Dell Networking W-Series
Instant 6.4.0.2-4.1
MIB
Reference Guide
Copyright
© 2014 Aruba Networks, Inc. Aruba Networks trademarks include , Aruba Networks®, Aruba Wireless Networks®, the registered Aruba the Mobile Edge Company logo, and Aruba Mobility Management System®. Dell™, the DELL™ logo, and PowerConnect™ are trademarks of Dell Inc.
All rights reserved. Specifications in this manual are subject to change without notice.
Originated in the USA. All othertrademarks are the property of theirrespective owners.
Open Source Code
Certain Aruba products include Open Source software code developed by third parties, including software code subject to the GNU General Public License (GPL), GNU LesserGeneral Public License (LGPL), orotherOpen Source Licenses. Includes software from Litech Systems Design. The IF-MAP client library copyright 2011 Infoblox, Inc. All rights reserved. This product includes software developed by Lars Fenneberg, et al. The Open Source code used can be found at this site:
http://www.arubanetworks.com/open_source
Legal Notice
The use of Aruba Networks, Inc. switching platforms and software, by all individuals orcorporations, to terminate othervendors’ VPN client devices constitutes complete acceptance of liability by that individual orcorporation for this action and indemnifies, in full, Aruba Networks, Inc. from any and all legal actions that might be taken against it with respect to infringement of copyright on behalf of those vendors.
0511584-01| June2014 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1 | MIBReferenceGuide |
Contents |
3 |
About this Guide |
20 |
Intended Audience |
20 |
Related Documents |
20 |
Conventions |
20 |
What is New in this Release |
21 |
Contacting Dell |
21 |
MIBs Overview |
22 |
MIBs |
22 |
SNMP |
23 |
Using MIBs |
25 |
Downloading MIB Files |
25 |
Reporting WLAN Health |
25 |
SNMP Operations on W-IAPs |
25 |
MIB Browsers |
26 |
Reading MIB Files |
26 |
Opening Line |
27 |
Imports |
27 |
Inheritance |
27 |
Identity |
28 |
MIB Modules |
28 |
Group |
28 |
Table |
28 |
Entry |
28 |
Closing Line |
29 |
SNMP File |
29 |
HP OpenView |
29 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1| MIBReferenceGuide |
Contents | 3 |
Instant MIBs |
30 |
aiInfoGroup |
31 |
aiVirtualControllerKey |
31 |
aiVirtualControllerName |
32 |
aiVirtualControllerOrganization |
32 |
aiVirtualControllerVersion |
32 |
aiVirtualControllerIPAddress |
32 |
aiMasterIPAddress |
33 |
aiStateGroup |
33 |
aiAccessPointTable |
33 |
aiAccessPointEntry |
34 |
aiAPMACAddress |
34 |
aiAPName |
34 |
aiAPIPAddress |
34 |
aiAPSerialNum |
34 |
aiAPModel |
35 |
aiAPModelName |
35 |
aiAPCPUUtilization |
35 |
aiAPMemoryFree |
35 |
aiAPUptime |
35 |
aiAPTotalMemory |
36 |
aiAPStatus |
36 |
aiRadioTable |
36 |
aiRadioEntry |
37 |
aiRadioAPMacAddress |
37 |
aiRadioIndex |
37 |
aiRadioMACAddress |
37 |
aiRadioChannel |
38 |
aiRadioTransmitPower |
38 |
aiRadioNoiseFloor |
38 |
aiRadioUtilization4 |
38 |
aiRadioUtilization64 |
38 |
4 | Contents |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
aiRadioTxTotalFrames |
39 |
aiRadioTxMgmtFrames |
39 |
aiRadioTxDataFrames |
39 |
aiRadioTxDataBytes |
39 |
aiRadioTxDrops |
39 |
aiRadioRxTotalFrames |
40 |
aiRadioRxDataFrames |
40 |
aiRadioRxDataBytes |
40 |
aiRadioRxMgmtFrames |
40 |
aiRadioRxBad |
40 |
aiRadioPhyEvents |
41 |
aiRadioStatus |
41 |
aiWlanTable |
41 |
aiWlanEntry |
42 |
aiWlanAPMACAddress |
42 |
aiWlanIndex |
42 |
aiWlanESSID |
42 |
aiWlanMACAddress |
42 |
aiWlanTxTotalFrames |
43 |
aiWlanTxDataFrames |
