IBM-GbTOR-10G-L2L3-MIB: View SNMP OID List / Download MIB

This is an action object to apply the changes made to configuration of the switch. By setting the value to apply(2), all the changes made since the last apply are written to the new configuration block. other(1) is returned when this object ie read.

This object, when read, gives the user information whether an save action is needed and that the configuration has been applied but not saved to the flash.

This is an action object to write current configuration to nonvolatile storage. When issued with the saveActive, the active configuration in flash is saved to backup in flash and then the new configuration is saved to the active configuration in flash. When issued with notSaveActive, the active configuration is NOT saved to the flash and the active configuration is overwritten with the new configuration. ok(1) is returned always when read.

This is an action object to revert the unapplied changes made to the switch. By setting the value to revert(2), all the unapplied changes will be reverted. This action will copy the current_config to the new configuration block. other(1) is returned when this object is read.

This is an action object to reboot the agent. other(1) is returned always when read.

The configuration information to be loaded from at next reset. The following values are writable: active(2)...active configuration block backup(3)...backup configuration block default(4)..default configuration block

The software image to be booted from at next reset. The following values are writable: image1(2)...image 1 image2(3)...image 2

The version of the software image that is currently running on the system in the form of major.minor.maintenance.bugfix. A zero length string is returned if version is not available.

The version of the boot code in the form of major.minor.bugfix. A zero length string is returned if version is not available.

The version of the software image stored in image 1 storage in the form of major.minor.bugfix. A zero length string is returned if version is not available or there is no valid software image.

The version of the software image stored in image 2 storage in the form of major.minor.bugfix. A zero length string is returned if version is not available or there is no valid software image.

The date on the real time clock in the form of mm/dd/yy. A zero length string is returned if date is not available.

The time on the real time clock in the form of hh:mm:ss. A zero length string is returned if time is not available.

The error reason of the last SET failure.

The TCP port number that the HTTP server is listening to in the current configuration block.

The TCP port number that the HTTP server is listening to in the new configuration block.

The user defined login banner.

The user defined login banner.

Enable or disable console output of syslog messages.

Enable or disable console output of syslog messages.

Enable or disable the use of BootP, as currently configured in the current configuration block.

Enable or disable the use of BootP, in the new configuration block.

Identifies the slot in which this switch is installed. If the agent implementing this MIB is not a blade in a chassis this value has no meaning.

Once SNMP operations like agApplyConfig, agDiffState and agDumpState, which use the state machine are done the resources used by these operations need to be freed by setting the state back to idle so others can issue the commands via SNMP. agSnmpTimeout indicates the number of minutes before the resources are freed and the state set back to idle if this operation is not performed by the user.

Once SNMP operations like agApplyConfig, agDiffState and agDumpState, which use the state machine are done the resources used by these operations need to be freed by setting the state back to idle so others can issue the commands via SNMP. agSnmpTimeout indicates the number of minutes before the resources are freed and the state set back to idle if this operation is not performed by the user.

The TCP port number that the telnet server listens for telnet sessions.

The TCP port number that the telnet server listens for telnet sessions.

This is an action object to clear the FLASH dump. ok(1) is returned when this object is read.

The SNMP trap source interface number.

The SNMP trap source interface number.

The TCP port number that the HTTPS server is listening to in the current configuration block.

The TCP port number that the HTTPS server is listening to in the new configuration block.

The TCP port number that the TFTP server is listening to in the current configuration block.

The TCP port number that the TFTP server is listening to in the new configuration block.

The rack unique identifier.

Chassis serial number.

The time zone. Note: Locations are alphabetically ordered and the corresponding code is not reflected in CLI.

The time zone. Note: Locations are alphabetically ordered and the corresponding code is not reflected in CLI.

Set idle CLI sessions timeout.

Set idle CLI sessions timeout.

Current HTTPS server access state.

Enable/disable HTTPS server access.

Current HTTP server access state.

New HTTP server access state.

Current status of hprompt.

New status of hprompt.

Current status of user configuration from BBI.

New status of user configuration from BBI.

The user defined login notice.

The user defined login notice.

The current status of Custom DST

Enable/disable Custom DST

The current Custom DST start rule

Set Custom DST start rule

The current Custom DST end rule

Set Custom DST end rule

The presence of a panic dump in the flash memory.

Current reset control state.

Enable/disable reset control after panic.

Current daylight savings time status.

Enable/disable daylight savings time.

This object indicates whether the system will automatically re-enable an error-disabled port after the time interval indicated by agCurCfgErrDisableTimeout has elapsed. A port is in error-disabled state when it has been operationally disabled due to abnormal conditions detected on the port. An error-disabled port will only be automatically re-enabled by the system if and only if this object and the ports agPortCurCfgErrDisableRecovery object both have a value of enable(1).

This object specifies whether the system should automatically re-enable an error-disabled port. Use this object to change the global setting of the error-disable recovery action.

This object indicates the time, in seconds, that the system will wait before it automatically re-enables any port that is in error-disabled state.

This object specifies the time, in seconds, that the system should wait before it automatically re-enables a port that is in error-disabled state. Use this object to change the global error-disable timeout value.

Current telnet access state.

Enable/disable telnet access.

Current DCBX state.

Enable/disable DCBX feature.

Enable or disable the use of DHCP mgta, as configured in the current configuration block.

Enable or disable the use of DHCP mgta, in the new configuration block.

Enable or disable the use of DHCP mgtb, as configured in the current configuration block.

Enable or disable the use of DHCP mgtb, in the new configuration block.

The current configured server port list. The ports are presented in bitmap format. in receiving order: OCTET 1 OCTET 2 ..... xxxxxxxx xxxxxxxx ..... || || |_ port 8 || || || ||___ port 7 || |____ port 6 || . . . ||_________ port 1 |__________ reserved where x : 1 - The represented port belongs to the server ports list 0 - The represented port does not belong to the server ports list

New configuration server port list. The ports are presented in bitmap format. in receiving order: OCTET 1 OCTET 2 ..... xxxxxxxx xxxxxxxx ..... || || |_ port 8 || || || ||___ port 7 || |____ port 6 || . . . ||_________ port 1 |__________ reserved where x : 1 - The represented port belongs to the server ports list 0 - The represented port does not belong to the server ports list

The port to be added to the server ports list. A 0 value is returned when read.

