_rate trans normal graph_data_size collisions label collisions #%#name , update_rate � #%#parent COUNTER type collisions eth0 errors graph_title .rcvd trans rcvd trans rxdrop txdrop collisions graph_order ,packets in (-) / out (+) per ${graph_period} graph_vlabel bThis graph shows the amount of errors, packet drops, and collisions on the eth0 network interface. graph_info COUNTER type , update_rate 1 warning errors label normal graph_data_size � #%#parent rcvd #%#name no graph rcvd #%#parent rxdrop negative txdrop #%#name � #%#parent normal graph_data_size drops label , update_rate COUNTER type txdrop --base 1000 graph_args if_err_eth0 #%#name COUNTER type � #%#parent normal graph_data_size no graph , update_rate drops label rxdrop #%#name rxdrop network graph_category if_err_eth0 nc-ph-1432-21.okaminime.com #%#name --base 1000 -l 0 graph_args 500000 max � #%#parent wait #%#name GAUGE type normal graph_data_size running label , update_rate wait VMstat graph_title #%#parent processes graph_category wait sleep graph_order process states graph_vlabel sleep #%#name 500000 max � #%#parent normal graph_data_size I/O sleep label , update_rate GAUGE type sleep vmstat #%#name vmstat Utilization per device graph_title 400 graph_width no graph_scale #%#parent Disk utilization for /dev/loop0 graph_title no graph_scale 5--base 1000 --lower-limit 0 --upper-limit 100 --rigid graph_args % busy graph_vlabel util graph_order loop0 #%#name Utilization label , update_rate normal graph_data_size �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 GAUGE type util #%#name LINE1 draw #%#parent 0 min util #%#parent disk graph_category loop0 % busy graph_vlabel loop0_util sda_util graph_order 5--base 1000 --lower-limit 0 --upper-limit 100 --rigid graph_args sda label , update_rate normal graph_data_size Utilization of the device info GAUGE type sda_util #%#name LINE1 draw #%#parent 0 min sda_util disk graph_category Utilization of the device info GAUGE type , update_rate loop0 label normal graph_data_size LINE1 draw 0 min #%#parent loop0_util #%#name loop0_util no graph_scale Disk utilization for /dev/sda graph_title 5--base 1000 --lower-limit 0 --upper-limit 100 --rigid graph_args util #%#name 0 min O #%#parent LINE1 draw normal graph_data_size , update_rate Utilization label GAUGE type �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 util sda #%#name util graph_order % busy graph_vlabel disk graph_category #%#parent sda diskstats_utilization #%#name diskstats_utilization [ DERIVE type 4Interrupt 60, for device(s): 7-edge eth0-TxRx-6 info normal graph_data_size , update_rate 7-edge eth0-TxRx-6 label 0 min e #%#parent i60 #%#name i60 , update_rate 0-edge ahci[0000:00:1f.2] label normal graph_data_size ;Interrupt 62, for device(s): 0-edge ahci[0000:00:1f.2] info DERIVE type i62 #%#name 0 min e #%#parent i62 DERIVE type 7Interrupt 38, for device(s): 1-edge megasas0-msix1 info normal graph_data_size 1-edge megasas0-msix1 label , update_rate e #%#parent 0 min i38 #%#name i38 iTRM #%#name e #%#parent 0 min normal graph_data_size Thermal event interrupts label , update_rate DERIVE type 6Interrupt TRM, for device(s): Thermal event interrupts info iTRM #%#parent e #%#parent 0 min i57 #%#name DERIVE type 4Interrupt 57, for device(s): 4-edge eth0-TxRx-3 info normal graph_data_size 4-edge eth0-TxRx-3 label , update_rate i57 1-edge eth0-TxRx-0 label , update_rate normal graph_data_size 4Interrupt 54, for device(s): 1-edge eth0-TxRx-0 info DERIVE type i54 #%#name e #%#parent 0 min i54 1Interrupt MCP, for device(s): Machine check polls info DERIVE type Machine check polls label , update_rate normal graph_data_size e #%#parent 0 min iMCP #%#name iMCP normal graph_data_size , update_rate 14-edge megasas0-msix14 label DERIVE type 9Interrupt 51, for device(s): 14-edge megasas0-msix14 info i51 #%#name 0 min e #%#parent i51 0-edge ioat-msix label , update_rate normal graph_data_size 2Interrupt 92, for device(s): 0-edge ioat-msix info DERIVE type i92 #%#name e #%#parent 0 min i92 DERIVE type normal graph_data_size , update_rate ERR label 0 min e #%#parent iERR #%#name iERR 2Interrupt 90, for device(s): 0-edge ioat-msix info DERIVE type , update_rate 0-edge ioat-msix label normal graph_data_size 0 min e #%#parent i90 #%#name i90 2-edge megasas0-msix2 label , update_rate normal graph_data_size 7Interrupt 39, for device(s): 2-edge megasas0-msix2 info DERIVE type i39 #%#name e #%#parent 0 min i39 1Interrupt IWI, for device(s): IRQ work interrupts info DERIVE type IRQ work interrupts label , update_rate normal graph_data_size e #%#parent 0 min iIWI #%#name iIWI DERIVE type -Interrupt 63, for device(s): 0-edge eth1 info normal graph_data_size , update_rate 0-edge eth1 label 0 min e #%#parent i63 #%#name i63 iTHR #%#name 0 min e #%#parent , update_rate Threshold APIC interrupts label normal graph_data_size 7Interrupt THR, for device(s): Threshold APIC interrupts info DERIVE type iTHR , update_rate 3-edge eth1-TxRx-2 label normal graph_data_size 4Interrupt 66, for device(s): 3-edge eth1-TxRx-2 info DERIVE type i66 #%#name 0 min e #%#parent i66 2Interrupt 74, for device(s): 0-edge ioat-msix info DERIVE type 0-edge ioat-msix label , update_rate normal graph_data_size e #%#parent 0 min i74 #%#name i74 , update_rate 10-edge megasas0-msix10 label normal graph_data_size 9Interrupt 47, for device(s): 10-edge megasas0-msix10 info DERIVE type i47 #%#name 0 min e #%#parent i47 Local timer interrupts label , update_rate normal graph_data_size 4Interrupt LOC, for device(s): Local timer interrupts info DERIVE type iLOC #%#name e #%#parent 0 min iLOC 4Interrupt 71, for device(s): 8-edge eth1-TxRx-7 info DERIVE type 8-edge eth1-TxRx-7 label , update_rate normal graph_data_size e #%#parent 0 min i71 #%#name i71 interrupts / ${graph_period} graph_vlabel 0 min e #%#parent i44 #%#name 7Interrupt 44, for device(s): 7-edge megasas0-msix7 info DERIVE type , update_rate 7-edge megasas0-msix7 label normal graph_data_size i44 --base 1000 --logarithmic graph_args ?Interrupt PMI, for device(s): Performance monitoring interrupts info DERIVE type !Performance monitoring interrupts label , update_rate