43 |
aiWlanTxDataBytes |
43 |
aiWlanRxTotalFrames |
43 |
aiWlanRxDataFrames |
43 |
aiWlanRxDataBytes |
44 |
aiClientTable |
44 |
aiClientEntry |
45 |
aiClientMACAddress |
45 |
aiClientWlanMACAddress |
45 |
aiClientIPAddress |
45 |
aiClientAPIPAddress |
45 |
aiClientName |
46 |
aiClientOperatingSystem |
46 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1| MIBReferenceGuide |
Contents | 5 |
aiClientSNR |
46 |
aiClientTxDataFrames |
46 |
aiClientTxDataBytes |
46 |
aiClientTxRetries |
47 |
aiClientTxRate |
47 |
aiClientRxDataFrames |
47 |
aiClientRxDataBytes |
47 |
aiClientRxRetries |
47 |
aiClientRxRate |
48 |
aiClientUptime |
48 |
Standard SNMP MIBs |
49 |
System MIB |
49 |
sysDescr |
50 |
sysObjectID |
50 |
sysUpTime |
50 |
sysName |
50 |
sysLocation |
51 |
sysServices |
51 |
dot1qTpFdbTable |
51 |
dot1qFdbId |
51 |
dot1qTpFdbAddress |
52 |
dot1qTpFdbPort |
52 |
dot1qTpFdbStatus |
52 |
ifTable |
52 |
ifIndex |
53 |
ifDescr |
53 |
ifType |
54 |
ifMtu |
54 |
ifSpeed |
54 |
ifPhysAddress |
54 |
ifAdminStatus |
55 |
ifOperStatus |
55 |
6 | Contents |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
ifInOctets |
55 |
ifInUcastPkts |
55 |
ifInNUcastPkts |
56 |
ifInDiscards |
56 |
ifInErrors |
56 |
ifOutOctets |
56 |
ifOutUcastPkts |
57 |
ifOutDiscards |
57 |
ifOutErrors |
57 |
ifXTable |
57 |
ifName |
58 |
ifInMulticastPkts |
58 |
ifInBroadcastPkts |
58 |
ifOutMulticastPkts |
59 |
ifOutBroadcastPkts |
59 |
ifHCInOctets |
59 |
ifHCInUcastPkts |
59 |
ifHCInMulticastPkts |
60 |
ifHCInBroadcastPkts |
60 |
ifHCOutOctets |
60 |
ifHCOutUcastPkts |
61 |
ifHCOutMulticastPkts |
61 |
ifHCOutBroadcastPkts |
61 |
ifLinkUpDownTrapEnable |
62 |
ifPromiscuousMode |
62 |
ifConnectorPresent |
62 |
Traps |
63 |
Trap Hierarchy |
63 |
wlsxTrapAPMacAddress |
68 |
wlsxTrapAPIpAddress |
68 |
wlsxTrapAPBSSID |
68 |
wlsxTrapEssid |
69 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1| MIBReferenceGuide |
Contents | 7 |
wlsxTrapTargetAPBSSID |
69 |
wlsxTrapTargetAPSSID |
69 |
wlsxTrapTargetAPChannel |
69 |
wlsxTrapNodeMac |
70 |
wlsxTrapSourceMac |
70 |
wlsxReceiverMac |
70 |
wlsxTrapTransmitterMac |
70 |
wlsxTrapReceiverMac |
70 |
wlsxTrapSnr |
71 |
wlsxTrapSignatureName |
71 |
wlsxTrapFrameType |
71 |
wlsxTrapAddressType |
71 |
wlsxTrapAPLocation |
71 |
wlsxTrapAPChannel |
72 |
wlsxTrapAPTxPower |
72 |
wlsxTrapMatchedMac |
72 |
wlsxTrapMatchedIp |
72 |
wlsxTrapRogueIfoURL |
72 |
wlsxTrapVLANId |
73 |
wlsxTrapAdminStatus |
73 |
wlsxTrapOperStatus |
73 |
wlsxTrapAuthServerName |
73 |
wlsxTrapAuthServerTimeout |
73 |
wlsxTrapCardSlot |
74 |
wlsxTrapTemperatureValue |
74 |
wlsxTrapProcessName |
74 |
wlsxTrapFanNumber |
74 |
wlsxTrapVoltageType |
74 |
wlsxTrapVoltageValue |
75 |
wlsxTrapStationBlackListReason |
75 |
wlsxTrapSpoofedIpAddress |
75 |
wlsxTrapSpoofedOldPhyAddress |
75 |
8 | Contents |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
wlsxTrapSpoofedNewPhyAddress |
75 |
wlsxTrapDBName |
76 |
wlsxTrapDBUserName |
76 |
wlsxTrapDBIpAddress |
76 |
wlsxTrapDBType |
76 |
wlsxTrapVrrpID |
76 |
wlsxTrapVrrpMasterIp |
77 |
wlsxTrapVrrpOperState |
77 |
wlsxTrapESIServerGrpName |
77 |
wlsxTrapESIServerName |
77 |
wlsxTrapESIServerIpAddress |
77 |
wlsxTrapLicenseDaysRemaining |
78 |
wlsxTrapSwitchIp |
78 |
wlsxTrapSwitchRole |
78 |
wlsxTrapUserIpAddress |
78 |
wlsxTrapUserPhyAddress |
78 |
wlsxTrapUserName |
79 |
wlsxTrapUserRole |
79 |
wlsxTrapUserAuthenticationMethod |
79 |
wlsxTrapAPRadioNumber |
79 |
wlsxTrapRogueInfoURL |
79 |
wlsxTrapInterferingAPInfoURL |
80 |