The port to be removed from the server ports list. A 0 value is returned when read.

Profile that will be used by the switch after reset

Configure the profile that will be used by the switch after reset

Ena/dis loading of config over n/w during bootup

Tftp server address from where config file needs to be downloaded

Config file location on tftp server

Current NETCONF server access state.

Enable/disable NETCONF server access state.

Once NETCONF session setup, NETCONF server will allocate resource for this session. agCurRFC4741NetconfSessionTimeout indicates the number of seconds before the resources are freed if there is no operation on this session

Once NETCONF session setup, NETCONF server will allocate resource for this session. agNewRFC4741NetconfSessionTimeout specifies the number of seconds before the resources are freed if there is no operation on this session

Current NETCONF server over SSH access state.

Enable/disable NETCONF server over SSH access state.

The TCP port number that the NETCONF server over SSH is listening to in the current configuration block.

The TCP port number that the NETCONF server over SSH is listening to in the new configuration block.

Current CPU rate limit for ARP requests and responses.

New CPU rate limit for ARP requests and responses.

Current CPU rate limit for BPDUs (STP, LACP).

New CPU rate limit for BPDUs (STP, LACP).

Current CPU rate limit for control packets (IGMP, DHCP).

New CPU rate limit for control packets (IGMP, DHCP).

Current CPU rate limit for other packets (Data, ICMP).

New CPU rate limit for other packets (Data, ICMP).

This object indicates whether the system will put any port in an error-disabled state due to excessive link flaps. A port will be put in an error-disabled state due to excessive link flaps if this object and the ports agPortCurCfgLFDStatus object both have a value of enable. A port has an excessive number of link flaps if the number of link flaps detected during a time period in seconds indicated by agCurCfgLFDTime exceeds the maximum number of allowed flaps indicated by agCurCfgLFDFlaps.

This object indicates whether the system should put any port in an error-disabled state due to excessive link flaps. Use this object to change the global setting of the Link Flap Dampening error-disable action.

This object indicates the maximum number of flaps allowed in a time period set by agCurCfgLFDTime.

This object specifies the maximum number of flaps that should be allowed in a time period. Use this object to change the global maximum number of flaps allowed in a time period.

This object indicates the length of time period in seconds during which link flaps are counted.

This object specifies the length of time period in seconds that should be used to count link flaps.

The index of the loopback interface that should be used for the source IP of the SNMP trap; 0 means that no loopback interface is used as the source of the SNMP trap.

The index of the loopback interface that should be used for the source IP of the SNMP trap; 0 means that no loopback interface is used as the source of the SNMP trap.

This object specifies the new value for MTM. The available MTM values are: 1455-24E (1) 7309-BF7 (2) 7309-BR6 (3) 7309-HC7 (4) 7309-HC6 (5) 7120-24E (6)

Enable or disable the use of default IP address on data interface, as configured in the current configuration block.

Enable or disable the use of default IP address on data interface, in the new configuration block.

Enable or disable the use of default IP address on mgta interface, as configured in the current configuration block.

Enable or disable the use of default IP address on mgta interface, in the new configuration block.

Enable or disable the use of default IP address on mgtb interface, as configured in the current configuration block.

Enable or disable the use of default IP address on mgtb interface, in the new configuration block.

This is an action object to change switch security mode. There are thtree security modes for IBM switch: strict mode, compatibility mode and strict mode with SNMP not comply. Strict mode: Strict mode will have higher security level. Encryption algorithms in strict mode will be compliance with the NIST SP 800-131A. Detailed information please refer NIST SP 800-131A mode Functional Specification. SSH will be enabled by default in strict mode for all platforms. Its strict(1) in this node. Compatibility mode: This is the default mode when switch first boot up. MD5/SHA/DES are selected as Hash/Encryption algorithms. Its compatibility(2) in this node. Strict mode with SNMP not comply: To provide backward compatibility option, insecure MD5/DES are supported. Its strictsnmpolduser(3) in this node. The next time reload security mode is returned when this object ie read.

New status of SSL Server Minimum Acceptable Protocol Version.

Current status of SSL Server Minimum Acceptable Protocol Version.

This is an action object to change switch security mode. There are thtree security modes for IBM switch: strict mode, compatibility mode and strict mode with SNMP not comply. Strict mode: Strict mode will have higher security level. Encryption algorithms in strict mode will be compliance with the NIST SP 800-131A. Detailed information please refer NIST SP 800-131A mode Functional Specification. SSH will be enabled by default in strict mode for all platforms. Its strict(1) in this node. Compatibility mode: This is the default mode when switch first boot up. MD5/SHA/DES are selected as Hash/Encryption algorithms. Its compatibility(2) in this node. Strict mode with SNMP not comply: To provide backward compatibility option, insecure MD5/DES are supported. Its strictsnmpolduser(3) in this node. The current security mode is returned when this object ie read.

The table of current trap hosts configure.

A trap host configuration on the switch.

The trap host index. Valid range is 1-16

The trap host address.

The trap host community string.

The table for trap host definitions in the new configuration block.

A row in the trap host definition table

The trap host index. Valid range is 1-16

The trap host address in the new configuration block. Setting IPv6 value is not supported in realease 7.9.x.

The trap host community string in the new configuration block.

By setting the value to delete(2), the entire row is deleted.

The maximum number of rows in the port configuration host table.

The table of port configuration in the current configuration block.

A row in the port table in the current configuration block.

The index of the row in port configurations table.

This is the state of the port.

This is VLAN tag state of the port

This object is used to turn RMON on or off on the port.

The default VLAN ID for the port.

This object is used to select port flow control for gigabit Ethernet connection.

