USR-CONFIG-MIB: View SNMP OID List / Download MIB

The commWorks enterprise defined MIB objects for Configuration Management

The current software version of the Config Process.

The name of a ConfigFile to read/write permanent database records.

Setting the value of this object to `save causes the values of the Config Group to be written out to the current config file, which is stored in the cfgConfigFile object. While the new ConfigFile is being written, the config process will set the value of this flag set to `saving. Any attempts to set the value while it is not `normal (i.e. the file is currently being written to the ConfigFile) while result in a badValue error being returned. Setting the value to `normal will result in no action.

Setting the value of this object to `save causes the values of all the Network Table entries to be written out to the current config file, which is stored in the cfgConfigFile object. While the new ConfigFile is being written, the config process will set the value of this flag set to `saving. Any attempts to set the value while it is not `normal (i.e. the file is currently being written to the ConfigFile) while result in a badValue error being returned. Setting the value to `normal will result in no action.

Setting the value of this object to `save causes the values of all the IF Table entries to be written out to the current config file, which is stored in the cfgConfigFile object. While the new ConfigFile is being written, the config process will set the value of this flag set to `saving. Any attempts to set the value while it is not `normal (i.e. the file is currently being written to the ConfigFile) while result in a badValue error being returned. Setting the value to `normal will result in no action.

Setting the value of this object to `save causes the values of the Network Service Table to be written out to the current config file, which is stored in the usrCfgConfigFile object. While the new ConfigFile is being written, the config process will set the value of this flag set to `saving. Any attempts to set the value while it is not `normal (i.e. the file is currently being written to the ConfigFile) while result in a badValue error being returned. Setting the value to `normal will result in no action.

A list of Networks currently configured in the Netserver system.

An entry containing management information applicable to a particular network.

The name of this network. Network names can either be assigned by a network administrator when the Network is created. Or it will generated by the Configuration Process when it adds the network to its internal table. Generated network names will be formed by concatenating the ascii forms of the protocol name, network address and port number separated by hyphens.

The name of the interface this network runs on top of.

The Level 3 protocol running over this network.

The address which identifies the network. The format of this object is dependent on the protocol running on this network.

The type of encapsulation employed by this network.

The current status of the network entry. The value of this object can be set to one of four values, enable, disable, invalid or reconfigure. Setting the value of invalid causes the network to be removed. The enable value enables a network currently in the disable state. Setting the value to disable, disables a network in the enable state. reconfigure will result in the network temporarily disabled and re-configured using any non-NULL values in the usrCfgNewNet... objects. This allows a Network Manager to change an existing networks address, encapsulation, or interface without having to remove the router from service. This status can only be used on static IP networks. Any attempt to reconfigure any other type of network will result in a badValue error. Attempts to set the value of this object to any other values is illegal and will cause a badValue error to be generated.

The logical identifier for this network assigned by the Pilgrim forwarder process which owns this network. The value of the LogicalId is returned to the Config Process in the FWD_ENABLE_NETWORK_RSP IPC message.

Networks configured via network management interaction are static networks. Networks created to service incoming calls are dynamic networks. Networks created automatically every time the system reboots (i.e. the IP Loopback Network are automatic networks. Automatic networks are essentially read-only network entries, the cannot be enabled, disabled or deleted.

The name of a user (location) associated with a dedicated circuit type network. This objects value is only meaningful for Data Link Control networks (PPP, SLIP, Frame Relay, etc...) over dedicated/permanent circuits. This name is passed to the Data Link Control Process when the network is created (ADD NETWORK command). The DLCP will use the name to lookup a location profile in User Manager database. For non-dedicated circuit networks, this objects value will always be a NULL string. Attempts to SET or change the value of this object for non-dedicated circuit networks will fail.

Setting the value of this object to `save causes the values of this Network Table entry to be written out to the current config file, which is stored in the usrCfgConfigFile object. While the new ConfigFile is being written, the config process will set the value of this flag set to `saving. Any attempts to set the value while it is not `normal (i.e. the file is currently being written to the ConfigFile) while result in a badValue error being returned. Setting the value to `normal will result in no action.

The name of the interface this network runs on top of.

The address which identifies the network. The format of this object is dependent on the protocol running on this network.

The type of encapsulation employed by this network.

The IP address of the remote router for the network configured as an IP Numbered-Point-To-Point network.

The Wan Type determines the type of the IP network created on top of the WAN (eg., Frame Relay).

This flag determines whether the interface being defined is a generic one, or one which supports redundancy of RP and PI interface.

This determines the VLAN tag that needs to be added to all the packets going through this network. By default this value is 0. If zero is set then it means that no VLAN tag will be added.

A list of Interface Names currently configured in the Netserver system.

An entry containing management information applicable to a particular Interface.

