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Nimsoft Probes: Checkpoint Metrics
Release: 1.50
Copyright Notice
2 Probe Checkpoint Metrics v1.50
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Probe Checkpoint Metrics v1.50 3
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Contents
4 Probe Checkpoint Metrics v1.50
Contents
Copyright Notice 2
Contact Nimsoft 3
Contents 4
Document History 8
Chapter 1: Overview 9
Checkpoints metrics ..................................................................................................................................... 9
Chapter 2: Monitoring Probes
ad_response ............................................................................................................................................... 10
ad_server.................................................................................................................................................... 10
adevl ........................................................................................................................................................... 11
adogtw ....................................................................................................................................................... 12
apache ........................................................................................................................................................ 12
aws ............................................................................................................................................................. 14
azure ........................................................................................................................................................... 14
ccm_monitor .............................................................................................................................................. 15
cdm ............................................................................................................................................................. 15
cim_traps .................................................................................................................................................... 16
cisco_monitor ............................................................................................................................................. 17
cisco_qos .................................................................................................................................................... 17
cisco_ucm ................................................................................................................................................... 18
cisco_ucs .................................................................................................................................................... 18
cisco_unity ................................................................................................................................................. 60
clariion ........................................................................................................................................................ 61
cluster ......................................................................................................................................................... 63
db2 ............................................................................................................................................................. 64
db2mon ...................................................................................................................................................... 69
dhcp_response ........................................................................................................................................... 70
dirscan ........................................................................................................................................................ 71
dns_response ............................................................................................................................................. 71
Contents
Probe Checkpoint Metrics v1.50 5
dom_traps .................................................................................................................................................. 71
easerver ..................................................................................................................................................... 72
email_response .......................................................................................................................................... 72
emailgtw .................................................................................................................................................... 73
exchange_monitor ..................................................................................................................................... 73
exchange_response ................................................................................................................................... 75
fetchmsg .................................................................................................................................................... 76
file_adapter................................................................................................................................................ 76
fsmounts .................................................................................................................................................... 77
google_app_engine ................................................................................................................................... 77
google_apps ............................................................................................................................................... 78
hpovsdgtw ................................................................................................................................................. 80
http_response ............................................................................................................................................ 80
hyperv ........................................................................................................................................................ 80
ibmvm ........................................................................................................................................................ 81
ica_response .............................................................................................................................................. 81
ica_server ................................................................................................................................................... 82
iis ................................................................................................................................................................ 82
informix ...................................................................................................................................................... 83
interface_traffic ......................................................................................................................................... 84
jboss ........................................................................................................................................................... 85
jdbc_response ............................................................................................................................................ 85
jdbcgtw ...................................................................................................................................................... 86
jmx ............................................................................................................................................................. 86
jobqs .......................................................................................................................................................... 87
jobs ............................................................................................................................................................. 88
jobsched ..................................................................................................................................................... 88
jvm_monitor .............................................................................................................................................. 89
ldap_response ........................................................................................................................................... 89
logmon ....................................................................................................................................................... 90
mysql .......................................................................................................................................................... 90
net_connect ............................................................................................................................................... 91
net_traffic .................................................................................................................................................. 92
netware ...................................................................................................................................................... 92
notes_response ......................................................................................................................................... 93
notes_server .............................................................................................................................................. 93
ntevl ........................................................................................................................................................... 94
ntp_response ............................................................................................................................................. 94
ntperf ......................................................................................................................................................... 95
Contents
6 Probe Checkpoint Metrics v1.50
ntservices ................................................................................................................................................... 95
ocs_monitor ............................................................................................................................................... 96
oracle .......................................................................................................................................................... 97
outqs ........................................................................................................................................................ 102
ovnnm ...................................................................................................................................................... 103
perfmon .................................................................................................................................................... 103
power ....................................................................................................................................................... 103
printers ..................................................................................................................................................... 104
processes .................................................................................................................................................. 104
rackspace .................................................................................................................................................. 105
reboot ....................................................................................................................................................... 106
remedy_response .................................................................................................................................... 106
remedygtw ............................................................................................................................................... 106
rsp ............................................................................................................................................................. 107
saa_monitor ............................................................................................................................................. 107
salesforce ................................................................................................................................................. 108
sharepoint ................................................................................................................................................ 109
smsgtw ..................................................................................................................................................... 111
snmpget ................................................................................................................................................... 112
snmpgtw ................................................................................................................................................... 113
snmptd ..................................................................................................................................................... 113
sql_response ............................................................................................................................................ 114
sqlserver ................................................................................................................................................... 114
sybase ....................................................................................................................................................... 119
sybase_rs .................................................................................................................................................. 123
sysloggtw .................................................................................................................................................. 124
sysstat ....................................................................................................................................................... 124
temperature ............................................................................................................................................. 125
TNGgtw..................................................................................................................................................... 125
Tngobjects ................................................................................................................................................ 126
TNGwvf ..................................................................................................................................................... 126
Tomcat ..................................................................................................................................................... 127
url_response ............................................................................................................................................ 127
usage_monitoring .................................................................................................................................... 128
vmware .................................................................................................................................................... 128
weblogic ................................................................................................................................................... 130
websphere ................................................................................................................................................ 130
wins_response ......................................................................................................................................... 130
xenserver .................................................................................................................................................. 131
Contents
Probe Checkpoint Metrics v1.50 7
xmlparser ................................................................................................................................................. 131
zones ........................................................................................................................................................ 132
Chapter 3: Backend Probes
assetmgmt ............................................................................................................................................... 133
audit ......................................................................................................................................................... 133
controller ................................................................................................................................................. 133
dap ........................................................................................................................................................... 134
dashboard_engine ................................................................................................................................... 134
dashboard_server .................................................................................................................................... 134
data_engine ............................................................................................................................................. 135
discovery_agent ....................................................................................................................................... 135
discovery_server ...................................................................................................................................... 136
distsrv ....................................................................................................................................................... 136
e2e_appmon ............................................................................................................................................ 137
Exchange Monitor Reports ...................................................................................................................... 137
exchange_monitor_backend ................................................................................................................... 137
group_server ............................................................................................................................................ 138
HA ............................................................................................................................................................ 138
httpd ........................................................................................................................................................ 138
hub ........................................................................................................................................................... 139
mobile_panels.......................................................................................................................................... 139
nas ............................................................................................................................................................ 140
nexec ........................................................................................................................................................ 140
packageEditor .......................................................................................................................................... 141
proxy ........................................................................................................................................................ 141
report_engine .......................................................................................................................................... 142
sla_engine ................................................................................................................................................ 142
spooler ..................................................................................................................................................... 143
tcp_proxy ................................................................................................................................................. 143
variable_server ........................................................................................................................................ 143
wasp ......................................................................................................................................................... 144
Document History
8 Probe Checkpoint Metrics v1.50
Document History
Version Date What’s ミe┘?
Version 1.00 09-August-2010 Created sample document for review
Version 1.10 16-August-2010 Re-classified probes (Monitoring and Backend)
Version 1.20 25-August-2010 Added metrics details for monitoring probes
Version 1.30 06-September-2010 Updated metric details
Version 1.40 19-November-2010 Added metrics for Clariion and cisco_ucs probes
Version 1.50 19-January-2011 Added metrics for sharepoint probe
Overview
Probe Checkpoint Metrics v1.50 9
Chapter 1: Overview
This document describes the checkpoints configured for various probes and
their configuration. The probes are categorized in the following categories:
Monitoing probes
Backend probes
Checkpoints metrics
There are five kinds of metrics used:
Count – absolute number of events in the interval. In the first interval, counts
are not checked because their interval value cannot be calculated. If there is a
さtotalざ ┗alue iミ the マessage, it マeaミs さsiミIe the staヴt of the seヴ┗eヴざ.
Count/sec – absolute number of events in the interval per second. It is
calculated as delta between count at the beginning of the interval and at the
end, divided by length of the interval in seconds. In the first interval, counts are
not checked because their interval value cannot be calculated. If there is a
さtotalざ ┗alue iミ the マessage, it マeaミs さsiミIe the staヴt of the seヴ┗eヴざ.
Gauge – absolute number, describing the actual state of the system. If it
describes size, it will be in KB or MB, depending on actual size.
Ratio – calculated percentage, using interval counts. In the first interval, it is
calculated from total counts (as the interval count cannot be calculated).
Status – aHsolute ┗alue like けONLINEげ etI.
Average – calculated using interval counts. In the starting interval it is calculated
from absolute counts.
Monitoring Probes
10 Probe Checkpoint Metrics v1.50
Chapter 2: Monitoring Probes
ad_response
The following table describes the checkpoint metrics that can be configured
using the ad_response probe.
Metric Name Units Description
QOS_AD_CONNECT_RESPONSE Milliseconds Active Directory Connect Response
QOS_AD_REPLICATION_AGE Seconds Active Directory Replication Age
QOS_AD_SEARCH_OBJECTS Objects Active Directory Search Objects
QOS_AD_SEARCH_RESPONSE Milliseconds Active Directory Search Response
ad_server
The following table describes the checkpoint metrics that can be configured
using the ad_server probe.
Metric Name Units Description
QOS_%_PRIVILEGED_TIME % Privileged Time
QOS_%_PROCESSOR_TIME % Processor Time
Monitoring Probes
Probe Checkpoint Metrics v1.50 11
Metric Name Units Description
QOS_%_USER_TIME % User Time
QOS_DIRECTORIES Directories
QOS_FILES Files
QOS_HANDLECOUNT HandleCount
QOS_IO_DATA_BYTES/SEC IO Data Bytes/sec
QOS_IO_DATA_OPERATIONS/SEC IO Data Operations/sec
QOS_IO_OTHER_BYTES/SEC IO Other Bytes/sec
QOS_IO_READ_BYTES/SEC IO Read Bytes/sec
QOS_IO_WRITE_BYTES/SEC IO Write Bytes/sec
QOS_PAGE_FAULTS/SEC Page Faults/sec
QOS_VIRTUAL_BYTES Virtual Bytes
QOS_WORKING_SET Working Set
adevl
The following table describes the checkpoint metrics that can be configured
using the adevl probe.
Metric Name Metric Type Metric Description
QOS_EVL_COUNT Count Windows Events
QOS_WIN_PERF Value Windows Performance Counter
QOS_WIN_PERF_DELTA Value Windows Performance Change
Monitoring Probes
12 Probe Checkpoint Metrics v1.50
adogtw
The following table describes the checkpoint metrics that can be configured
using the adogtw probe.
Metric Name Units Metric Description
QOS_SQL_RESPONSE Milliseconds SQL Query ResponseTime
QOS_SQL_ROWS Rows SQL Query Rows
QOS_SQL_VALUE Value SQL Query Value
apache
The following table describes the checkpoint metrics that can be configured
using the apache probe.
Metric Name Units Description
QOS_APACHE_BUSYWORKERS Busy workers
QOS_APACHE_BYTESPERREQ Byte Bytes per request
QOS_APACHE_CHILDAVEMBYTES MBytes Child Ave mbytes
QOS_APACHE_CLOSINGCONNECTIONPCT Percent Connection closing percent
QOS_APACHE_CONNAVEKBYTES KBytes Connection Ave kbytes
QOS_APACHE_CPULOAD Percent Cpu load
QOS_APACHE_HTTPRESTIME Milliseconds http response time
QOS_APACHE_IDLEWORKERS Idle workers
QOS_APACHE_KEEPALIVE
Connection keepalive
QOS_APACHE_OPENSLOTNOCURRENTREQUESTPCT Percent
Connection Open slot no current
request percent
QOS_APACHE_READINGREQUEST
Connection reading request
Monitoring Probes
Probe Checkpoint Metrics v1.50 13
Metric Name Units Description
QOS_APACHE_REQMAXTIME millisecond Request Max time
QOS_APACHE_REQPERSEC Request per second
QOS_APACHE_SENDINGREPLY Connection sending reply
QOS_APACHE_SLOTAVEMBYTES MBytes Slot Ave mbytes
QOS_APACHE_SSAVETIME Seconds SS Ave time
QOS_APACHE_SSMAXTIME Seconds SS Max time
QOS_APACHE_STATECSSAVETIME Seconds Mode C SS Ave time
QOS_APACHE_STATECSSAVETIME Seconds Mode C SS Ave time
QOS_APACHE_STATEDSSAVETIME Seconds Mode D SS Ave time
QOS_APACHE_STATEDSSAVETIME Seconds Mode D SS Ave time
QOS_APACHE_STATEKSSAVETIME Seconds Mode K SS Ave time
QOS_APACHE_STATEKSSAVETIME Seconds Mode K SS Ave time
QOS_APACHE_STATELSSAVETIME Seconds Mode L SS Ave time
QOS_APACHE_STATELSSAVETIME Seconds Mode L SS Ave time
QOS_APACHE_STATERSSAVETIME Seconds Mode R SS Ave time
QOS_APACHE_STATERSSAVETIME Seconds Mode R SS Ave time
QOS_APACHE_STATEWSSAVETIME Seconds Mode W SS Ave time
QOS_APACHE_STATEWSSAVETIME Seconds Mode W SS Ave time
QOS_APACHE_WAITINGFORCONNECTIONPCT Percent
Connection waiting for connection
percent
Monitoring Probes
14 Probe Checkpoint Metrics v1.50
aws
The following table describes the checkpoint metrics that can be configured
using the aws probe.
Metric Name Units Description
Metric Name Units Metric Description
QOS_FILEREADTIME seconds FileReadTime
QOS_FILEWRITETIME seconds FileWriteTime
azure
The following table describes the checkpoint metrics that can be configured
using the azure probe.
Metric Name Units Description
QOS_ROLE_INSTANCE_PERF_COUNTER unknown Performance Counter
Monitoring Probes
Probe Checkpoint Metrics v1.50 15
ccm_monitor
The following table describes the checkpoint metrics that can be configured
using the ccm_monitor probe.
Metric Name Unit Description
QOS_CCM_CALLS Calls Cisco CallManager Calls
QOS_CCM_DEVICES Value Cisco CallManager Devices
QOS_CCM_RESOURCE Resources Cisco CallManager Resources
QOS_CPU_USAGE Percent CPU Usage
QOS_DISK_USAGE Megabytes Disk Usage
QOS_MEMORY_PERC_USAGE Percent Memory Usage in percent
QOS_MEMORY_USAGE Megabytes Memory Usage
QOS_MEMORY_USAGE_BYTES_CCM Bytes
Cisco CallManager Memory Usage
(Bytes)
QOS_NTSERVICE_STATE State NT Service Availability
QOS_PROCESS_CPU Percent Process CPU usage
QOS_TEMPERATURE Celsius Temperature
cdm
The following table describes the checkpoint metrics that can be configured
using the cdm probe.
Metric Name Units Description
QOS_COMPUTER_UPTIME Seconds Computer Uptime
QOS_CPU_MULTI_USAGE Percent Individual CPU Usage
Monitoring Probes
16 Probe Checkpoint Metrics v1.50
Metric Name Units Description
QOS_CPU_USAGE Percent CPU Usage
QOS_DISK_USAGE Megabytes Disk Usage
QOS_DISK_USAGE_PERC % Disk Usage (%)
QOS_INODE_USAGE Inodes Inode Usage
QOS_MEMORY_PAGING Kilobytes/Second Memory Paging
QOS_MEMORY_PERC_USAGE Percent Memory Usage in percent
QOS_MEMORY_PHYSICAL Megabytes Physical Memory Usage
QOS_MEMORY_PHYSICAL_PERC Percent Physical Memory Usage (%)
QOS_MEMORY_SWAP Megabytes Swap Memory Usage
QOS_MEMORY_SWAP_PERC Percent Swap Memory Usage (%)
QOS_MEMORY_USAGE Megabytes Memory Usage
QOS_PROC_QUEUE_LEN Processes Processor Queue Length
QOS_SHARED_FOLDER Available Folder Availability
cim_traps
The checkpoint metrics for the cim_traps probe are covered by snmptd. In
general, the alarms and QoSs for cim_traps can be any possible trap from any
snmp device.
Monitoring Probes
Probe Checkpoint Metrics v1.50 17
cisco_monitor
The following table describes the checkpoint metrics that can be configured
using the cisco_monitor probe.
Metric Name Units Description
QOS_CISCO_BUFFER_MISSES Misses Cisco Buffer Misses
QOS_CISCO_ENVIRONMENT State Cisco Environment
QOS_CPU_USAGE Percent CPU Usage
QOS_MEMORY_PERC_USAGE Percent Memory Usage in percent
QOS_MEMORY_USAGE Megabytes Memory Usage
QOS_MEMORY_USAGE_PERC Percent Memory Usage (%)
cisco_qos
The following table describes the checkpoint metrics that can be configured
using the cisco_qos probe.
Metric Name Units Description
QOS_CISCO_DROP_BITRATE Bits per Second Drop Bitrate
QOS_CISCO_DROP_BYTE Bytes/sec Dropped Bytes
QOS_CISCO_DROP_PKTS Packets Dropped Packets
QOS_CISCO_POST_POLICY_BITRATE Bits per Second Post Policy Bitrate
QOS_CISCO_POST_POLICY_BYTE Bytes/sec Post Policy Bytes per Second
QOS_CISCO_PRE_POLICY_BITRATE Bits per Second Pre Policy Bitrate
Monitoring Probes
18 Probe Checkpoint Metrics v1.50
cisco_ucm
The following table describes the checkpoint metrics that can be configured
using the cisco_ucm probe.
Metric Name Units Description
QOS_CCM_CALLS Calls Cisco CallManager Calls
QOS_CCM_DEVICES Value Cisco CallManager Devices
QOS_CCM_NUM Number Number Count
QOS_CCM_PERFORMANCE Value Cisco CallManager Performance
QOS_CPU_USAGE Percent CPU Usage
QOS_DISK_USAGE_PERC Percent Disk Usage (%)
QOS_MEMORY_USAGE_CCM KBytes Cisco CallManager Memory Usage
QOS_MEMORY_USAGE_PERC Percent Memory Usage (%)
QOS_PROCESS_MEMORY Kilobytes Process Memory Usage
QOS_SERVICE_STATE State Cisco CallManager Service Availability
cisco_u
The following table describes the checkpoint metrics that can be configured
using the cisco_ucs probe.
Metric Name Units Description
Application.Cisco_UCS
“tatus IミdiIates if the UC“ Maミageヴ ヴespoミds to piミg.
AutheミtiIatioミ IミdiIates if the UC“ Maミageヴ allo┘s XML API ケueヴies ┘ith the pヴo┗ided useヴミaマe / pass┘oヴd.
Fault UC“ faults tヴaミslated iミto Niマsoft Alaヴマs.