wlsxTrapPortNumber |
80 |
wlsxTrapTime |
80 |
wlsxTrapHostIp |
80 |
wlsxTrapHostPort |
80 |
wlsxTrapConfigurationId |
81 |
wlsxTrapCTSURL |
81 |
wlsxTrapCTSTransferType |
81 |
wlsxTrapConfigurationState |
81 |
wlsxTrapUpdateFailureReason |
81 |
wlsxTrapUpdateFailedObj |
82 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1| MIBReferenceGuide |
Contents | 9 |
wlsxTrapTableEntryChangeType |
82 |
wlsxTrapGlobalConfigObj |
82 |
wlsxTrapTableGenNumber |
82 |
wlsxTrapLicenseId |
82 |
wlsxTrapConfidenceLevel |
83 |
wlsxTrapMissingLicenses |
83 |
wlsxVoiceCurrentNumCdr |
83 |
wlsxTrapTunnelId |
83 |
wlsxTrapTunnelStatus |
83 |
wlsxTrapTunnelUpReason |
84 |
wlsxTrapTunnelDownReason |
84 |
wlsxTrapApSerialNumber |
84 |
wlsxTraptimeStr |
84 |
wlsxTrapMasterIp |
84 |
wlsxTrapLocaIIp |
85 |
wlsxTrapMasterName |
85 |
wlsxTrapLocalName |
85 |
wlsxTrapPrimaryControllerIp |
85 |
wlsxTrapBackupControllerIp |
85 |
wlsxTrapSpoofedFrameType |
86 |
wlsxTrapAssociationType |
86 |
wlsxTrapDeviceIpAddress |
86 |
wlsxTrapDeviceMac |
86 |
wlsxTrapVcIpAddress |
86 |
wlsxTrapVcMacAddress |
87 |
wlsxTrapAPName |
87 |
wlsxTrapApMode |
87 |
wlsxTrapAPPrevChannel |
87 |
wlsxTrapAPPrevChannelSec |
87 |
wlsxTrapAPPrevTxPower |
88 |
wlsxTrapAPCurMode |
88 |
wlsxTrapAPPrevMode |
88 |
10 | Contents |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
wlsxTrapAPARMChangeReason |
88 |
wlsxTrapAPChannelSec |
88 |
wlsxTrapUserAttributeChangeType |
89 |
wlsxTrapAPControllerIp |
89 |
wlsxTrapApMasterStatus |
89 |
wlsxTrapCaName |
89 |
wlsxTrapCrlName |
89 |
wlsxTrapCount |
90 |
wlsxTrapAPPreviousUplinkType |
90 |
wlsxTrapAPPreviousUplinkActiveTime |
90 |
wlsxTrapAPActiveUplinkType |
90 |
wlsxTrapAPUplinkChangeReason |
90 |
wlsxTrapAPManagedModeConfigFailure |
91 |
ai Traps Objects Group |
91 |
wlsxTrapAPMacAddress |
95 |
wlsxTrapAPIpAddress |
95 |
wlsxTrapAPBSSID |
95 |
wlsxTrapEssid |
96 |
wlsxTrapTargetAPBSSID |
96 |
wlsxTrapTargetAPSSID |
96 |
wlsxTrapTargetAPChannel |
96 |
wlsxTrapNodeMac |
97 |
wlsxTrapSourceMac |
97 |
wlsxReceiverMac |
97 |
wlsxTrapTransmitterMac |
97 |
wlsxTrapReceiverMac |
97 |
wlsxTrapSnr |
98 |
wlsxTrapSignatureName |
98 |
wlsxTrapFrameType |
98 |
wlsxTrapAddressType |
98 |
wlsxTrapAPLocation |
98 |
wlsxTrapAPChannel |
99 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1| MIBReferenceGuide |
Contents | 11 |
wlsxTrapAPTxPower |
99 |
wlsxTrapMatchedMac |
99 |
wlsxTrapMatchedIp |
99 |
wlsxTrapRogueIfoURL |
99 |
wlsxTrapVLANId |
100 |
wlsxTrapAdminStatus |
100 |
wlsxTrapOperStatus |
100 |
wlsxTrapAuthServerName |
100 |
wlsxTrapAuthServerTimeout |
100 |
wlsxTrapCardSlot |
101 |
wlsxTrapTemperatureValue |
101 |
wlsxTrapProcessName |
101 |
wlsxTrapFanNumber |
101 |
wlsxTrapVoltageType |
101 |
wlsxTrapVoltageValue |
102 |
wlsxTrapStationBlackListReason |
102 |
wlsxTrapSpoofedIpAddress |
102 |
wlsxTrapSpoofedOldPhyAddress |
102 |
wlsxTrapSpoofedNewPhyAddress |
102 |
wlsxTrapDBName |
103 |
wlsxTrapDBUserName |
103 |
wlsxTrapDBIpAddress |
103 |
wlsxTrapDBType |
103 |
wlsxTrapVrrpID |
103 |
wlsxTrapVrrpMasterIp |
104 |
wlsxTrapVrrpOperState |
104 |
wlsxTrapESIServerGrpName |
104 |
wlsxTrapESIServerName |
104 |
wlsxTrapESIServerIpAddress |
104 |
wlsxTrapLicenseDaysRemaining |
105 |
wlsxTrapSwitchIp |
105 |
wlsxTrapSwitchRole |
105 |
12 | Contents |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
wlsxTrapUserIpAddress |
105 |
wlsxTrapUserPhyAddress |
105 |
wlsxTrapUserName |
106 |
wlsxTrapUserRole |
106 |
wlsxTrapUserAuthenticationMethod |
106 |
wlsxTrapAPRadioNumber |
106 |
