CISCO-LWAPP-SYS-MIB: View SNMP OID List / Download MIB

This MIB is intended to be implemented on all those devices operating as Central controllers, that terminate the Light Weight Access Point Protocol tunnel from Cisco Light-weight LWAPP Access Points. This MIB provides global configuration and status information for the controller. All general system related information is presented in this MIB. The relationship between CC and the LWAPP APs can be depicted as follows: +......+ +......+ +......+ + + + + + + + CC + + CC + + CC + + + + + + + +......+ +......+ +......+ .. . . .. . . . . . . . . . . . . . . . . . . +......+ +......+ +......+ +......+ + + + + + + + + + AP + + AP + + AP + + AP + + + + + + + + + +......+ +......+ +......+ +......+ . . . . . . . . . . . . . . . . . . . +......+ +......+ +......+ +......+ + + + + + + + + + MN + + MN + + MN + + MN + + + + + + + + + +......+ +......+ +......+ +......+ The LWAPP tunnel exists between the controller and the APs. The MNs communicate with the APs through the protocol defined by the 802.11 standard. LWAPP APs, upon bootup, discover and join one of the controllers and the controller pushes the configuration, that includes the WLAN parameters, to the LWAPP APs. The APs then encapsulate all the 802.11 frames from wireless clients inside LWAPP frames and forward the LWAPP frames to the controller. GLOSSARY Access Point ( AP ) An entity that contains an 802.11 medium access control ( MAC ) and physical layer ( PHY ) interface and provides access to the distribution services via the wireless medium for associated clients. LWAPP APs encapsulate all the 802.11 frames in LWAPP frames and sends them to the controller to which it is logically connected. Light Weight Access Point Protocol ( LWAPP ) This is a generic protocol that defines the communication between the Access Points and the Central Controller. Mobile Node ( MN ) A roaming 802.11 wireless device in a wireless network associated with an access point. Mobile Node and client are used interchangeably. Extensible Authentication Protocol ( EAP ) EAP is a universal authentication protocol used in wireless and PPP networks. It is defined by RFC 3748. EAP-Flexible Authentication ( EAP-FAST ) This protocol is used via secure tunneling for 802.1X EAP. PAC PAC (Protected Access Credential) is a meachanism for mutual authentication in EAP-FAST. REFERENCE [1] Wireless LAN Medium Access Control ( MAC ) and Physical Layer ( PHY ) Specifications. [2] Draft-obara-capwap-lwapp-00.txt, IETF Light Weight Access Point Protocol. [3] IEEE 802.1X - Authentication for Wireless and Wired Connections.

This notification will be sent whenever invalid configuration detected by XML

This notification will be sent whenever wired client tries to associate without interface for specified vlan

This notification will be sent whenever the management user enables/disables the strong password rules.

When a WLC detects its CPU usage is higher than the threshold configured in clsSysControllerCpuUsageThreshold, this notification is generated with clsSysAlarmSet set to true. When its CPU usage falls below the threshold lately, this notification is generated with clsSysAlarmSet set to false.

When a WLC detects its memory usage is higher than the threshold configured in clsSysControllerMemoryUsageThreshold, this notification is generated with clsSysAlarmSet set to true. When its memory usage falls below the threshold lately, this notification is generated with clsSysAlarmSet set to false.

This notification is generated when the number of RFID tags on the controller exceeds the limit defined by clsMaxRFIDTagsTrapThreshold.

This notification is generated when the number of clients on the controller exceeds the limit defined by clsMaxClientsTrapThreshold.

This notification will be sent when Network Mamager Heart Beat Enable.

This object specifies whether 803.2 bridging mode is enabled or disabled on the controller. A value of 'true' specifies that the bridging mode is enabled. A value of 'false' specifies that the bridging mode is disabled.

This object specifies the file types that can be downloaded to the controller. The file types for download are: unknown - Unknown file type code - Code file config - Configuration file webAuthCert - Web authentication certificates webAdminCert - Web administrative certificates signatures - Signature file customWebAuth - Custom web authentication tar file vendorDeviceCert - Vendor device certificates vendorCaCert - Vendor certificate authority certificates Enumeration: 'vendorCaCert': 9, 'customWebAuth': 7, 'signatures': 6, 'unknown': 1, 'webAuthCert': 4, 'code': 2, 'config': 3, 'webAdminCert': 5, 'vendorDeviceCert': 8.

This object specifies the key used to encrypt the EAP certificate, specified by IEEE 802.1X standard, during upload from the controller and for decrypting the file after its downloaded to the controller. This object is relevant only when clsDownloadFileType is 'vendorDeviceCert'. For all other values of clsDownloadFileType object this will return an empty string.