normal graph_data_size e #%#parent 0 min iPMI #%#name iPMI i41 #%#name 0 min e #%#parent , update_rate 4-edge megasas0-msix4 label normal graph_data_size 7Interrupt 41, for device(s): 4-edge megasas0-msix4 info DERIVE type i41 i77 #%#name e #%#parent 0 min 0-edge ioat-msix label , update_rate normal graph_data_size 2Interrupt 77, for device(s): 0-edge ioat-msix info DERIVE type i77 5Interrupt RES, for device(s): Rescheduling interrupts info DERIVE type Rescheduling interrupts label , update_rate normal graph_data_size e #%#parent 0 min iRES #%#name iRES iNMI #%#name e #%#parent 0 min normal graph_data_size Non-maskable interrupts label , update_rate DERIVE type 5Interrupt NMI, for device(s): Non-maskable interrupts info iNMI e #%#parent 0 min i55 #%#name DERIVE type 4Interrupt 55, for device(s): 2-edge eth0-TxRx-1 info normal graph_data_size 2-edge eth0-TxRx-1 label , update_rate i55 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 -Interrupt 0, for device(s): 2-edge timer info DERIVE type 2-edge timer label , update_rate normal graph_data_size e #%#parent 0 min i0 #%#name i0 system graph_category e #%#parent 0 min i9 #%#name DERIVE type ,Interrupt 9, for device(s): 9-fasteoi acpi info normal graph_data_size 9-fasteoi acpi label , update_rate i9 2Interrupt 84, for device(s): 0-edge ioat-msix info DERIVE type , update_rate 0-edge ioat-msix label normal graph_data_size 0 min e #%#parent i84 #%#name i84 normal graph_data_size , update_rate 5-edge eth1-TxRx-4 label DERIVE type 4Interrupt 68, for device(s): 5-edge eth1-TxRx-4 info i68 #%#name 0 min e #%#parent i68 0-edge ioat-msix label , update_rate normal graph_data_size 2Interrupt 81, for device(s): 0-edge ioat-msix info DERIVE type i81 #%#name e #%#parent 0 min i81 e #%#parent 0 min i45 #%#name DERIVE type 7Interrupt 45, for device(s): 8-edge megasas0-msix8 info normal graph_data_size 8-edge megasas0-msix8 label , update_rate i45 0 min e #%#parent iSPU #%#name 1Interrupt SPU, for device(s): Spurious interrupts info DERIVE type , update_rate Spurious interrupts label normal graph_data_size iSPU i30 #%#name e #%#parent 0 min 0-edge PCIe bwctrl label , update_rate normal graph_data_size 4Interrupt 30, for device(s): 0-edge PCIe bwctrl info DERIVE type i30 iDFR #%#name 0 min e #%#parent , update_rate Deferred Error APIC interrupts label normal graph_data_size <Interrupt DFR, for device(s): Deferred Error APIC interrupts info DERIVE type iDFR 0 min e #%#parent i69 #%#name DERIVE type 4Interrupt 69, for device(s): 6-edge eth1-TxRx-5 info normal graph_data_size , update_rate 6-edge eth1-TxRx-5 label i69 normal graph_data_size , update_rate 0-edge PCIe bwctrl label DERIVE type 4Interrupt 33, for device(s): 0-edge PCIe bwctrl info i33 #%#name 0 min e #%#parent i33 0 min e #%#parent i24 #%#name DERIVE type .Interrupt 24, for device(s): 0-edge dmar0 info normal graph_data_size , update_rate 0-edge dmar0 label i24 i87 #%#name 0 min e #%#parent , update_rate 0-edge ioat-msix label normal graph_data_size 2Interrupt 87, for device(s): 0-edge ioat-msix info DERIVE type i87 irqstats #%#name e #%#parent 0 min i40 #%#name 7Interrupt 40, for device(s): 3-edge megasas0-msix3 info DERIVE type 3-edge megasas0-msix3 label , update_rate normal graph_data_size i40 e #%#parent 0 min i56 #%#name 4Interrupt 56, for device(s): 3-edge eth0-TxRx-2 info DERIVE type 3-edge eth0-TxRx-2 label , update_rate normal graph_data_size i56 normal graph_data_size TLB shootdowns label , update_rate DERIVE type ,Interrupt TLB, for device(s): TLB shootdowns info iTLB #%#name e #%#parent 0 min iTLB i42 #%#name e #%#parent 0 min 5-edge megasas0-msix5 label , update_rate normal graph_data_size 7Interrupt 42, for device(s): 5-edge megasas0-msix5 info DERIVE type i42 i16 #%#name e #%#parent 0 min 16-fasteoi ehci_hcd:usb1 label , update_rate normal graph_data_size 7Interrupt 16, for device(s): 16-fasteoi ehci_hcd:usb1 info DERIVE type i16 i43 #%#name e #%#parent 0 min normal graph_data_size 6-edge megasas0-msix6 label , update_rate DERIVE type 7Interrupt 43, for device(s): 6-edge megasas0-msix6 info i43 Posted-interrupt wakeup event label , update_rate normal graph_data_size ;Interrupt PIW, for device(s): Posted-interrupt wakeup event info DERIVE type iPIW #%#name e #%#parent 0 min iPIW DERIVE type ,Interrupt 8, for device(s): 8-edge rtc0 info normal graph_data_size 8-edge rtc0 label , update_rate e #%#parent 0 min i8 #%#name i8 e #%#parent 0 min i72 #%#name DERIVE type .Interrupt 72, for device(s): 1-edge dmar1 info normal graph_data_size 1-edge dmar1 label , update_rate i72 iNPI #%#name e #%#parent 0 min normal graph_data_size Nested posted-interrupt event label , update_rate DERIVE type ;Interrupt NPI, for device(s): Nested posted-interrupt event info iNPI i70 #%#name 0 min e #%#parent , update_rate 7-edge eth1-TxRx-6 label normal graph_data_size 4Interrupt 70, for device(s): 7-edge eth1-TxRx-6 info DERIVE type i70 , update_rate 13-edge megasas0-msix13 label normal graph_data_size 9Interrupt 50, for device(s): 13-edge megasas0-msix13 info DERIVE type i50 #%#name 0 min e #%#parent i50 , update_rate 9-edge megasas0-msix9 label normal graph_data_size 7Interrupt 46, for device(s): 9-edge megasas0-msix9 info DERIVE type i46 #%#name 0 min e #%#parent i46 Individual interrupts graph_title 0 min e #%#parent i91 #%#name DERIVE type 2Interrupt 91, for device(s): 0-edge ioat-msix info normal graph_data_size , update_rate 0-edge ioat-msix label i91 DERIVE type 9Interrupt 52, for device(s): 15-edge megasas0-msix15 info normal graph_data_size , update_rate 15-edge megasas0-msix15 label 0 min e #%#parent i52 #%#name i52 i89 #%#name e #%#parent 0 min 0-edge ioat-msix label , update_rate normal graph_data_size 2Interrupt 89, for device(s): 0-edge ioat-msix info DERIVE type i89 i67 #%#name 0 min e #%#parent , update_rate 4-edge eth1-TxRx-3 label normal graph_data_size 4Interrupt 67, for device(s): 4-edge eth1-TxRx-3 info DERIVE type i67 0 min e #%#parent i28 #%#name 4Interrupt 28, for device(s): 0-edge PCIe bwctrl info DERIVE type , update_rate 0-edge PCIe bwctrl label normal graph_data_size i28 �i0 i8 i9 i16 i18 i23 i24 i26 i28 i30 