Monitoring Probes
Probe Checkpoint Metrics v1.50 19
Metric Name Units Description
Application.Cisco_UCS.Chassis Administrative State Type: eケuipマeミtChassisAdマiミ“tate
The poteミtial ┗alues Iaミ He: aIkミo┘ledged = ヱ
ヴe-aIkミo┘ledge = ヲ
deIoママissioミ = ン
remove = 4
Config State Type: eケuipマeミtChassisCoミfig“tate
The poteミtial ┗alues Iaミ He: uミ-iミitialized = ヰ
uミ-aIkミo┘ledged = ヱ
uミsuppoヴted-IoミミeIti┗it┞ = ヲ
ok = ン
ヴeマo┗iミg = ヴ
Iミput Po┘eヴ Watt (W)
OpeヴaHilit┞ Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
Monitoring Probes
20 Probe Checkpoint Metrics v1.50
Metric Name Units Description
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgrade = 107
Output Po┘eヴ Watt (W)
O┗eヴall “tatus Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgrade = 107
Power Type: eケuipマeミtChassisPo┘eヴOpeヴ“tate
Monitoring Probes
Probe Checkpoint Metrics v1.50 21
Metric Name Units Description
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
failed = ヲ
iミput-failed = ン
iミput-degヴaded = ヴ
output-failed = ヵ
output-degヴaded = ヶ
ヴeduミdaミI┞-failed = Α
redundancy-degraded = 8
Presence Type: eケuipマeミtPヴeseミIe
IミdiIates ┘hetheヴ the Ioマpoミeミt e┝ists iミ the s┞steマ, ヴegaヴdless of its opeヴatioミal state. The poteミtial ┗alues Iaミ He:
uミkミo┘ミ = ヰ
eマpt┞ = ヱ
eケuipped = ヱヰ
マissiミg = ヱヱ
マisマatIh = ヱヲ
eケuipped-ミot-pヴiマaヴ┞ = ヱン
eケuipped-ideミtit┞-
uミestaHlishaHle = ヲヰ
マisマatIh-ideミtit┞-
uミestaHlishaHle = ヲヱ
iミaIIessiHle = ンヰ
uミauthoヴized = ヴヰ
not-supported = 100
Thermal Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
lo┘eヴ-ミoミ-IヴitiIal = ヵ
Monitoring Probes
22 Probe Checkpoint Metrics v1.50
Metric Name Units Description
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
not-supported = 100
Application.Cisco_UCS.Chassis.FanModule
E┝haust Teマpeヴatuヴe Celsius (C) The Fan moduleげs exhaust temperature
OpeヴaHilit┞ Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgrade = 107
Overall Status Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
Monitoring Probes
Probe Checkpoint Metrics v1.50 23
Metric Name Units Description
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgrade = 107
PeヴfoヴマaミIe Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
lo┘eヴ-ミoミ-IヴitiIal = ヵ
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
ミot-suppoヴted = ヱヰヰ
Po┘eヴ Type: eケuipマeミtPo┘eヴ“tate
Monitoring Probes
24 Probe Checkpoint Metrics v1.50
Metric Name Units Description
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
oミ = ヱ
test = ヲ
off = ン
oミliミe = ヴ
offliミe = ヵ
offdut┞ = ヶ
degヴaded = Α
po┘eヴ-sa┗e = Β
eヴヴoヴ = Γ
ミot-suppoヴted = ヱヰヰ
PヴeseミIe Type: eケuipマeミtPヴeseミIe
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
eマpt┞ = ヱ
eケuipped = ヱヰ
マissiミg = ヱヱ
マisマatIh = ヱヲ
eケuipped-ミot-pヴiマaヴ┞ = ヱン
eケuipped-ideミtit┞-
uミestaHlishaHle = ヲヰ
マisマatIh-ideミtit┞-
uミestaHlishaHle = ヲヱ
iミaIIessiHle = ンヰ
uミauthoヴized = ヴヰ
ミot-suppoヴted = ヱヰヰ
Theヴマal Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
lo┘eヴ-ミoミ-IヴitiIal = ヵ
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
ミot-suppoヴted = ヱヰヰ
Monitoring Probes
Probe Checkpoint Metrics v1.50 25
Metric Name Units Description
Voltage Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
lo┘eヴ-ミoミ-IヴitiIal = ヵ
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
ミot-suppoヴted = ヱヰヰ
Application.Cisco_UCS.Chassis.FanModule.Fan
“peed ‘PM The faミ speed iミ ‘e┗olutioミs Peヴ Miミute
OpeヴaHilit┞ Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
Monitoring Probes
26 Probe Checkpoint Metrics v1.50
Metric Name Units Description
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
O┗eヴall “tatus Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
PeヴfoヴマaミIe Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He:
Monitoring Probes
Probe Checkpoint Metrics v1.50 27
Metric Name Units Description
uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
lo┘eヴ-ミoミ-IヴitiIal = ヵ
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
ミot-suppoヴted = ヱヰヰ
Po┘eヴ Type: eケuipマeミtPo┘eヴ“tate
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
oミ = ヱ
test = ヲ
off = ン
oミliミe = ヴ
offliミe = ヵ
offdut┞ = ヶ
degヴaded = Α
po┘eヴ-sa┗e = Β
eヴヴoヴ = Γ
ミot-suppoヴted = ヱヰヰ
PヴeseミIe Type: eケuipマeミtPヴeseミIe
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
eマpt┞ = ヱ
eケuipped = ヱヰ
マissiミg = ヱヱ
マisマatIh = ヱヲ
eケuipped-ミot-pヴiマaヴ┞ = ヱン
eケuipped-ideミtit┞-
uミestaHlishaHle = ヲヰ
マisマatIh-ideミtit┞-
uミestaHlishaHle = ヲヱ
iミaIIessiHle = ンヰ
uミauthoヴized = ヴヰ
ミot-suppoヴted = ヱヰヰ
Theヴマal Type: eケuipマeミt“eミsoヴThヴeshold“tatus
Monitoring Probes
28 Probe Checkpoint Metrics v1.50
Metric Name Units Description
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
lo┘eヴ-ミoミ-IヴitiIal = ヵ
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
ミot-suppoヴted = ヱヰヰ
Voltage Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
lo┘eヴ-ミoミ-IヴitiIal = ヵ
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
ミot-suppoヴted = ヱヰヰ
Application.Cisco_UCS.Chassis.PSU
Iミput ヲヱヰ┗ Volt ふVぶ Type: Iouミteヴ
The aItual ヲヱヰV iミput ┗oltage
Iミteヴミal Teマpeヴatuヴe Celsius ふCぶ Type: Couミteヴ
The iミteヴミal P“U Teマpeヴatuヴe OpeヴaHilit┞ Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
Monitoring Probes
Probe Checkpoint Metrics v1.50 29
Metric Name Units Description
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
Output ヱヲ┗ VoltふVぶ Type: Iouミteヴ
The aItual ヱヲV output ┗oltage
Output ン┗ン Volt ふVぶ Type: Iouミteヴ
The aItual ン.ンV output ┗oltage
Output Cuヴヴeミt Aマpeヴes ふAぶ Type: Iouミteヴ
The output Iuヴヴeミt Output Po┘eヴ Watts ふWぶ Type: Iouミteヴ
The output po┘eヴ O┗eヴall “tatus Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
Monitoring Probes
30 Probe Checkpoint Metrics v1.50
Metric Name Units Description
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
PeヴfoヴマaミIe Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
lo┘eヴ-ミoミ-IヴitiIal = ヵ
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
ミot-suppoヴted = ヱヰヰ
Po┘eヴ Type: eケuipマeミtPo┘eヴ“tate
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
oミ = ヱ
test = ヲ
off = ン
oミliミe = ヴ
offliミe = ヵ
offdut┞ = ヶ
degヴaded = Α
Monitoring Probes
Probe Checkpoint Metrics v1.50 31
Metric Name Units Description
po┘eヴ-sa┗e = Β
eヴヴoヴ = Γ
ミot-suppoヴted = ヱヰヰ
PヴeseミIe Type: eケuipマeミtPヴeseミIe
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
eマpt┞ = ヱ
eケuipped = ヱヰ
マissiミg = ヱヱ
マisマatIh = ヱヲ
eケuipped-ミot-pヴiマaヴ┞ = ヱン
eケuipped-ideミtit┞-
uミestaHlishaHle = ヲヰ
マisマatIh-ideミtit┞-
uミestaHlishaHle = ヲヱ
iミaIIessiHle = ンヰ
uミauthoヴized = ヴヰ
ミot-suppoヴted = ヱヰヰ
Theヴマal Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
lo┘eヴ-ミoミ-IヴitiIal = ヵ
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
ミot-suppoヴted = ヱヰヰ
Voltage Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
ok = ヱ
uppeヴ-ミoミ-ヴeIo┗eヴaHle = ヲ
uppeヴ-IヴitiIal = ン
uppeヴ-ミoミ-IヴitiIal = ヴ
Monitoring Probes
32 Probe Checkpoint Metrics v1.50
Metric Name Units Description
lo┘eヴ-ミoミ-IヴitiIal = ヵ
lo┘eヴ-IヴitiIal = ヶ
lo┘eヴ-ミoミ-ヴeIo┗eヴaHle = Α
ミot-suppoヴted = ヱヰヰ
Application.Cisco_UCS.Chassis.IOModule
AマHieミt Teマpeヴatuヴe Celsius ふCぶ Type: Couミteヴ
The suヴヴouミdiミg teマpeヴatuヴe A“IC Teマpeヴatuヴe Celsius ふCぶ The teマpeヴatuヴe oミ the A“IC
ふAppliIatioミ “peIifiI Iミtegヴated CiヴIuitぶ.
O┗eヴall “tatus Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
Monitoring Probes
Probe Checkpoint Metrics v1.50 33
Metric Name Units Description
OpeヴaHilit┞ Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
Application.Cisco_UCS.Chassis.IOModule.BackplanePort
Adマiミistヴati┗e “tate Type: faHヴiIAdマiミ“tate
The poteミtial ┗alues Iaミ He: enabled = 0
disabled = 1
O┗eヴall “tatus Type: ミet┘oヴkPoヴtOpeヴ“tate
The poteミtial ┗alues Iaミ He: iミdeteヴマiミate = ヰ
up = ヱ
Monitoring Probes
34 Probe Checkpoint Metrics v1.50
Metric Name Units Description
adマiミ-do┘ミ = ヲ
liミk-do┘ミ = ン
failed = ヴ
ミo-liIeミse = ヵ
liミk-up = ヶ
haヴd┘aヴe-failuヴe = Α
soft┘aヴe-failuヴe = Β
eヴヴoヴ-disaHled = Γ
sfp-ミot-pヴeseミt = ヱヰ
Application.Cisco_UCS.Chassis.IOModule.FabricPort
AIkミo┘ledged Type: eケuipマeミtChassisCoミfig“tate
The poteミtial ┗alues Iaミ He: uミ-iミitialized = ヰ
uミ-aIkミo┘ledged = ヱ
uミsuppoヴted-IoミミeIti┗it┞ = ヲ
ok = ン
ヴeマo┗iミg = ヴ
Adマiミistヴati┗e “tate Type: faHヴiIAdマiミ“tate
The poteミtial ┗alues Iaミ He: enabled = 0
disabled = 1
DisIo┗eヴ┞ Type: etheヴ“atelliteCoミミeItioミDisI
The poteミtial ┗alues Iaミ He: absent = 0
present = 1
mis-connect = 2
O┗eヴall “tatus Type: ミet┘oヴkPoヴtOpeヴ“tate
The poteミtial ┗alues Iaミ He: iミdeteヴマiミate = ヰ
up = ヱ
adマiミ-do┘ミ = ヲ
liミk-do┘ミ = ン
failed = ヴ
ミo-liIeミse = ヵ
liミk-up = ヶ
Monitoring Probes
Probe Checkpoint Metrics v1.50 35
Metric Name Units Description
haヴd┘aヴe-failuヴe = Α
soft┘aヴe-failuヴe = Β
eヴヴoヴ-disaHled = Γ
sfp-ミot-pヴeseミt = ヱヰ
Application.Cisco_UCS.Chassis.BladeServer
Adマiミistヴati┗e “tate Type: IoマputeAdマiミ“tate
The poteミtial ┗alues Iaミ He: iミ-seヴ┗iIe = ヱ
out-of-seヴ┗iIe = ヲ
A┗ailaHilit┞ Type: IoマputeA┗ailaHilit┞
The poteミtial ┗alues Iaミ He: uミa┗ailaHle = ヰ
a┗ailaHle = ヱ
Coミsuマed Po┘eヴ Watt ふWぶ Type: Iouミteヴ
Fヴoミt Teマpeヴatuヴe Celsius ふCぶ Type: counter
Iミput Cuヴヴeミt Aマpeヴe ふAぶ Type: counter
Iミput Voltage Voltage ふVぶ Type: counter
OpeヴaHilit┞ Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
Monitoring Probes
36 Probe Checkpoint Metrics v1.50
Metric Name Units Description
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
O┗eヴall “tatus Type: IsOpeヴ“tate
The poteミtial ┗alues Iaミ He: iミdeteヴマiミate = ヰ
uミassoIiated = ヱ
ok = ヱヰ
disIo┗eヴ┞ = ヱヱ
Ioミfig = ヱヲ
uミIoミfig = ヱン
po┘eヴ-off = ヱヴ
ヴestaヴt = ヱヵ
マaiミteミaミIe = ヲヰ
test = ヲヱ
Ioマpute-マisマatIh = ヲΓ
Ioマpute-failed = ンヰ
degヴaded = ンヱ
disIo┗eヴ┞-failed = ンヲ
Ioミfig-failuヴe = ンン
uミIoミfig-failed = ンヴ
test-failed = ンヵ
マaiミteミaミIe-failed = ンヶ
ヴeマo┗ed = ヴヰ
disaHled = ヴヱ
iミaIIessiHle = ヵヰ
theヴマal-pヴoHleマ = ヶヰ
po┘eヴ-pヴoHleマ = ヶヱ
┗oltage-pヴoHleマ = ヶヲ
iミopeヴaHle = ヶン
deIoマissioミiミg = ヱヰヱ
Hios-ヴestoヴe = ヲヰヱ
Iマos-ヴeset = ヲヰヲ
diagミostiIs = ヲヰン
diagミostiIs-failed = ヲヰヴ
Monitoring Probes
Probe Checkpoint Metrics v1.50 37
Metric Name Units Description
Po┘eヴ Type: eケuipマeミtPo┘eヴ“tate
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
oミ = ヱ
test = ヲ
off = ン
oミliミe = ヴ
offliミe = ヵ
offdut┞ = ヶ
degヴaded = Α
po┘eヴ-sa┗e = Β
eヴヴoヴ = Γ
ミot-suppoヴted = ヱヰヰ
PヴeseミIe Type: eケuipマeミtPヴeseミIe
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
eマpt┞ = ヱ
eケuipped = ヱヰ
マissiミg = ヱヱ
マisマatIh = ヱヲ
eケuipped-ミot-pヴiマaヴ┞ = ヱン
eケuipped-ideミtit┞-
uミestaHlishaHle = ヲヰ
マisマatIh-ideミtit┞-
uミestaHlishaHle = ヲヱ
iミaIIessiHle = ンヰ
uミauthoヴized = ヴヰ
ミot-suppoヴted = ヱヰヰ
‘eaヴ Teマpeヴatuヴe Celsius ふCぶ Type: Iouミteヴ
Application.Cisco_UCS.Chassis.BladeServer.AdaptorUnit
NA NA NA
Application.Cisco_UCS.Chassis.BladeServer.AdaptorUnit.DCE
Adマiミistヴati┗e “tate Type: sIalaヴEミuマΒ
The poteミtial ┗alues Iaミ He: eミaHled = ヰ
ヴeset-IoミミeIti┗it┞-aIti┗e = ヴヴ
ヴeset-IoミミeIti┗it┞-passi┗e = ヴヵ
ヴeset-IoミミeIti┗it┞ = ヴヶ
Monitoring Probes
38 Probe Checkpoint Metrics v1.50
Metric Name Units Description
O┗eヴall “tatus Type: ミet┘oヴkPoヴtOpeヴ“tate
The poteミtial ┗alues Iaミ He: iミdeteヴマiミate = ヰ
up = ヱ
adマiミ-do┘ミ = ヲ
liミk-do┘ミ = ン
failed = ヴ
ミo-liIeミse = ヵ
liミk-up = ヶ
haヴd┘aヴe-failuヴe = Α
soft┘aヴe-failuヴe = Β
eヴヴoヴ-disaHled = Γ
sfp-ミot-pヴeseミt = ヱヰ
Application.Cisco_UCS.Chassis.BladeServer.AdaptorUnit.HBA
Adマiミistヴati┗e “tate Type: sIalaヴEミuマΒ
The poteミtial ┗alues Iaミ He: eミaHled = ヰ
ヴeset-IoミミeIti┗it┞-aIti┗e = ヴヴ
ヴeset-IoミミeIti┗it┞-passi┗e = ヴヵ
ヴeset-IoミミeIti┗it┞ = ヴヶ
OpeヴaHilit┞ Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Monitoring Probes
Probe Checkpoint Metrics v1.50 39
Metric Name Units Description
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
O┗eヴall “tatus Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
Monitoring Probes
40 Probe Checkpoint Metrics v1.50
Metric Name Units Description
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
PeヴfoヴマaミIe Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
ミot-suppoヴted = ヱヰヰ
Po┘eヴ Type: eケuipマeミtPo┘eヴ“tate
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
oミ = ヱ
test = ヲ
off = ン
oミliミe = ヴ
offliミe = ヵ
offdut┞ = ヶ
degヴaded = Α
po┘eヴ-sa┗e = Β
eヴヴoヴ = Γ
ミot-suppoヴted = ヱヰヰ
PヴeseミIe Type: eケuipマeミtPヴeseミIe
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
eマpt┞ = ヱ
eケuipped = ヱヰ
マissiミg = ヱヱ
マisマatIh = ヱヲ
eケuipped-ミot-pヴiマaヴ┞ = ヱン
eケuipped-ideミtit┞-
uミestaHlishaHle = ヲヰ
Monitoring Probes
Probe Checkpoint Metrics v1.50 41
Metric Name Units Description
マisマatIh-ideミtit┞-
uミestaHlishaHle = ヲヱ
iミaIIessiHle = ンヰ
uミauthoヴized = ヴヰ
ミot-suppoヴted = ヱヰヰ
Theヴマal Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
ミot-suppoヴted = ヱヰヰ
Voltage Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
ミot-suppoヴted = ヱヰヰ
Application.Cisco_UCS.Chassis.BladeServer.AdaptorUnit.NIC
Adマiミistヴati┗e “tate Type: sIalaヴEミuマΒ
The poteミtial ┗alues Iaミ He: eミaHled = ヰ
ヴeset-IoミミeIti┗it┞-aIti┗e = ヴヴ
ヴeset-IoミミeIti┗it┞-passi┗e = ヴヵ
ヴeset-IoミミeIti┗it┞ = ヴヶ
OpeヴaHilit┞ Type: eケuipマeミtOpeヴaHilit┞
Monitoring Probes
42 Probe Checkpoint Metrics v1.50
Metric Name Units Description
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
O┗eヴall “tatus Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
Monitoring Probes
Probe Checkpoint Metrics v1.50 43
Metric Name Units Description
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
PeヴfoヴマaミIe Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
ミot-suppoヴted = ヱヰヰ
Po┘eヴ Type: eケuipマeミtPo┘eヴ“tate
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
oミ = ヱ
test = ヲ
off = ン
Monitoring Probes
44 Probe Checkpoint Metrics v1.50
Metric Name Units Description
oミliミe = ヴ
offliミe = ヵ
offdut┞ = ヶ
degヴaded = Α
po┘eヴ-sa┗e = Β
eヴヴoヴ = Γ
ミot-suppoヴted = ヱヰヰ
PヴeseミIe Type: eケuipマeミtPヴeseミIe
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
eマpt┞ = ヱ
eケuipped = ヱヰ
マissiミg = ヱヱ
マisマatIh = ヱヲ
eケuipped-ミot-pヴiマaヴ┞ = ヱン
eケuipped-ideミtit┞-
uミestaHlishaHle = ヲヰ
マisマatIh-ideミtit┞-
uミestaHlishaHle = ヲヱ
iミaIIessiHle = ンヰ
uミauthoヴized = ヴヰ
ミot-suppoヴted = ヱヰヰ
Theヴマal Type:
equipmentSensorThresholdStatus
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
not-supported = 100