This object specifies the file types that can be uploaded to the controller. The file types for upload are: unknown - Unknown file config - Configuration file errorLog - Error log systemTrace - System trace trapLog - Trap log crashFile - Crash file signatures - Signature file pac - PAC file radioCoreDump - AP's Radio core dump file invalidConfig - Upload the file which contains the invalid configuration commands feeded by the downloaded Config file. debugfile - Debug file. pktCapture - Packet Capture File watchdogCrash - Watchdog Crash Information File panicCrash - Panic Crash Information File. vendorDevCert - EAP ca certificate. vendorCaCert - EAP dev certificate. webAdminCert - Web Admin certificate. webAuthCert - Web Auth certificate. Enumeration: 'vendorCaCert': 16, 'signatures': 7, 'trapLog': 5, 'pktCapture': 12, 'panicCrash': 14, 'unknown': 1, 'debugfile': 11, 'watchdogCrash': 13, 'errorLog': 3, 'invalidConfig': 10, 'webAdminCert': 17, 'webAuthCert': 18, 'pac': 8, 'vendorDevCert': 15, 'crashFile': 6, 'radioCoreDump': 9, 'config': 2, 'systemTrace': 4.

This object specifies the upload user name for protected access credential (PAC). This object needs to be set before setting clsUploadFileType to 'pac'. For all other values of clsUploadFileType this will return an empty string.

This object specifies the upload password for protected access credential (PAC). This object needs to be set before setting clsUploadFileType to 'pac'. For all other values of clsUploadFileType this will return an empty string.

This object specifies the upload validity in days for protected access credential (PAC). This object is relevant only when clsUploadFileType is set to 'pac'. For all other values of clsUploadFileType this will return an empty string.

The configuration file can be encrypted before upload from the controller and then decrypted before downloading to the controller when this option is enabled. This is applicable only when clsDownloadFileType, clsUploadFileType is set to Config. Enumeration: 'enable': 2, 'disable': 1.

This is the key to be used when encrypting the configuration file while upload from the controller or while decrypting the file after download to the controller. This is applicable only when clsDownloadFileType, clsUploadFileType is set to Config.

This object timezone for the controller. Enter the timezone location index. 1. (GMT-12:00) International Date Line West 2. (GMT-11:00) Samoa 3. (GMT-10:00) Hawaii 4. (GMT -9:00) Alaska 5. (GMT -8:00) Pacific Time (US and Canada) 6. (GMT -7:00) Mountain Time (US and Canada) 7. (GMT -6:00) Central Time (US and Canada) 8. (GMT -5:00) Eastern Time (US and Canada) 9. (GMT -4:00) Altantic Time (Canada) 10. (GMT -3:00) Buenos Aires (Agentina) 11. (GMT -2:00) Mid-Atlantic 12. (GMT -1:00) Azores 13. (GMT) London, Lisbon, Dublin, Edinburgh 14. (GMT +1:00) Amsterdam, Berlin, Rome, Vienna 15. (GMT +2:00) Jerusalem 16. (GMT +3:00) Baghdad 17. (GMT +4:00) Muscat, Abu Dhabi 18. (GMT +4:30) Kabul 19. (GMT +5:00) Karachi, Islamabad, Tashkent 20. (GMT +5:30) Colombo, Kolkata, Mumbai, New Delhi 21. (GMT +5:45) Katmandu 22. (GMT +6:00) Almaty, Novosibirsk 23. (GMT +6:30) Rangoon 24. (GMT +7:00) Saigon, Hanoi, Bangkok, Jakatar 25. (GMT +8:00) HongKong, Bejing, Chongquing 26. (GMT +9:00) Tokyo, Osaka, Sapporo 27. (GMT +9:30) Darwin 28. (GMT+10:00) Sydney, Melbourne, Canberra 29. (GMT+11:00) Magadan, Solomon Is., New Caledonia 30. (GMT+12:00) Kamchatka, Marshall Is., Fiji

This object represents the timezone description for the controller.

This object specifies the threshold number of clients on the controller to trigger a trap. The trap ciscoLwappMaxClientsReached will be triggered once the count of clients on the controller reaches this limit and the clsMaxClientsTrapEnabled is enabled.

This object specifies the threshold number of RFID tags on the controller to trigger a trap. The trap ciscoLwappMaxRFIDTagsReached will be triggered once the count of RFID tags on the controller reaches this limit and the clsMaxRFIDTagsTrapEnabled is enabled.