i31 i33 i37 i38 i39 i40 i41 i42 i43 i44 i45 i46 i47 i48 i49 i50 i51 i52 i53 i54 i55 i56 i57 i58 i59 i60 i61 i62 i63 i64 i65 i66 i67 i68 i69 i70 i71 i72 i74 i76 i77 i78 i79 i80 i81 i82 i84 i86 i87 i88 i89 i90 i91 i92 iNMI iLOC iSPU iPMI iIWI iRTR iRES iCAL iTLB iTRM iTHR iDFR iMCE iMCP iERR iMIS iPIN iNPI iPIW i0 i8 i9 i16 i18 i23 i24 i26 i28 i30 i31 i33 i37 i38 i39 i40 i41 i42 i43 i44 i45 i46 i47 i48 i49 i50 i51 i52 i53 i54 i55 i56 i57 i58 i59 i60 i61 i62 i63 i64 i65 i66 i67 i68 i69 i70 i71 i72 i74 i76 i77 i78 i79 i80 i81 i82 i84 i86 i87 i88 i89 i90 i91 i92 iNMI iLOC iSPU iPMI iIWI iRTR iRES iCAL iTLB iTRM iTHR iDFR iMCE iMCP iERR iMIS iPIN iNPI iPIW graph_order e #%#parent 0 min i61 #%#name 4Interrupt 61, for device(s): 8-edge eth0-TxRx-7 info DERIVE type 8-edge eth0-TxRx-7 label , update_rate normal graph_data_size i61 DERIVE type 4Interrupt 64, for device(s): 1-edge eth1-TxRx-0 info normal graph_data_size , update_rate 1-edge eth1-TxRx-0 label 0 min e #%#parent i64 #%#name i64 DERIVE type 2Interrupt 88, for device(s): 0-edge ioat-msix info normal graph_data_size , update_rate 0-edge ioat-msix label 0 min e #%#parent i88 #%#name i88 e #%#parent 0 min iRTR #%#name DERIVE type 3Interrupt RTR, for device(s): APIC ICR read retries info normal graph_data_size APIC ICR read retries label , update_rate iRTR -Interrupt 53, for device(s): 0-edge eth0 info DERIVE type , update_rate 0-edge eth0 label normal graph_data_size 0 min e #%#parent i53 #%#name i53 0-edge ioat-msix label , update_rate normal graph_data_size 2Interrupt 76, for device(s): 0-edge ioat-msix info DERIVE type i76 #%#name e #%#parent 0 min i76 normal graph_data_size 0-edge megasas0-msix0 label , update_rate DERIVE type 7Interrupt 37, for device(s): 0-edge megasas0-msix0 info i37 #%#name e #%#parent 0 min i37 i58 #%#name 0 min e #%#parent , update_rate 5-edge eth0-TxRx-4 label normal graph_data_size 4Interrupt 58, for device(s): 5-edge eth0-TxRx-4 info DERIVE type i58 i18 #%#name e #%#parent 0 min 18-fasteoi i801_smbus label , update_rate normal graph_data_size 4Interrupt 18, for device(s): 18-fasteoi i801_smbus info DERIVE type i18 DERIVE type normal graph_data_size MIS label , update_rate e #%#parent 0 min iMIS #%#name iMIS normal graph_data_size , update_rate Machine check exceptions label DERIVE type 6Interrupt MCE, for device(s): Machine check exceptions info iMCE #%#name 0 min e #%#parent iMCE i80 #%#name e #%#parent 0 min 0-edge ioat-msix label , update_rate normal graph_data_size 2Interrupt 80, for device(s): 0-edge ioat-msix info DERIVE type i80 0 min e #%#parent i82 #%#name DERIVE type 2Interrupt 82, for device(s): 0-edge ioat-msix info normal graph_data_size , update_rate 0-edge ioat-msix label i82 e #%#parent 0 min i59 #%#name 4Interrupt 59, for device(s): 6-edge eth0-TxRx-5 info DERIVE type 6-edge eth0-TxRx-5 label , update_rate normal graph_data_size i59 7Interrupt 23, for device(s): 23-fasteoi ehci_hcd:usb2 info DERIVE type 23-fasteoi ehci_hcd:usb2 label , update_rate normal graph_data_size e #%#parent 0 min i23 #%#name i23 DERIVE type 4Interrupt 31, for device(s): 0-edge PCIe bwctrl info normal graph_data_size 0-edge PCIe bwctrl label , update_rate e #%#parent 0 min i31 #%#name i31 e #%#parent 0 min iCAL #%#name DERIVE type 6Interrupt CAL, for device(s): Function call interrupts info normal graph_data_size Function call interrupts label , update_rate iCAL DERIVE type AInterrupt PIN, for device(s): Posted-interrupt notification event info normal graph_data_size , update_rate #Posted-interrupt notification event label 0 min e #%#parent iPIN #%#name iPIN DERIVE type 4Interrupt 65, for device(s): 2-edge eth1-TxRx-1 info normal graph_data_size 2-edge eth1-TxRx-1 label , update_rate e #%#parent 0 min i65 #%#name i65 9Interrupt 48, for device(s): 11-edge megasas0-msix11 info DERIVE type , update_rate 11-edge megasas0-msix11 label normal graph_data_size 0 min e #%#parent i48 #%#name i48 normal graph_data_size 0-edge PCIe bwctrl label , update_rate DERIVE type 4Interrupt 26, for device(s): 0-edge PCIe bwctrl info i26 #%#name e #%#parent 0 min i26 2Interrupt 79, for device(s): 0-edge ioat-msix info DERIVE type , update_rate 0-edge ioat-msix label normal graph_data_size 0 min e #%#parent i79 #%#name i79 , update_rate 0-edge ioat-msix label normal graph_data_size 2Interrupt 86, for device(s): 0-edge ioat-msix info DERIVE type i86 #%#name 0 min e #%#parent i86 e #%#parent 0 min i49 #%#name 9Interrupt 49, for device(s): 12-edge megasas0-msix12 info DERIVE type 12-edge megasas0-msix12 label , update_rate normal graph_data_size i49 2Interrupt 78, for device(s): 0-edge ioat-msix info DERIVE type , update_rate 0-edge ioat-msix label normal graph_data_size 0 min e #%#parent i78 #%#name i78 irqstats --base 1024 graph_args normal graph_data_size loop0 label , update_rate GAUGE type no graph loop0_rdbytes #%#name � #%#parent 0 min LINE1 draw loop0_rdbytes sda_rdbytes negative sda_wrbytes #%#name � #%#parent 0 min LINE1 draw normal graph_data_size sda label , update_rate GAUGE type sda_wrbytes � #%#parent disk graph_category LINE1 draw � #%#parent 0 min wrbytes #%#name rdbytes negative GAUGE type Bytes label , update_rate normal graph_data_size wrbytes 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 rdbytes wrbytes graph_order 'Pr ${graph_period} read (-) / write (+) graph_vlabel sda #%#name --base 1024 graph_args GAUGE type normal graph_data_size invisible label , update_rate � #%#parent 0 min LINE1 draw no graph rdbytes #%#name rdbytes Disk throughput for /dev/sda graph_title sda disk graph_category diskstats_throughput #%#name LINE1 draw � #%#parent 0 min loop0_wrbytes #%#name loop0_rdbytes negative GAUGE type loop0 label , update_rate normal graph_data_size loop0_wrbytes 400 graph_width Throughput per device graph_title Disk throughput for /dev/loop0 graph_title GAUGE type normal graph_data_size invisible label , update_rate � #%#parent 0 min LINE1 draw no graph rdbytes #%#name rdbytes --base 1024 graph_args loop0 #%#name 'Pr ${graph_period} read (-) / write (+) graph_vlabel rdbytes wrbytes graph_order LINE1 draw 0 min � #%#parent wrbytes #%#name rdbytes negative