Voltage Type:
equipmentSensorThresholdStatus
Monitoring Probes
Probe Checkpoint Metrics v1.50 45
Metric Name Units Description
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
not-supported = 100
Application.Cisco_UCS.Chassis.BladeServer.MemArray
Cuヴヴeミt CapaIit┞ MB Type: Iouミteヴ
Ma┝ CapaIit┞ MB
Application.Cisco_UCS.Chassis.BladeServer.MemArray.Memory
Temperature Celsius (C) Type: counter
Application.Cisco_UCS.Chassis.BladeServer.Processor
CPU Teマpeヴatuヴe Celsius (C) Type: counter
Iミput Cuヴヴeミt Ampere (A)
Application.Cisco_UCS.FabricInterconnect
A┗ailaHle Meマoヴ┞ MB
CaIhed Meマoヴ┞ MB
faミCtヴlヴIミletヱ Celsius (C)
faミCtヴlヴIミletヲ Celsius (C)
faミCtヴlヴIミletン Celsius (C)
faミCtヴlヴIミletヴ Celsius (C)
Load Percent (%) CPU Utilization: Load (%) of last 1
minute
マaiミBoaヴdOutletヱ Celsius (C)
マaiミBoaヴdOutletヲ Celsius (C)
OpeヴaHilit┞ Type: equipmentOperability
The poteミtial ┗alues Iaミ He:
Monitoring Probes
46 Probe Checkpoint Metrics v1.50
Metric Name Units Description
unknown = 0
operable = 1
inoperable = 2
degraded = 3
powered-off = 4
power-problem = 5
removed = 6
voltage-problem = 7
thermal-problem = 8
performance-problem = 9
accessibility-problem = 10
identity-unestablishable = 11
bios-post-timeout = 12
disabled = 13
fabric-conn-problem = 51
fabric-unsupported-conn = 52
config = 81
equipment-problem = 82
decomissioning = 83
chassis-limit-exceeded = 84
not-supported = 100
discovery = 101
discovery-failed = 102
identify = 103
post-failure = 104
upgrade-problem = 105
peer-comm-problem = 106
auto-upgrade = 107
psuCtヴlヴIミletヱ Celsius (C)
psuCtヴlヴIミletヲ Celsius (C)
Application.Cisco_UCS.FabricInterconnect.Fan
OpeヴaHilit┞ Type: equipmentOperability
Monitoring Probes
Probe Checkpoint Metrics v1.50 47
Metric Name Units Description
The poteミtial ┗alues Iaミ He: unknown = 0
operable = 1
inoperable = 2
degraded = 3
powered-off = 4
power-problem = 5
removed = 6
voltage-problem = 7
thermal-problem = 8
performance-problem = 9
accessibility-problem = 10
identity-unestablishable = 11
bios-post-timeout = 12
disabled = 13
fabric-conn-problem = 51
fabric-unsupported-conn = 52
config = 81
equipment-problem = 82
decomissioning = 83
chassis-limit-exceeded = 84
not-supported = 100
discovery = 101
discovery-failed = 102
identify = 103
post-failure = 104
upgrade-problem = 105
peer-comm-problem = 106
auto-upgrade = 107
O┗eヴall “tatus Type: equipmentOperability
The poteミtial ┗alues Iaミ He: unknown = 0
operable = 1
inoperable = 2
degraded = 3
powered-off = 4
power-problem = 5
removed = 6
voltage-problem = 7
thermal-problem = 8
Monitoring Probes
48 Probe Checkpoint Metrics v1.50
Metric Name Units Description
performance-problem = 9
accessibility-problem = 10
identity-unestablishable = 11
bios-post-timeout = 12
disabled = 13
fabric-conn-problem = 51
fabric-unsupported-conn = 52
config = 81
equipment-problem = 82
decomissioning = 83
chassis-limit-exceeded = 84
not-supported = 100
discovery = 101
discovery-failed = 102
identify = 103
post-failure = 104
upgrade-problem = 105
peer-comm-problem = 106
auto-upgrade = 107
PeヴfoヴマaミIe Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
ミot-suppoヴted = ヱヰヰ
Po┘eヴ Type: eケuipマeミtPo┘eヴ“tate
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
oミ = ヱ
test = ヲ
off = ン
oミliミe = ヴ
Monitoring Probes
Probe Checkpoint Metrics v1.50 49
Metric Name Units Description
offliミe = ヵ
offdut┞ = ヶ
degヴaded = Α
po┘eヴ-sa┗e = Β
eヴヴoヴ = Γ
ミot-suppoヴted = ヱヰヰ
PヴeseミIe Type: eケuipマeミtPヴeseミIe
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
eマpt┞ = ヱ
eケuipped = ヱヰ
マissiミg = ヱヱ
マisマatIh = ヱヲ
eケuipped-ミot-pヴiマaヴ┞ = ヱン
eケuipped-ideミtit┞-
uミestaHlishaHle = ヲヰ
マisマatIh-ideミtit┞-
uミestaHlishaHle = ヲヱ
iミaIIessiHle = ンヰ
uミauthoヴized = ヴヰ
ミot-suppoヴted = ヱヰヰ
Theヴマal Type:
equipmentSensorThresholdStatus
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
not-supported = 100
Voltage Type:
equipmentSensorThresholdStatus
The poteミtial ┗alues Iaミ He:
Monitoring Probes
50 Probe Checkpoint Metrics v1.50
Metric Name Units Description
unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
not-supported = 100
Application.Cisco_UCS.FabricInterconnect.PSU
OpeヴaHilit┞ Type: equipmentOperability
The poteミtial ┗alues Iaミ He: unknown = 0
operable = 1
inoperable = 2
degraded = 3
powered-off = 4
power-problem = 5
removed = 6
voltage-problem = 7
thermal-problem = 8
performance-problem = 9
accessibility-problem = 10
identity-unestablishable = 11
bios-post-timeout = 12
disabled = 13
fabric-conn-problem = 51
fabric-unsupported-conn = 52
config = 81
equipment-problem = 82
decomissioning = 83
chassis-limit-exceeded = 84
not-supported = 100
discovery = 101
discovery-failed = 102
identify = 103
post-failure = 104
upgrade-problem = 105
peer-comm-problem = 106
Monitoring Probes
Probe Checkpoint Metrics v1.50 51
Metric Name Units Description
auto-upgrade = 107
O┗eヴall “tatus Type: equipmentOperability
The poteミtial ┗alues Iaミ He: unknown = 0
operable = 1
inoperable = 2
degraded = 3
powered-off = 4
power-problem = 5
removed = 6
voltage-problem = 7
thermal-problem = 8
performance-problem = 9
accessibility-problem = 10
identity-unestablishable = 11
bios-post-timeout = 12
disabled = 13
fabric-conn-problem = 51
fabric-unsupported-conn = 52
config = 81
equipment-problem = 82
decomissioning = 83
chassis-limit-exceeded = 84
not-supported = 100
discovery = 101
discovery-failed = 102
identify = 103
post-failure = 104
upgrade-problem = 105
peer-comm-problem = 106
auto-upgrade = 107
PeヴfoヴマaミIe Type: eケuipマeミt“eミsoヴThヴeshold“tatus
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
Monitoring Probes
52 Probe Checkpoint Metrics v1.50
Metric Name Units Description
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
not-supported = 100
Po┘eヴ Type: eケuipマeミtPo┘eヴ“tate
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
oミ = ヱ
test = ヲ
off = ン
oミliミe = ヴ
offliミe = ヵ
offdut┞ = ヶ
degヴaded = Α
po┘eヴ-sa┗e = Β
eヴヴoヴ = Γ
ミot-suppoヴted = ヱヰヰ
PヴeseミIe Type: eケuipマeミtPヴeseミIe
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
eマpt┞ = ヱ
eケuipped = ヱヰ
マissiミg = ヱヱ
マisマatIh = ヱヲ
eケuipped-ミot-pヴiマaヴ┞ = ヱン
eケuipped-ideミtit┞-
uミestaHlishaHle = ヲヰ
マisマatIh-ideミtit┞-
uミestaHlishaHle = ヲヱ
iミaIIessiHle = ンヰ
uミauthoヴized = ヴヰ
ミot-suppoヴted = ヱヰヰ
Theヴマal Type:
equipmentSensorThresholdStatus
The poteミtial ┗alues Iaミ He: unknown = 0
Monitoring Probes
Probe Checkpoint Metrics v1.50 53
Metric Name Units Description
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
not-supported = 100
Voltage Type:
equipmentSensorThresholdStatus
The poteミtial ┗alues Iaミ He: unknown = 0
ok = 1
upper-non-recoverable = 2
upper-critical = 3
upper-non-critical = 4
lower-non-critical = 5
lower-critical = 6
lower-non-recoverable = 7
not-supported = 100
Iミput Cuヴヴeミt Aマpeヴe ふAぶ
Iミput Po┘eヴ Watt ふWぶ
Iミput Voltage Volt ふVぶ
Application.Cisco_UCS.FabricInterconnect.IOModule
OpeヴaHilit┞ Type: eケuipマeミtOpeヴaHilit┞
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
opeヴaHle = ヱ
iミopeヴaHle = ヲ
degヴaded = ン
po┘eヴed-off = ヴ
po┘eヴ-pヴoHleマ = ヵ
ヴeマo┗ed = ヶ
┗oltage-pヴoHleマ = Α
theヴマal-pヴoHleマ = Β
peヴfoヴマaミIe-pヴoHleマ = Γ
aIIessiHilit┞-pヴoHleマ = ヱヰ
ideミtit┞-uミestaHlishaHle = ヱヱ
Hios-post-tiマeout = ヱヲ
Monitoring Probes
54 Probe Checkpoint Metrics v1.50
Metric Name Units Description
disaHled = ヱン
faHヴiI-Ioミミ-pヴoHleマ = ヵヱ
faHヴiI-uミsuppoヴted-Ioミミ = ヵヲ
Ioミfig = Βヱ
eケuipマeミt-pヴoHleマ = Βヲ
deIoマissioミiミg = Βン
Ihassis-liマit-e┝Ieeded = Βヴ
ミot-suppoヴted = ヱヰヰ
disIo┗eヴ┞ = ヱヰヱ
disIo┗eヴ┞-failed = ヱヰヲ
ideミtif┞ = ヱヰン
post-failuヴe = ヱヰヴ
upgヴade-pヴoHleマ = ヱヰヵ
peeヴ-Ioママ-pヴoHleマ = ヱヰヶ
auto-upgヴade = ヱヰΑ
“tate Type: eケuipマeミtPo┘eヴ“tate
unknown = 0
on = 1
test = 2
off = 3
online = 4
offline = 5
offduty = 6
degraded = 7
power-save = 8
error = 9
not-supported = 100
Application.Cisco_UCS.FabricInterconnect.IOModule.EtherPort
Adマiミistヴati┗e “tate Type: fabricAdminState
The poteミtial ┗alues Iaミ He: enabled = 0
disabled = 1
Aligミ errors
BヴoadIastPaIketsふ‘┝ぶ packets
Monitoring Probes
Probe Checkpoint Metrics v1.50 55
Metric Name Units Description
BヴoadIastPaIketsふT┝ぶ packets
Caヴヴieヴ “eミse errors
Defeヴヴed T┝ errors
E┝Iess Collisioミ errors
FIs errors
Giaミts errors
Iミt MaI ‘┝ errors
Iミt MaI T┝ errors
JuマHo PaIkets ふ‘┝ぶ packets
JuマHo PaIkets ふT┝ぶ packets
Late Collisioミ errors
Multi Collisioミ errors
MultiIast PaIketsふ‘┝ぶ packets
MultiIast PaIketsふT┝ぶ packets
Out DisIaヴd errors
O┗eヴall “tatus Type: networkPortOperState
The poteミtial ┗alues Iaミ He: iミdeteヴマiミate = ヰ
up = ヱ
adマiミ-do┘ミ = ヲ
liミk-do┘ミ = ン
failed = ヴ
ミo-liIeミse = ヵ
liミk-up = ヶ
haヴd┘aヴe-failuヴe = Α
soft┘aヴe-failuヴe = Β
eヴヴoヴ-disaHled = Γ
sfp-ミot-pヴeseミt = ヱヰ
‘I┗ errors
‘eI┗ Pause pause
‘esets resets
“iミgle Collisioミ errors
Monitoring Probes
56 Probe Checkpoint Metrics v1.50
Metric Name Units Description
“QETest errors
“┞マHol errors
Total B┞tesふ‘┝ぶ Bytes
Total B┞tes ふT┝ぶ Bytes
Total PaIkets ふ‘┝ぶ packets
Total PaIkets ふT┝ぶ packets
Uミdeヴ “ize errors
UミiIast PaIkets ふ‘┝ぶ packets
UミiIast PaIkets ふT┝ぶ packets
Xマit errors
Xマit Pause pause
Application.Cisco_UCS.FabricInterconnect.IOModule.FCPort
Adマiミistヴati┗e “tate Type: fabricAdminState
The poteミtial ┗alues Iaミ He: enabled = 0
disabled = 1
B┞tes ‘┝ Bytes
B┞tes T┝ Bytes
C‘C ‘┝ errors
DisIaヴd ‘┝ errors
DisIaヴd T┝ errors
Liミk Failuヴes errors
O┗eヴall “tatus Type: networkPortOperState
The poteミtial ┗alues Iaミ He: iミdeteヴマiミate = ヰ
up = ヱ
adマiミ-do┘ミ = ヲ
liミk-do┘ミ = ン
failed = ヴ
ミo-liIeミse = ヵ
liミk-up = ヶ
haヴd┘aヴe-failuヴe = Α
Monitoring Probes
Probe Checkpoint Metrics v1.50 57
Metric Name Units Description
soft┘aヴe-failuヴe = Β
eヴヴoヴ-disaHled = Γ
sfp-not-present = 10
PaIkets ‘┝ Packets
PaIkets T┝ Packets
‘┝ errors
“igミal Losses errors
“┞ミI Losses errors
Too Loミg ‘┝ errors
Too “hoヴt ‘┝ errors
T┝ errors
Application.Cisco_UCS.FabricInterconnect.LocalStorage
Hootflashふsizeぶ MB
Hootflashふusedぶ MB
optふsizeぶ MB
optふusedぶ MB
┘oヴkspaIeふsizeぶ MB
┘oヴkspaIeふusedぶ MB
Note: In the case of Application.Cisco_UCS.FabricInterconnect.LocalStorage, the names of the
storage-partitions may vary as per the hardware; however bootflash, opt and workspace are the
ones most commonly found.
Application.Cisco_UCS. Hypervisor
status Type: vmStatus
The poteミtial ┗alues Iaミ He: uミkミo┘ミ = ヰ
oミliミe = ヱ
offline = 2
Application.Cisco_UCS. VirtualMachines
status Type: vmStatus
The poteミtial ┗alues Iaミ He:
Monitoring Probes
58 Probe Checkpoint Metrics v1.50
Metric Name Units Description
uミkミo┘ミ = ヰ
oミliミe = ヱ
offline = 2
QOS
Name Units Description
QOS_UCS_CURRENT Ampere (A) Current
QOS_UCS_FAN_SPEED RPM Fan Speed
QOS_UCS_POWER Watt (W) Power
QOS_UCS_TEMPERATURE Celsius (C) Temperature
QOS_UCS_VOLTAGE Volt (V) Voltage
Alarm Strings:
Note: The hardcoded messages are used only if configured messages are not
available in the message pool.
SL No. Striミg Message tokeミ ヱ ふhaヴdIodedぶ The UCS Manager is NOT
responding (profile:
$profile ($host)).
as#application.cisco_ucs.def.connect.fail
ヲ ふhaヴdIodedぶ The UCS Manager is now
responding (profile:
$profile ($host)).
as#application.cisco_ucs.def.connect.ok
ン ふhaヴdIodedぶ The UCS Manager
authentication has failed
(profile: $profile ($host)).
as#application.cisco_ucs.def.auth.fail
ヴ ふhaヴdIodedぶ The UCS Manager is now
authenticated (profile:
$profile ($host)).
as#application.cisco_ucs.def.auth.ok
ヵ ふhaヴdIodedぶ The Cisco UCS object
'$name' ($dn) is now
breaching the threshold of
$threshold $unit.
as#application.cisco_ucs.def.chk.fail
ヶ ふhaヴdIodedぶ The Cisco UCS object
'$name' ($dn) is now
$value $unit.
as#application.cisco_ucs.def.chk.ok
Α ふhaヴdIodedぶ ($code)($severity) $descr as#application.cisco_ucs.def.fault.fail
Monitoring Probes
Probe Checkpoint Metrics v1.50 59
SL No. Striミg Message tokeミ Β ふhaヴdIodedぶ ($code)($severity) $descr as#application.cisco_ucs.def.fault.ok
Γ The UCS Manager is NOT
responding (profile:
$profile ($host)).
as#application.cisco_ucs.msg.connect.fail
ヱヰ The UCS Manager is now
responding (profile:
$profile ($host)).
as#application.cisco_ucs.msg.connect.ok
ヱヱ The UCS Manager
authentication has failed
(profile: $profile ($host)).
as#application.cisco_ucs.msg.auth.fail
ヱヲ The UCS Manager is now
authenticated (profile:
$profile ($host)).
as#application.cisco_ucs.msg.auth.ok
ヱン The monitor '$name' ($dn)
is now $value ($oper
$threshold).
as#application.cisco_ucs.msg.warning.fail
ヱヴ The monitor '$name' ($dn)
is now $value ($oper
$threshold).
as#application.cisco_ucs.msg.critical.fail
ヱヵ The monitor '$name' ($dn)
is OK ($value $oper
$threshold).
as#application.cisco_ucs.msg.critical.ok
ヱヶ ($code) $descr as#application.cisco_ucs.msg.fault.fail
ヱΑ ($code) $descr as#application.cisco_ucs.msg.fault.ok
Alarm Variables:
SL. No. ProHe speIifiI alarマ ┗ariaHles
Meaミiミg Reマark
ヱ $pヴofile Pヴofile ミaマe
ヲ $host IP Addヴess of the UC“ Maミageヴ
ン $desIヴiptioミ A useヴ defiミed desIヴiptioミ of the pヴofile
ヴ $ミaマe Naマe of the マoミitoヴ
ヵ $┗alue Value fouミd foヴ the Ioミfiguヴed マoミitoヴ
ヶ $opeヴ Opeヴatoヴ used ┘heミ
Monitoring Probes
60 Probe Checkpoint Metrics v1.50
SL. No. ProHe speIifiI alarマ ┗ariaHles
Meaミiミg Reマark
IheIkiミg alaヴマ Ioミditioミ. Α $thヴeshold Alaヴマ thヴeshold
Β $uミit The uミit of the Ioミfiguヴed マoミitoヴ.
Γ $dミ The Distiミguished Naマe of the マoミitoヴ.
All マoミitoヴs aヴe fetIhed fヴoマ the UC“ H┞ the use of dミ + ke┞
ヱヰ $ke┞ The Ke┞ used to fetIh the マoミitoヴ ┗alue.
All マoミitoヴs aヴe fetIhed fヴoマ the UC“ H┞ the use of dミ + ke┞
ヱヱ $Iode The UC“ fault Iode UC“ Faults oミl┞
ヱヲ $id The UC“ fault id UC“ Faults oミl┞
ヱン $desIヴ The UC“ fault desIヴiptioミ UC“ Faults oミl┞
ヱヴ $se┗eヴit┞ The UC“ fault se┗eヴit┞ UC“ Faults oミl┞
cisco_unity
The following table describes the checkpoint metrics that can be configured
using the cisco_unity probe.
Metric Name Units Description
QOS_NTSERVICE_STATE -- NT Service Availability
QOS_UNITY_USEROBJ -- Cisco Unity User Object
Monitoring Probes
Probe Checkpoint Metrics v1.50 61
clariion
The following table describes the checkpoint metrics that can be configured
using the clariion probe.