This table is used to configure multiple syslog servers to which the the syslog messages will be sent to by the controller.

Each entry in this table provides information about the host to which the syslog messages will be sent to.

This object represents the index of the host to which syslog messages will be sent.

This object represents the address type of the host to which syslog messages will be sent. 'dns' is used when the hostname of the server is configured.

This object represents the ipaddress or hostname of the host to which syslog messages will be sent.

This is the status column for this row and is used to create and delete specific instances of rows in this table.

This object specifies whether ARP unicast is enabled or disabled on the controller. A value of 'true' specifies that the ARP unicast is enabled. A value of 'false' specifies that the ARP unicast is disabled.

This table is used to configure the server details which will be used by the controller to upload/download files.

Each entry in this table provides information about the server to which the controller will upload/download files.

Transfer type configures the type of operation with the server by the controller. The mode is either Upload or Download. Enumeration: 'download': 1, 'upload': 2.

Transfer mode configures the mode of transfer used by the controller with the server. The mode is either TFTP or FTP/SFTP. Enumeration: 'ftp': 2, 'tftp': 1, 'sftp': 3.

This object represents the address type of the Server to which the controller will transfer the file.

This object represents the address of the Server to which the controller will transfer the file.

Transfer path configures the directory path for file transfer. The controller remembers the last file path used.

Transfer filename configures the file name for the file being transferred from the controller. The controller remembers the last file name used. An example would be File Path set to c:\tftp\code\ and File Name set to e1r1v1.opr.

This object is used to store the FTP username for transferring file on the server. This is valid only for FTP transfer mode.

This object is used to store the FTP password for transferring file on the server. This is valid only for FTP transfer mode.

This object is used to store the port number to be used by the FTP protocol while connecting to the server. This is valid only for FTP transfer mode.

Maximum number of retries to be allowed for a TFTP message packet. This is valid only for TFTP transfer mode.

Timeout in seconds for a TFTP message packet. This is valid only for TFTP transfer mode.

Transfer start will start the file transfer operation on Active when it is set to initiate(2), it will return none(1) for GET. Transfer start will start the file transfer operation on Standby when it is set to initiatePeer(3), Enumeration: 'initiate': 2, 'none': 1, 'initiatePeer': 3.

Indicates the current status of a transfer. Following are valid only when clsTransferType is 'download' :- bootBreakOff(14), invalidTarFile(15). Enumeration: 'bootBreakOff': 14, 'writingToFlash': 7, 'invalidTarFile': 15, 'wrongFileType': 4, 'unknown': 99, 'updatingConfig': 5, 'notInitiated': 1, 'errorStarting': 3, 'invalidConfigFile': 6, 'transferStarting': 2, 'checkingCRC': 9, 'transferSuccessful': 12, 'failureWritingToFlash': 8, 'transferFailed': 13, 'failedCRC': 10, 'unknownDirection': 11.

Indicates in string format about the current status of a transfer.

This object specifies whether broadcast forwarding is enabled or disabled on the controller. A value of 'true' specifies that the broadcast forwarding is enabled. A value of 'false' specifies that the broadcast forwarding is disabled.

This object specifies whether Link Aggregation(LAG) mode is enabled or disabled on the controller. A value of 'true' specifies that the LAG mode is enabled. A value of 'false' specifies that the LAG mode is disabled on the controller.

This string contains the branch name of the specific controller branch. For Mesh branches, this string has the value M(Mesh). Zero length string is returned if there is no branch name. This string is append to the product version for display purposes. For example, if the mesh product version is 4.1.191.10, a manager application may display the version string as 4.1.191.10M (Mesh)

This object represents whether the DHCP proxy option is enabled or disabled. A value of 'true' specifies that the proxy option is enabled on the controller. A value of 'false' specifies that the proxy option is disabled on the controller.

This object specifies whether Multicast IGMP Snooping is enabled or disabled on the controller. A value of 'true' specifies that the Multicast IGMP Snooping is enabled. To enable this, agentNetworkMulticastMode/clsConfigMulticastEnabled must not be in disabled state. A value of 'false' specifies that the Multicast IGMP Snooping is disabled on the controller.

This object specifies the IGMP timeout, in seconds. To set this value, cLSysMulticastIGMPSnoopingEnabled must be set to True. When the timeout expires, the controller sends a query on all WLANs, causing all clients that are listening to a multicast group to send a packet back to the controller.

This object specifies the IGMP query interval, in seconds. To set this value, cLSysMulticastIGMPSnoopingEnabled must be set to True.