The switch port name.

Indicates whether linkUp/linkDown traps should be generated for this interface. By default, this object should have the value enabled(1) for interfaces which do not operate on top of any other interface (as defined in the ifStackTable), and disabled(2) otherwise.

Enable or disable Dscp remarking for the switch port.

The switch port alias.

This is PVID tag state of the port

Enable or disable L2 (FDB) Learning for the switch port.

Enable or disable flood blocking for the switch port.

The switch port type.

The type of port connection. (for PVRST only)

The state of port edge.

This object indicates whether the system will automatically re-enable this port if it becomes error-disabled. This port will be re-enabled after the time interval specified by the agCurCfgErrDisableTimeout object has elapsed. A port is in error-disabled state when it is operationally disabled due to abnormal conditions detected on the port. If this port is error-disabled, it will only be re-enabled by the system if the agCurCfgErrDisableRecovery object and this object both have a value of enable(1).

Enable or disable UDLD for the switch port.

Enable or disable UDLD mode for the switch port.

Enable or disable OAM Discovery process for the switch port.

Enable or disable OAM mode for the switch port.

Enable or disable BPDU guard for the switch port.

Current status of the ports Multicast Threshold.

Current ports Multicast Threshold Rate.

Current status of the ports Broadcast Threshold.

Current ports Broadcast Threshold Rate.

Current status of the ports Destination Lookup Fail Threshold.

Current ports Destination Lookup Fail Threshold Rate.

This is the state of the MAC address notification syslog messages on the port.

Current state for spanning tree guard type

This object indicates whether the system will put this port in an error-disabled state due to excessive link flaps. A port will be put in an error-disabled state due to excessive link flaps if this object and the global agCurCfgLFDStatus object both have a value of enable. A port has an excessive number of link flaps if the number of link flaps detected during a time period in seconds indicated by agCurCfgLFDTime exceeds the maximum number of allowed flaps indicated by agCurCfgLFDFlaps.

The table of port configuration in the new configuration block.

A row in the port configuration table in the new configuration block.

The index of the row in port configurations table.

This is the state of the port.

This is VLAN tag state of the port

This object is used to turn RMON on or off on the port.

The default VLAN ID for the port.

This object is used to select port flow control for gigabit Ethernet connection.

The switch port name.

Indicates whether linkUp/linkDown traps should be generated for this interface. By default, this object should have the value enabled(1) for interfaces which do not operate on top of any other interface (as defined in the ifStackTable), and disabled(2) otherwise.

Enable or disable Dscp remarking for the switch port.

This is PVID tag state of the port

Enable or disable L2 (FDB) Learning for the switch port.

Enable or disable flood blocking for the switch port.

The switch port type.

The type of port connection. (for PVRST only)

The state of port edge.

This object specifies whether the system should automatically re-enable this port when it becomes error-disabled. Use this object to change the port-level setting of the error-disable recovery action.

Enable or disable UDLD for the switch port.

Enable or disable UDLD mode for the switch port.

Enable or disable OAM Discovery process for the switch port.

Enable or disable OAM mode for the switch port.

Enable or disable BPDU guard for the switch port.

New status of the ports Multicast Threshold.

New ports Multicast Threshold Rate.

New status of the ports Broadcast Threshold.

New ports Broadcast Threshold Rate.

New status of the ports Destination Lookup Fail Threshold.

New ports Destination Lookup Fail Threshold Rate.

Enables or Disables the MAC address notification syslog messages on the port.

Set spanning tree guard type

This object indicates whether the system should put this port in an error-disabled state due to excessive link flaps. Use this object to change the port setting of the Link Flap Dampening error-disable action.

The IP address of the Primary RADIUS server.

The IP address of the Primary RADIUS server.

The IP address of the Secondary RADIUS server.

The IP address of the Secondary RADIUS server.

Specify the RADIUS port number.

Specify the RADIUS port number.

The maximum number of seconds before resending authentication to RADIUS server.

The maximum number of seconds before resending authentication to RADIUS server.

Number of retries to the RADIUS server.

Number of retries to the RADIUS server.

Enable or disable RADIUS authentication.

Enable or disable RADIUS authentication.

The RADIUS authentication string.

The RADIUS authentication string.

Enable or disable RADIUS backdoor for telnet/ssh/http/https.

Enable or disable RADIUS backdoor for telnet/ssh/http/https.

The second RADIUS authentication string.

The second RADIUS authentication string.

Enable or disable RADIUS secure backdoor for telnet.

Enable or disable RADIUS secure backdoor for telnet.

Specify whether the Radius should be performed over the data port or the management port.

Specify whether the Radius should be performed over the data port or the management port.

Specify whether the Radius should be performed over the data port or the management port.

Specify whether the Radius should be performed over the data port or the management port.

The index of the loopback interface that should be used for the source IP of the Radius message; 0 means that no loopback interface is used as the source of the Radius message.

The index of the loopback interface that should be used for the source IP of the Radius message; 0 means that no loopback interface is used as the source of the Radius message.

The NTP Server Address.

The NTP Server Address.

The NTP Server resync interval in minutes.

The NTP Server resync interval in minutes.

Enable/disable NTP Service.

Enable/disable NTP Service.

The Secondary NTP Server Address.

The Secondary NTP Server Address.

Choose the port that the primary server is connected to.

Choose the port that the primary server is connected to.

Choose the port that the secondary server is connected to.

Choose the port that the secondary server is connected to.

The index of the loopback interface that should be used for the source IP of the NTP packet; 0 means that no loopback interface is used as the source of the NTP packet.

The index of the loopback interface that should be used for the source IP of the NTP packet; 0 means that no loopback interface is used as the source of the NTP packet.

The syslog host IP address in the current configuration block.

The syslog host IP address in the new configuration block.

The second syslog host IP address in the current configuration block.

The second syslog host IP address in the new configuration block.

The facility level of syslog host in the current configuration block.

The facility level of syslog host in the new configuration block.

The facility level of second syslog host in the current configuration block.