Metric Name Units Description
QOS_STORAGE_DISK_LUNS Count The number of LUNs using the disk
QOS_STORAGE_DISK_CAPACITY Megabytes
The capacity of the disk in
megabytes
QOS_STORAGE_DISK_PCT_BUSY Percent
The percent of time that the disk is
busy
QOS_STORAGE_DISK_PCT_IDLE Percent
The percent of time that the disk is
idle
QOS_STORAGE_DISK_PCT_BUSY_LT Percent
The long-term percent of time that
the disk was busy
QOS_STORAGE_DISK_PCT_IDLE_LT Percent
The long-term percent of time that
the disk was idle
QOS_STORAGE_DISK_PCT_REBUILT Percent
The average percent rebuilt for the
disk (for all LUNs)
QOS_STORAGE_DISK_USER_CAPACITY Gigabytes
The disk capacity available to users
in gigabytes
QOS_STORAGE_LUN_CAP Megabytes
The capacity of the LUN in
megabytes
QOS_STORAGE_LUN_HARD_ERRORS Count Hard errors on the LUN
QOS_STORAGE_LUN_SOFT_ERRORS Count Soft errors on the LUN
QOS_STORAGE_LUN_PCT_BUSY Percent
The percent of time that the LUN
is busy
QOS_STORAGE_LUN_PCT_IDLE Percent
The percent of time that the LUN
is idle
QOS_STORAGE_LUN_PCT_REBUILT Percent
The percent of the LUN that has
been rebuilt
QOS_STORAGE_LUN_TRESPASSES Count
The total number of trespasses for
the LUN
QOS_STORAGE_LUN_TRESPASSES_SPA Count The number of trespasses by SP A
Monitoring Probes
62 Probe Checkpoint Metrics v1.50
Metric Name Units Description
for the LUN
QOS_STORAGE_LUN_TRESPASSES_SPB Count
The number of trespasses by SP B
for the LUN
QOS_STORAGE_ML_ACTUAL_USER_CAP Megabytes
The actual user capacity of the
MetaLUN
QOS_STORAGE_ML_PERCENT_EXPANDED Percent
The percent expanded of the
MetaLUN
QOS_STORAGE_ML_TOTAL_USER_CAP Megabytes
The total user capacity of the
MetaLUN
QOS_STORAGE_MIRROR_VIEW_ACTIVE Boolean
The active status of the
MirrorView (1=active)
QOS_STORAGE_MIRROR_VIEW_FAULTED Boolean
The faulted status of the
MirrorView (1=faulted)
QOS_STORAGE_PSU_PRESENT Boolean
The status of the Power Supply
Unit (1=present)
QOS_STORAGE_RG_FREE_CAP Blocks
The free capacity of the RAID
Group
QOS_STORAGE_RG_LOG_CAP Blocks
The logical capacity of the RAID
Group
QOS_STORAGE_RG_NUM_LUNS Count
The number of LUNs using the
RAID Group
QOS_STORAGE_RG_RAW_CAP Blocks
The raw capacity of the RAID
Group
QOS_STORAGE_SG_NUM_HOSTS Count
The number of hosts attached to
the Storage Group
QOS_STORAGE_SG_NUM_LUNS Count
The number of LUNs in the Storage
Group
QOS_STORAGE_SG_TOTAL_CAP Megabytes
The total capacity of the Storage
Group
QOS_STORAGE_SP_BLOCKS_READ_PER_
SECOND Blocks/sec
The number of blocks read per
second
QOS_STORAGE_SP_BLOCKS_WRITTEN_PER_
SECOND Blocks/sec
The number of blocks written per
second
QOS_STORAGE_SP_PCT_BUSY Percent The percent of time the Storage
Monitoring Probes
Probe Checkpoint Metrics v1.50 63
Metric Name Units Description
Processor is busy
QOS_STORAGE_SP_PCT_IDLE Percent
The percent of time the Storage
Processor is idle
QOS_STORAGE_SP_READ_CACHE_ENABLED Boolean
The read cache status of the
Storage Processor
QOS_STORAGE_SP_WRITE_CACHE_ENABLED Boolean
The write cache status of the
Storage Processor
QOS_STORAGE_SP_PCT_DIRTY Percent The percent of dirty cache pages
QOS_STORAGE_SP_PCT_OWNED Percent The percent of cache pages owned
QOS_STORAGE_SYS_FAULTS Count The number of faults in the system
QOS_STORAGE_SYS_READ_CACHE_COUNT Count
The number of SPs with read
cache enabled
QOS_STORAGE_SYS_WRITE_CACHE_COUNT Count
The number of SPs with write
cache enabled
QOS_STORAGE_TP_AVAILABLE_CAPACITY Gigabytes
The available capacity of the Thin
Pool
QOS_STORAGE_TP_OVERSUBSCRIBED_BY Gigabytes
The amount the Thin Pool is
oversubscribed by
QOS_STORAGE_TP_PERCENT_SUBSCRIBED Percent
The percent of the Thin Pool
subscribed
QOS_STORAGE_TP_SUBSCRIBED_CAPACITY Gigabytes
The subscribed capacity of the
Thin Pool
cluster
The following table describes the checkpoint metrics that can be configured
using the cluster probe.
Metric Name Metric Type Metric Description
QOS_CLUSTER_GROUP_STATE State Cluster resource group state change
Monitoring Probes
64 Probe Checkpoint Metrics v1.50
Metric Name Metric Type Metric Description
QOS_CLUSTER_NODE_STATE State Cluster resource node state change
The following table describes the checkpoint metrics that can be configured
using the db2 probe.
Metric Name Metric Type Metric Description
i_agents_created_ratio ratio Calculated as: (i_agents_created_empty_pool /
i_agents_from_pool) * 100.
Description: Monitors % of agents created due to
empty agent pool by agents assigned from pool.
i_piped_sorts_rejected count Calculated as: i_piped_sorts_requested -
i_piped_sorts_accepted.
Description: Monitors number of piped sort requests
rejected.
db_pool_hit_ratio ratio Calculated as: (1.0 - ((db_pool_data_p_reads +
db_pool_index_p_reads) / (db_pool_data_l_reads +
db_pool_index_l_reads))) * 100.
Description: Monitors percentage of time a page was
found in buffer pool on request.
db_avg_sort_time average Calculated as: (db_total_sort_time / db_total_sorts) /
1000.
Description: Monitors average sort time in interval in
seconds.
db_pct_sort_overflows ratio Calculated as: (db_sort_overflows / db_total_sorts) *
100.
Description: Monitors % of sort overflows in interval.
db_avg_sort_heap average Calculated as: db_sort_heap_allocated /
db_active_sorts.
Description: Monitors average number of pages
allocated to sort heap in interval.
Monitoring Probes
Probe Checkpoint Metrics v1.50 65
Metric Name Metric Type Metric Description
db_pct_hjs_overflows ratio Calculated as: (db_hash_join_small_overflows /
db_hash_join_overflows) * 100.
Description: Monitors percentage of hash join small
overflows.
db_pool_sync_reads count Calculated as: db_pool_data_p_reads -
db_pool_async_data_reads.
Description: Monitors number of synchronous data
reads per interval.
db_pool_sync_writes count Calculated as: db_pool_data_writes -
db_pool_async_data_writes
Description: Monitors number of synchronous data
writes per interval.
db_pool_sync_idx_reads count Calculated as: db_pool_index_p_reads -
db_pool_async_index_reads
Description: Monitors number of synchronous index
page reads per interval.
db_pool_sync_idx_writes count Calculated as: db_pool_index_writes -
db_pool_async_index_writes
Description: Monitors number of synchronous index
page writes per interval.
db_pool_avg_async_read
_time
average Calculated as: db_pool_async_read_time /
db_pool_async_data_reads
Description: Monitors average asynchronous read time
in ms in interval.
db_pool_avg_async_writ
e_time
average Calculated as: db_pool_async_write_time /
(db_pool_async_data_writes +
db_pool_async_index_writes)
Description: Monitors average asynchronous write
time in ms in interval.
db_pool_sync_write_tim
e
count Calculated as: db_pool_write_time -
db_pool_async_write_time
Description: Monitors synchronous write time in ms in
interval.
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66 Probe Checkpoint Metrics v1.50
Metric Name Metric Type Metric Description
db_pool_avg_write_time average Calculated as: db_pool_async_write_time /
(db_pool_async_data_writes +
db_pool_async_index_writes)
Description: Monitors average write time in ms in
interval.
db_avg_direct_read_time average Calculated as: db_direct_read_time / db_direct_reads
Description: Monitors average time for direct read in
ms.
db_avg_direct_write_tim
e
average Calculated as: db_direct_write_time /
db_direct_writes
Description: Monitors average time for direct write in
ms.
db_cat_cache_hit_rto ratio Calculated as: (1- (db_cat_cache_inserts /
db_cat_cache_lookups)) * 100.
Description: Monitors percent of times, information
was found in catalog cache.
app_avg_sort_time average Calculated as: app_total_sort_time / app_total_sorts
Description: Monitors the average sort time in interval
in ms.
app_pct_sort_overflows ratio Calculated as: (app_sort_overflows / app_total_sorts)
* 100.
Description: Monitors the percentage of sort overflows
per interval.
app_pool_hit_ratio ratio Calculated as: (1 - ((app_pool_data_p_reads +
app_pool_index_p_reads) / (app_pool_data_l_reads +
app_pool_index_l_reads))) * 100.
Description: Monitors percentage of time a page was
found in buffer pool on application request.
app_avg_direct_read_tim
e
average Calculated as: app_direct_read_time /
app_direct_reads.
Description: Monitors the average time for direct read
in ms.
app_avg_direct_write_ti
me
average Calculated as: app_direct_write_time /
app_direct_writes
Description: Monitors the average time for direct write
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Metric Name Metric Type Metric Description
in ms.
app_cat_cache_hit_rto ratio Calculated as: (1 - (app_cat_cache_inserts /
app_cat_cache_lookups)) * 100.
Description: Monitors percentage of time table
descriptor was found in catalog cache.
app_pkg_cache_hit_rto
ratio Calculated as: (1 - (app_pkg_cache_inserts /
app_pkg_cache_lookups)) * 100.
Description: Monitors percentage of time package
section was found in package cache.
app_locklist_util ratio Calculated as: ((app_locks_held * locksize) /
(app_dbcfg_lock_list * 4096)) * 100.
Description: Monitors lock list utilization by application
in percent.
bp_pool_hit_ratio ratio Calculated as: (1 - ((bp_pool_data_p_reads +
bp_pool_index_p_reads) /
(bp_pool_data_l_reads + bp_pool_index_l_reads))) *
100.
Description: Monitors percentage of time a page was
found in buffer pool.
bp_pool_avg_async_read
_time
average Calculated as: bp_pool_async_read_time /
bp_pool_async_data_reads.
Description: Monitors average asynchronous read time
in ms in interval.
bp_pool_avg_async_writ
e_time
average Calculated as: (bp_pool_async_write_time /
(bp_pool_async_data_writes +
bp_pool_async_index_writes)).
Description: Monitors average asynchronous write
time in ms in interval.
bp_pool_sync_write_tim
e
count Calculated as: bp_pool_write_time -
bp_pool_async_write_time.
Description: Monitors synchronous write time in ms in
interval.
bp_pool_avg_write_time average Calculated as: bp_pool_async_write_time /
(bp_pool_async_data_writes +
bp_pool_async_index_writes).
Description: Monitors average asynchronous write
time in ms in interval.
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68 Probe Checkpoint Metrics v1.50
Metric Name Metric Type Metric Description
bp_avg_direct_read_time average Calculated as: bp_direct_read_time / bp_direct_reads.
Description: Monitors average time for direct read in
ms in interval.
bp_avg_direct_write_tim
e
average Calculated as: bp_direct_write_time /
bp_direct_writes.
Description: Monitors average time for direct write in
ms in interval.
bp_pool_sync_reads count Calculated as: bp_pool_data_p_reads -
bp_pool_async_data_reads.
Description: Monitors number of synchronous data
reads in interval.
bp_pool_sync_writes count Calculated as: bp_pool_data_writes -
bp_pool_async_data_writes.
Description: Monitors number of synchronous data
writes in interval.
bp_pool_sync_idx_writes count Calculated as: bp_pool_index_writes -
bp_pool_async_index_writes.
Description: Monitors number of synchronous index
page writes in interval.
bp_pool_sync_idx_reads count Calculated as: bp_pool_index_p_reads -
bp_pool_async_index_reads.
Description: Monitors number of synchronous index
page reads in interval.
ts_usable_pages_pct ratio Calculated as: (ts_usable_pages / ts_total_pages) *
100.
Description: Monitors percent of usable pages in DMS
table space (exlc. overhead).
ts_used_pages_pct ratio Calculated as: (ts_used_pages / ts_total_pages) * 100.
Description: Monitors percent of used pages in table
space.
ts_free_pages_pct ratio Calculated as: (ts_free_pages / ts_total_pages) * 100.
Description: Monitors percent of free pages in DMS
table space.
ts_max_used_pages_pct ratio Calculated as: (ts_max_used_pages / ts_total_pages) *
Monitoring Probes
Probe Checkpoint Metrics v1.50 69
Metric Name Metric Type Metric Description
100.
Description: Monitors maximum of used pages in %
reached in DMS table space.
i_pct_active_connections ratio Calculated as: ((i_rem_cons_in + i_rem_cons_in_exec
+ i_local_cons + i_local_cons_in_exec) /
i_max_connections) * 100.
Description: Monitors % of active connections to total
allowed connections.
mon
The following table describes the checkpoint metrics that can be configured
using the db2mon probe.
Metric Name Units Description
QOS_DB2_AGENTS_CREATED_RATIO % DB2 agents_created_ratio
QOS_DB2_APPLS_IN_DB2 counter DB2 appls_in_db2
QOS_DB2_AVG_DIRECT_READ_TIME ms DB2 avg_direct_read_time
QOS_DB2_AVG_DIRECT_WRITE_TIME ms DB2 avg_direct_write_time
QOS_DB2_AVG_SORT_TIME ms DB2 avg_sort_time
QOS_DB2_CAT_CACHE_HIT_RTO % DB2 cat_cache_hit_rto
QOS_DB2_CON_LOCAL_DBASES counter DB2 con_local_dbases
QOS_DB2_DB_CONNECT_TIME ms DB2 db_connect_time
QOS_DB2_DDL_SQL_STMTS counter DB2 ddl_sql_stmts
QOS_DB2_DYNAMIC_SQL_STMTS counter DB2 dynamic_sql_stmts
QOS_DB2_FAILED_SQL_STMTS counter DB2 failed_sql_stmts
QOS_DB2_FREE_PAGES counter DB2 free_pages
QOS_DB2_FREE_PAGES_PCT % DB2 free_pages_pct
QOS_DB2_IDLE_AGENTS counter DB2 idle_agents
Monitoring Probes
70 Probe Checkpoint Metrics v1.50
Metric Name Units Description
QOS_DB2_LOCAL_CONS counter DB2 local_cons
QOS_DB2_LOCAL_CONS_IN_EXEC counter DB2 local_cons_in_exec
QOS_DB2_LOCK_LIST_IN_USE counter DB2 lock_list_in_use
QOS_DB2_LOCK_WAIT_TIME ms DB2 lock_wait_time
QOS_DB2_MAX_USED_PAGES_PCT % DB2 max_used_pages_pct
QOS_DB2_NUM_ASSOC_AGENTS counter DB2 num_assoc_agents
QOS_DB2_PIPED_SORTS_REQUESTED counter DB2 piped_sorts_requested
QOS_DB2_POOL_AVG_WRITE_TIME ms DB2 pool_avg_write_time
QOS_DB2_POOL_DATA_P_READS counter DB2 pool_data_p_reads
QOS_DB2_POOL_DRTY_PG_THRSH_CLNS counter DB2 pool_drty_pg_thrsh_clns
QOS_DB2_POOL_HIT_RATIO % DB2 pool_hit_ratio
QOS_DB2_ROLLBACK_SQL_STMTS counter DB2 rollback_sql_stmts
QOS_DB2_SELECT_SQL_STMTS counter DB2 select_sql_stmts
QOS_DB2_STATIC_SQL_STMTS counter DB2 static_sql_stmts
QOS_DB2_TOTAL_SORTS counter DB2 total_sorts
QOS_DB2_UID_SQL_STMTS counter DB2 uid_sql_stmts
QOS_DB2_USABLE_PAGES_PCT % DB2 usable_pages_pct
QOS_DB2_USED_PAGES counter DB2 used_pages
QOS_DB2_USED_PAGES_PCT % DB2 used_pages_pct
dhcp_response
The following table describes the checkpoint metrics that can be configured
using the dhcp_response probe.
Metric Name Units Description
QOS_DHCP_RESPONSE Milliseconds DHCP Response
Monitoring Probes
Probe Checkpoint Metrics v1.50 71
dirscan
The following table describes the checkpoint metrics that can be configured
using the dirscan probe.
Metric Name Units Description
QOS_DIR_AGE Seconds Age of oldest matching file
QOS_DIR_EXISTS Boolean Directory exists
QOS_DIR_NUMBER Files Number of matching files
QOS_DIR_RESPONSE_TIME Bytes per second File Response
QOS_DIR_SPACE Kilobytes Space used by matching files
QOS_FILE_INTEGRITY Boolean File Integrity Check
dns_response
The following table describes the checkpoint metrics that can be configured
using the dns_response probe.
Metric Name Units Description
QOS_DNS_RESPONSE Milliseconds DNS response
QOS_DNS_RESPONSE_REVERSE Milliseconds DNS response
dom_traps
Monitoring Probes
72 Probe Checkpoint Metrics v1.50
The checkpoint metrics for the dom_traps probe are covered by snmptd.
easerver
The following table describes the checkpoint metrics that can be configured
using the easerver probe.
Metric Name Units Description
QOS_EASERVER_BYTES Bytes Bytes
QOS_EASERVER_CALLS Calls calls
QOS_EASERVER_CONNECTIONS Connections connections
QOS_EASERVER_MEMORY_USAGE KiloByte Memory in KB
QOS_EASERVER_METHODCOUNT cnt Counter
QOS_EASERVER_THREADCOUNT cnt Counter
QOS_EASERVER_TIME Milliseconds Time in Millisecond
QOS_EASERVER_VARIABLE unit easerver Variable
email_response
The following table describes the checkpoint metrics that can be configured
using the email_response probe.
Metric Name Units Description
QOS_NIM_INTERNET_MAIL_ROUNDTRIP Milliseconds Internet Mail Roundtrip Time
QOS_NIM_INTERNET_MAIL_SEND Milliseconds Internet Mail Send Time
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emailgtw
The emailgtw probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
exchange_monitor
The following table describes the checkpoint metrics that can be configured
using the exchange_monitor probe.