wlsxTrapRogueInfoURL |
106 |
wlsxTrapInterferingAPInfoURL |
107 |
wlsxTrapPortNumber |
107 |
wlsxTrapTime |
107 |
wlsxTrapHostIp |
107 |
wlsxTrapHostPort |
107 |
wlsxTrapConfigurationId |
108 |
wlsxTrapCTSURL |
108 |
wlsxTrapCTSTransferType |
108 |
wlsxTrapConfigurationState |
108 |
wlsxTrapUpdateFailureReason |
108 |
wlsxTrapUpdateFailedObj |
109 |
wlsxTrapTableEntryChangeType |
109 |
wlsxTrapGlobalConfigObj |
109 |
wlsxTrapTableGenNumber |
109 |
wlsxTrapLicenseId |
109 |
wlsxTrapConfidenceLevel |
110 |
wlsxTrapMissingLicenses |
110 |
wlsxVoiceCurrentNumCdr |
110 |
wlsxTrapTunnelId |
110 |
wlsxTrapTunnelStatus |
110 |
wlsxTrapTunnelUpReason |
111 |
wlsxTrapTunnelDownReason |
111 |
wlsxTrapApSerialNumber |
111 |
wlsxTraptimeStr |
111 |
wlsxTrapMasterIp |
111 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1| MIBReferenceGuide |
Contents | 13 |
wlsxTrapLocaIIp |
112 |
wlsxTrapMasterName |
112 |
wlsxTrapLocalName |
112 |
wlsxTrapPrimaryControllerIp |
112 |
wlsxTrapBackupControllerIp |
112 |
wlsxTrapSpoofedFrameType |
113 |
wlsxTrapAssociationType |
113 |
wlsxTrapDeviceIpAddress |
113 |
wlsxTrapDeviceMac |
113 |
wlsxTrapVcIpAddress |
113 |
wlsxTrapVcMacAddress |
114 |
wlsxTrapAPName |
114 |
wlsxTrapApMode |
114 |
wlsxTrapAPPrevChannel |
114 |
wlsxTrapAPPrevChannelSec |
114 |
wlsxTrapAPPrevTxPower |
115 |
wlsxTrapAPCurMode |
115 |
wlsxTrapAPPrevMode |
115 |
wlsxTrapAPARMChangeReason |
115 |
wlsxTrapAPChannelSec |
115 |
wlsxTrapUserAttributeChangeType |
116 |
wlsxTrapAPControllerIp |
116 |
wlsxTrapApMasterStatus |
116 |
wlsxTrapCaName |
116 |
wlsxTrapCrlName |
116 |
wlsxTrapCount |
117 |
wlsxTrapAPPreviousUplinkType |
117 |
wlsxTrapAPPreviousUplinkActiveTime |
117 |
wlsxTrapAPActiveUplinkType |
117 |
wlsxTrapAPUplinkChangeReason |
117 |
wlsxTrapAPManagedModeConfigFailure |
118 |
ai Traps Definitions Group |
118 |
14 | Contents |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
wlsxNUserEntryCreated |
124 |
wlsxNUserEntryDeleted |
124 |
wlsxNUserEntryAuthenticated |
124 |
wlsxNUserEntryDeAuthenticated |
124 |
wlsxNUserAuthenticationFailed |
125 |
wlsxNAuthServerReqTimedOut |
125 |
wlsxNAuthServerTimedOut |
125 |
wlsxNAuthServerIsUp |
125 |
wlsxNAccessPointIsUp |
125 |
wlsxNChannelChanged |
126 |
wlsxNStationAddedToBlackList |
126 |
wlsxNStationRemovedFromBlackList |
126 |
wlsxNRadioAttributesChanged |
126 |
wlsxUnsecureAPDetected |
126 |
wlsxUnsecureAPResolved |
127 |
wlsxStaImpersonation |
127 |
wlsxReservedChannelViolation |
127 |
wlsxValidSSIDViolation |
127 |
wlsxChannelMisconfiguration |
127 |
wlsxOUIMisconfiguration |
128 |
wlsxSSIDMisconfiguration |
128 |
wlsxShortPreableMisconfiguration |
128 |
wlsxWPAMisconfiguration |
128 |
wlsxAdhocNetworkDetected |
128 |
wlsxAdhocNetworkRemoved |
129 |
wlsxStaPolicyViolation |
129 |
wlsxRepeatWEPIVViolation |
129 |
wlsxWeakWEPIVViolation |
129 |
wlsxChannelInterferenceDetected |
129 |
wlsxChannelInterferenceCleared |
130 |
wlsxAPInterferenceDetected |
130 |
wlsxAPInterferenceCleared |
130 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1| MIBReferenceGuide |
Contents | 15 |
wlsxStaInterferenceDetected |
130 |
wlsxStaInterferenceCleared |
130 |
wlsxFrameRetryRateExceeded |
131 |
wlsxFrameReceiveErrorRateExceeded |
131 |
wlsxFrameFragmentationRateExceeded |
131 |
wlsxFrameBandWidthRateExceeded |
131 |
wlsxFrameLowSpeedRateExceeded |
131 |
wlsxFrameNonUnicastRateExceeded |
132 |
wlsxLoadbalancingEnabled |
132 |
wlsxLoadbalancingDisabled |
132 |
wlsxChannelFrameRetryRateExceeded |
132 |
wlsxChannelFrameFragmentationRateExceeded |