The name of this interface. The value of this object is the same as the ifName object of the standard Interface table (RFC-1573). This table allows the Pilgrim CLI process to translate Interface names into ifIndex values. All the other tables in the Pilgrim system relating to interfaces are indexed by the ifIndex value of the related interface.

The interface index of this interface taken from the standard (RFC-1573) Interface MIB.

The permanently configured state of the interface.

The permanently configured value, which indicates whether linkUp/linkDown traps should be generated for this interface.

This object has a value of DISABLED if this interface only accepts packets/frames that are addressed to this station. This object has a value of ENABLED when the station accepts all packets/frames transmitted on the media. The value ENABLED is only legal on certain types of media. If legal, setting this object to a value of ENABLED may require the interface to be reset before becoming effective. The value of ifPromiscuousMode does not affect the reception of broadcast and multicast packets/frames by the interface. This functionality is not supported for wireless components.

The name of the input filter for a specific interface.

The name of the output filter for a specific interface.

This switch will allow user filters to override the interface filters. If set to off, user filters do not override the interface filters. If set to on user filters can override the interface filters.

The Software Download Commands are as follows: normal: This mode is for normal operation. download: This command trigger the download for this device. forceLinkDown: Force the Link to go down while a connection is in progress and download.

The Software Download status are as follows: notSelected: The particular Device is not selected for software download. This mode is for normal operation. pending: This Device was selected for download, but it has not started. active: This Device is currently being downloaded to. failed: The download process failed for some reason in this device. complete: This Device was successfully downloaded. portBusy: This Device is busy.

The index of the Positron System Table that this interface belongs to. The value of this object will always be zero on non-Positron systems.

This switch controls the Interface status, when a SAVE ALL is issued and it was not disabled by the user. It should not be modified, it is only used by CFM.

The name of the policy for a specific interface.

This switch will allow user policy to override the interface policy. If set to off, user policies do not override the interface policy. If set to on user policy can override the interface policy.

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

This Variable allows one to change the ethernet device operating mode. Modes could be 10Half/10Full/100Half/100Full or Auto Negoti ate. This is applicable only for ETHERNET Interfaces supported on the HARC-I and HARC-II boards with DP83840A or Level-1 Phys.

A list of RoboExec Software modules currently configured in the Netserver system.

An entry containing management information applicable to a particular Module.

The name of this module.

The module type.

The modules down-loadable file name. For linked modules the value will always be a zero length string, and no SET operations will be allowed. If no file name is specified when a new entry is added to the table, the Config Process will attempt to load the file @file//

The modules Configuration file name. This file contains the modules permanent configuration records. The value of this object is passed to the modules master processs initialization routine via the init_arg parameter.

A longer string describing the module.

The name of the master process of this module.

Status flags to control and display the modules current state. Only the values terminate and unload may be set by a Network Manager process. Adding a new entry to the table will trigger the Config Process to load the module.

This table defines the available services from the router.

An entry containing management information for a particular available service.

An index into this table.

The handle by which this service is known.

A textual description of the service.

What type of service does this entry describe?.

This describes the Transport protocol on which the service resides.

The Pilgrim module which implements this service..

This table defines the Network services provided by Pilgrim

An entry containing management information for a particular network service.

The name by which the administrator identifies this service.

The available service providing this network service. Must be the an entry from the Available Services Table.

The number of the socket for this service.

This specifies any other data that the service needs for its definition. To reset this SET to none.

This variable determines if active sessions using this service are closed when the service is set to inactive or invalid

Setting this variable to delete removes the service.

Setting the value of this object to `save causes the values of this Network Service Table entry to be written out to the current config file, which is stored in the usrCfgConfigFile object. While the new ConfigFile is being written, the config process will set the value of this flag set to `saving. Any attempts to set the value while it is not `normal (i.e. the file is currently being written to the ConfigFile) while result in a badValue error being returned. Setting the value to `normal will result in no action.

Setting the value of this object to `reboot causes the the system to gracefully shutdown and then reboot. Setting the value to `shutdown causes the system to shutdown and not reboot automatically. The value `resetConfiguration will reset the system configuration to the factory default configuration and then reboot the system. Setting the value to `normal will result in no action.

The System wide transmit authentication user name.

The software release version of this system.

The file name of the software image which this product loads when the system reboots. The value of this object is used by the USR Access Router Manager when it downloads a new version of the router software.