The facility level of second syslog host in the new configuration block.

Clears all current Syslog messages.

The maximum number of rows in the syslog message table.

The table of syslog messages.

A syslog message stored on the switch.

The syslog message table index.

The syslog message.

Enable or disable console syslog and SNMP trap in the new configuration block.

Enable or disable console syslog and SNMP trap, as configured in the current configuration block.

Enable or disable system level syslog and SNMP trap in the new configuration block.

Enable or disable system level syslog and SNMP trap, as configured in the current configuration block.

Enable or disable management(flash, config, login) syslog and SNMP trap in the new configuration block.

Enable or disable management(flash, config, login) syslog and SNMP trap, as configured in the current configuration block.

Enable or disable CLI generated error syslog and SNMP trap in the new configuration block.

Enable or disable CLI generated error syslog and SNMP trap, as configured in the current configuration block.

Enable or disable spanning tree syslog and SNMP trap in the new configuration block.

Enable or disable spanning tree syslog and SNMP trap, as configured in the current configuration block.

Enable or disable VLAN syslog and SNMP trap in the new configuration block.

Enable or disable VLAN syslog and SNMP trap, as configured in the current configuration block.

Enable or disable SSH, RADIUS syslog and SNMP trap in the new configuration block.

Enable or disable SSH, RADIUS syslog and SNMP trap, as configured in the current configuration block.

Enable or disable VRRP syslog and SNMP trap in the new configuration block.

Enable or disable VRRP syslog and SNMP trap, as configured in the current configuration block.

Enable or disable BGP syslog and SNMP trap in the new configuration block.

Enable or disable BGP syslog and SNMP trap, as configured in the current configuration block.

Enable or disable NTP syslog and SNMP trap in the new configuration block.

Enable or disable NTP syslog and SNMP trap, as configured in the current configuration block.

Enable or disable IP related syslog and SNMP trap in the new configuration block.

Enable or disable IP related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable WEBUI related syslog and SNMP trap in the new configuration block.

Enable or disable WEBUI related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable OSPF related syslog and SNMP trap in the new configuration block.

Enable or disable OSPF related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable RMON related syslog and SNMP trap in the new configuration block.

Enable or disable RMON related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable CFG related syslog and SNMP trap in the new configuration block.

Enable or disable CFG related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable Server related syslog and SNMP trap in the new configuration block.

Enable or disable Server related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable Difftrak related syslog and SNMP trap in the new configuration block.

Enable or disable Difftrak related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable Hot Links related syslog and SNMP trap in the new configuration block.

Enable or disable Hot Links related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable LLDP related syslog and SNMP trap in the new configuration block.

Enable or disable LLDP related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable all syslog and SNMP traps in the new configuration block.

Enable or disable all syslog and SNMP traps, as configured in the current configuration block.

Enable or disable IPv6 related syslog and SNMP trap in the new configuration block.

Enable or disable IPv6 related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable failover related syslog and SNMP trap in the new configuration block.

Enable or disable failover related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable LACP syslog and SNMP trap in the new configuration block.

Enable or disable LACP syslog and SNMP trap, as configured in the current configuration block.

Enable or disable all syslog and SNMP traps, in link up/down.

Enable or disable all syslog and SNMP traps, as currently configured in link up/down.

Enable or disable OSPFv3 related syslog and SNMP trap in the new configuration block.

Enable or disable OSPFv3 related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable all DCBX-related syslog and SNMP traps.

Enable or disable all DCBX-related syslog and SNMP traps.

Enable or disable all FCOE-related syslog and SNMP traps.

Enable or disable all FCOE-related syslog and SNMP traps.

Enable or disable all VM-related syslog and SNMP traps.

Enable or disable all VM-related syslog and SNMP traps.

Enable or disable all VNIC-related syslog and SNMP traps.

Enable or disable all VNIC-related syslog and SNMP traps.

Enable or disable configuration change related syslog and SNMP trap in the new configuration block.

Enable or disable configuration change related syslog and SNMP trap, as configured in the current configuration block.

Enable or disable Vlag related syslog and SNMP trap.

Enable or disable Vlag related syslog and SNMP trap.

Enable or disable all IGMP GROUP-related syslog and SNMP traps.

Enable or disable all IGMP GROUP-related syslog and SNMP traps.

Enable or disable all IGMP MROUTER-related syslog and SNMP traps.

Enable or disable all IGMP MROUTER-related syslog and SNMP traps.

Enable or disable all IGMP QUERIER-related syslog and SNMP traps.

Enable or disable all IGMP QUERIER-related syslog and SNMP traps.

Enable or disable all MLD-related syslog and SNMP traps.

Enable or disable all MLD-related syslog and SNMP traps.

The severity of syslog host in the current configuration block.

The severity of syslog host in the new configuration block.

The severity of syslog2 host in the current configuration block.

The severity of syslogs host in the new configuration block.

Choose the port that the primary Syslog server is connected to.

Choose the port that the primary Syslog server is connected to.

Choose the port that the secondary Syslog server is connected to.

Choose the port that the secondary Syslog server is connected to.

The index of the loopback interface that should be used for the source IP of the syslog message; 0 means that no loopback interface is used as the source of the syslog message.

The index of the loopback interface that should be used for the source IP of the syslog message; 0 means that no loopback interface is used as the source of the syslog message.

The severity of syslogs console in the current configuration block.

The severity of syslogs console in the new configuration block.

The severity of syslogs flash in the current configuration block.

The severity of syslogs flash in the new configuration block.

The FTP/TFTP server IP address or domain name.

Whether the image file should be loaded in image1 or image2 in flash.

The image file name to be transferred.

The configuration file name.

The core dump file name.