132 |
wlsxChannelFrameErrorRateExceeded |
133 |
wlsxSignatureMatchAP |
133 |
wlsxSignatureMatchSta |
133 |
wlsxChannelRateAnomaly |
133 |
wlsxNodeRateAnomaly |
133 |
wlsxNodeRateAnomalyAP |
134 |
wlsxNodeRateAnomalySta |
134 |
wlsxEAPRateAnomaly |
134 |
wlsxSignalAnomaly |
134 |
wlsxSequenceNumberAnomalyAP |
135 |
wlsxSequenceNumberAnomalySta |
135 |
wlsxDisconnectStationAttack |
135 |
wlsxApFloodAttack |
136 |
wlsxAdhocNetwork |
136 |
wlsxWirelessBridge |
136 |
wlsxInvalidMacOUIAP |
136 |
wlsxInvalidMacOUISta |
136 |
wlsxWEPMisconfiguration |
137 |
wlsxStaRepeatWEPIVViolation |
137 |
wlsxStaWeakWEPIVViolation |
137 |
16 | Contents |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
wlsxStaAssociatedToUnsecureAP |
137 |
wlsxStaUnAssociatedFromUnsecureAP |
137 |
wlsxAdhocNetworkBridgeDetected |
138 |
wlsxInterferingApDetected |
138 |
wlsxColdStart |
138 |
wlsxWarmStart |
138 |
wlsxAPImpersonation |
138 |
wlsxNAuthServerIsDown |
139 |
wlsxWindowsBridgeDetected |
139 |
wlsxSignAPNetstumbler |
139 |
wlsxSignStaNetstumbler |
139 |
wlsxSignAPAsleap |
139 |
wlsxSignStaAsleap |
140 |
wlsxSignAPAirjack |
140 |
wlsxSignStaAirjack |
140 |
wlsxSignAPNullProbeResp |
140 |
wlsxSignStaNullProbeResp |
140 |
wlsxSignAPDeauthBcast |
141 |
wlsxSignStaDeauthBcast |
141 |
wlsxWindowsBridgeDetectedSta |
141 |
wlsxAdhocNetworkBridgeDetectedAP |
141 |
wlsxAdhocNetworkBridgeDetectedSta |
142 |
wlsxHT40MHzIntoleranceSta |
143 |
wlsxNAdhocNetwork |
143 |
wlsxNAdhocNetworkBridgeDetectedAP |
144 |
wlsxNStaUnAssociatedFromUnsecureAP |
145 |
wlsxOmertaAttack |
146 |
wlsxTKIPReplayAttack |
146 |
wlsxChopChopAttack |
146 |
wlsxFataJackAttack |
146 |
wlsxInvalidAddressCombination |
146 |
wlsxValidClientMisassociation |
147 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1| MIBReferenceGuide |
Contents | 17 |
wlsxMalformedHTIEDetected |
147 |
wlsxMalformedAssocReqDetected |
147 |
wlsxOverflowIEDetected |
147 |
wlsxOverflowEAPOLKeyDetected |
148 |
wlsxMalformedFrameLargeDurationDetected |
148 |
wlsxMalformedFrameWrongChannelDetected |
148 |
wlsxMalformedAuthFrame |
148 |
wlsxCTSRateAnomaly |
148 |
wlsxRTSRateAnomaly |
149 |
wlsxNRogueAPDetected |
149 |
wlsxNRogueAPResolved |
149 |
wlsxNeighborAPDetected |
149 |
wlsxNInterferingAPDetected |
149 |
wlsxNSuspectRogueAPDetected |
150 |
wlsxNSuspectRogueAPResolved |
150 |
wlsxBlockAckAttackDetected |
150 |
wlsxHotspotterAttackDetected |
150 |
wlsxNSignatureMatch |
151 |
wlsxNSignatureMatchNetstumbler |
151 |
wlsxNSignatureMatchAsleap |
151 |
wlsxNSignatureMatchAirjack |
151 |
wlsxNSignatureMatchNullProbeResp |
152 |
wlsxNSignatureMatchDeauthBcast |
152 |
wlsxNSignatureMatchDisassocBcast |
152 |
wlsxNSignatureMatchWellenreiter |
153 |
wlsxAPDeauthContainment |
153 |
wlsxClientDeauthContainment |
153 |
wlsxAPWiredContainment |
153 |
wlsxClientWiredContainment |
153 |
wlsxAPTaggedWiredContainment |
154 |
wlsxClientTaggedWiredContainment |
154 |
wlsxTarpitContainment |
154 |
18 | Contents |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
wlsxAPChannelChange |
154 |
wlsxAPPowerChange |
154 |
wlsxAPModeChange |
155 |
wlsxUserEntryAttributesChanged |
155 |
wlsxNAPMasterStatusChange |
155 |
wlsxNAdhocUsingValidSSID |
155 |
wlsxMgmtUserAuthenticationFailed |
156 |
SNMP Traps |
156 |
linkDown |
156 |
linkUp |
156 |
DellNetworkingW-SeriesInstant6.4.0.2-4.1| MIBReferenceGuide |
Contents | 19 |
Chapter 1
This guide provides information on Management Information Base (MIBs)supported in Dell Networking W-Series Instant 6.4.0.2-4.1 software release.