GAUGE type , update_rate Bytes label normal graph_data_size wrbytes disk graph_category xThis graph shows disk throughput in bytes pr ${graph_period}. The graph base is 1024 so KB is for Kibi bytes and so on. graph_info � #%#parent loop0 #%#parent no graph sda_rdbytes #%#name 0 min � #%#parent LINE1 draw normal graph_data_size , update_rate sda label GAUGE type sda_rdbytes �This graph shows averaged throughput for the given disk in bytes. Higher throughput is usualy linked with higher service time/latency (separate graph). The graph base is 1024 yeilding Kibi- and Mebi-bytes. graph_info 3loop0_rdbytes loop0_wrbytes sda_rdbytes sda_wrbytes graph_order *Bytes/${graph_period} read (-) / write (+) graph_vlabel diskstats_throughput MySQL slow queries graph_title normal graph_data_size , update_rate slow queries label DERIVE type queries #%#name 0 min " #%#parent 500000 max queries --base 1000 -l 0 graph_args mysql_slowqueries #%#name queries graph_order slow queries / ${graph_period} graph_vlabel mysql graph_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 #%#parent mysql_slowqueries TCP connections graph_vlabel established graph_order netstat_established #%#name #%#parent network graph_category IThis graph shows the TCP activity of all the network interfaces combined. graph_info Netstat, established only graph_title 6 #%#parent established #%#name GAUGE type )The number of currently open connections. info normal graph_data_size , update_rate established label established --lower-limit 0 graph_args second graph_period netstat_established --base 1024 graph_args DERIVE type normal graph_data_size , update_rate transfer rate label 0 min J #%#parent 80000000 max LINE2 draw recv negative sent #%#name sent MySQL throughput graph_title normal graph_data_size transfer rate label , update_rate DERIVE type no graph recv #%#name 80000000 max J #%#parent 0 min LINE2 draw recv mysql graph_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 #%#parent mysql_bytes #%#name 1bytes received (-) / sent (+) per ${graph_period} graph_vlabel recv sent graph_order mysql_bytes -The number of high-priority processes (tasks) info high priority label , update_rate normal graph_data_size STACK draw l #%#parent high #%#name high low #%#name low priority label , update_rate normal graph_data_size AREA draw ,The number of low-priority processes (tasks) info l #%#parent low --base 1000 -l 0 graph_args Processes priority graph_title l #%#parent XThe number of processes that have pages locked into memory (for real-time and custom IO) info STACK draw normal graph_data_size , update_rate locked in memory label locked #%#name locked 5This graph shows number of processes at each priority graph_info processes graph_category #%#parent proc_pri #%#name Number of processes graph_vlabel low high locked high low locked graph_order proc_pri munin graph_category AREASTACK draw � #%#parent , update_rate html #%#name munin html label normal graph_data_size html munin_stats #%#name 285 critical normal graph_data_size munin graph label 240 warning , update_rate � #%#parent AREASTACK draw graph #%#name graph , update_rate limits #%#name munin limits label normal graph_data_size AREASTACK draw � #%#parent limits --base 1000 -l 0 graph_args iThis 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 #%#parent seconds graph_vlabel update graph html limits graph_order 285 critical normal graph_data_size 240 warning munin update label , update_rate update #%#name � #%#parent AREASTACK draw update Munin processing time graph_title yes graph_scale munin_stats mysql graph_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 #%#parent , update_rate threads #%#name mysql threads label normal graph_data_size � #%#parent threads mysql_threads #%#name threads graph_order threads graph_vlabel --base 1000 graph_args MySQL threads graph_title mysql_threads eth1 traffic graph_title normal graph_data_size bps label up,8,* cdef , update_rate DERIVE type :Traffic of the eth1 interface. Maximum speed is 1000 Mb/s. info down negative up #%#name 1000000000 max � #%#parent 0 min up --base 1000 graph_args if_eth1 #%#name )bits in (-) / out (+) per ${graph_period} graph_vlabel down up down up graph_order 0 min 1000000000 max � #%#parent no graph down #%#name DERIVE type normal graph_data_size , update_rate down,8,* cdef received label down network graph_category @This graph shows the traffic of the eth1 network interface. Please note that the traffic is shown in bits per second, not bytes. IMPORTANT: On 32-bit systems the data source for this plugin uses 32-bit counters, which makes the plugin unreliable and unsuitable for most 100-Mb/s (or faster) interfaces, where traffic is expected to exceed 50 Mb/s over a 5 minute period. This means that this plugin is unsuitable for most 32-bit production environments. To avoid this problem, use the ip_ plugin instead. There should be no problems on 64-bit systems running 64-bit kernels. graph_info #%#parent if_eth1 #%#parent ?This graph shows the amount of entropy available in the system. graph_info system graph_category entropy graph_order entropy (bytes) graph_vlabel entropy #%#name --base 1000 -l 0 graph_args no graph_scale Available entropy graph_title entropy #%#name entropy label , update_rate normal graph_data_size [The number of random bytes available. This is typically used by cryptographic applications. info � #%#parent entropy entropy Exim mail throughput graph_title no graph_scale , update_rate received label normal graph_data_size DERIVE type received #%#name AREA draw 0 min #%#parent received #%#parent completed label , update_rate normal graph_data_size DERIVE type completed #%#name #%#parent 0 min completed mails/${graph_period} graph_vlabel received completed rejected graph_order --base 1000 -l 0 graph_args DERIVE type , update_rate rejected label normal graph_data_size 0 min #%#parent rejected #%#name rejected exim graph_category exim_mailstats #%#name exim_mailstats 5The number of uninterruptible processes (usually IO). info normal graph_data_size , update_rate uninterruptible label - #%#parent STACK draw ffa500 colour uninterruptible #%#name