Metric Name Units Description
QOS_EXCHANGE_CLUSTER_VM_TOTAL_16MB_FREE_BLOCKS Blocks VM Total 16MB Free Blocks
QOS_EXCHANGE_CLUSTER_VM_TOTAL_LARGE_FREE_
BLOCK_MEGABYTES Megabytes
VM Total Large Free Block
Megabytes
QOS_EXCHANGE_DISK_AVERAGE_DISK_BYTES_PER_TRANSFER Bytes / Transfer
Average Disk Bytes per
Transfer
QOS_EXCHANGE_DISK_AVERAGE_DISK_QUEUE_LENGTH Requests Average Disk Queue Length
QOS_EXCHANGE_DISK_AVERAGE_DISK_READ_QUEUE_LENGTH Requests
Average Disk Read Queue
Length
QOS_EXCHANGE_DISK_AVERAGE_DISK_SECONDS_PER_READ Seconds / Read
Average Disk Seconds per
Read
QOS_EXCHANGE_DISK_AVERAGE_DISK_SECONDS_PER_WRITE Seconds / Write
Average Disk Seconds per
Write
QOS_EXCHANGE_DISK_AVERAGE_DISK_WRITE_QUEUE_LENGTH Requests
Average Disk Write Queue
Length
QOS_EXCHANGE_DISK_PERCENT_DISK_TIME Percent Percent Disk Time
QOS_EXCHANGE_IS_FOLDER_OPENS_PER_SECOND_-_MAILBOXES Opens / Second
Folder Opens per Second -
Mailboxes
QOS_EXCHANGE_IS_FOLDER_OPENS_PER_SECOND_-_MBX Opens / Second
Folder Opens per Second -
MBX
QOS_EXCHANGE_IS_FOLDER_OPENS_PER_SECOND_-_PF Opens / Second Folder Opens per Second -
Monitoring Probes
74 Probe Checkpoint Metrics v1.50
Metric Name Units Description
PF
QOS_EXCHANGE_IS_FOLDER_OPENS_PER_SECOND_
-_PUBLIC_FOLDERS Opens / Second
Folder Opens per Second -
Public Folders
QOS_EXCHANGE_IS_MESSAGE_OPENS_PER_SECOND_-
_MAILBOXES Opens / Second
Message Opens per Second
- Mailboxes
QOS_EXCHANGE_IS_MESSAGE_OPENS_PER_SECOND_-_MBX Opens / Second
Message Opens per Second
- MBX
QOS_EXCHANGE_IS_MESSAGE_OPENS_PER_SECOND_-_PF Opens / Second
Message Opens per Second
- PF
QOS_EXCHANGE_IS_MESSAGE_OPENS_PER_SECOND_
-_PUBLIC_FOLDERS Opens / Second
Message Opens per Second
- Public Folders
QOS_EXCHANGE_IS_RECEIVE_QUEUE_SIZE_-_MAILBOXES Messages
Receive Queue Size -
Mailboxes
QOS_EXCHANGE_IS_RECEIVE_QUEUE_SIZE_-_MBX Messages Receive Queue Size - MBX
QOS_EXCHANGE_IS_RECEIVE_QUEUE_SIZE_-_PF Messages Receive Queue Size - PF
QOS_EXCHANGE_IS_RECEIVE_QUEUE_SIZE_-_PUBLIC_FOLDERS Messages
Receive Queue Size - Public
Folders
QOS_EXCHANGE_IS_SEND_QUEUE_SIZE_-_MBX Messages Send Queue Size - MBX
QOS_EXCHANGE_IS_SEND_QUEUE_SIZE_-_PF Messages Send Queue Size - PF
QOS_EXCHANGE_IS_SEND_QUEUE_SIZE_-_PUBLIC_FOLDERS Messages
Send Queue Size - Public
Folders
QOS_EXCHANGE_IS_USER_COUNT Users User Count
QOS_EXCHANGE_MEMORY_AVAILABLE_MEGABYTES Megabytes Available Megabytes
QOS_EXCHANGE_MEMORY_PAGE_FAULTS_PER_SECOND
Page Faults /
Second Page Faults per Second
QOS_EXCHANGE_MEMORY_PAGES_PER_SECOND Pages / Second Pages per Second
QOS_EXCHANGE_MEMORY_PAGING_FILE_USAGE Percent Paging File Usage
QOS_EXCHANGE_MEMORY_POOL_NONPAGED_MEGABYTES Megabytes Pool Nonpaged Megabytes
QOS_EXCHANGE_MEMORY_VIRTUAL_MEGABYTES_USED_
BY_INFORMATION_STORE Megabytes
Virtual Megabytes used by
Information Store
QOS_EXCHANGE_MEMORY_VM_LARGEST_BLOCK_SIZE_
-_INFORMATION_STORE Megabytes
VM Largest Block Size -
Information Store
QOS_EXCHANGE_MTA_AVERAGE_QUEUE_TIME Seconds Average Queue Time
QOS_EXCHANGE_MTA_CONNECTION_QUEUE_LENGTH Messages Connection Queue Length
QOS_EXCHANGE_MTA_MESSAGES_PER_SECOND
Messages /
Second Messages per Second
QOS_EXCHANGE_MTA_WORK_QUEUE_LENGTH Messages Work Queue Length
QOS_EXCHANGE_NETWORK_CURRENT_BANDWIDTH
Megabits /
Second Current Bandwidth
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Probe Checkpoint Metrics v1.50 75
Metric Name Units Description
QOS_EXCHANGE_NETWORK_ERRORS_PER_SECOND Errors / Second Errors per Second
QOS_EXCHANGE_NETWORK_KILOBYTES_RECEIVED_PER_SECOND
Kilobytes /
Second
Kilobytes Received per
Second
QOS_EXCHANGE_NETWORK_KILOBYTES_SENT_PER_SECOND
Kilobytes /
Second Kilobytes Sent per Second
QOS_EXCHANGE_NETWORK_KILOBYTES_TOTAL_PER_SECOND
Kilobytes /
Second Kilobytes Total per Second
QOS_EXCHANGE_NETWORK_KILOBYTES_TOTAL_PER_SECOND_
-_REDIRECTOR
Kilobytes /
Second
Kilobytes Total per Second
- Redirector
QOS_EXCHANGE_PROCESSOR_ELAPSED_TIME_-_EMSMTA Seconds Elapsed Time - emsmta
QOS_EXCHANGE_PROCESSOR_ELAPSED_TIME_-_MAD Seconds Elapsed Time - mad
QOS_EXCHANGE_PROCESSOR_ELAPSED_TIME_-_STORE Seconds Elapsed Time - store
QOS_EXCHANGE_PROCESSOR_PROCESSOR_TIME Percent Processor Time
QOS_EXCHANGE_PROCESSOR_PROCESSOR_TIME_-_EMSMTA Percent Processor Time - emsmta
QOS_EXCHANGE_PROCESSOR_PROCESSOR_TIME_-_INETINFO Percent Processor Time - inetinfo
QOS_EXCHANGE_PROCESSOR_PROCESSOR_TIME_-_LSASS Percent Processor Time - lsass
QOS_EXCHANGE_PROCESSOR_PROCESSOR_TIME_-_MAD Percent Processor Time - mad
QOS_EXCHANGE_PROCESSOR_PROCESSOR_TIME_-_STORE Percent Processor Time - store
QOS_EXCHANGE_PROCESSOR_PROCESSOR_TIME_-_SYSTEM Percent Processor Time - System
QOS_EXCHANGE_SMTP_LOCAL_QUEUE_LENGTH Messages Local Queue Length
QOS_EXCHANGE_SMTP_MESSAGES_DELIVERED_PER_SECOND
Messages /
Second
Messages Delivered per
Second
QOS_EXCHANGE_SMTP_MESSAGES_RECEIVED_PER_SECOND
Messages /
Second
Messages Received per
Second
QOS_EXCHANGE_SMTP_REMOTE_QUEUE_LENGTH Messages Remote Queue Length
exchange_response
Monitoring Probes
76 Probe Checkpoint Metrics v1.50
The following table describes the checkpoint metrics that can be configured
using the exchange_response probe.
Metric Name Units Description
QOS_EXCHANGE_MAIL_ROUNDTRIP Seconds Exchange Mail Roundtrip
QOS_EXCHANGE_MAIL_SEND Milliseconds Exchange Mail Send
fetchmsg
The fetchmsg probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
file_adapter
The following table describes the checkpoint metrics that can be configured
using the file_adapter probe.
Metric Name Units Description
QOS_CSV_TEST qos CSV File
QOS_FILEADAPTER Value Fileadapter Variable
QOS_FTP_RESPONSE Seconds FTP Response time to download site
QOS_GO_CPU Percent Goindustry CPU Apollo
QOS_TEST TS Test
Monitoring Probes
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fsmounts
The fsmounts probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
google_a _engine
The following table describes the checkpoint metrics that can be configured
using the google_app_engine probe.
Metric Name Units Description
QOS_GAE_APP_JAVA_DATASTORE_DELETE milliseconds Datastore - Delete 2KB entity
QOS_GAE_APP_JAVA_DATASTORE_GET milliseconds Datastore - Read 2KB entity
QOS_GAE_APP_JAVA_DATASTORE_PUT milliseconds Datastore - Create 2KB entity
QOS_GAE_APP_JAVA_DATASTORE_UPDATE milliseconds
Datastore - Transactional
Update 2KB entity
QOS_GAE_APP_JAVA_FIBONACCI milliseconds Java - fibonacci
QOS_GAE_APP_JAVA_IMAGE_CCLEVELS milliseconds
Image - Adjust contrast/color
levels 3KB image
QOS_GAE_APP_JAVA_IMAGE_CONVERT milliseconds
Image - Convert 3KB JPEG to
PNG
QOS_GAE_APP_JAVA_IMAGE_TRANSFORM milliseconds
Image - Single tranform 3KB
image
QOS_GAE_APP_JAVA_IMAGE_TRANSFORMS milliseconds
Image - Two tranforms 3KB
image
QOS_GAE_APP_JAVA_MEM_DELM milliseconds
Memcache - Delete 50 10KB
items from cache
QOS_GAE_APP_JAVA_MEM_GET milliseconds Memcache - Read 10KB item
Monitoring Probes
78 Probe Checkpoint Metrics v1.50
Metric Name Units Description
from cache
QOS_GAE_APP_JAVA_MEM_GETM milliseconds
Memcache - Read 50 10KB
items from cache
QOS_GAE_APP_JAVA_MEM_SET milliseconds Memcache - Cache 10KB item
QOS_GAE_APP_JAVA_MEM_SETM milliseconds
Memcache - Cache 50 10KB
items
QOS_GAE_APP_JAVA_URL_GET milliseconds URLFetch - Fetch a URL
QOS_GAE_APP_JAVA_USERS_CRLOGIN milliseconds Users - Create login URL
QOS_GAE_APP_JAVA_USERS_CRLOGOUT milliseconds Users - Create logout URL
QOS_GAE_SUBSYS_STATUS status Subsystem Status
google_a
The following table describes the checkpoint metrics that can be configured
using the google_apps probe.
Metric Name Units Description
QOS_GAPPS_APP_STATUS status App Status
QOS_GAPPS_DOMAIN_AVGNSTORAGEBYTESPERACCOUNT bytes
Storage - average
bytes per account
QOS_GAPPS_DOMAIN_NACCOUNTS count
Accounts - number
active
QOS_GAPPS_DOMAIN_NACTIVEACCOUNTS count
Accounts - number
active on given day.
QOS_GAPPS_DOMAIN_NEMAILACCOUNTSACCESSED count
Email - number of
accounts accessed on
day
QOS_GAPPS_DOMAIN_NEMAILACCOUNTSACCESSEDPOP count Email - number of
accounts accessed on
Monitoring Probes
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Metric Name Units Description
day using POP
QOS_GAPPS_DOMAIN_NEMAILACCOUNTSACCESSEDWEB count
Email - number of
accounts accessed on
day using web.
QOS_GAPPS_DOMAIN_NIDLEACCOUNTSOVER30DAYS count
Accounts - number
idle 30 Days or more
QOS_GAPPS_DOMAIN_NLARGEMBOXES count
Email - number of
large mailboxes (>
5GB)
QOS_GAPPS_DOMAIN_NMEDIUMMBOXES count
Email - number of
medium mailboxes (1-
5 GB)
QOS_GAPPS_DOMAIN_NSMALLMBOXES count
Email - number of
small mailboxes (0-1
GB)
QOS_GAPPS_DOMAIN_NSTORAGEBYTES bytes
Storage - total bytes
used
QOS_GAPPS_DOMAIN_PERCENTSTORAGEQUOTAUSED percent
Storage - percent
quota used
QOS_GAPPS_USER_CONTACTCREATE milliseconds
Contact - create
latency
QOS_GAPPS_USER_CONTACTDELETE milliseconds
Contact - delete
latency
QOS_GAPPS_USER_CONTACTFIND milliseconds Contact - find latency
QOS_GAPPS_USER_DOCUMENTCREATE milliseconds
Document - create
latency
QOS_GAPPS_USER_DOCUMENTDELETE milliseconds
Document - delete
latency
QOS_GAPPS_USER_DOCUMENTUPDATE milliseconds
Document - update
latency
QOS_GAPPS_USER_MAILSEND milliseconds
Email - send secure
SMTP message latency
Monitoring Probes
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hpovsdgtw
The following table describes the checkpoint metrics that can be configured
using the hpovsdgtw probe.
Metric Name Metric Type Metric Description
http_response
The following table describes the checkpoint metrics that can be configured
using the http_response probe.
Metric Name Units Description
QOS_HTTP_RESPONSE HTTP Response Milliseconds
hyperv
The following table describes the checkpoint metrics that can be configured
using the hyperv probe.
Metric Name Metric Type Metric Description
Monitoring Probes
Probe Checkpoint Metrics v1.50 81
ibmvm
The following table describes the checkpoint metrics that can be configured
using the ibmvm probe.
Metric Name Units Description
QOS_AVG_CPU_UTIL Percent Average CPU Utilization
QOS_DISK_BANDWIDTH Percent Disk Bandwidth (%)
QOS_DISK_KBPS Kilobytes/Second Disk Throughput
QOS_LPAR_ENT_CONSUMED Percent LPAR Processor Entitlement Consumed
QOS_LPAR_MEMORY Megabytes Logical Partition Memory Assigned
QOS_LPAR_PROC_UNITS Processing Units LPAR Processing Units
QOS_LPAR_PROCS Processing Units LPAR Processing Units
QOS_MS_MEMORY_ASSIGN_PCT Percent
Managed System Percent Memory
Assigned
QOS_MS_PROC_UNITS Processing Units Managed System Processing Units
QOS_NET_KB Kilobytes Network Kilobytes Transferred
ica_response
The following table describes the checkpoint metrics that can be configured
using the ica_response probe.
Metric Name Units Description
QOS_ICA_APPLICATION Milliseconds ICA Application
QOS_ICA_CONNECT Milliseconds ICA Connect
QOS_ICA_LOGOFF Milliseconds ICA Logoff
QOS_ICA_LOGON Milliseconds ICA Logon
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Metric Name Units Description
QOS_ICA_MACRO Milliseconds ICA Macro
QOS_ICA_PING Milliseconds ICA Ping
QOS_ICA_RESPONSE Seconds ICA Response
QOS_ICA_TOTAL Milliseconds ICA Session
ica_server
The ica_server probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
iis
The following table describes the checkpoint metrics that can be configured
using the iis probe.
Metric Name Units Description
QOS_ASYNCIO_BWUSAGE
Measured Async I/O Bandwidth
Usage
Measured Async I/O Bandwidth
Usage
QOS_BYTESRECEIVD_PS Web server bytes received/sec Bytes Received/sec
QOS_BYTESSENT_PS Web server bytes sent/sec Bytes Sent/sec
QOS_BYTESTOTAL_PS Web server bytes total/sec Bytes Total/sec
QOS_CONNATTEMPTS_PS Connection attempts/sec Connection Attempts per second
QOS_CONNATTEMPTS_PS Connection attempts/sec Connection Attempts per second
Monitoring Probes
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Metric Name Units Description
QOS_CPU_USAGE Percent CPU Usage
QOS_CURRENTCONNECTS Current connections Current Connections
QOS_DISK_USAGE Megabytes Disk Usage
QOS_GETREQUESTS_PS Get requests/sec Get Requests/sec
QOS_IIS_HTTPRESTIME Milliseconds http response time
QOS_IIS_USEROBJ Value IIS User Object
QOS_IIS_USEROBJ Value IIS User Object
QOS_MEMAVPHY Megabytes Physical Memory available
QOS_MEMORY_INUSE Percent Memory In Use %
QOS_MEMORY_USAGE Megabytes Memory Usage
QOS_MEMORYAVAILPHYS Megabytes Physical Memory available
QOS_NETWORK_BTPS Network interface bytes total/sec Bytes Total/sec
QOS_WSC_CACHEHITSPC Cache hits Web Service Cache Hits %
QOS_WSC_CACHEHITSPM Cache hits/minute Web Service Cache Hits
QOS_WSC_CACHEMISSPM Cache misses/minute Web Service Cache Misses
informix
The following table describes the checkpoint metrics that can be configured
using the informix probe.
Metric Name Units Description
QOS_INFORMIX_BUF_CACHEHIT_RATIO_READ Percent
Informix Buffer Cachehit
Ratio Read
QOS_INFORMIX_BUF_CACHEHIT_RATIO_WRITE Percent Informix Buffer Cachehit
Monitoring Probes
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Metric Name Units Description
Ratio Write
QOS_INFORMIX_CHECK_DBALIVE Availability Informix Availability
QOS_INFORMIX_CHUNK_IO_READ Reads Informix Chunk I/O Reads
QOS_INFORMIX_CHUNK_IO_WRITE Writes Informix Chunk I/O Writes
QOS_INFORMIX_CHUNK_WRITES ChunkWrites Informix Chunk Writes
QOS_INFORMIX_DBSPACE_SIZE_PCT Percent
Informix Dbspace Free Space
Percent
QOS_INFORMIX_FOREGROUND_WRITES
ForegroundWrites Informix Foreground Writes
QOS_INFORMIX_LRU_WRITES LRUWrites Informix LRU Writes
QOS_INFORMIX_TABLE_EXTENTS Extents Informix Table Extents
QOS_INFORMIX_TABLE_SIZE Megabytes Informix Table Size
QOS_INFORMIX_VIRTUAL_CPU_SYSTEM Microseconds
Informix Virtual Cpu System
Time
QOS_INFORMIX_VIRTUAL_CPU_USER Microseconds
Informix Virtual Cpu User
Time
interface_traffic
The following table describes the checkpoint metrics that can be configured
using the interface_traffic probe.
Metric Name Units Description
QOS_INTERFACE_ADMINSTATUS state Interface Administrative State
QOS_INTERFACE_DISCARDS Packets/sec Interface Discards
QOS_INTERFACE_ERRORS Packets/sec Interface Errors
QOS_INTERFACE_OPSTATE state Interface Operating State
QOS_INTERFACE_PACKETS Packets/sec Interface Packets
QOS_INTERFACE_QLEN Packets Interface Queue Len
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Metric Name Units Description
QOS_INTERFACE_TRAFFIC Bytes/sec Interface Traffic
QOS_INTERFACE_TRAFFIC_KBITS kbit/sec Interface Traffic (kbit/sec)
jboss
The following table describes the checkpoint metrics that can be configured
using the jboss probe.
Metric Name Units Description
QOS_JBOSS_CONNECTIONCOUNT cnt Counter
QOS_JBOSS_COUNTER cnt Counter
QOS_JBOSS_MEMORY_USAGE KiloByte Memory in KB
QOS_JBOSS_NETWORK_BYTES_RECEIVED Bytes / Second Bytes Received per Second
QOS_JBOSS_NETWORK_BYTES_SENT Bytes / Second Bytes Sent per Second
QOS_JBOSS_THREADCOUNT cnt Counter
QOS_JBOSS_VARIABLE unit jboss Variable
jdbc_response
The following table describes the checkpoint metrics that can be configured
using the jdbc_response probe.
Metric Name Units Description
QOS_JDBC_RESPONSE Milliseconds JDBC Query Response
QOS_JDBC_ROWS Rows JDBC Query Rows
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QOS_JDBC_VALUE Value JDBC Query Value
jdbcgtw
The following table describes the checkpoint metrics that can be configured
using the jdbcgtw probe.
Metric Name Units Description
QOS_SQL_RESPONSE ms Query Response Time (QRT)
QOS_SQL_ROWS count Row Count (RC)
QOS_SQL_VALUE variant Row Value (RV)
jmx
The following table describes the checkpoint metrics that can be configured
using the jmx probe.
Metric Name Units Description
QOS_WEBLOGIC_ATTRIBUTE Value Weblogic MBean Attribute
QOS_WEBLOGIC_BACKUPCOPIES Copies Weblogic Copies
QOS_WEBLOGIC_CACHESIZE Size Weblogic Size
QOS_WEBLOGIC_CURRENTONE Bytes Weblogic current
QOS_WEBLOGIC_EXECUTETHREADCURRENTIDLECO IdleThreads Weblogic Returns the number of
idle threads assigned to the
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Metric Name Units Description
UNT queue. The
executeThreadCurrentIdleCount
value
QOS_WEBLOGIC_EXECUTETHREADTOTALCOUNT Bytes
Weblogic Returns the total
number of execute threads
assigned to the queue. Number of
execute threads in this queue.