This manual is intended fornetwork administrators and operators responsible formanaging the Dell Networking W- Series Instant Access Point (W-IAP).
In addition to this document, the Dell W-IAP product documentation includes the following:
•Dell Networking W-Series Instant Access Point Installation Guides
•Dell Networking W-Series Instant 6.4.0.2-4.1 UserGuide
•Dell Networking W-Series Instant 6.4.0.2-4.1 CLI Reference Guide
•Dell Networking W-Series Instant 6.4.0.2-4.1 Quick Start Guide
•Dell Networking W-Series Instant 6.4.0.2-4.1 Syslog Messages Reference Guide
•Dell Networking W-Series Instant 6.4.0.2-4.1 Release Notes
The following conventions are used throughout this manual to emphasize important concepts:
Table 1: Typographical Conventions
Type Style |
Description |
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Italics |
This style is used to emphasize important terms and to mark the titles of books. |
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System items |
This fixed-width font depicts the following: |
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• |
Sample screen output |
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• |
System prompts |
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• Filenames, software devices, and specific commands when mentioned in the text |
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Commands |
In the command examples, this style depicts the keywords that must be typed exactly as |
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shown. |
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AboutthisGuide | 20 |
Type Style |
Description |
<Arguments> |
In the command examples, italicized text within angle brackets represents items that you |
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should replace with information appropriate to your specific situation. For example: |
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# send <text message> |
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In this example, you would type “send” at the system prompt exactly as shown, followed by |
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the text of the message you wish to send. Do not type the angle brackets. |
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[Optional] |
Command examples enclosed in brackets are optional. Do not type the brackets. |
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{Item A | |
In the command examples, items within curled braces and separated by a vertical bar |
Item B} |
represent the available choices. Enter only one choice. Do not type the braces or bars. |
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The following informational icons are used throughout this guide:
Indicates helpful suggestions, pertinent information, and important things to remember.
Indicates a risk of damage to yourhardware orloss of data.
Indicates a risk of personal injury ordeath.
The version of the document contains the following updates:
Table 2: New Features in Dell Networking W-Series Instant 6.4.0.2-4.1
Feature |
Description |
Sourcing Virtual Controller |
In the current release, if the Virtual Controller IP address is configured, the |
traps from Virtual Controller IP |
traps are generated with Virtual Controller IP as the source IP address. |
address and sysObjectID |
The sysObjectID of systemMIB returns results with iapvc when a query on |
enhancements |
the Virtual Controller IP is performed. |
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Table 3: Support Information
Support |
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Main Website |
dell.com |
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Contact Information |
dell.com/contactdell |
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Support Website |
dell.com/support |
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Documentation Website |
dell.com/support/manuals |
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21 | AboutthisGuide |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
Chapter 2
This chapterprovides information about Management Information Base (MIBs)supported in Dell Networking W- Series Instant 6.4.0.2-4.1 software release.
A MIB is a virtual database that contains information used fornetwork management. Each managed device contains MIBs that define its properties. A separate MIB is provided foreach defined property, such as the group of physical ports assigned to a VLAN orthe statistical data of packets transferred at a specific rate.
MIB objects, such as a MIB table ora specific object in a MIB table, are identified with Object identifiers (OIDs). The OIDs are designated by text strings and integersequences. Forexample, Dell and 1.3.6.1.4.1.674 both represent the private enterprise node Dell.
Figure 1 illustrates the high-level hierarchy of the Enterprise MIBs.
Figure 1 High-Level MIB Hierarchy
The hardware MIBs are assigned underthe Dell organization code, while all otherMIBs are underthe Aruba organization code.
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MIBsOverview | 22 |
Table 4 indicates the numerical string that lists the nodes of the enterprise MIB hierarchy.
Table 4: MIB Node Identification - Enterprise Nodes
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|
Name |
1 |
1 |
OSI |
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3 |
1.3 |
ORG |
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6 |
1.3.6 |
DOD |
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1 |
1.3.6.1 |
Internet |
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4 |
1.3.6.1.4 |
Private |
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1 |
1.3.6.1.4.1 |
Enterprise |
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|
674 |
1.3.6.1.4.1.674 |
Dell |
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The information provided by a MIB is a file that describes network elements with numerical strings. This information is compiled into readable text by the SNMP manager. Forinformation about reading MIB text files, see Reading MIB Files on page 26.
MIB objects can be accessed through the Simple Network Management Protocol (SNMP). To deliverinformation between devices, every object referenced in an SNMP message must be listed in the MIB. A component of a device that is not described in a MIB cannot be recognized by SNMP as there is no information forSNMP managers and SNMP agents to exchange.
The significant elements of SNMP are Managers, Agents, and MIBs:
•SNMP Managers (software application)are used forcommunicating and managing the devices that support SNMP Agents. SNMP Managers can also be used forsending configuration updates orcontrolling requests to manage a network device.