This is an action object to perform various FTP/TFTP Get or Put functions. The FTP/TFTP sever is specified in agTransferServer object. img-get(2) - Download switch image from a specified image file(agTransferImageFileName) on the FTP/TFTP server to the destinated storage(agTransferImage). The duration of the action will depend on the image downloading and writting time on the network element. Sugguest 150 seconds timeout setting in MIB Browser to get the correct response for this action. cfg-get(3) - Download switch configuration from a specified file(agTransferCfgFileName) on the FTP/TFTP server. cfg-put(4) - Upload switch configuration to a specified file(agTransferCfgFileName) on the FTP/TFTP server. dump-put(5) - Download switch core dump to a specified file(agTransferDumpFileName) on the FTP/TFTP server. bkpdump-put(6)- Download switch backup core dump to a specified file(agTransferDumpFileName) on the FTP/TFTP server. img-put(7) - Upload specified switch image to a specified image file(agTransferImageFileName) on the FTP/TFTP server. tsdump-put(8) - Download switch tech support dump to a specified file(agTransferTSDumpFileName) on the FTP/TFTP server. bogon-get(9) - Download bogon config file from a specified bogon file(uses agTransferImageFileName) on the FTP/TFTP server. ca-get(14) - Download CA root certificate from a specified file(agTransferCaFileName) on the TFTP server. This command did not support FTP. hostcert-get(15) - Download host certificate from a specified file(agTransferHostCertFileName) on the TFTP server. This command did not support FTP. hostkey-get(16) - Download host private key from a specified file(agTransferHostKeyFileName) on the TFTP server. This command did not support FTP. pubkey-get(17) - Download SSH client public key from a specified file(agTransferPublicKeyFileName) on the TFTP/SFTP server. This command did not support FTP. other(1) is returned always when read.

The recorded status of the previous FTP/TFTP activity.

Specify whether the FTP/TFTP operation should be performed over the data port or the management port.

The username for the FTP server or blank for TFTP server.

The password for the FTP server. For security reason, an empty string will be returned when the OID is read.

The TS dump file name.

The status of the last configuration action using the file ftp/tftpd from server.

The CA certificate file name.

The Host certificate file name.

The Host private key file name.

The protocol used by this transfer.

The port is listened on the server.

The user of the public key file.

The client pulic key file name.

This object, when read, gives the user information whether an apply action is needed and that the configuration has been chaged by the user actions. The user then can apply the changes by setting proper value to the object agApplyConfiguration described above.

When this object is read the current state is returned. idle(2) indicates that there is no apply in progess. complete(4) indicates that the last apply operation is completed. Setting the value to apply(1), will write all the changes made since the last apply to the current configuration block. If the apply is successful this variable will return the state complete else it will return failed. In case of failure, to read the reason for failure use the agApplyTable. Once the operation is completed or the agApplyTable is read in case of failure, the apply buffer needs to be freed and the agApplyState should be set back to idle state so others can issue the apply command via SNMP.

The number of strings in the apply table.

The table of failure reasons for an apply of current configuration block changes.

A row in the table of failure reasons for an apply (information about a particular reason of failure).

The table index.

A string in the apply table.

The IP address of the Primary TACACS+ server.

The IP address of the Primary TACACS+ server.

The IP address of the Secondary TACACS+ server.

The IP address of the Secondary TACACS+ server.

Specify the TACACS+ port number.

Specify the TACACS+ port number.

The maximum number of seconds before resending authentication to TACACS+ server.

The maximum number of seconds before resending authentication to TACACS+ server.

Number of retries to the TACACS+ server.

Number of retries to the TACACS+ server.

Enable or disable TACACS+ authentication.

Enable or disable TACACS+ authentication.

The TACACS+ authentication string.

The TACACS+ authentication string.

Enable or disable TACACS+ backdoor for telnet/ssh/http/https.

Enable or disable TACACS+ backdoor for telnet/ssh/http/https.

The second TACACS+ authentication string.

The second TACACS+ authentication string.

Enable or disable TACACS+ command authorization.

Enable or disable TACACS+ command authorization.

Enable or disable TACACS+ command logging.

Enable or disable TACACS+ command logging.

Enable or disable TACACS+ secure backdoor for telnet.

Enable or disable TACACS+ secure backdoor for telnet.

Enable/Disable Tacacs+ new privilege level mapping, as configured in the current configuration block.

Enable/Disable Tacacs+ new privilege level mapping.

Enable/Disable Tacacs+ password change.

Enable/Disable Tacacs+ password change.

The username for changing server password.

The current password for tacacs server.

The new password for tacacs server.

Change password for <1/2> Tacacs+ server.

Specify whether the Tacacs should be performed over the data port or the management port.

Specify whether the Tacacs should be performed over the data port or the management port.

Specify whether the Tacacs should be performed over the data port or the management port.

Specify whether the Tacacs should be performed over the data port or the management port.

The table of tacacs+ user map current configuration.

A row in the tacacs+ user mapping table.

The current config remote privilege identifier. The identifier value corresponds to the remote privilege.

Current Tacacs+ user privilege mappings. The correspondence between the local privilege and the remote privilege is: - The remote privilege is the privilege identifier value - The local privilege is the mapped value(user, oper, admin) Example: For the remote privilege 15, we have the index 16: agTacacsUserMapCurCfgUId.16 = 15.

The table of tacacs+ user map new configuration.

A row in the tacacs+ user mapping table.

The new config remote privilege identifier. The identifier value corresponds to the remote privilege.

Set new Tacacs+ user privilege mappings. The correspondence between the local privilege and the remote privilege is: - The remote privilege is the privilege identifier value - The local privilege is the mapped value(user, oper, admin) Example: For the remote privilege 15, we have the index 16: agTacacsUserMapNewCfgUId.16 = 15.

Enable/Disable tacacs directed request.

The current tacacs directed request state.

Number of login attempts to the TACACS+ server.

Number of login attempts to the TACACS+ server.

Status of the enable bypass.If the status of this object is enabled, user authenticated via TACACS+ with admin previllage is granted enable previllage access.If disabled, admin users will be provided with enable previllage access based on enable password configured.

Status of the enable bypass.If the status of this object is enabled, user authenticated via TACACS+ with admin previllage is granted enable previllage access.If disabled, admin users will be provided with enable previllage access based on enable password configured.