uninterruptible (This graph shows the number of processes graph_info #%#parent STACK draw - #%#parent stopped #%#name cc0000 colour *The number of stopped or traced processes. info stopped label , update_rate normal graph_data_size stopped - #%#parent 4The number of runnable processes (on the run queue). info STACK draw normal graph_data_size 22ff22 colour , update_rate runnable #%#name runnable label runnable Number of processes graph_vlabel �sleeping idle stopped zombie dead paging uninterruptible runnable processes dead paging idle sleeping uninterruptible stopped runnable zombie processes graph_order 00aaaa colour normal graph_data_size paging #%#name paging label , update_rate - #%#parent STACK draw 3The number of paging processes (<2.6 kernels only). info paging - #%#parent WThe number of defunct ('zombie') processes (process terminated and parent not waiting). info STACK draw normal graph_data_size 990000 colour , update_rate zombie #%#name zombie label zombie Processes graph_title processes graph_category processes #%#name 8The number of idle kernel threads (>= 4.2 kernels only). info normal graph_data_size idle label , update_rate - #%#parent STACK draw 4169e1 colour idle #%#name idle , update_rate processes #%#name total label normal graph_data_size c0c0c0 colour The total number of processes. info LINE1 draw - #%#parent processes The number of dead processes. info normal graph_data_size dead label , update_rate - #%#parent STACK draw ff0000 colour dead #%#name dead --base 1000 -l 0 graph_args AREA draw - #%#parent sleeping #%#name 0022ff colour !The number of sleeping processes. info , update_rate sleeping label normal graph_data_size sleeping processes -l 0 --base 1000 graph_args Swap in/out graph_title system graph_category #%#parent swap #%#name DERIVE type normal graph_data_size , update_rate swap label 0 min � #%#parent 100000 max no graph swap_in #%#name swap_in *pages per ${graph_period} in (-) / out (+) graph_vlabel DERIVE type , update_rate swap label normal graph_data_size 0 min � #%#parent 100000 max swap_out #%#name swap_in negative swap_out swap_in swap_out graph_order swap mysql graph_category DERIVE type , update_rate replace label normal graph_data_size STACK draw 0 min 500000 max � #%#parent replace #%#name replace mysql_queries #%#name --base 1000 graph_args total graph_total DERIVE type normal graph_data_size select label , update_rate 500000 max � #%#parent 0 min AREA draw select #%#name select 0 min � #%#parent 500000 max STACK draw cache_hits #%#name DERIVE type normal graph_data_size , update_rate cache_hits label cache_hits #%#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 queries / ${graph_period} graph_vlabel .select delete insert update replace cache_hits graph_order MySQL queries graph_title 0 min 500000 max � #%#parent STACK draw delete #%#name DERIVE type normal graph_data_size , update_rate delete label delete insert #%#name STACK draw 0 min � #%#parent 500000 max , update_rate insert label normal graph_data_size DERIVE type insert update #%#name STACK draw � #%#parent 500000 max 0 min update label , update_rate normal graph_data_size DERIVE type update mysql_queries --base 1000 --logarithmic graph_args GAUGE type VAverage wait time for an I/O from request start to finish (includes queue times et al) info normal graph_data_size , update_rate IO Wait time label 0 min � #%#parent LINE1 draw avgwait #%#name avgwait disk graph_category loop0 #%#name LINE1 draw � #%#parent 0 min 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 GAUGE type Device IO time label , update_rate normal graph_data_size svctm Average latency for /dev/loop0 graph_title � #%#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 seconds graph_vlabel !svctm avgwait avgrdwait avgwrwait graph_order , update_rate Write IO Wait time label 0:3 warning normal graph_data_size [Average wait time for a write I/O from request start to finish (includes queue times et al) info GAUGE type avgwrwait #%#name LINE1 draw 0 min � #%#parent avgwrwait 0:3 warning Read IO Wait time label , update_rate normal graph_data_size ZAverage wait time for a read I/O from request start to finish (includes queue times et al) info GAUGE type avgrdwait #%#name LINE1 draw � #%#parent 0 min avgrdwait loop0 #%#parent sda_avgwait #%#name LINE1 draw � #%#parent 0 min sda label , update_rate normal graph_data_size $Average wait time for an I/O request info GAUGE type sda_avgwait loop0_avgwait sda_avgwait graph_order Average IO Wait (seconds) graph_vlabel loop0_avgwait #%#name � #%#parent 0 min LINE1 draw normal graph_data_size loop0 label , update_rate GAUGE type $Average wait time for an I/O request info loop0_avgwait 400 graph_width Disk latency per device graph_title avgwait #%#name 0 min R #%#parent LINE1 draw normal graph_data_size , update_rate IO Wait time label GAUGE type VAverage wait time for an I/O from request start to finish (includes queue times et al) info avgwait --base 1000 --logarithmic graph_args sda #%#name disk graph_category normal graph_data_size , update_rate Device IO time label GAUGE type {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 0 min R #%#parent LINE1 draw svctm Average latency for /dev/sda graph_title 0 min R #%#parent LINE1 draw avgwrwait #%#name GAUGE type [Average wait time for a write I/O from request start to finish (includes queue times et al) info normal graph_data_size , update_rate Write IO Wait time label 0:3 warning avgwrwait R #%#parent 0 min LINE1 draw avgrdwait #%#name GAUGE type ZAverage wait time for a read I/O from request start to finish (includes queue times et al) info normal graph_data_size 0:3 warning Read IO Wait time label , update_rate avgrdwait !svctm avgwait avgrdwait avgwrwait graph_order seconds graph_vlabel �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 � #%#parent sda disk graph_category diskstats_latency #%#name --base 1000 graph_args diskstats_latency #%#parent � #%#parent The current number of threads. info normal graph_data_size , update_rate threads label threads #%#name threads 'This graph shows the number of threads. graph_info processes graph_category number