•SNMP Agents (software application)provide information from the network devices to the SNMP Managers. Network devices include workstations, routers, microwave radios, and othernetwork components.
•MIBs are used forcommunication between the Managers and the Agents. The OIDs of the MIBs enable the Managers and Agents to communicate specific data requests and data returns.
Instant MIBs support SNMPv1, SNMPv2, and SNMPv3. Forinformation on configuring SNMP through the Instant UI, see Dell Networking W-Series Instant Access Point 6.4.0.2-4.1 UserGuide.
To retrieve information from a MIB, the following information is required:
•SNMP version
•SNMP community name—public or private
•The IP Address of the virtual controller
•The OID of the MIB object
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DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
Table 5: MIB Keywords
Keyword |
Description |
Sequence |
Refers to the sequence of objects of the MIB. This keyword is used with entry MIB objects to |
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list the MIB objects that exchange information. |
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Syntax |
Textual conventions, for example, Integer32. |
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Max- |
Defines the object accessibility: |
Access |
• read-only: Can be retrieved but not modified |
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• read-write: Can be retrieved and modified |
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• not-accessible: Cannot be retrieved; it is for internal (device) use only |
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• accessible-for-notify: Can be retrieved when a trap message (notification) is sent |
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Status |
Defines the status of the object: |
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• current: Indicates that the object status is up-to-date and valid. |
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• deprecated: Indicates an obsolete definition. It permits new or continued implementation |
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to maintain interoperability with existing implementations. |
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• obsolete: Obsolete. It should not be implemented and/or can be removed if previously |
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implemented. |
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Description |
A text string that describes the object. |
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In addition, MIB files can be placed in the appropriate disk location to assist the userin locating desired OID values formonitoring.
It is assumed that the workstation is connected to the Instant and a MIB browseris available. Formost applications, the root of the MIB must be included in the OID—the OID begins with a decimal point as shown below.
.1.3.6.1.4.1.674.2.2.1.1.2.1
If you are using an application that is run through the Linux shell, you can use the following commands shown as examples:
•snmpget -v1 -c <community name> <Instant IP address> <MIB OID/MIB name>
•snmpget -v2c -c <community name> <Instant IP address> <MIB OID/ MIB name>
•snmpget -v3 -c <community name> <Instant IP address> <MIB OID/ MIB name>
The MIB objects can also be viewed from a MIB BrowserGUI.
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MIBsOverview | 24 |
Chapter 3
This chapterprovides information on using MIBs.
•Downloading MIB Files on page 25
•Reporting WLAN Health on page 25
•Reading MIB Files on page 26
•SNMP File on page 29
•HP OpenView on page 29
The latest Instant MIB files are available forregistered customers at download.dell-pcw.com.
Forassistance to set up an account and access files, contact customerservice. See Contacting Dell on page 21.
SNMP MIBs are frequently used forrunning health checks on Dell Networking W-Series Instant devices, through a MIB browserapplication.
To retrieve information from a MIB, the following information is required:
•SNMP version
•SNMP community name—public or private
•The IP Address of the Virtual Controllerand the slave W-IAPs
•The OID of the MIB value you want to monitor
MIB files can be placed in the appropriate disk location to assist the userin locating desired OID values for monitoring. Formost applications, the root of the MIB must be included in the OID—the OID begins with a decimal point as shown in the following example:
.1.3.6.1.4.1.674.2.2.1.1.2.1
Although the virtual controlleraddress is configured on management station, the following MIBs are specific to a particularW-IAP and therefore cannot be accessed from the Virtual Controller.
•ifTable
•ifXTable
•dot1qTpFdbTable
To enable the management station to access the IF-MIB and Q-BRIDGE-MIB tables and W-IAPs to send traps, you must configure the IP address of each W-IAP on the management station. The management station can automatically configure the W-IAP details, by obtaining the IP address of each W-IAP from the AP MIB (aiAccessPointTable), which lists all the slave W-IAPs in a swarm and is implemented on a virtual controller.
You do not have to set the SNMP community string and security parameters on each W-IAP as this configuration is common to all W-IAPs and is inherited from virtual controller.
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UsingMIBs | 25 |
The following is an example of snmpget command to obtain information.
Figure 2 shows how information may be obtained through a graphical userinterface (GUI). The userinterface and the available features vary by application.
Figure 2 Graphical UserInterface
This section describes how to interpret the basic components of a MIB file. To determine the OIDs, view the file snmp.h. Formore information, see SNMP File on page 29.
26 | UsingMIBs |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
MIB files describe a specific component of a network device. The files are numerical strings that are converted to ASCII text by the compilerof the SNMP manager. A word processorortext editorcan be used to open the ASCII file. The contents of an example Dell enterprise MIB file are as follows:
Following is the opening line, the beginning of the MIB file.
AI-AP-MIB DEFINITIONS ::= BEGIN
The Imports section lists the objects that are defined in external ASN.1 files and are used in the current MIB file.