Current TACACS+ accounting state.

Enable/Disable TACACS+ accounting.

The index of the loopback interface that should be used for the source IP of the Tacacs+ message; 0 means that no loopback interface is used as the source of the Tacacs+ message.

The index of the loopback interface that should be used for the source IP of the Tacacs+ message; 0 means that no loopback interface is used as the source of the Tacacs+ message.

The maximum number of entries in the Management Network Table.

The table for Management Network definitions in the current configuration block.

A row in the management network definition table.

The index of the Management Network Definition table.

The Management Network Address in the current configuration block.

The Management Network Mask/Prefix Length in the current configuration block.

The table for Management Network definitions in the new configuration block.

A row in the management network definition table.

The index of the Management Network Definition table.

The Management Network Address in the new configuration block.

The Management Network Mask/Prefix length in the new configuration block.

By setting the value to delete(2), the entire row is deleted.

By setting the value to delete(2), the entire table is cleared.

String formatated as weekday hour minute where - weekday is none(0),sunday(1),monday(2), tuesday(3),wednesday(4),thursday(5),friday(6), saturday(7) - hour is the hour in 24-hour format for reboot - minutes are the minutes [00] for reboot

Cancel pending switch reset.

Display the next scheduled reboot time.

Shows if there is any pending reboot scheduled. You should cancel any pending reboot scheduled before setting another.

The maximum number of User IDs.

The table of Access user configuration.

A row in the Access user configuration table.

The User identifier.

The user class of service.

The user name. Please note, the max length is 8 in stacking mode.

The character string representing the user password.

User validation (enabled or disabled) in current configuration block.

The table of Access user configuration.

A row in the Access user configuration table.

The User identifier.

The user class of service.

The user name. Please note, the max length is 8 in stacking mode.

The character string representing the user password.

User validation (enabled or disabled) in new configuration block.

This is an action object to create or delete a User. other(1) is returned always when read. The following values are writable: delete(2)...to delete a User

Status of strong password.

Setting this value to enabled(1) enables strong password support, while disabled(0) disables it.

Password validity in days.

Get or set password validity in days.

Warning days before password expires.

Get or set warning days before password expires.

Number of failed logins that trigger security notifications.

Get or set number of failed logins that trigger security notifications.

Get default admin account state. (1) indicates enabled and (0) indicates disabled (0). Default it is enabled.

Setting this value to enabled (1) will enable the default admin account while disabled (0) will disable the default admin account. Default it is enabled.

Status of Lockout

Setting this value to enabled (1) enables account locking after trying for failed login attempts. While disabled (0) disables account locking.

The max number of failed logins before disabling account. Default value is 6

Sets Max number of failed logins before disabling account. Default value is 6

The IP address of the Primary LDAP server,it can be an ipv4 or ipv6 address.

The IP address of the Primary LDAP server,it can be an ipv4 or ipv6 address.

The IP address of the Secondary LDAP server,it can be an ipv4 or ipv6 address.

The IP address of the Secondary LDAP server,it can be an ipv4 or ipv6 address.

Specify the LDAP port number.

Specify the LDAP port number.

Number of retries to the LDAP server.

Number of retries to the LDAP server.

The maximum number of seconds before resending authentication to LDAP server.

The maximum number of seconds before resending authentication to LDAP server.

The LDAP domain name.

The LDAP domain name.

Enable or disable LDAP backdoor for telnet/ssh/http/https.

Enable or disable LDAP backdoor for telnet/ssh/http/https.

Enable or disable LDAP authentication.

Enable or disable LDAP authentication.

Specify whether the LDAP should be performed over the data port or the management port.

Specify whether the LDAP should be performed over the data port or the management port.

Specify whether the LDAP should be performed over the data port or the management port.

Specify whether the LDAP should be performed over the data port or the management port.

The LDAP username attribute.

The LDAP username attribute (default = uid).

SCP-only admin password.

Set SCP-only admin password.

This is an action object to generate the RSA host key. other(2) is returned always when read. The following values are writable: generate(1).. Generate the RSA host key.

SSH server port number.

Set SSH server port number.

SCP apply and save.

Enable/Disable the SCP apply and save.

SSH server status.

Turn SSH server ON/OFF.

Remove all the public key entries on switch.

Remove a specific username from the public key database.

The table for ssh public keys and its users.

A row in the ssh public keys tables.

The index of the ssh public key entry.

Specify the type of the public key.

The hash value of a specific public key.

The user list in the key entry. The user are presented in bitmap format. as follows: OCTET 1 OCTET 2 OCTET 3 OCTET 4 xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx || | | |||| ||________ oper || | | |||| |_________ user || | | ||||___________ admin || | | |||____________ maint || | | ||_____________ scpadmin || | | |______________ support || | | || | |________________ user defined 20 || | || | ................... || |______ user defined 5 ||.......... ||.......... ||_________ user defined 2 |__________ default user defined 1: USERID Bit On - The represented user belongs to the key entry Bit Off - The represented user does not belong to the key entry Bit 0-19 represent the 20 user-defined users(uid=BitNUM+1), more details can be found in agAccess->agAccessUserCurCfgTable. Bit 20-25 represent the 6 pre-defined user(from support to oper).

Add a new user to a particular public key. Reminder: The user must be a valid system user.

Remove a user from the user list of the public key entry.

Remove a public key entry.

SSH server maximum authentication attempts.

Set SSH server maximum authentication attempts.

The IP address of the sFlow server.

The IP address of the sFlow server.

Specify the sFlow server port number.

Specify the sFlow server port number.

Enable or disable sFlow.

Enable or disable sFlow

The table of sFlow port configuration.

A row in the sFlow port configuration table.

sFlow port number.

The current sFlow port sampling rate.

The current sFlow port polling interval.

The table of sFlow port configuration.

A row in the sFlow port configuration table.

sFlow port number.