Number
QOS_WEBLOGIC_HEAPFREECURRENT Bytes
Weblogic Returns the current
amount of free memory (in bytes)
in the JVM heap. The
heapFreeCurrent value
QOS_WEBLOGIC_HEAPSIZECURRENT wtw Weblogic HSC
QOS_WEBLOGIC_MESSAGES Messages Weblogic Messages
QOS_WEBLOGIC_SEVERITYLEVEL Level Weblogic Level
jobqs
The following table describes the checkpoint metrics that can be configured
using the jobqs probe.
Metric Name Units Description
QOS_AS400_JOBQ_CURRENT_ACTIVE
iSeries current active in job
queue
QOS_AS400_JOBQ_INSTANCES iSeries jobq instances
QOS_AS400_JOBQ_JOBS iSeries jobs in job queue
QOS_AS400_JOBQ_MAX_ACTIVE iSeries max active in job queue
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jobs
The following table describes the checkpoint metrics that can be configured
using the jobs probe.
Metric Name Units Description
QOS_AS400_JOB_CPU_USAGE AS400 job cpu usage
QOS_AS400_JOB_INSTANCES AS400 job instances
QOS_AS400_JOB_PROCESSING_UNITS AS400 job processing units used
QOS_AS400_JOB_TMP_STORAGE Kb AS400 job tmp storage used
jobsched
The following table describes the checkpoint metrics that can be configured
using the jobsched probe.
Metric Name Units Description
QOS_AS400_SCHEDULED_JOB_EXECUTION_TIME Seconds
AS400 scheduled job execution
time
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jvm_monitor
The following table describes the checkpoint metrics that can be configured
using the jvm_monitor probe.
Metric Name Units Description
QOS_JVM_CLASSLOADCOUNT cnt Counter
QOS_JVM_CPU_USAGE Percent CPU Usage
QOS_JVM_MEMORY_USAGE Byte Memory in B
QOS_JVM_MONITOR_VARIABLE unit jvm_monitor Variable
QOS_JVM_THREADCOUNT cnt Counter
ldap_response
The following table describes the checkpoint metrics that can be configured
using the ldap_response probe.
Metric Name Units Description
QOS_LDAP_RECORDS Records LDAP Record Count
QOS_LDAP_RESPONSE_TIME Milliseconds LDAP Response
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logmon
The following table describes the checkpoint metrics that can be configured
using the logmon probe.
Metric Name Units Description
QOS_LOGMON_VARIABLE Value Logmon Variable
QOS_LOGMON_VARIABLE_EDSDATA Seconds logging data to present in dashboard
QOS_LOGMON_VARIABLE_QOS_IIS_PAGE_DEFAULT.ASPX Count Page Count
QOS_LOGMON_VARIABLE_QOS_PAGECOUNT_DEFAULT.ASPX Count Page Count
QOS_LOGMON_VARIABLE_QOS_SAN_DISK_AVAIL Bytes Disk Availability
mysql
The following table describes the checkpoint metrics that can be configured
using the mysql probe.
Metric Name Units Description
QOS_MYSQL_AVAILABLE Enabled Database Status
QOS_MYSQL_CONNECTION_REFUSAL_RATE Percent
Percentage of connections
refused
QOS_MYSQL_CONNECTION_USAGE_RATE Percent
Percentage of maximum allowed
connections in use
QOS_MYSQL_INNODB_CACHE_HIT_RATE Percent
Percentage of reads from cache
instead of from disk.
QOS_MYSQL_INNODB_CACHE_USAGE_RATE Percent Percentage of cache in use.
QOS_MYSQL_MYISAM_CACHE_USAGE_RATE Percent Percentage of cache in use.
QOS_MYSQL_MYISAM_TOTAL_DISK_WRITE_RATIO Percent
Ratio of disk writes to all write
requests .
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QOS_MYSQL_QUERY_CACHE_PRUNED_INSERTS_RATIO Percent
Ratio of pruned queries to total
inserted.
QOS_MYSQL_QUERY_CACHE_USAGE_RATE Percent Percentage of cache in use.
QOS_MYSQL_SLOW_LAUNCH_THREADS Count Number of slow launch threads.
QOS_MYSQL_STMTS_DELETE_PERCENT Percent
Percentage of DELETEs out of all
statements.
QOS_MYSQL_STMTS_INSERT_PERCENT Percent
Percentage of INSERTs out of all
statements.
QOS_MYSQL_STMTS_REPLACE_PERCENT Percent
Percentage of REPLACEs out of
all statements.
QOS_MYSQL_STMTS_SELECT_PERCENT Percent
Percentage of SELECTs out of all
statements.
QOS_MYSQL_STMTS_UPDATE_PERCENT Percent
Percentage of UPDATEs out of all
statements.
QOS_MYSQL_TABLE_CACHE_RATE Percent
Percentage of open tables that
are in cache.
QOS_MYSQL_THREAD_CACHE_HIT_RATE Percent
Percentage of threads re-used
from cache.
net_connect
The following table describes the checkpoint metrics that can be configured
using the net_connect probe.
Metric Name Units Description
QOS_NET_CONNECT Network Connectivity Response Milliseconds
QOS_NET_CONNECT_PACKETLOSS Network Connectivity Response Packet Loss Percent
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net_traffic
The following table describes the checkpoint metrics that can be configured
using the net_traffic probe.
Metric Name Metric Type Metric Description
QOS_NET_BYTES Bytes/sec Network Traffic (Bytes)
QOS_NET_PACKETS Packets/sec Network Traffic (Packets)
netware
The following table describes the checkpoint metrics that can be configured
using the netware probe.
Metric Name Units Description
QOS_NETWARE_CONNECTIONS Number NetWare Connections
QOS_NETWARE_DISK_PURGEABLE Percent NetWare Disk Purgeable
QOS_NETWARE_DISK_SLOTS Number NetWare Disk Slots Usage
QOS_NETWARE_DISK_SPACE Megabyte NetWare Disk Space Usage
QOS_NETWARE_NLM_ALIVE Alive NetWare NLM Alive
QOS_NETWARE_SCREEN_VALUE Value NetWare Screen Value
QOS_NETWARE_STATS_DELTA
NetWare Statistics Delta
QOS_NETWARE_STATS_VALUE
NetWare Statistics Value
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notes_response
The following table describes the checkpoint metrics that can be configured
using the notes_response probe.
Metric Name Metric Type Metric Description
QOS_NOTES_DB_OPEN_RESPONSE Milliseconds Notes Database Open Response
QOS_NOTES_LATENCY_IN Milliseconds Notes In Latency
QOS_NOTES_LATENCY_OUT Milliseconds Notes Out Latency
QOS_NOTES_MAIL_RESPONSE Seconds Notes Mail Response
QOS_NOTES_SERVER_AVAILABLE Available Notes Server Availability
QOS_NOTES_SERVER_LOAD Load Index Notes Server Load
notes_server
The following table describes the checkpoint metrics that can be configured
using the notes_server probe.
Metric Name Metric Type Metric Description
QOS_NOTES_SERVER_AV
AILABLE Available Notes Server Availability
QOS_NOTES_STATISTIC Value Notes Statistics Variable
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ntevl
The following table describes the checkpoint metrics that can be configured
using the ntevl probe.
Metric Name Metric Type Metric Description
QOS_EVL_COUNT Count Windows Events
QOS_WIN_PERF Value Windows Performance Counter
QOS_WIN_PERF_DELTA Value Windows Performance Change
ntp_response
The following table describes the checkpoint metrics that can be configured
using the ntp_response probe.
Metric Name Units Description
QOS_NTP_JITTER Milliseconds NTP Server Jitter
QOS_NTP_OFFSET Milliseconds NTP Server Offset
QOS_NTP_RESPONSE_TIME Milliseconds NTP Response Time
QOS_NTP_RESPONSE_TIME Milliseconds NTP Response Time
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ntperf
The following table describes the checkpoint metrics that can be configured
using the ntperf probe.
Metric Name Units Description
QOS_WIN_PERF Value Windows Performance Counter
QOS_WIN_PERF_DELTA Value Windows Performance Change
QOS_WIN_PERF_DELTA_DAY Value Windows Performance Daily Change
QOS_WIN_PERF_DELTA_HOUR Value Windows Performance Hourly Change
QOS_WIN_PERF_MAX Value Windows Performance Counter
ntservices
The following table describes the checkpoint metrics that can be configured
using the ntservices probe.
Metric Name Units Description
QOS_NTSERVICE_STATE State NT Service Availability
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ocs_monitor
The following table describes the checkpoint metrics that can be configured
using the ocs_monitor probe.
Metric Name Metric Description
QOS_ACPMCU_-_000_-
_TOTAL_CCCP_MESSAGES_RECEIVED
ACPMCU - 000 - Total CCCP Messages
Received
QOS_API_-_001_-_MESSAGES_PROCESSED/SEC API - 001 - Messages Processed/Sec
QOS_DIRECTORIES Directories
QOS_FILEAGENEWEST FileAgeNewest
QOS_FILES Files
QOS_IMMCU_-_000_-_HTTP_STACK_LOAD IMMCU - 000 - HTTP Stack load
QOS_IMMCU_-_002_-_THREAD_POOL_LOAD IMMCU - 002 - Thread Pool Load
QOS_IMMCU_-_003_-_THREAD_POOL_HEALTH_STATE IMMCU - 003 - Thread Pool Health State
QOS_IMMCU_-_004_-
_THREAD_POOL_UNHANDLED_EXCEPTIONS
IMMCU - 004 - Thread Pool Unhandled
Exceptions
QOS_IMMCU_-_005_-_MCU_HEALTH_STATE IMMCU - 005 - MCU Health State
QOS_LDM_-_000_-_TOTAL_MESSAGES_RECEIVED LDM - 000 - Total Messages Received
QOS_LDM_-_001_-_FREED_BUFFERS/SEC LDM - 001 - Freed buffers/sec
QOS_LDM_-_001_-_TOTAL_MESSAGES_SENT LDM - 001 - Total Messages Sent
QOS_MCUF_-_008_-_TOTAL_CCCP_MESSAGES_SENT MCUF - 008 - Total CCCP Messages Sent
QOS_NUMBEROFEVENTSFOUND NumberOfEventsFound
QOS_PAGEFAULTS PageFaults
QOS_PAGEFILEUSAGE PageFileUsage
QOS_PEAKVIRTUALSIZE PeakVirtualSize
QOS_PROCESSID
QOS_THREADCOUNT ThreadCount
QOS_WRITETRANSFERCOUNT WriteTransferCount
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oracle
The following table describes the checkpoint metrics that can be configured
using the oracle probe.
Metric Name Metric Type Metric Description
Active_users Checks for currently active Oracle users
dataguard_gap Monitors Dataguard Instance Gap.
dataguard_status Monitors Dataguard Instance Status
dataguard_timegap Monitors Dataguard Instance Timegap
flash_recovery_area_me
mory_free
Monitors flash recovery area memory free.
resource_util Monitors database utilization for resources
(Processes,Sessions and Transactions)
tablespace_temp_free Monitors Temporary tablespaces for space left.
active_connection_ratio ratio Calculated as: (active/total) * 100.
Monitors % of active connections to total allowed
connections.
Buf_cachehit_ratio ratio Calculated as:
(logical-reads – physical-reads)*100 / physical-reads
Tells, how often data has been found in cache
compared to how often it has to be read from the disk.
It can be low at the start of a new application, before
the cache is filled with the data. If it stays low for many
intervals you should consider increasing the size of the
cache (DB_BLOCK_BUFFERS).
Buf_cachehit_ratio_users ratio Same as buf_cachehit_ratio, only per user. It helps to
find a poor query or application.
Chained_rows gauge Measures number of chained rows in a table. As
chaining causes performance degradation, reported
tables should be reorganized as soon as possible.
Check_dbalive status This checkpoint tries to connect to an instance. In case
the connection cannot be established, an alert is
generated. This checkpoint cannot be deactivated!
In case of Alert check the Oracle connectivity, the
instance or the server where the instance is running.
Database_size ratio Monitors free space in database and log files in %.
Source: Query.
Datafile_status status ‘epoヴts all files Heiミg iミ otheヴ status as けONLINEげ.
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Metric Name Metric Type Metric Description
Dbfile_io ratio Calculated as:
(Physical-reads / logical-reads) * 100
(Physical-writes / logical-writes) * 100
The higher of the above values is taken for checking. It
helps to identify database files with higher I/O
contention.
Segments with high I/O activity should be divided into
more files and eventually spread over different
devices.
Dict_cachehit_ratio ratio Calculated as: (hits – misses) * 100 / hits
Measures number of times where Oracle metadata are
found in memory. It could be low at the start of a new
application, before new data is placed into the cache.
In case the ratio is low over more intervals, you should
consider increasing the cache size
(SHARED_POOL_SIZE).
Enqueue_timeouts count Measures number of table and row locks (acquired
and converted) that timed-out before they could
complete.
Timeouts can cause serious performance degradation
and should never occur. The number of enqueue
resources should be increased.
(ENQUEUE_RESOURCES or DML_LOCKS).
Extents gauge Reports tables that have more extents as threshold.
Fragmentation could cause performance degradation;
therefore the reported tables should be reorganized as
soon as possible.
Note: Running this checkpoint is relatively resource
intensive; therefore this checkpoint should not run in
every interval (use interval multiplier.
Gc_av_lock_get_time average (Oracle 9i and above)
Measures average interval global lock get time.
High values indicate either contention on the
connection channel between the involved instances or
on the instance SGA (SHARED_POOL_SIZE).
Note: This checkpoint applies only to Real Application
Cluster (RAC) configuration and is therefore per
default inactive.
gc_blocks_corrupt count (Oracle 9i and above)
Measures number of blocks corrupted during transfer.
Corruption should never occur. Indicates networking
problems.
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Metric Name Metric Type Metric Description
gc_blocks_lost count (Oracle 9i and above)
Measures number of blocks lost during transfer.
It should never occur. Indicates networking problems.
gc_convert_timeouts count (Oracle 9i and above)
Measures number of times lock converts in global
cache timed out.
Occurrence means contention on global cache – check
SGA size or network connection.
gc_cr_timeouts count (Oracle 9i and above)
Measures number of times process request for a
consistent read block timed out.
Occurrence means contention on global cache – check
SGA size or network connection.
gc_fusion_wrt_rto ratio (Oracle 9i and above)
Calculated as
Fusion writes / physical writes
Measures percentage of blocks written to disk that
ha┗e Heeミ さgloHal diヴt┞ざ. High number can result from insufficiently sized caches
(SGA) or low checkpoint frequency.
gc_service_util ratio (Oracle 9i and above)
Calculated as: Global cache service requests / logical
reads
Measures global cache utilization.
High number can result from insufficient cache size
(SGA). Also, it can indicate inappropriate spread of
data and applications in the RAC configuration.
index_status staus Lists all invalid indexes.
Invalid index needs to be recompiled.
invalid_objects status Lists all invalid objects.
Invalid object needs to be rebuilt.
lib_cachehit_ratio ratio Calculated as: (hits – misses)*100 / hits
Measures percentage of times object metadata have
been found in memory.
This number can be lower at the start of new
application. If it is low for several intervals, the
SHARED_POOL_SIZE should be increased.
locked_users count Measures number of locked users in an instance and
displays their list.
Inappropriate locking can cause serious performance
degヴadatioミ. CheIk also the けuseヴ_loIksげ IheIkpoiミt for
more information about locking situation in the
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Metric Name Metric Type Metric Description
system.
This checkpoint has two threshold values – けdefaultげ aミd けIouミtげ. If the けdafaultげ thヴeshold is set = ヱ, thaミ the probe will issue for every locked user a message
with details about the user locking situation. If set > 1,
no message this types will be issued.
The けIouミtげ thヴeshold defiミes the ミuマHeヴ of loIked users as a threshold for this checkpoint.
lock_waits count Measures number of time, user session was waiting for
a lock in last interval.
Inappropriate locking can cause serious performance
degヴadatioミ. CheIk also the けuseヴ_loIksげ aミd けloIked_useヴsげ IheIkpoiミts foヴ マoヴe iミfoヴマatioミ aHout locking situation in the system.
login_count count Measures number of currently active user session
e┝Iept foヴ useヴ さ“Y“ざ aミd さ“Y“TEMざ. long_queries count The checkpoint generates two kinds of alarms:
• Alarm if number of long queries is higher than
threshold (called "count") - this value is also
used as QoS.
One alarm for every query running longer than
set threshold. The threshold key is:
"osuser.sid.operation" - this key can be also
used for exclude list. (osuser stands for
operating system user-id, compared to oracle
user id).
memory_usage count Measures total amount of memory (in bytes) user
sessions consume (PGA).
If the system has enough physical memory, increase
parameter PGA_AGGREGATE_TARGET or change to
automatic PGA management (9i). Otherwise look into
V$PROCESS, V$PGASTAT, V$SQL_WORKAREA views to
find out who is spending most of the memory.
mts_response count Monitors the average MTS server response time in ms.
If the response time is too high, consider increasing
number of dispatchers (MTS_MAX_DISPATCHERS and
MTS_DISPATCHERS).
mts_uga_memory gauge Monitors the MTS user memory consumption.
If the memory consumption is too high, consider
limiting it by using parameter PRIVATE_SGA.
mts_wait count Monitors the MTS server wait time in ms.
If the wait time is too high, consider increasing number
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Metric Name Metric Type Metric Description
of dispatchers (MTS_MAX_DISPATCHERS and
MTS_DISPATCHERS).
no_next_extents count Monitors objects, which are not able to allocate next
extent. It considers only objects with AUTOEXTEND
OFF.
Object size has to be increased.
redo_logs ratio Calculated as: Misses * 100 / hits
Measures redo log contention.
If the ratio is too high, consider increasing the redo log
buffer (parameter LOG_BUFFER). Also, check
LOG_SMALL_ENTRY_MAX_SIZE and
LOG_SIMULTANEOUS_COPIES parameters.
remaining_extents count Measures remaining number of extents for object.
Increase number of max. extents.
rollback_seg_status status Lists ヴollHaIk segマeミts ┘hiIh aヴe ミot けONLINEげ. Make suヴe ヴollHaIk segマeミts aヴe けONLINEげ ふe.g. ┘ith ALTER ROLLBACK SEGMENT).
rollback_segments count Measures number of waits for rollback segment.
Number of waits should be close to 0. Otherwise
increase number of extents or add new rollback
segment. Also check the parameter OPTIMAL and
MAXEXTENTS.
session_waits count Measures number of waits in interval.
Number of waits should be close to 0. There are
different reasons for waits – locking, insufficient
number of rollback segments, freelist contention etc.
Check the view V$SESSION_WAIT or
V$SESSION_EVENT for details.
sga_memory count Measures SGA memory usage in bytes by pool.
Check the SHARED_POOL_SIZE parameter.
sga_memory_free count Measures SGA free memory usage in bytes.
Check the SHARED_POOL_SIZE parameter.
sort_ratio ratio Calculated as: Memory sorts * 100 / total sorts
Too many disk sorts can cause performance
degradation. Check parameter SORT_AREA_SIZE and
SORT_AREA_RETAINED_SIZE.
system_statistics information Displays available system statistics counters. These
counters contain number of events since the instance
start.Use the statistics to analyse diverse system
problems or setup meaningful checkpoint thresholds.
system_waits count Measures number of system waits by event.
These counters can be used to identify system
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Metric Name Metric Type Metric Description
bottlenecks. Use the table V$SYSTEM_EVENT to find
the マost さe┝peミsi┗eざ e┗eミt. tablespace_alloc_free ratio Measures percentage of free space in already
allocated files (not considering the AUTOEXTEND
parameter).
If the reported tablespace has AUTOEXTEND OFF you
should allocate new space. Otherwise it solemnly
indicates that Oracle will soon allocate new space.
Note: This checkpoint is set inactive per default
tablespace_deficit count Lists tablespaces with AUTOEXTEND OFF, which cannot
allocate new extent.