IMPORTS
TEXTUAL-CONVENTION
FROM SNMPv2-TC
MODULE-IDENTITY, OBJECT-TYPE, snmpModules, Integer32, Counter32, Counter64, IpAddress, NOTIFICATION-TYPE FROM SNMPv2-SMI
DisplayString,
PhysAddress,
TimeInterval,
RowStatus,
StorageType,
TestAndIncr,
MacAddress,
TruthValue
FROM SNMPv2-TC
OBJECT-GROUP FROM SNMPv2-CONF
aiEnterpriseMibModules FROM ARUBA-MIB;
This section shows the vendorof the MIB and the inheritance, and provides an overall description.
A significant part of inheritance is the OID. The entire OID is not listed foreach MIB object—instead, the parent of the object is shown. The OID can be determined from the parent object as follows.
aiEnterpriseMibModules is the parent object —its OID is 1.3.6.1.4.1.14823.2.3.3.
aiStateGroup OBJECT IDENTIFIER ::= { aiMIB 2 }, the OID is 1.3.6.1.4.1.14823.2.3.3.1.2.
aiVirtualControllerKey OBJECT-TYPE, the OID is 1.3.6.1.4.1.14823.2.3.3.1.1.1.0.
All MIBs and theirrelated OIDs are listed in the snmp file. Formore information, see SNMP File on page 29.
aiEnterpriseMibModules
FROM ARUBA-MIB;
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Identity is the opening description of the MIB. The information includes contact information forthe vendorand a general description of the MIB.
aiMIB MODULE-IDENTITY LAST-UPDATED "0804160206Z"
ORGANIZATION "Aruba Wireless Networks"
CONTACT-INFO
"Postal: 1322 Crossman Avenue
Sunnyvale, CA 94089
E-mail: dl-support@arubanetworks.com
Phone: +1 408 227 4500"
DESCRIPTION
"This MIB is for managing Dell Networking W-Series Instant WLAN" REVISION "0804160206Z"
DESCRIPTION
"The initial revision."
::= { aiEnterpriseMibModules 1 }
MIB objects can be placed in logical groups such as Group and Table. A group typically contains at least one globalobject ortable. The table lists the MIB objects that contain the information exchanged.
The first object of a table is an Entry. The OIDs of the subsequent objects of this table are appended increments of the Entry OID.
The keyword SEQUENCE lists the objects of the table that contain device information. Each subsequent object (Informative MIB Object)inherits the OID of the Entry, and contains information sorted by the Syntax, Access, Status, and Description keywords.
aiStateGroup OBJECT IDENTIFIER ::= { aiMIB 2 }
aiAccessPointTable OBJECT-TYPE
SYNTAX SEQUENCE OF AiAccessPointEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"This contains all access points connected to the
virtual controller. This table is empty on AP where
virtual controller is not active"
::= { aiStateGroup 1 }
aiAccessPointEntry OBJECT-TYPE SYNTAX AiAccessPointEntry MAX-ACCESS not-accessible STATUS current
28 | UsingMIBs |
DellNetworkingW-Series Instant6.4.0.2-4.1| MIBReferenceGuide |
DESCRIPTION
" "
INDEX { aiAPMACAddress }
::= { aiAccessPointTable 1 } AiAccessPointEntry ::= SEQUENCE {
aiAPMACAddress MacAddress, aiAPName DisplayString, aiAPIPAddress IpAddress, aiAPSerialNum DisplayString, aiAPModel OBJECT IDENTIFIER, aiAPModelName DisplayString, aiAPCPUUtilization Integer32, aiAPMemoryFree Integer32, aiAPUptime TimeTicks
Following is the closing line—the end of the MIBs file.
END
The snmp.h file lists the OIDs of all MIBs. Following are sections from snmp.h that show the complete OID of each of the ControllerTransport Service (CTS)MIB elements. The list starts from the ancestral parent iso.
The SNMP file with all Dell MIBs is listed in Standard SNMP MIBs on page 49.
All Instant MIBs inherit their OIDs from the Dell MIB node. The following rows list the MIBs that precede CTS, starting from iso.
{ "iso", |
HASHNEXT("1") }, |
|
|
{ "org", |
HASHNEXT("1.3") }, |
|
|
{ "dod", |
HASHNEXT("1.3.6") }, |
|
|
{ "internet", |
HASHNEXT("1.3.6.1") }, |
|
|
{ "private", |
HASHNEXT("1.3.6.1.4") }, |
|
|
{ "enterprises", |
HASHNEXT("1.3.6.1.4.1") }, |
|
|
{ "aruba", |
HASHNEXT("1.3.6.1.4.1.14823") }, |
|
|
{"arubaEnterpriseMibModules", |
HASHNEXT("1.3.6.1.4.1.14823.2") }, |
|
|
To install the MIB module forHP OpenView, log in as the root userand execute the following script:
# $OV_CONTRIB/NNM/Aruba/install
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UsingMIBs | 29 |
Chapter 4
This chapterprovides information about the Instant MIB objects.
Figure 3 shows the architecture of the Instant MIB relative to 1.3.6.1.4.1.14823 (iso.org.dod.internet.private.enterprise.aruba).
The Instant MIB is listed in the file aruba-instant.my. Forinformation about downloading the MIB file, see Downloading MIB Files on page 25.
Figure 3 MIB Hierarchy
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InstantMIBs | 30 |