The new sFlow port sampling rate. Valid range: 1-16777215| 0 for disable

The new sFlow port polling interval. Valid range: 5-60| 0 for disable

The port that the sFlow server is connected to

Chose the port that the sFlow server will connect to

Total number of packet allocations from the packet buffer pool by the TCP/IP protocol stack.

Total number of times the packet buffers are freed(released) to the packet buffer pool by the TCP/IP protocol stack.

Total number of packet allocation failures from the packet buffer pool by the TCP/IP protocol stack.

Total number of packet allocations with size greater than 128 bytes and less than or equal to 1536 bytes from the packet buffer pool by the TCP/IP protocol stack.

Total number of packet allocations with size larger than 1536 bytes from the packet buffer pool by the TCP/IP protocol stack.

Total number of packet allocations with size less than or eqaul to 128 bytes from the packet buffer pool by the TCP/IP protocol stack.

The highest number of packet allocations with size greater than 128 bytes and less than or equal to 1536 bytes from the packet buffer pool by the TCP/IP protocol stack.

The highest number of packet allocations with size larger than 1536 bytes from the packet buffer pool by the TCP/IP protocol stack.

The highest number of packet allocations with size less than or equal to 128 bytes from the packet buffer pool by the TCP/IP protocol stack.

The utilization of MP CPU over 1 second. It shows the percentage.

The utilization of MP CPU over 5 seconds. It shows the percentage.

The utilization of MP CPU over 1 minute. It shows the percentage.

The table of CPU utilization per process statistics.

A row in the CPU utilization stats per process table.

The process ID.

Process Name.

The utilization of MP CPU over 1 second. It shows the percentage.

The utilization of MP CPU over 5 seconds. It shows the percentage.

The utilization of MP CPU over 1 min. It shows the percentage.

The utilization of MP CPU over 5 min. It shows the percentage.

Process Status

The utilization of MP CPU over 5 minutes. It shows the percentage.

The table of port statistics.

A row in the port stats table.

The port index.

The total number of octets received on the interface, including framing characters.

The number of subnetwork-unicast packets delivered to a higher-layer protocol.

The number of non-unicast (i.e., subnetwork- broadcast or subnetwork-multicast) packets delivered to a higher-layer protocol.

The number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher-layer protocol. One possible reason for discarding such a packet could be to free up buffer space.

The number of inbound packets that contained errors preventing them from being deliverable to a higher-layer protocol.

The number of packets received via the interface which were discarded because of an unknown or unsupported protocol.

The total number of octets transmitted out of the interface, including framing characters.

The total number of packets that higher-level protocols requested be transmitted to a subnetwork-unicast address, including those that were discarded or not sent.

The total number of packets that higher-level protocols requested be transmitted to a non- unicast (i.e., a subnetwork-broadcast or subnetwork-multicast) address, including those that were discarded or not sent.

The number of outbound packets which were chosen to be discarded even though no errors had been detected to prevent their being transmitted. One possible reason for discarding such a packet could be to free up buffer space.

The number of outbound packets that could not be transmitted because of errors.

The length of the output packet queue (in packets).

The number of packets, delivered by this sub-layer to a higher (sub-)layer, which were addressed to a broadcast address at this sub-layer.

The total number of packets that higher-level protocols requested be transmitted, and which were addressed to a broadcast address at this sub-layer, including those that were discarded or not sent.

Setting this value to clear(2) clears the stats for this port.

The number of packets, delivered by this sub-layer to a higher (sub-)layer, which were addressed to a multicast address at this sub-layer.

The total number of packets that higher-level protocols requested be transmitted, and which were addressed to a multicast address at this sub-layer, including those that were discarded or not sent.

Number of link state changes.

The number of inbound flow control packets.

The number of outbound flow control packets.

The number of inbound flow control packets per second.

The number of outbound flow control packets per second.

The number of IN frames per port.

The number of OUT frames per port.

The number of IN packets discarded per port.

The number of Dot1Tp learned entries discarded.

The number of transitions ....

The table of port statistics.

A row in the management port stats table.

The management port index.

The total number of bytes received.

The total number of bytes transmitted.

Total number of packet allocations from the packet buffer pool by the TCP/IP protocol stack.

Total number of packet allocations from the packet buffer pool by the TCP/IP protocol stack.

The number of inbound packets that contained errors preventing them from being deliverable to a higher-layer protocol.

The number of outbound packets that contained errors preventing them from being deliverable to a higher-layer protocol.

The number of inbound packets that were dropped.

The number of outbound packets that were dropped.

The number of data overruns over this link.

The number of data overruns over this link.

The number of frames received on this link.

The number of times that the carrier sense condition was lost or never asserted when attempting to transmit a frame on a this interface.

The total number of multicast packets received.

The number of collisions on this outbound segment.

The table of all ports statistics.

A row in the table of all ports statistics.

The port number.

The port description.

The current operational speed of the port.

The port MAC Address.

The port Admin state.

The port Operational Status.

Octets In for port.

Octets Out for port.

Packets In for port.

Packets Out for port.

Unicast Packets In for port.

Unicast Packets Out for port.

Broadcasts Packets In for port.

Broadcasts Packets Out for port.

Multicast Packets In for port.

Multicast Packets Out for port.

Discarded Packets for port.

Outbound Packets for port.

Error Packets for port.

Not sent packets due to error.

Unknown protocol packets.

Outbound Packet Queue Length.

Number of link state changes.

Octets In rate for port.

Octets Out rate for port.

Unicast Packets In rate for port.

Unicast Packets Out rate for port.

Broadcasts Packets In rate for port.

Broadcasts Packets Out rate for port.

Multicast Packets In rate for port.

Multicast Packets Out rate for port.

Discarded In Packets rate for port.

Discarded Out Packets rate for port.

Erroneus inbound packets rate for port.

Not sent packets due to error rate.

Setting this to clear(2) results in clearing the statistics for all ports.

The table of bridging statistics per second.

Bridging statistics per second.

The port index.

The number of frames that have been received per second by this port from its segment.

The number of frames that have been transmitted per second by this port to its segment.