This value is used to prepare the system to receive a new system image via TFTP. A Network Management station initiates a system image download by setting the value of this object to triggerDownLoad. The system then sets the state to deletingImageFile, while it removes the current image file from the flash file system. This frees up space in the flash file system for the new image. When the old image file is deleted, the value of this will be changed to readyForDownLoad. The NMS is expected to poll this MIB object until this state is reached. Then it can begin a TFTP download of the new image file. (NOTE: if the system crashes or reboots during the deleteingImageFile or readyForDownLoad states, the system will NOT reboot, and the image must be update via a console port Software Down Load.) After the new system image TFTP download has been completed, the NMS **MUST** set this object back to the normal state. A system shutdown or reboot via the usrCfgRebootFlag object will not be allowed unless the this object has been reset to normal.

Specifies whether the configurator will allow the modems to be busied out if a loss of service is detected. This feature may not be available on all systems.

This object is used to allow the system to prepare a Bulk configuration file that is retrievable via TFTP. A bulk configuration file is created by setting the value of this object to createBulkFile. The system then sets this object to creatingBulkFile and concatenates the individual .cfg files into a single file indicated by the object usrCfgBulkFileName. The individual .cfg files can be restored by setting the value of this object to restoreBulkFile. The system then sets this object to restoringBulkFile and splits the file indicated by the object usrCfgBulkFileName into the individual .cfg files. Note: the file indicated by the object usrCfgBulkFileName must be present in the file system for this to succeed. The operation is completed when the value of this object is set back to normal or bulkFileError which indicates that an error occurred.

This is the name of the Bulk File that will be acted upon when usrCfgBulkFileStatus is set to createBulkFile or restoreBulkFile.

When the value of usrCfgBulkFileStatus is bulkFileError, this object will indicate the error that occurred.

The events for Configuration Management traps

A usrCfgDynNetCreated message signifies that the sending CommWorks Remote Access Router has just established a Dynamic Network to service a dialup network user.

A usrCfgDynNetRemoved trap signifies that the sending CommWorks Remote Access Router has just removed a Dynamic Network associated with a recently disconnected dialup network user

A usrCfgLinkDown trap signifies that the SNMP entity, acting in an agent role, has detected that the ifOperStatus object for one of its communication links is about to enter the down state from some other state (but not from the notPresent state). This other state is indicated by the included value of ifOperStatus. usrCfgSlot is the slot number holding the blade.

A usrCfgLinkUp trap signifies that the SNMP entity, acting in an agent role, has detected that the ifOperStatus object for one of its communication links left the down state and transitioned into some other state (but not into the notPresent state). This other state is indicated by the included value of ifOperStatus. usrCfgSlot is the slot number holding the blade.

A list of dynamic tunneling connections currently active in the Netserver system.

An entry containing management information applicable to a particular Connection.

The name of this dynamic tunneling interface.

The name of the user for this connection.

The tunneling protocol used for this connection.

The start time of the connection.

Specifies the security service client process that gets started at boot time.

A list of Logical Interface Names currently configured in the Netserver system.

An entry containing management information applicable to a particular Interface.

The name of this interface.

Fix for compiler which doesnt accept table without any auxiliary objects! Code will return NO_SUCH_OBJECT.

A list of Logical Interface Names and Index. This table is used as a reference for retrieving the stored index of LogicalIf

An entry containing management information applicable to a particular Interface.

The name of this interface.

The index of this logical interface.

Specifies whether boot prom needs to be initialised.

list of filter operations in a particular modem group. Obsolete : This is no longer used.

An entry containing management information applicable to a particular modem group. Obsolete : This is no longer used.

The name of this modem group Obsolete : This is no longer used.

This is for setting a filter access for all the interfaces in a particular modem group. Obsolete : This is no longer used.

The name of the input filter for a specific modem group. Obsolete : This is no longer used.

The name of the output filter for a specific group. Obsolete : This is no longer used.

System password transmitted with auth name, when password is not available from other sources; reading this object returns NULL

Specifies whether the redundancy interconnect feature is enabled or not.

The name of the RP interface Returns NULL string if not configured.

The name of the PI interface Returns NULL string if not configured.

Setting the value of this object to `save causes the values of the Config Group to be written out to the current config file, which is stored in the cfgConfigFile object. While the new ConfigFile is being written, the config process will set the value of this flag set to `saving. Any attempts to set the value while it is not `normal (i.e. the file is currently being written to the ConfigFile) while result in a badValue error being returned. Setting the value to `normal will result in no action.

The name of a ConfigFile to read/write Configurator IP Networks.

The non-zero slot number holding this blade. If the slot number is not determinable, such as for the testbed, then the value is 0.

The type of linkUp/linkDown trap generated. rfcTrap(1) - IF-MIB linkUp / LinkDown trap upon link up/dn cfgTrap(2) - USR-CONFIG-MIB usrCfgLinkUp / usrCfgLinkDown upon link up/dn rfcCfgTrap(3) - both linkUp and usrCfgLinkUp trap upon link up both linkDown and usrCfgLinkDown trap upon link dn