This table contains the entries for physical port related parameters

This entry contains the Switch's physical port phyical mode related attribues

This object is a unique unsigned integer value which identifies the base port number.

The switch's Port Speed Mode. This is the configured physical mode. Enumeration: 'half1000': 7, 'half10000': 9, 'full100': 5, 'full1000sx': 6, 'autoNegotiate': 1, 'full10000': 10, 'half10': 2, 'half100': 4, 'full1000': 8, 'full10': 3.

The switch's Port Physical Speed Status.This is the current actual speed. Enumeration: 'half1000': 8, 'half10000': 10, 'full100': 6, 'full1000sx': 7, 'unknown': 1, 'autonegotiate': 2, 'full10000': 11, 'half10': 3, 'half100': 5, 'full1000': 9, 'full10': 4.

This object represents the SFP's type of the port.

This object represents the total number of up/down count of the port. Every time the value of ifOperStatus is changed, this MIB should be incremented.

This object specifies whether the core dump file transfer is enabled or disabled. If the value is True the core-dump feature is Enabled otherwise Disabled.

This Object specifies the Core Dump Transfer Mode. If the value is FTP then only FTP attributes clsCoreDumpServerIPAddress, clsCoreDumpFileName, clsCoreDumpUserName, clsCoreDumpPassword can be set, unknown value is not SETable. Enumeration: 'unknown': 1, 'ftp': 2.

This Object Id Specifies the IP Address Type of Server.

This object specifies the IP Address of the Server where the core-dump will be uploaded.

This object specifies the File Name of the core-dump by which you want to save it on the Server.

This object specifies the Login Name at the FTP server.

This object specifies the Login Password of the FTP server.

This object represents whether global multicast is enabled or disabled. A value of 'true' specifies that the multicast option is enabled on the controller. A value of 'false' specifies that the multicast option is disabled on the controller.

This object specifies whether Multicast MLD Snooping is enabled or disabled on the controller. A value of 'true' specifies that the Multicast MLD Snooping is enabled. To enable this, agentNetworkMulticastMode/ clsConfigMulticastEnabled must not be in disabled state. A value of 'false' specifies that the Multicast MLD Snooping is disabled on the controller.

This object specifies the MLD timeout, in seconds. To set this value, cLSysMulticastMLDSnoopingEnabled must be set to True. When the timeout expires, the controller sends a query on all WLANs, causing all clients that are listening to a multicast group to send a packet back to the controller.

This object specifies the MLD query interval, in seconds. To set this value, cLSysMulticastMLDSnoopingEnabled must be set to True.

This object specifies the realtime stats interval of the system. There are 2 stats modes: realtime and normal. realtime interval is much less than normal mode.

This object specifies the normal stats interval of the system. There are 2 stats modes: realtime and normal. realtime interval is much less than normal mode.

This object specifies the sampling interval of the system, which is applied to WLC and APs connected to this WLC. WLC and APs poll specific data every sampling interval.

This object specifies the average statistics interval of the system, which is applied to WLC and APs connected to this WLC. This interval works as a time window for calculating the average value of the data polled by WLC/AP every sampling interval.

This object specifies the time in seconds for which an alarm object should be soaked when its on/off state is changed.

This object specifies the interval in seconds in which alarm traps, if any, are retransmitted. Setting this value to 0 means no retransmission.

This object specifies the CPU usage threshold on a controller. Setting this value to 0 means no threshold.

This object specifies the memory usage threshold on a controller. Setting this value to 0 means no threshold.

This object specifies the CPU usage threshold on a AP. Setting this value to 0 means no threshold.

This object specifies the memory usage threshold on a AP. Setting this value to 0 means no threshold.

This object specifies whether heart beat trap to network manager is enabled or disabled. If the value is True the Network Manager Heart Beat feature is Enabled otherwise Disabled.

This object specifies the interval in seconds in heart beat traps to network manager.

This object resets the switch with a crash. If a value of of 'true' is set, the swicth would crash. GET on this object would return 'false'.

This object specifies whether the LAG mode is in transition on the controller. A value of 'true' specifies that the LAG mode is in transition and the controller has to be rebooted to take effect.A value of 'false' specifies that the LAG mode is not in transition.

Cisco recommends installing Cisco Unified Wireless Network Controller Boot Software , (*_ER.aes , where star denotes the version of the controller image ) on all controller platforms. If this ER.aes is not installed, the controller would not be able to show the Emergency Image Version correctly(or Field Recovery Image Version), and would be shown as 'N/A'. The ER.aes files are independent from the controller software files. Any controller software file can be run with any ER.aes file. However, installing the latest boot software file (*_ER.aes , where star denotes the controller version) ensures that the boot software modifications in all of the previous and current boot software ER.aes files are installed.