of threads graph_vlabel threads graph_order threads #%#name Number of threads graph_title threads --base 1000 -l 0 graph_args Inode table usage graph_title system graph_category /This graph monitors the Linux open inode table. graph_info #%#parent � #%#parent OThe size of the system inode table. This is dynamically adjusted by the kernel. info normal graph_data_size max #%#name inode table size label , update_rate max normal graph_data_size , update_rate used #%#name open inodes label � #%#parent $The number of currently open inodes. info used open_inodes #%#name number of open inodes graph_vlabel used max graph_order open_inodes #%#parent HThis graph shows the number of forks (new processes started) per second. graph_info processes graph_category 100000 max � #%#parent 0 min forks #%#name DERIVE type The number of forks per second. info normal graph_data_size forks label , update_rate forks forks graph_order forks / ${graph_period} graph_vlabel forks #%#name --base 1000 -l 0 graph_args Fork rate graph_title forks loop0_rdio negative loop0_wrio #%#name � #%#parent 0 min LINE1 draw normal graph_data_size loop0 label , update_rate GAUGE type loop0_wrio GAUGE type , update_rate IO/sec label normal graph_data_size LINE1 draw 0 min � #%#parent wrio #%#name rdio negative wrio --base 1000 graph_args normal graph_data_size Req Size (KB) label , update_rate GAUGE type .Average Request Size in kilobytes (1000 based) info avgrdrqsz negative avgwrrqsz #%#name � #%#parent 0 min LINE1 draw avgwrrqsz loop0 #%#name 0 min � #%#parent LINE1 draw no graph avgrdrqsz #%#name GAUGE type normal graph_data_size , update_rate dummy label avgrdrqsz disk graph_category IOs for /dev/loop0 graph_title normal graph_data_size dummy label , update_rate GAUGE type no graph rdio #%#name � #%#parent 0 min LINE1 draw rdio Units read (-) / write (+) graph_vlabel rdio wrio avgrdrqsz avgwrrqsz graph_order �This graph shows the number of IO operations pr second and the average size of these requests. Lots of small requests should result in in lower throughput (separate graph) and higher service time (separate graph). Please note that starting with munin-node 2.0 the divisor for K is 1000 instead of 1024 which it was prior to 2.0 beta 3. This is because the base for this graph is 1000 not 1024. graph_info � #%#parent loop0 #%#parent � #%#parent 0 min LINE1 draw no graph sda_rdio #%#name GAUGE type normal graph_data_size sda label , update_rate sda_rdio 'loop0_rdio loop0_wrio sda_rdio sda_wrio graph_order (IOs/${graph_period} read (-) / write (+) graph_vlabel 400 graph_width Disk IOs per device graph_title disk graph_category 0 min � #%#parent LINE1 draw no graph loop0_rdio #%#name GAUGE type normal graph_data_size , update_rate loop0 label loop0_rdio � #%#parent �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 rdio wrio avgrdrqsz avgwrrqsz graph_order Units read (-) / write (+) graph_vlabel dummy label , update_rate normal graph_data_size GAUGE type rdio #%#name no graph LINE1 draw - #%#parent 0 min rdio IOs for /dev/sda graph_title disk graph_category avgrdrqsz #%#name no graph LINE1 draw 0 min - #%#parent , update_rate dummy label normal graph_data_size GAUGE type avgrdrqsz , update_rate Req Size (KB) label normal graph_data_size .Average Request Size in kilobytes (1000 based) info GAUGE type avgwrrqsz #%#name avgrdrqsz negative LINE1 draw 0 min - #%#parent avgwrrqsz sda #%#name --base 1000 graph_args GAUGE type IO/sec label , update_rate normal graph_data_size LINE1 draw - #%#parent 0 min wrio #%#name rdio negative wrio sda diskstats_iops #%#name 0 min � #%#parent LINE1 draw sda_rdio negative sda_wrio #%#name GAUGE type normal graph_data_size , update_rate sda label sda_wrio --base 1000 graph_args diskstats_iops system graph_category Idle CPU time info DERIVE type , update_rate idle label normal graph_data_size STACK draw 0 min q #%#parent idle #%#name idle cpu #%#name system label , update_rate normal graph_data_size 1CPU time spent by the kernel in system activities info DERIVE type system #%#name AREA draw q #%#parent 0 min system 1--base 1000 -r --lower-limit 0 --upper-limit 2400 graph_args guest label , update_rate normal graph_data_size gThe time spent running a virtual CPU for guest operating systems under the control of the Linux kernel. info DERIVE type guest #%#name STACK draw q #%#parent 0 min guest 'This graph shows how CPU time is spent. graph_info #%#parent "CPU time spent handling interrupts info DERIVE type irq label , update_rate normal graph_data_size STACK draw q #%#parent 0 min irq #%#name irq steal #%#name STACK draw 0 min q #%#parent , update_rate steal label normal graph_data_size ZThe time that a virtual CPU had runnable tasks, but the virtual CPU itself was not running info DERIVE type steal ]system user nice idle iowait irq softirq system user nice idle iowait irq softirq steal guest graph_order % graph_vlabel second graph_period normal graph_data_size , update_rate softirq label DERIVE type ,CPU time spent handling "batched" interrupts info softirq #%#name 0 min q #%#parent STACK draw softirq DERIVE type UCPU time spent waiting for I/O operations to finish when there is nothing else to do. info normal graph_data_size iowait label , update_rate q #%#parent 0 min STACK draw iowait #%#name iowait STACK draw 0 min q #%#parent nice #%#name #CPU time spent by nice(1)d programs info DERIVE type , update_rate nice label normal graph_data_size nice 0 min q #%#parent STACK draw user #%#name DERIVE type -CPU time spent by normal programs and daemons info normal graph_data_size , update_rate user label user no graph_scale CPU usage graph_title cpu #%#parent normal graph_data_size 00FFFF colour , update_rate pts label pts #%#name � #%#parent AREASTACK draw pts normal graph_data_size , update_rate X displays label Users logged in on an X display info 000000 colour X #%#name � #%#parent AREASTACK draw X Users graph_vlabel normal graph_data_size FF0000 colour , update_rate other #%#name Other users label � #%#parent 'Users logged in by indeterminate method info other tty pty pts X other graph_order Logged in users graph_title %3.0lf graph_printf