Increase tablespace size for listed tablespaces.
tablespace_free ratio Measures percentage of free space in a tablespace,
considering the maximal possible tablespace size.
Increase tablespace size or set AUTOEXTEND ON for
listed tablespaces.
Note: OヴaIle Eミteヴpヴise Maミageヴ Coミsole doesミげt consider maximum possible tablespace size on most of
its screens (status 9i)!
tablespace_status status Lists taHlespaIes that ha┗e status diffeヴeミt as けONLINEげ oヴ け“Y“TEMげ. Set the listed tablespace online.
tablespace_size count Measures the total tablespace size
user_locks count Lists user holding a lock.
Helps to identify user, blocking other sessions
(checkpoint locked_users).
This checkpoint has two threshold values – けdefaultげ aミd けIouミtげ. If the けdefaultげ thヴeshold is set = ヱ, thaミ the probe will issue for every locked user a message
with details about the user locking situation. If set > 1,
no message this types will be issued.
The けIouミtげ thヴeshold defiミes the ミuマHeヴ of loIked users as a threshold for this checkpoint.
outqs
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The following table describes the checkpoint metrics that can be configured
using the outqs probe.
Metric Name Units Description
QOS_AS400_OUTQS_NUMBEROFFILESINQUEUE Files AS400 number of files in queue
ovnnm
The following table describes the checkpoint metrics that can be configured
using the ovnnm probe.
Metric Name Metric Type Metric Description
perfmon
The perfmon probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
power
The following table describes the checkpoint metrics that can be configured
using the power probe.
Metric Name Units Description
QOS_AMPS amperes Electical Current
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Metric Name Units Description
QOS_BATTERY_REPLACEMENT_INDICATOR none Battery Replacement Inidcator
QOS_BATTERY_TEMPERATURE Celcius Temperature in degrees Celcius
QOS_BATTERY_TIME_REMAINING secs Battery Time Remaining
QOS_DCIE percent Data Center Infrastructure Efficiency
QOS_POWER_LOAD_PERCENT Percent Percent of Load
QOS_PUE none Power Usage Effectiveness
QOS_UPS_STATUS none UPS Status
QOS_VOLTS volts Electical Voltage
printers
The following table describes the checkpoint metrics that can be configured
using the printers probe.
Metric Name Units Description
QOS_PRINTER_QUEUE Jobs Printer Queue Length
QOS_PRINTER_STATUS Available Printer Availability
processes
The following table describes the checkpoint metrics that can be configured
using the processes probe.
Metric Name Metric Type Metric Description
QOS_PROCESS_CPU Percent Process CPU usage
QOS_PROCESS_MEMORY Kilobytes Process Memory Usage
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rackspace
The following table describes the checkpoint metrics that can be configured
using the rackspace probe.
Metric Name Units Description
QOS_RACKSPACE_CONTAINER_EXISTS yes/no Container exists?
QOS_RACKSPACE_CONTAINER_NFILES count Number of files in container.
QOS_RACKSPACE_CONTAINER_SIZE bytes Container size in bytes.
QOS_RACKSPACE_FILE_DOWNLOAD_LATENCY milliseconds File Download Latency (ms)
QOS_RACKSPACE_FILE_DOWNLOAD_THROUGHPUT bits per second File Download Throughput (bps)
QOS_RACKSPACE_FILE_EXISTS yes/no File exists?
QOS_RACKSPACE_FILE_SIZE bytes File size in bytes.
QOS_RACKSPACE_FILE_UPLOAD_LATENCY milliseconds File Upload Latency (ms)
QOS_RACKSPACE_FILE_UPLOAD_THROUGHPUT bits per second File Upload Throughput (bps)
QOS_RACKSPACE_FILES_BANDWIDTH_CDN gigabytes Files Bandwidth CDN (GB)
QOS_RACKSPACE_FILES_BANDWIDTH_IN gigabytes Files Bandwidth In (GB)
QOS_RACKSPACE_FILES_BANDWIDTH_OUT gigabytes Files Bandwidth Out (GB)
QOS_RACKSPACE_FILES_NCONTAINERS count
Number of storage containers in
account
QOS_RACKSPACE_FILES_OPS_FREE count Files Operations Free
QOS_RACKSPACE_FILES_OPS_PAY count Files Operations Charged
QOS_RACKSPACE_FILES_SIZE bytes Number of bytes in storage account
QOS_RACKSPACE_SERVER_DEPLOY_LATENCY milliseconds Server Deploy Latency (ms)
QOS_RACKSPACE_SERVERS_BANDWIDTH_IN gigabytes Servers Bandwidth In (GB)
QOS_RACKSPACE_SERVERS_BANDWIDTH_OUT gigabytes Servers Bandwidth Out (GB)
QOS_RACKSPACE_SERVERS_TOTAL_DISK gigabytes Servers Total Disk (GB)
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reboot
The reboot probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
remedy_response
The following table describes the checkpoint metrics that can be configured
using the remedy_response probe.
Metric Name Units Description
QOS_REMEDY_RESPONSE Milliseconds Remedy response monitor
remedygtw
The following table describes the checkpoint metrics that can be configured
using the remedygtw probe.
Metric Name Metric Type Metric Description
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The following table describes the checkpoint metrics that can be configured
using the rsp probe.
Metric Name Units Description
QOS_CPU_MULTI_USAGE Percent Individual CPU Usage
QOS_CPU_USAGE
CPU Usage
QOS_DISK_USAGE Megabytes Disk Usage
QOS_DISK_USAGE_PERC Percent Disk Usage (%)
QOS_MEMORY_PAGING Kilobytes/Second Memory Paging
QOS_MEMORY_PAGING
Memory Paging
QOS_MEMORY_PAGING_PGPS Pages/Second Memory Paging
QOS_MEMORY_PERC_USAGE Percent
Memory Usage in
percent
QOS_MEMORY_PERC_USAGE
Memory Usage in
percent
QOS_MEMORY_PHYSICAL Megabytes Physical Memory Usage
QOS_MEMORY_SWAP
Swap Memory Usage
QOS_MEMORY_USAGE
Memory Usage
QOS_NTSERVICE_STATE State NT Service Availability
QOS_PROC_QUEUE_LEN Processes Processor Queue Length
QOS_PROC_QUEUE_LEN
Processor Queue Length
QOS_PROCESS_CPU_USAGE Percent Process CPU Usage
QOS_PROCESS_INSTANCE
No of process instances
QOS_PROCESS_STATE Running Process Availability
QOS_PROCESS_THREADS Number Process Threads
saa_monitor
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The following table describes the checkpoint metrics that can be configured
using the saa_monitor probe.
Metric Name Units Description
QOS_DNS_RESPONSE Milliseconds DNS response time
QOS_NET_CONNECT Milliseconds Network Connectivity Response
QOS_SA_JITTER Milliseconds Network Jitter
QOS_SA_JITTER_ICPIF None VoIP Jitter ICPIF Value
QOS_SA_JITTER_MICROSECONDS Microseconds Network Jitter (Microseconds)
QOS_SA_JITTER_MOS None VoIP Jitter MOS Score
QOS_SA_LATENCY Milliseconds Network Latency
QOS_SA_LATENCY_MICROSECONDS Microseconds Network Latency (Microseconds)
QOS_SA_PACKETLOSS Percent Network Packet Loss
QOS_SA_RTT Milliseconds Network Round Trip Time
QOS_SA_RTT_MICROSECONDS Microseconds
Network Round Trip Time
(Microseconds)
QOS_URL_RESPONSE Milliseconds URL Response
salesforce
The following table describes the checkpoint metrics that can be configured
using the salesforce probe.
Metric Name Units Description
QOS_SALESFORCE_CLOUD_AVGTRANSSPEED milliseconds Avg Transaction Speed (daily)
QOS_SALESFORCE_CLOUD_NTRANSACTIONS transactions Number of Transactions (daily)
QOS_SALESFORCE_INST_STATUS status Instance Status
QOS_SALESFORCE_ORG_APILOGIN milliseconds API Login-Logout Time
QOS_SALESFORCE_ORG_DATASTORAGE Megabytes Record Data Storage Used
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QOS_SALESFORCE_ORG_FILESTORAGE Megabytes File Storage Used
QOS_SALESFORCE_ORG_NAPICALLS count Number of API Calls Last 24 Hours
QOS_SALESFORCE_ORG_WEBLOGIN milliseconds Web Login-Logout Time
QOS_SALESFORCE_QUERY_NOBJECTS count SOQL Number of Objects
QOS_SALESFORCE_QUERY_OBJVAL value SOQL Returned Value
QOS_SALESFORCE_QUERY_TIME milliseconds SOQL Execute Time
sharepoint
The following table describes the checkpoint metrics that can be configured
using the sharepoint probe.
Metric Name Metric Type Metric Description
SharePoint.EventLogs
NumberOfEventsFound None
EventFound None
SharePoint.Files
Created None
Changed None
NotFound None
SharePoint.Filesystem
Directories None
FileAgeNewest None
FileAgeOldest None
Files None
TotalSize None
NotFound None
Sharepoint.PerformanceCounters.DynamicCounters
Counter Value None Instance name if applicable.
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Metric Name Metric Type Metric Description
QoS will be sent for all numeric value.
Sharepoint.Processes
Caption None
CommandLine None
CreationClassName None
CSCreationClassName None
CSName None
Description None
ExecutablePath None
ExecutionState None
Handle None
HandleCount None
KernelModeTime None
MaximumWorkingSetSize None
MinimumWorkingSetSize None
Name None
OSCreationClassName None
OSName None
OtherOperationCount None
OtherTransferCount None
PageFaults None
PageFileUsage None
ParentProcessId None
PeakPageFileUsage None
PeakVirtualSize None
PeakWorkingSetSize None
Priority None
PrivatePageCount None
ProcessId None
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Metric Name Metric Type Metric Description
QuotaNonPagedPoolUsag
e None
QuotaPagedPoolUsage None
QuotaPeakNonPagedPool
Usage None
QuotaPeakPagedPoolUsa
ge None
ReadOperationCount None
ReadTransferCount None
SessionId None
Status None
ThreadCount None
UserModeTime None
VirtualSize None
WindowsVersion None
WorkingSetSize None
WriteOperationCount None
WriteTransferCount None
Sharepoint.Services
State None Only counter for state of the service. No QoS will be
sent.
Sharepoint.WMI.DynamicCounters
Counter Value None Instance name if applicable.
QoS will be sent for all numeric value.
smsgtw
The following table describes the checkpoint metrics that can be configured
using the smsgtw probe.
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Metric Name Metric Type Metric Description
snmpget
The following table describes the checkpoint metrics that can be configured
using the snmpget probe.
Metric Name Units Description
QOS_IFINOCTETS_65539 Bits/second interfaces.ifTable.ifEntry.ifInOctets.65539
QOS_SNMP_VARIABLE Value SNMP Variable
QOS_SNMP_VARIABLE_IFINOCTETS_65539 Bits/second interfaces.ifTable.ifEntry.ifInOctets.65539
QOS_SNMP_VARIABLE_MR_BUFFER_FAILURES Value The number of buffer failures
QOS_SNMP_VARIABLE_QOS_BES_
AVGLATENCYINSECLAST10MSG_1_11 Value
enterprises.rim.blackBerryServer.
besUserHealthTable.besUserHealthEntry.
besUserHealthAvgLatencyInSecLast10Msg.1.11 Millis
QOS_SNMP_VARIABLE_QOS_BES_
REQUESTSTOHANDHELD_1 Value
enterprises.rim.blackBerryServer.besSysHealthTable
besSysHealthEntry.
besSysHealthWERRequestsToHandheld.1
QOS_SNMP_VARIABLE_QOS_BES_
SRPCONNECTEDSTATE_1 Value
enterprises.rim.blackBerryServer.blackBerryDispatche
dispHealthVariables.dispSysHealthSRPConnectedState
QOS_SNMP_VARIABLE_QOS_BES_
SYSHEALTH_MSGERRORS_1 Value
enterprises.rim.blackBerryServer.besSysHealthTable.
besSysHealthEntry.besSysHealthMsgErrors.1
QOS_SNMP_VARIABLE_QOS_BES_
WERREQUESTSFROMHANDHELD_1 Value
enterprises.rim.blackBerryServer.besSysHealthTable
besSysHealthEntry.besSysHealthWERRequestsFromH
QOS_SNMP_VARIABLE_QOS_ Value enterprises.rim.blackBerryServer.besSysHealthTable.
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BESSYSHEALTHMSGERRORS_1 besSysHealthEntry.besSysHealthMsgErrors.1
QOS_SNMP_VARIABLE_SYSUPTIME Centiseconds system.sysUpTime.sysUpTimeInstance
QOS_SNMP_VARIABLE_
UPSBATTERYCAPACITYREMAINING Percent upsBatteryCapacityRemaining
QOS_SNMP_VARIABLE_
UPSBATTERYREPLACEINDICATOR value upsBatteryReplaceIndicator
QOS_SNMP_VARIABLE_
UPSBATTERYRUNTIMEREMAINING hours upsBatteryRunTimeRemaining
QOS_SNMP_VARIABLE_
UPSBATTERYSTATUS State upsBatteryStatus
QOS_SNMP_VARIABLE_
UPSBATTERYTEMPERATURECELSIUS Celsius upsBatteryTemperatureCelsius
QOS_SNMP_VARIABLE_
UPSELAPSEDTIMEONBATTERY hours upsElapsedTimeOnBattery
QOS_SNMP_VARIABLE_WGW_SYSTEMUP_TIME VALUE System Uptime
snmpgtw
The snmpgtw probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
snmptd
The following table describes the checkpoint metrics that can be configured
using the snmptd probe.
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Metric Name Units Description
QOS_SNMPTD Traps Traps
sql_response
The following table describes the checkpoint metrics that can be configured
using the sql_response probe.
Metric Name Metric Type Metric Description
QOS_SQL_RESPONSE Milliseconds SQL Query Response
QOS_SQL_ROWS Rows SQL Query Rows
QOS_SQL_VALUE Number SQL Query Value
sqlserver
The following table discusses the various checkpoint metrics that you can
configure using the sqlserver probe.
Metric Name Metric Type Metric Description
check_dbalive status This checkpoint tries to connect to a server. In case the
connection cannot be established, an alert is
generated. This checkpoint cannot be deactivated!
In case of Alert, check the server connectivity or if the
server itself is running.
server_startup gauge This checkpoint monitors number of days the database
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Metric Name Metric Type Metric Description
server is up and running.
database_count gauge This checkpoint monitors the change of the number of
databases on the server. If the number increases or
decreases, an alert is generated.
backup_status status This checkpoint monitors the number of days, since
last database backup has been taken.
buf_cachehit_ratio ratio This checkpoint monitors the percentage of pages
found in buffer cache without having to read from
disk. Ratio is the interval number of cache hits divided
by the interval number of cache look-ups. Because
reading from the cache is much less expensive than
reading from disk, you want this ratio to be high. You
can increase the buffer cache hit ratio by increasing
the amount of memory available to SQL Server.
long_jobs count This checkpoint will find all jobs running longer then
defined threshold in seconds.
long_queries count This checkpoint will find all queries running longer
then defined threshold in seconds.
log_cachehit_ratio ratio This checkpoint monitors the percentage of pages
found in the log cache without having to read from
disk. The ratio is the interval number of cache hits
divided by the interval number of cache look-ups.
Because reading from the cache is much less expensive
than reading from disk, you want this ratio to be high.
You can increase the log cache hit ratio by increasing
the amount of memory available to the SQL Server.
active_users gauge This checkpoint monitors the number of users having
an active transaction at the moment of snapshot.
login_count gauge This checkpoint monitors the number of users having
an open connection to the server at the moment of
snapshot.
deadlocks count/sec This checkpoint monitors the number of deadlocks per
second in an interval. As deadlocks can cause severe
performance penalty, their number should be close to
0. Use trace 1204 or 1205 to identify the deadlocked
resources and involved applications, also sp_lock
procedure delivers useful information about locking.
lock_timeouts count/sec This checkpoint monitors number of lock-timeouts per
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Metric Name Metric Type Metric Description
second in interval with precision of 0.001sec.
lock_requests count/sec This checkpoint monitors number of lock requests per
second in interval.
lock_waits count/sec This checkpoint monitors number of lock waits per
second in interval.
transactions count/sec This checkpoint monitors number of transactions per
second in interval.
page_reads count/sec This checkpoint monitors the number of physical
database page-reads that are issued per second in an
interval. Since physical I/O is expensive, you may be
able to minimize the cost, either by using a larger data
cache, intelligent indexes, more efficient queries, or by
changing the database design.
page_writes count/sec This checkpoint monitors the number of database
page-writes that are issued per second in an interval.
Page-writes are generally expensive. Reducing page-
write activity is important for optimal tuning. One way
to do this is to ensure that you do not run out of free
buffers in the free buffer pool. If you do, page-writes
will occur while waiting for an unused cache buffer to
flush.
log_flush_waits count/sec This checkpoint monitors the number of commits per
second waiting on the log flush in interval. When
commits are waiting for log flushes, the log device is
usually the bottleneck.
latch_waits count/sec This checkpoint monitors the number of latch requests
in interval that could not be granted immediately and
had to wait before being granted. If this number is
high the system is generally experiencing a low cache
hit ratio and is being forced to perform physical I/Os.
Add more memory or increase bandwidth of your
system.
full_scans count/sec This checkpoint monitors the number of full table or
index scans per second in interval. If this value is high
(2-10) then you need to analyse your queries.
log_file_growths count This checkpoint monitors the number of times in an
interval the transaction log for the database has been
expanded. If this happens more often you should
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Metric Name Metric Type Metric Description
consider resizing your log files.
log_file_shrinks count This checkpoint monitors the number of times in an
interval the transaction log for the database has been
decreased. If this happens more often you should
consider resizing your log files.
scan_density ratio This checkpoint monitors the ratio between the best
number of extents to the actual number of extents. It
should be near 100%, lower number indicates external
fragmentation - the object should be reorganized.
logic_fragment ratio This checkpoint monitors the number of cluster index
pages that are out of order. Any number higher than
10% indicates external fragmentation. The index
should be rebuilt.
Note: Non-cluster indexes are not monitored, because
a table can have only one clustering sequence!
database_size gauge This checkpoint monitors the space used by the
respective database files, data and log files together
(in KB/MB). An alert will be issued whenever a
particular size is exceeded.
Note: This checkpoint should be used as information
additioミal to the IheIkpoiミts さfree_spaceざ aミd さlogfile_usageざ.
database_status status This checkpoint monitors the database status value.
The status value is actually a combination of some
configuration options and a status, therefore there can
be multiple values set at the same time (like さtoヴミ page deteItioミざ aミd さloadiミgざぶ.
free_space ratio This checkpoint monitors the amount of free space in
database data files in percent. If there is at least one
file with "unlimited" growth, the space in the whole
database is considered as 100% free. If you are using
file groups, this could be misleading; therefore you
should deactivate this checkpoint and use only the
"fg_free_space" checkpoint.
fg_free_space ratio This checkpoint monitors the amount of free space in
database file groups in percent. If there is at least one
file ┘ith さuミliマitedざ gヴo┘th iミ a file gヴoup, the spaIe in this file group is considered as 100% free.