Count of valid frames received which were discarded per second.

The number per second of Forwarding Database entries, which have been or would have been learnt, but have been discarded due to a lack of space to store them.

The number of times this port has transitioned per second from the Learning state to the Forwarding state.

The table of Ethernet statistics per second.

Ethernet statistics per second.

The port index.

A count of frames received per second on a particular interface that are not an integral number of octets in length and do not pass the FCS check.

A count of frames received per second on a particular interface that are an integral number of octets in length but do not pass the FCS check.

A count of successfully transmitted frames per second on a particular interface for which transmission is inhibited by exactly one collision.

A count of successfully transmitted frames per second on a particular interface for which transmission is inhibited by more than one collision.

The number of times per second that a collision is detected on a particular interface later than 512 bit-times into the transmission of a packet.

A count per second of frames for which transmission on a particular interface fails due to excessive collisions.

A count per second of frames for which transmission on a particular interface fails due to an internal MAC sublayer transmit error.

A count per second of frames received on a particular interface that exceed the maximum permitted frame size.

A count per second of frames for which reception on a particular interface fails due to an internal MAC sublayer receive error.

Setting this to clear(2) results in clearing the SNMP statistics.

The total number of NTP requests sent to Primary NTP Server.

The total number of NTP responces received from Primary NTP Server.

The total number of NTP Updates by Primary NTP Server.

The total number of NTP requests sent to Secondary NTP Server.

The total number of NTP responces received from Secondary NTP Server.

The total number of NTP Updates by Secondary NTP Server.

The type of ntp server updated last time.

The last time updated by ntp server.

Setting this value to clear(2) clears the stats for ntp.

The current system time.

The table of ACL statistics.

Statistics about a particular ACL configuration entry.

The acl index.

Total number of hits for this ACL entry

Setting this value to clear(2) clears the stats for the ACL.

The table of VMAP statistics.

Statistics about a particular VMAP configuration entry.

The vmap index.

Total number of hits for this VMAP entry

Setting this value to clear(2) clears the stats for the VMAP.

The table of IPv6 ACL statistics.

Statistics about a particular IPv6 ACL configuration entry.

The ipv6 acl index.

Total number of hits for this IPv6 ACL entry

Setting this value to clear(2) clears the stats for the IPv6 ACL.

The total memory in bytes.

The free memory in bytes.

The shared memory in bytes.

The buffer memory in bytes.

The total swap memory in bytes.

The free swap memory in bytes.

The total high memory in bytes.

The free high memory in bytes.

snmpInPkts

snmpInBadCommunityNames

snmpInASNParseErrs

snmpOutPkts

snmpInTooBigs

snmpInBadValues

snmpInGenErrs

snmpInTotalSetVars

snmpInGetNexts

snmpInGetResponses

snmpOutTooBigs

snmpOutBadValues

snmpOutGenErrs

snmpOutGetNexts

snmpOutGetResponses

snmpSilentDrops

snmpInBadVersions

snmpInBadCommunityUses

snmpEnableAuthTraps

snmpInBadTypes

snmpInNoSuchNames

snmpInReadOnlys

snmpInTotalReqVars

snmpInGetRequests

snmpInSetRequests

snmpInTraps

snmpOutNoSuchNames

snmpOutReadOnlys

snmpOutGetRequests

snmpOutSetRequests

snmpOutTraps

snmpProxyDrops

All TCP allocated control blocks

A row in the TCP control blocks table.

The TCP blocks index.

The TCP block destination address.

Tcp informations concerning the remote port

IP address of the source of the Tcp block

Tcp informations concerning the local port

The state of the Tcp

The type of the local port

The state of the local port

All TCP allocated control blocks on MGMT port

A row in the TCP on MGMT port table.

Index in the tcpMGMTControlBlocksTable table.

The size of the received TCP queue.

The size of the sent TCP blocks queue.

The local address for the TCP.

The remote address for the TCP.

The ports state.

All UDP control blocks in use

A row in the UDP control blocks table.

The current UDP local port.

The ports state.

All UDP control blocks allocated on MGMT port

A row in the UDP on MGMT port table.

Index in the udpMGMTControlBlocksTable table.

The size of the received UDP queue.

The size of the sent UDP blocks queue.

The local address for the UDP.

The remote address for the UDP.

The ports state.

The hardware part number of the Switch.

The hardware revision. If the revision is not available, a zero length string should be returned.

The main board revision. If the revision is not available, a zero length string should be returned.

The fan status on the system.

The fan speed on the system.

The temperature sensors on the system.

This variable summarizes the status of several key elements of the device. OK: - All temperature sensors are below the warning threshold (eg. < 85 C); - All fans are running at >= 100 RPMs; - Both power supplies are on; - No panic dump exists in flash. Non-critical: - One or more temperature sensors is in the warning range (eg. >= 85 and < 100 C); - A panic dump exists in flash. Critical: - One or more temperature sensors is in the failure range (eg. >= 100 C); - One or more fans are running < 100 RPM; - One power supply is off.

The ESN of the switch.

The table of port information.

A row in the port information table.

The port index.

The current operational speed of the port.

The current operational mode of the port.

The current operational flow control of the port.

The current operational link status of the port.

A textual string containing information about the interface. This string should include the name of the manufacturer, the product name and the version of the hardware interface.

The type of interface, distinguished according to the physical/link protocol(s) immediately `below the network layer in the protocol stack.

The size of the largest datagram which can be sent/received on the interface, specified in octets. For interfaces that are used for transmitting network datagrams, this is the size of the largest network datagram that can be sent on the interface.

The interfaces address at the protocol layer immediately `below the network layer in the protocol stack. For interfaces which do not have such an address (e.g., a serial line), this object should contain an octet string of zero length.

The current operational state of the interface. The testing(3) state indicates that no operational packets can be passed.

The value of sysUpTime at the time the interface entered its current operational state. If the current state was entered prior to the last re- initialization of the local network management subsystem, then this object contains a zero value.