no graph_scale system graph_category users #%#name 00FF00 colour normal graph_data_size tty label tty #%#name , update_rate � #%#parent AREASTACK draw tty --base 1000 -l 0 graph_args normal graph_data_size , update_rate pty label � #%#parent AREASTACK draw 0000FF colour pty #%#name pty users ^devtmpfs _dev_shm _run _dev_sda3 _dev_sda1 _dev_loop0 _run_user_1001 _run_user_0 _run_user_967 graph_order % graph_vlabel #%#parent #%#parent /tmp label 92 warning _dev_loop0 #%#name , update_rate 98 critical normal graph_data_size _dev_loop0 no graph_scale Inode usage in percent graph_title #%#parent , update_rate /run/user/0 label _run_user_0 #%#name 92 warning normal graph_data_size 98 critical _run_user_0 normal graph_data_size 98 critical , update_rate /dev label 92 warning devtmpfs #%#name #%#parent devtmpfs df_inode #%#name disk graph_category , update_rate / label 92 warning _dev_sda3 #%#name normal graph_data_size 98 critical #%#parent _dev_sda3 _run #%#name #%#parent 98 critical normal graph_data_size 92 warning /run label , update_rate _run _dev_shm #%#name #%#parent , update_rate 92 warning /dev/shm label normal graph_data_size 98 critical _dev_shm /run/user/967 label 92 warning , update_rate 98 critical normal graph_data_size _run_user_967 #%#name #%#parent _run_user_967 #%#parent _run_user_1001 #%#name /run/user/1001 label 92 warning , update_rate 98 critical normal graph_data_size _run_user_1001 --upper-limit 100 -l 0 graph_args #%#parent , update_rate _dev_sda1 #%#name /boot label 92 warning normal graph_data_size 98 critical _dev_sda1 df_inode ,packets in (-) / out (+) per ${graph_period} graph_vlabel .rcvd trans rcvd trans rxdrop txdrop collisions graph_order bThis graph shows the amount of errors, packet drops, and collisions on the eth1 network interface. graph_info #%#parent t #%#parent no graph rcvd #%#name COUNTER type normal graph_data_size errors label 1 warning , update_rate rcvd normal graph_data_size , update_rate 1 warning errors label COUNTER type rcvd negative trans #%#name t #%#parent trans eth1 errors graph_title COUNTER type t #%#parent normal graph_data_size , update_rate collisions label collisions #%#name collisions if_err_eth1 #%#name rxdrop #%#name no graph t #%#parent , update_rate drops label normal graph_data_size COUNTER type rxdrop network graph_category t #%#parent COUNTER type txdrop #%#name drops label , update_rate rxdrop negative normal graph_data_size txdrop --base 1000 graph_args if_err_eth1 --base 1000 graph_args eth0 traffic graph_title � #%#parent 1000000000 max down negative DERIVE type :Traffic of the eth0 interface. Maximum speed is 1000 Mb/s. info 0 min up #%#name normal graph_data_size up,8,* cdef , update_rate bps label up network graph_category @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 #%#parent if_eth0 #%#name )bits in (-) / out (+) per ${graph_period} graph_vlabel � #%#parent 1000000000 max 0 min no graph down #%#name DERIVE type normal graph_data_size received label , update_rate down,8,* cdef down down up down up graph_order if_eth0 Firewall Throughput graph_title --base 1000 -l 0 graph_args Packets/${graph_period} graph_vlabel received forwarded graph_order fw_packets #%#name #%#parent DERIVE type , update_rate Received label normal graph_data_size AREA draw 0 min � #%#parent received #%#name received , update_rate Forwarded label normal graph_data_size DERIVE type forwarded #%#name LINE2 draw 0 min � #%#parent forwarded network graph_category fw_packets TCP connections graph_vlabel (active passive failed resets established graph_order #%#parent IThis graph shows the TCP activity of all the network interfaces combined. graph_info Netstat, combined graph_title second graph_period 0 min � #%#parent 50000 max passive #%#name .The number of passive TCP openings per second. info DERIVE type , update_rate passive label normal graph_data_size passive netstat #%#name normal graph_data_size , update_rate failed label DERIVE type 8The number of failed TCP connection attempts per second. info failed #%#name 0 min � #%#parent 50000 max failed network graph_category established #%#name � #%#parent normal graph_data_size , update_rate established label GAUGE type )The number of currently open connections. info established , update_rate active label normal graph_data_size -The number of active TCP openings per second. info DERIVE type active #%#name 0 min 50000 max � #%#parent active resets #%#name � #%#parent 50000 max 0 min normal graph_data_size resets label , update_rate DERIVE type $The number of TCP connection resets. info resets )--units=si -l 1 --base 1000 --logarithmic graph_args netstat --base 1000 -l 0 graph_args , update_rate http://localhost/ label http___localhost_ #%#name normal graph_data_size page load time info , #%#parent http___localhost_ HTTP loadtime of a page graph_title #%#parent network graph_category )This graph shows the load time in seconds graph_info http___localhost_ graph_order Load time in seconds graph_vlabel http_loadtime #%#name http_loadtime #%#parent ACPI Thermal zone temperatures graph_title thermal_zone1 #%#name x86_pkg_temp label , update_rate normal graph_data_size ? #%#parent thermal_zone1 acpi #%#name thermal_zone0 thermal_zone1 graph_order Celsius graph_vlabel sensors graph_category �This graph shows the temperature in different ACPI Thermal zones. If there is only one it will usually be the case temperature. graph_info thermal_zone0 #%#name x86_pkg_temp label , update_rate normal graph_data_size ? #%#parent thermal_zone0 #%#parent acpi GAUGE type normal graph_data_size , update_rate cpu9,1000,* cdef CPU 9 label 1200000 min 2860000 max V #%#parent cpu9 #%#name cpu9 1200000 min 2860000 max V #%#parent cpu18 #%#name GAUGE type cpu18,1000,* cdef , update_rate CPU 18 label normal graph_data_size cpu18 GAUGE type CPU 5 label cpu5,1000,* cdef , update_rate normal graph_data_size 2860000 max V #%#parent 1200000 min cpu5 #%#name cpu5 GAUGE type normal graph_data_size CPU 0 label cpu0,1000,* cdef , update_rate 2860000 max V #%#parent 1200000 min cpu0 #%#name cpu0 normal graph_data_size CPU 15 label cpu15,1000,* cdef , update_rate GAUGE