This object specifies the CPU usage string.

This object is used to enable/disable the case check for the passwords configured in controller. When enabled, the new password must contain characters from at least three of the following classes : lowercase letters, uppercase letters, digits and special characters.

This object is used to enable/disable the consecutive check for the passwords configured in controller. When enabled, the password provided should not have a character repeated more than thrice consecutively.

This object is used to enable/disable the default check for the passwords configured in controller. When enabled, the new password must not be 'cisco', 'ocsic', 'admin', 'nimda' or any variant obtained by changing the capitalization of letters therein, or by substituting '1' '|' or '!' for i, and/or substituting '0' for 'o', and/or substituting '$' for 's'

This object is used to enable/disable the username check for the password configured in controller. When enabled the new password must not be same as the associated username or the reversed username.

This object specifies the management user who enabled/disabled the strong password checks.

This object specifies the type of the check that was enabled/disabled by the management user. Enumeration: 'defaultCheck': 3, 'consecutiveCheck': 2, 'allChecks': 5, 'caseCheck': 1, 'usernameCheck': 4.

This object specifies whether the strong password check was enabled/disabled.

This object specifies whether this system alarm is raise or clear. A value of 'true' indicates this event is set. A value of 'false' indicates this even is cleared.

This object specifies whether the ciscoLwappStrongPwdCheck notification would be generated. A value of 'true' indicates that the agent generates ciscoLwappStrongPwdCheck notification. A value of 'false' indicates that the agent doesn't generate ciscoLwappStrongPwdCheck notification.

This object specifies whether the ciscoLwappMaxClientsReached notification would be generated. A value of 'true' indicates that the agent generates ciscoLwappMaxClientsReached notification. A value of 'false' indicates that the agent doesn't generate ciscoLwappMaxClientsReached notification.

This object specifies whether the ciscoLwappMaxRFIDTagsReached notification would be generated. A value of 'true' indicates that the agent generates ciscoLwappMaxRFIDTagsReached notification. A value of 'false' indicates that the agent doesn't generate ciscoLwappMaxRFIDTagsReached notification.

This object specifies the total flash memory size in Kbytes.

This object specifies the system memory type.

This object specifies max associated clients supported per WLC

This object specifies the count of AP's that are connected with WLC

This object specifies the SysNetId which is the numeric string to identify the system information like SysName

This object specifies the current percent usage of system memory. This MIB should be updated every clsSysStatsSamplingInterval.

This object specifies the average percent usage of system memory. The memory average usage should be the average of memory-Usage during the time window specified by clsSysStatsAverageInterval.

This object specifies the current percent usage of all CPUs. This MIB should be updated every clsSysStatsSamplingInterval.

This object specifies the average percent CPU usage. The average CPU usage should be the average of CPU-Usage during the time window specified by clsSysStatsAverageInterval.

This object specifies the cpu type.

This object represents the maximum RFID tags present on the controller.

This object represents the maximum clients present on the controller.

The compliance statement for the SNMP entities that implement the ciscoLwappSysMIB module.

The compliance statement for the SNMP entities that implement the ciscoLwappSysMIB module.

The compliance statement for the SNMP entities that implement the ciscoLwappSysMIB module. This deprecates ciscoLwappSysMIBComplianceRev1.

The compliance statement for the SNMP entities that implement the ciscoLwappSysMIB module. This deprecates ciscoLwappSysMIBComplianceRev2.

This collection of objects represent the system wide configuration on the controller.

This object represents the System encryption configuration on the controller.

This object represents the System Transfer operation configuration on the controller.

This collection of objects represent the system wide configuration on the controller.

This collection of objects represent the system security configuration on the controller.

This collection of objects represent the IGMP multicast configuration on the controller.

This collection of objects represent the information carried by the security related notifications sent by the agent to a network management station.

This collection of objects represent the system config related notifications sent by the agent to a network management station.

This collection of objects represent the flags to control the generation of notification.

This collection of objects represent the system wide configuration on the controller.

This collection of objects represents the timzone and syslog configuration on the controller.

This collection of objects represent the MLD multicast configuration on the controller.

This collection of objects represents the statistics intervals configuration on the controller.

This collection of objects represents the alarm objetcs configurations on the controller.

This collection of objects represents the Threshold configuration on the controller.

This collection of objects represents the heart beat configurations on the controller.

This group of object represents the system information of the controller.