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Metric Name Metric Type Metric Description
logfile_usage ratio This checkpoint monitors the amount of free space in
transaction log in percent. If there is at least one
tヴaミsaItioミ log file ┘ith さuミliマitedざ gヴo┘th iミ a database, the space in its transaction log is considered
as 100% free.
table_space gauge This checkpoint monitors amount of space (in KB/MB)
reserved for a particular table in a database. This
checkpoint can be used to control the size of fast
growing tables.
lock_memory gauge This checkpoint monitors amount of allocated lock
memory in Kb.
locks_used ratio This checkpoint monitors % of used lock and lock
owner blocks used.
connection_memory gauge This checkpoint monitors amount of memory in Kb
used to maintain connections to SQL Server.
optimizer_memory gauge This checkpoint monitors amount of memory in Kb
used for SQL optimizer.
sqlcache_memory gauge This checkpoint monitors amount of memory in Kb
used for SQL statement cache.
workspace_memory Gauge This checkpoint monitors amount of memory in Kb
used for executing processes such as hash, sort, bulk
copy, and index creation operations.
average_waittime average This checkpoint monitors average lock wait time in ms
in interval. High wait time will cause performance
degradation, consider increase number of locks
available or enlarge available computer memory.
total_memory gauge This checkpoint monitors total amount of dynamic
memory (in kilobytes) the server is using currently.
server_cpu ratio This checkpoint monitors % of CPU usage by SQL
Server instance in interval.
server_io ratio This checkpoint monitors % of I/O busy for SQL Server
instance in interval.
free_connections ratio This checkpoint monitors % free connections to SQL
Server instance, specified by parameter 'user
connections' (max. 32676).
user_cpu ratio This checkpoint monitors % of CPU usage by user in
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Metric Name Metric Type Metric Description
interval.
Note: The checkpoint user_cpu reports $spid.$hostid
in the QoS target. This will result in the creation of new
data series for each new $spid or $hostid. Hence, it is
recommended that you disable the QoS for this
checkpoint.
locked_users count This checkpoint monitors the number of users
suspended by locks at the moment of snapshot. Also,
the blocked user and its current SQL is displayed.
sybase
The following table discusses the checkpoint metrics that can be configured
using the sybase probe.
Metric Name Metric Type Metric Description
Active_users count Monitors number of users, having at least one active
transaction at the moment of the snapshot.
Source – query.
Table: sysprocesses, status = 'running'.
Buf_cachehit_ratio ratio Monitors buffer affectivity in interval. Calculated as (1
– (physical reads / logical reads)) *100
Source: API.
Item: SMC_NAME_DATA_CACHE_HIT,
SMC_NAME_DATA_CACHE_MISS
Check_dbalive status monitors SQL server availability (connection and query
execution).
Source: query.
select isnull(@@servername,'not
available')+':'+@@version
Check_msalive status Monitors Monitoring server availability (connect).
Source: API (connect).
Commited_transactions count Monitors number of transactions committed in
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Metric Name Metric Type Metric Description
interval.
Source: API.
Item: SMC_NAME_XACT.
Database_count count Monitors number of databases in server.
Source: query.
Table: sysdatabases.
Database_size ratio Monitors free space in database and log files in %.
Source: query.
Table: sysusages.
Database_size_mb count Monitors free space in database and log files in MB.
Source: query.
Table: sysusages.
Dead_locks ratio Monitors number of deadlocks per second in interval
in database.
Source: API.
Item: SMC_NAME_DEADLOCK_CNT.
Lock_requests ratio Monitors total number of lock requests per second in
interval.
Source: API.
Item: SMC_NAME_LOCK_CNT.
Lock_requests_db ratio Monitors number of lock requests per second per
database in interval.
Source: API.
Item: SMC_NAME_LOCKS_GRANTED_IMMED,
SMC_NAME_LOCKS_GRANTED_WAITED,
SMC_NAME_LOCKS_NOT_GRANTED.
Lock_requests_granted_d
b
ratio Monitors number of granted locks per second per
database in interval.
Source: API.
Item: SMC_NAME_LOCKS_GRANTED_IMMED,
SMC_NAME_LOCKS_G
RANTED_WAITED,
SMC_NAME_LOCKS_N
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Metric Name Metric Type Metric Description
OT_GRANTED.
lock_requests_waited_db ratio Monitors number of lock request waits per second per
database in interval.
Source: API.
Item: SMC_NAME_LOCKS_GRANTED_IMMED,
SMC_NAME_LOCKS_GRANTED_WAITED,
SMC_NAME_LOCKS_NOT_GRANTED.
login_count count Monitors number of users currently logged to the
server.
Source: query.
Table: sysprocesses.
Page_locks ratio Monitors number of page lock requests per second per
database in interval.
Source: API.
Item: SMC_NAME_LOCK_CNT.
Server_startup count Monitors number of days the SQL server is up.
Source: query.
DATEDIFF(dd,crdate,getdate())).
Table_locks ratio Monitors number of table lock requests per second
per database in interval.
Source: API.
Item: SMC_NAME_LOCK_CNT.
Total_disk_io ratio Monitors total number of I/O per second per device in
interval.
Source: API.
Item: SMC_NAME_DEV_IO.
Total_disk_reads ratio Monitors number of read I/O per second per device in
interval.
Source: API.
Item: SMC_NAME_DEV_READ.
Total_disk_writes ratio Monitors number of write I/O per second per device in
interval.
Source: API.
Item: SMC_NAME_DEV_WRITE.
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Metric Name Metric Type Metric Description
stp_cachehit_ratio ratio Monitors stored procedure cache efficiency in interval.
Caluclated as (1 – (physical reads / logical reads)) *100.
Source: API.
Item: SMC_NAME_STP_LOGICAL_READ,
SMC_NAME_STP_PHYSICAL_READ.
total_memory count Monitors total size of memory in kb/Mb, Sybase SQL
server has allocated at the moment of snapshot.
Source: API.
Item: SMC_NAME_MEM_CODE_SIZE
SMC_NAME_MEM_KERNEL_STRUCT_SIZE
SMC_NAME_MEM_SERVER_STRUCT_SIZE
SMC_NAME_MEM_PAGE_CACHE_SIZE
SMC_NAME_MEM_PROC_BUFFER
SMC_NAME_MEM_PROC_HEADER.
buffer_memory count Monitors size of memory in kb/Mb, Sybase SQL server
has allocated to data cache at the moment of
snapshot.
Source: API.
Item: SMC_NAME_MEM_PAGE_CACHE_SIZE.
stp_memory count Monitors size of memory in kb/Mb, Sybase SQL server
has allocated to stored procedure cache at the
moment of snapshot.
Source: API.
Item: SMC_NAME_MEM_PROC_BUFFER
SMC_NAME_MEM_PROC_HEADER.
log_contention ratio: Monitors the percentage of times, of the total times
when a user log cache was flushed into the transaction
log, that it had to wait for the log semaphore in
interval.
Source: API.
Item: SMC_NAME_LOG_CONTENTION_PCT.
locked_users ratio Monitors number of users waiting for a lock in interval.
Source: query.
Table: sysprocesses.
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Metric Name Metric Type Metric Description
log_size ratio Monitors free space (%) in the log-file of a database.
Source: query.
Table: sysusages, sysdatabases.
db_device_size ratio Monitors free space (%) in database devices.
Source: query.
Table: sysdevices, sysusages, sysdatabases.
tempdb_device_size ratio Monitors free space (%) in temporary database
devices.
Source: query.
Table: sysdevices, sysusages, sysdatabases.
device_size ratio Monitors free space (%) in devices.
Source: query.
Table: sysdevices, sysusages, sysdatabases.
active_connection_ratio ratio Source: Query
Table: sysprocesses, syscurconfigs, sysconfigures
sybase_rs
The following table describes the checkpoint metrics that can be configured
using the sybase_rs probe.
Metric Name Type Description
QOS_SYBASE_RS_DR_LATENCY minutes DR latency for the database.
QOS_SYBASE_RS_LATENCY minutes Latency for the Replication server.
QOS_SYBASE_RS_STABLE_QUEUE_USED Percent
Stable queue used in percent for the Replication
server
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Metric Name Type Description
QOS_SYBASE_RS_THREAD_STATUS Available Sybase replication server thread status
QOS_SYBASE_RS_rsalive State Availability
sysloggtw
The sysloggtw probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
sysstat
The following table describes the checkpoint metrics that can be configured
using the sysstat probe.
Metric Name Units Description
QOS_AS400_ACTIVEJOBSINSYSTEM Jobs AS400 active jobs in system
QOS_AS400_BATCHJOBSHELDONJOBQUEUE Number AS400 batch jobs held on job queue
QOS_AS400_BATCHJOBSRUNNING
AS400 batch jobs running
QOS_AS400_BATCHJOBSWAITINGFORMESSAGES
AS400 batch jobs waiting for messages
QOS_AS400_BATCHJOBSWAITINGFORMESSAGES
AS400 batch jobs waiting for messages
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QOS_AS400_CURRENTUNPROTECTEDSTORAGEUSED Megabyte
AS400 current unprotected storage
used
QOS_AS400_JOBSINSYSTEM
AS400 jobs in system
QOS_AS400_PERCPERMANENTADDRESSES % AS400 permanent addresses
QOS_AS400_PERCPROCESSINGUNITUSED % AS400 processing units used
QOS_AS400_PERCSYSTEMASPUSED % AS400 system ASP used
QOS_AS400_POOL_POOLSIZE Kilobyte AS400 pool size
QOS_AS400_SYSTEMASP Mb AS400 system ASP
QOS_AS400_TOTALAUXILARYSTORAGE Mb AS400 total auxilary storage
QOS_AS400_USERSDISCONNECTED
AS400 users disconnected
QOS_AS400_USERSSIGNEDON
AS400 users signed on
temperature
The following table describes the checkpoint metrics that can be configured
using the temperature probe.
Metric Name Units Description
QOS_TEMPERATURE Celsius Temperature
TNGgtw
The following table describes the checkpoint metrics that can be configured
using the TNGgtw probe.
Metric Name Metric Type Metric Description
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Metric Name Metric Type Metric Description
Tngobjects
The following table describes the checkpoint metrics that can be configured
using the TNGobjects probe.
Metric Name Metric Type Metric Description
TNGwvf
The following table describes the checkpoint metrics that can be configured
using the TNGwvf probe.
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Metric Name Metric Type Metric Description
Tomcat
The following table describes the checkpoint metrics that can be configured
using the tomcat probe.
Metric Name Units Description
QOS_TOMCAT_BYTES Bytes Bytes
QOS_TOMCAT_CLASSLOADCOUNT cnt Counter
QOS_TOMCAT_MEMORY_USAGE KiloByte Memory in KB
QOS_TOMCAT_THREADCOUNT cnt Counter
QOS_TOMCAT_TIME_MS Milliseconds Time in Milliseconds
url_response
The following table describes the checkpoint metrics that can be configured
using the url_response probe.
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Metric Name Units Description
QOS_URL_BYTES Bytes URL Bytes fetched
QOS_URL_BYTES_SEC Bytes/Sec URL Bytes Per Second
QOS_URL_DNSRESOLVE_TIME Milliseconds
Time required for resolving the
DNS
QOS_URL_DOWNLOAD_TIME Milliseconds Time to Download the contents
QOS_URL_FIRSTBYTE_TIME Milliseconds Time to first byte
QOS_URL_LASTBYTE_TIME Milliseconds Time to last byte
QOS_URL_REDIRECT_TIME Milliseconds Time for redirection
QOS_URL_RESPONSE Milliseconds URL Response
QOS_URL_STRINGFOUND
Found string
QOS_URL_TCPCONNECT_TIME Milliseconds TCP connect time
usage_monitoring
The following table describes the checkpoint metrics that can be configured
using the usage_monitoring probe.
Metric Name Metric Type Metric Description
vmware
The following table describes the checkpoint metrics that can be configured
using the vmware probe.
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Metric Name Units Description
QOS_COUNTER Counter Counter
QOS_CPU_USAGE Percent CPU Usage
QOS_CPU_USAGE_MHZ Megahertz CPU Usage in MHz
QOS_CPU_USAGE_RESOURCEPOOL Percent CPU Usage for resource pool
QOS_DISK_BUS_RESETS Resets / Second Number of bus resets
QOS_DISK_COMMANDS_ABORTED Aborts / Second Number of disk commands aborted
QOS_DISK_COMMANDS_ISSUED Commands / Second Number of disk commands issued
QOS_DISK_FREE Percent Disk free
QOS_DISK_READ Bytes / Second Bytes Read From Disk per Second
QOS_DISK_READ_REQUEST Requests / Second Disk Read Requests
QOS_DISK_WRITE Bytes / Second Bytes Written To Disk per Second
QOS_DISK_WRITE_REQUEST Requests / Second Disk Write Requests
QOS_MEMORY_GRANTED Megabytes
Memory granted to virtual machine in
MB
QOS_MEMORY_PERC_USAGE Percent Memory Usage in percent
QOS_MEMORY_PERC_USAGE_
RESOURCEPOOL Percent Memory Usage in %
QOS_MEMORY_STATE
Memory State
QOS_MEMORY_USAGE Megabytes Memory Usage
QOS_NETWORK_BYTES_RECEIVED_
PER_SECOND Bytes / Second Bytes Received per Second
QOS_NETWORK_BYTES_SENT_PER_SECOND Bytes / Second Bytes Sent per Second
QOS_NETWORK_PACKETS_RECEIVED_
PER_SECOND Packets / Second Packets Received per Second
QOS_NETWORK_PACKETS_SENT_
PER_SECOND Packets / Second Packets Sent per Second
QOS_STATUS Status Status
QOS_SWAP_MEMORY_USED KBytes Swap Memory used in KBytes
QOS_VMWARE_HEARTBEATS
Number of heartbeats
QOS_VMWARE_TOTAL_TIME
Total time elapsed since startup
Monitoring Probes
130 Probe Checkpoint Metrics v1.50
Metric Name Units Description
QOS_VMWARE_VARIABLE unit vmware Variable
weblogic
The following table describes the checkpoint metrics that can be configured
using the weblogic probe.
Metric Name Units Description
QOS_WEBLOGIC_VARIABLE unit weblogic Variable
websphere
The following table describes the checkpoint metrics that can be configured
using the websphere probe.
Metric Name Units Description
QOS_WEBSPHERE_MEMORY_USAGE KiloByte Memory in KB
QOS_WEBSPHERE_MEMORYHEAPSIZEKB KiloByte test
QOS_WEBSPHERE_METHODCOUNT number of Number of calls
QOS_WEBSPHERE_TIME Seconds Mesaured time
QOS_WEBSPHERE_VARIABLE unit websphere Variable
wins_response
Monitoring Probes
Probe Checkpoint Metrics v1.50 131
The following table describes the checkpoint metrics that can be configured
using the wins_response probe.
Metric Name Units Description
QOS_WINS_RESPONSE Milliseconds WINS Response
xenserver
The following table describes the checkpoint metrics that can be configured
using the xenserver probe.
Metric Name Units Description
QOS_CPU_UTILIZATION CPU utilization Percent
QOS_DISK_READ_PER_SEC KiloBytes read from disk per second. KiloBytes/Second
QOS_DISK_SIZE_FREE Free GigaBytes of disk GigaBytes
QOS_DISK_WRITE_PER_SEC KiloBytes write to disk per second. KiloBytes/Second
QOS_MEMORY_MAX Static max memory. MegaBytes
QOS_MEMORY_USED Used memory. MegaBytes
QOS_NETWORK_BYTES_RECEIVED KiloBytes received per second KiloBytes/Second
QOS_NETWORK_BYTES_SENT KiloBytes sent per second KiloBytes/Second
xmlparser
The following table describes the checkpoint metrics that can be configured
using the xmlparser probe.
Backend Probes
132 Probe Checkpoint Metrics v1.50
Metric Name Unit Description
QOS_XMLPARSER State Processing rule status
zones
The following table describes the checkpoint metrics that can be configured
using the zones probe.
Metric Name Units Description
QOS_CPU_UTIL_PCT Percent CPU Utilization
QOS_DISK_SPACE_MB Megabytes Disk Space
QOS_LOAD_AVG Load Load Average
QOS_MEM_UTIL_PCT Percent
Percentage of Memory Currently Being Used
by the Zone
QOS_MEMORY_SWAP_MB Megabytes Swap Memory Usage
QOS_NETWORK_PKT_IO Packets Network Packet I/O
QOS_PROCS Processes Running Processes
Chapter 3: Backend Probes
Backend Probes
Probe Checkpoint Metrics v1.50 133
assetmgmt
Theassetmgmt probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
audit
The following table describes the checkpoint metrics that can be configured
using the audit probe.
Metric Name Metric Type Metric Description
controller
The following table describes the checkpoint metrics that can be configured
using the controller probe.
Backend Probes
134 Probe Checkpoint Metrics v1.50
Metric Name Metric Type Metric Description
dap
The dap probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
dashboard_engine
The dashboard_engine probe does not generate any QoS. Hence, there are no
probe checkpoint metrics to be configured for this probe.
dashboard_server
The following table describes the checkpoint metrics that can be configured
using the dashboard_server probe.
Metric Name Metric Type Metric Description
Backend Probes
Probe Checkpoint Metrics v1.50 135
Metric Name Metric Type Metric Description
data_engine
The following table describes the checkpoint metrics that can be configured
using the data_engine probe.
Metric Name Metric Type Metric Description
discovery_agent
The following table describes the checkpoint metrics that can be configured
using the discovery_agent probe.
Backend Probes
136 Probe Checkpoint Metrics v1.50
Metric Name Metric Type Metric Description
discovery_server
The following table describes the checkpoint metrics that can be configured
using the discovery_server probe.
Metric Name Metric Type Metric Description
distsrv
The following table describes the checkpoint metrics that can be configured
using the distsrv probe.
Backend Probes
Probe Checkpoint Metrics v1.50 137
Metric Name Metric Type Metric Description
e2e_appmon
The following table describes the checkpoint metrics that can be configured
using the e2e_appmon probe.
Metric Name Units Description
QOS_E2E_EXECUTION Milliseconds E2E AppMon Script Run Time
Exchange Monitor Reports
The following table describes the checkpoint metrics that can be configured
using the exchange_monitor_reports probe.
Metric Name Metric Type Metric Description
exchange_monitor_backend
Backend Probes
138 Probe Checkpoint Metrics v1.50
The exchange_monitor_backend probe does not generate any QoS. Hence,
there are no probe checkpoint metrics to be configured for this probe.
group_server
The following table describes the checkpoint metrics that can be configured
using the group_server probe.
Metric Name Metric Type Metric Description
The HA probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
httpd
The following table describes the checkpoint metrics that can be configured
using the httpd probe.
Backend Probes
Probe Checkpoint Metrics v1.50 139
Metric Name Metric Type Metric Description
hub
The following table describes the checkpoint metrics that can be configured
using the hub probe.
Metric Name Metric Type Metric Description
mobile_panels
The following table describes the checkpoint metrics that can be configured
using the mobile_panels probe.
Backend Probes
140 Probe Checkpoint Metrics v1.50
Metric Name Metric Type Metric Description
nas
The following table describes the checkpoint metrics that can be configured
using the nas probe.
Metric Name Metric Type Metric Description
nexec
The following table describes the checkpoint metrics that can be configured
using the nexec probe.
Backend Probes
Probe Checkpoint Metrics v1.50 141
Metric Name Metric Type Metric Description
packageEditor
The following table describes the checkpoint metrics that can be configured
using the packageEditor probe.
Metric Name Metric Type Metric Description
proxy
The following table describes the checkpoint metrics that can be configured
using the proxy probe.
Backend Probes
142 Probe Checkpoint Metrics v1.50
Metric Name Metric Type Metric Description
report_engine
The following table describes the checkpoint metrics that can be configured
using the report_engine probe.
Metric Name Metric Type Metric Description
sla_engine
The following table describes the checkpoint metrics that can be configured
using the sla_engine probe.
Metric Name Metric Type Metric Description
Backend Probes
Probe Checkpoint Metrics v1.50 143
spooler
The following table describes the checkpoint metrics that can be configured
using the spooler probe.
Metric Name Metric Type Metric Description
tcp_proxy
The tcp_proxy probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
variable_server
The following table describes the checkpoint metrics that can be configured
using the variable_server probe.
Metric Name Metric Type Metric Description
Backend Probes
144 Probe Checkpoint Metrics v1.50
wasp
The wasp probe does not generate any QoS. Hence, there are no probe
checkpoint metrics to be configured for this probe.
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