type cpu15 #%#name V #%#parent 2860000 max 1200000 min cpu15 Hz graph_vlabel 1200000 min 2860000 max V #%#parent cpu13 #%#name GAUGE type , update_rate cpu13,1000,* cdef CPU 13 label normal graph_data_size cpu13 �cpu0 cpu1 cpu2 cpu3 cpu4 cpu5 cpu6 cpu7 cpu8 cpu9 cpu10 cpu11 cpu12 cpu13 cpu14 cpu15 cpu16 cpu17 cpu18 cpu19 cpu20 cpu21 cpu22 cpu23 graph_order cpu14,1000,* cdef , update_rate CPU 14 label normal graph_data_size GAUGE type cpu14 #%#name 1200000 min 2860000 max V #%#parent cpu14 cpu19 #%#name 1200000 min V #%#parent 2860000 max normal graph_data_size cpu19,1000,* cdef , update_rate CPU 19 label GAUGE type cpu19 CPU frequency scaling graph_title normal graph_data_size cpu16,1000,* cdef , update_rate CPU 16 label GAUGE type cpu16 #%#name 1200000 min 2860000 max V #%#parent cpu16 GAUGE type normal graph_data_size CPU 7 label cpu7,1000,* cdef , update_rate V #%#parent 2860000 max 1200000 min cpu7 #%#name cpu7 V #%#parent 2860000 max 1200000 min cpu10 #%#name GAUGE type CPU 10 label cpu10,1000,* cdef , update_rate normal graph_data_size cpu10 CPU 22 label cpu22,1000,* cdef , update_rate normal graph_data_size GAUGE type cpu22 #%#name V #%#parent 2860000 max 1200000 min cpu22 cpuspeed #%#name normal graph_data_size CPU 1 label , update_rate cpu1,1000,* cdef GAUGE type cpu1 #%#name 2860000 max V #%#parent 1200000 min cpu1 --base 1000 graph_args GAUGE type CPU 11 label cpu11,1000,* cdef , update_rate normal graph_data_size 2860000 max V #%#parent 1200000 min cpu11 #%#name cpu11 �This graph shows the current speed of the CPU at the time of the data retrieval (not its average). This is a limitiation of the 'intel_pstate' driver. graph_info #%#parent GAUGE type CPU 23 label , update_rate cpu23,1000,* cdef normal graph_data_size V #%#parent 2860000 max 1200000 min cpu23 #%#name cpu23 GAUGE type normal graph_data_size CPU 3 label , update_rate cpu3,1000,* cdef V #%#parent 2860000 max 1200000 min cpu3 #%#name cpu3 V #%#parent 2860000 max 1200000 min cpu6 #%#name GAUGE type CPU 6 label , update_rate cpu6,1000,* cdef normal graph_data_size cpu6 2860000 max V #%#parent 1200000 min cpu8 #%#name GAUGE type CPU 8 label cpu8,1000,* cdef , update_rate normal graph_data_size cpu8 system graph_category GAUGE type cpu20,1000,* cdef , update_rate CPU 20 label normal graph_data_size 1200000 min 2860000 max V #%#parent cpu20 #%#name cpu20 cpu12,1000,* cdef , update_rate CPU 12 label normal graph_data_size GAUGE type cpu12 #%#name 1200000 min V #%#parent 2860000 max cpu12 1200000 min V #%#parent 2860000 max cpu4 #%#name GAUGE type cpu4,1000,* cdef , update_rate CPU 4 label normal graph_data_size cpu4 GAUGE type CPU 2 label , update_rate cpu2,1000,* cdef normal graph_data_size V #%#parent 2860000 max 1200000 min cpu2 #%#name cpu2 1200000 min V #%#parent 2860000 max cpu21 #%#name GAUGE type , update_rate cpu21,1000,* cdef CPU 21 label normal graph_data_size cpu21 GAUGE type normal graph_data_size CPU 17 label , update_rate cpu17,1000,* cdef 2860000 max V #%#parent 1200000 min cpu17 #%#name cpu17 cpuspeed _run_user_0 #%#name h #%#parent 98 critical normal graph_data_size /run/user/0 label 92 warning , update_rate _run_user_0 , update_rate _dev_loop0 #%#name /tmp label 92 warning normal graph_data_size 98 critical h #%#parent _dev_loop0 Disk usage in percent graph_title no graph_scale #%#parent % graph_vlabel U_dev_shm _run _dev_sda3 _dev_sda1 _dev_loop0 _run_user_1001 _run_user_0 _run_user_967 graph_order --upper-limit 100 -l 0 graph_args h #%#parent , update_rate 92 warning _dev_sda1 #%#name /boot label normal graph_data_size 98 critical _dev_sda1 , update_rate 92 warning /run/user/1001 label normal graph_data_size 98 critical h #%#parent _run_user_1001 #%#name _run_user_1001 _dev_sda3 #%#name / label 92 warning , update_rate 98 critical normal graph_data_size h #%#parent _dev_sda3 h #%#parent _dev_shm #%#name , update_rate /dev/shm label 92 warning normal graph_data_size 98 critical _dev_shm /run label 92 warning , update_rate 98 critical normal graph_data_size h #%#parent _run #%#name _run disk graph_category normal graph_data_size 98 critical , update_rate 92 warning /run/user/967 label h #%#parent _run_user_967 #%#name _run_user_967 df #%#name df exim graph_category #%#parent 0:200 critical normal graph_data_size 0:100 warning queued mails label , update_rate � #%#parent AREA draw 00AA00 colour mails #%#name mails exim_mailqueue #%#name 0:200 critical normal graph_data_size 0:100 warning frozen mails label , update_rate 0022FF colour frozen #%#name � #%#parent STACK draw frozen mails frozen graph_order mails in queue graph_vlabel --base 1000 -l 0 graph_args Exim Mailqueue graph_title exim_mailqueue system graph_category #%#parent uptime #%#name uptime graph_order uptime in days graph_vlabel --base 1000 -l 0 graph_args � #%#parent AREA draw normal graph_data_size uptime label uptime #%#name , update_rate uptime no graph_scale Uptime graph_title uptime used #%#name � #%#parent , update_rate 8485502273906394112 warning open files label normal graph_data_size 9038904596117680128 critical #The number of currently open files. info used #%#parent system graph_category /This graph monitors the Linux open files table. graph_info used graph_order number of open files graph_vlabel open_files #%#name --base 1000 -l 0 graph_args File table usage graph_title open_files load #%#name load graph_order load graph_vlabel sThe load average of the machine describes how many processes are in the run-queue (scheduled to run "immediately"). graph_info system graph_category #%#parent normal graph_data_size load label load #%#name , update_rate � #%#parent 5 minute load average info load no graph_scale Load average graph_title --base 1000 -l 0 graph_args load #%#parent #Free bytes in the InnoDB tablespace graph_info 1073741824: critical normal graph_data_size Bytes free label 2147483648: warning , update_rate GAUGE type free #%#name #%#parent 0 min free mysql graph_category free graph_order Bytes graph_vlabel mysql_innodb #%#name --base 1024 graph_args MySQL InnoDB free tablespace graph_title mysql_innodb nc-ph-1432-21.okaminime.com okaminime.com 2.0.73 version
Back