JETDIRECT3-MIB: View SNMP OID List / Download MIB

The number of valid bytes in the gdStatusEntry array.

This describes the line state of the peripheral. When non-zero, the peripheral is off-line. When zero the peripheral is on-line.

This describes the state of the paper on the peripheral. When non-zero, the peripheral has a paper problem. When zero, the peripheral does not have a paper problem.

This describes the intervention state of the peripheral. When non-zero, the peripheral requires human intervention to continue working. When zero, it requires no assistance.

This indicates to which read channel state the card should move. When non-zero, the card should indicate that the read channel is idle. When zero, the card should indicate that the read channel is operating. This object is Lan Manager io channel specific. It is kept here for backward compatibility. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

This indicates whether the peripheral is waiting for the Connection termination ACK. When non-zero, it is waiting. When zero, it is not waiting.

This is the error code from the peripheral.

This indicates that the peripheral is out of paper. off (0), paper-out-or-paper-mount (1), manual-paper-feed-needed (2) For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral has a paper jam. off (0), paper-jam(1) For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral has a low toner condition. off (0), toner-low (1), no-toner-cartridge (2) For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral did not receive data fast enough to keep up with the print engine when generating a page. For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral did not have enough memory to render an image on a page. For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral is processing data from this I/O interface card. For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0). For X.20.06 firmware and later firmware releases, this object is not relevant. In order not to break legacy applications which call this object in multi-varbind requests, this value is always zero (0).

This indicates that the peripheral is busy processing print/plot data. For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral is waiting for print/plot data to process. For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral is initializing or warming up. off (0), initializing (1), warm-up(2) For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral cover or door is open. For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral is printing or otherwise marking or moving paper. off (0), ordinary-page (1), test-fonts-config-or-start-page (2) For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This indicates that the peripheral has a paper output problem such as the output storage bin being full. off (0), output-storage-full (1) For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this value is always a zero (0).

This is the reserved area that is not currently used, but will allow for growth within the gdStatusEntry table.

This indicates if this channel is active. If the value is 0 then this channel is active or the peripheral is idle. If this value is non-zero then another channel is active. This is the Novell io channel

This indicates if this channel is active. If the value is 0 then this channel is active or the peripheral is idle. If this value is non-zero then another channel is active. This is the LLC io channel

This indicates if this channel is active. If the value is 0 then this channel is active or the peripheral is idle. If this value is non-zero then another channel is active. This is the TCP io channel

This indicates if this channel is active. If the value is 0 then this channel is active or the peripheral is idle. If this value is non-zero then another channel is active. This is the Apple talk io channel

The string diplayed on the peripheral front panel. For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this is always a zero length string.

The current job name set by the peripheral. For some peripherals, such as the HP LaserJet IIISi printer or HP DesignJet plotter, this is always a zero length string.

A string indicating the name of the physical port or protocol the printer is currently getting data from.

A string indicating the Appletalk papstatus response.

A formatted string describing this peripheral.

This is the display code that the peripheral uses to tell the card what type of display the front panel of the printer is. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

This value is the representation of what native language the printer is in currently.

This value represents (in seconds) the maximum time of inactivity which must elapse before the JetDirect card switches from the current network protocol to another when a normal end of job is not detected.

This object will enable/disable PJL ustatus. disabled (0), enabled (1)

This value represents what protocols Locally Administered addressing is supported over. This is currently 0 for 802.3 cards and 7 for 802.5 cards. LAA is not supported on 802.3. The value is a mask of bits, 1 for each of the protocols below. +-----------------------------------------------+ | NA | NA | NA | NA | NA | TCP | LLC | NOV | +-----------------------------------------------+

This object is used as a 256 byte NVRAM area for JetAdmin. It is completely managed by JetAdmin. Initially it is initialized to all zeros. A coldboot will re-initialize to all zeros.

The AppleTalk name of the printer.

The AppleTalk type of the printer.

This OID is used to enable individual peripheral trappable objects through JetDirect.

This OID is used to disable individual peripheral trappable objects through JetDirect.

A list of ieee8023MacEntry entries.

An entry containing the hp ieee8023 extentions.

The index value which uniquely identifies the interface/port to which this entry is applicable. The interface/port identified by a particular value of this index is the same interface/port as identified by the same value of ifIndex.

The number of frames successfully transmitted.

The number of frames not transmitted.

Number of frames which were successfully transmitted after a deferral. If any collisions occurred before transmission, xmtDeferredTransmission isnt incremented.

Total number of transmit attempts that were retransmitted due to collisions, and are subsequently transmitted successfully.

Number of transmit attempts that are involved in a single collision, and are subsequently transmitted successfully.

Number of transmit attempts that are involved in between one and fifteen collision attempts, and are subsequently transmitted successfully.

The number of transmits that occur after more than 15 collisions, and are subsequently transmitted successfully.

The number of collisions that occurred after one end-to-end frame propagation delay.

Number of times that carrier sense was lost when attempting to transmit.

The number of times the MAU failed to assert SQE after transmitting a packet.

The number of frames successfully received.

The number of frames received that could not be delivered because the software buffer was overrun when frames were sent faster than they could be received.

The number of Cyclical Redundancy Check (CRC) errors detected.

The number of frames received that were both misaligned and had bad CRC.

The number of frames received that were lost due to lack of resources.

The number of frames received with errors in the control field.

The number frames dropped because the type field or sap field referenced an invalid protocol.

Number of accepted muliticast addresses.

The number of frames not transmitted successfully due to excessive number of deferrals.

The number of frames not transmitted successfully because an underflow occurred on the transmit.

The number of frames not transmitted successfully because the MAC lacked resources to handle the frame.

The number of frames received that have length errors.

The 802.3 multicast address table.

Entries in the ieee8023MacMcaTable.

The index corresponding to a particular instance in the ieee8023MacMcaTable.

The multicast address of a particular instance in the ieee8023McaTable.

A state variable that indicates the current state of the MAC driver.

These are the four bits of hardware power sense and jumper sense registers: 15 14 13 12 11 +---+---+---+---+----------+ |apa|mpa|ext|int| unused | +---+---+---+---+----------+ unused Reserved for future status. apa 12v power detected at the AUI connector. mpa 12v power detected at the Peripheral interface. ext External AUI connector selected. int Internal tranceiver selected.

The number of entries in the multicast address table.

This object identifies the 10 or 100 Mb/s MAU type. It represents the operational type of the MAU, as determined by (1) auto-negotiation, (2) manual configuration, or (3) port selection logic.

Jack type associated with the selected MAU type.

This object indicates whether the interface with auto-negotiation signaling has this ability enabled.

A list of ieee8025MacEntry entries.

An entry containing the hp ieee8025 extentions.

The index value which uniquely identifies the interface/port to which this entry is applicable. The interface/port identified by a particular value of this index is the same interface/port as identified by the same value of ifIndex.

The number of frames successfully transmitted.

The number of frames not transmitted due to underflow errors.

The number of frames which were not transmitted due to no outbound resources.

Total number of frames received.

Number of received line error frames.

Number of received burst errors.

The number of received FS set errors.

The number of received congestion packets.

Number of received lost frame errors.

The number of received frame copied errors.

The number received too long errors.

The number of recevied length errors.

The number of received overflow errors.

The number of token errors.

The 802.5 multicast address table.

Entries in the ieee8025MacMcaTable.

The index corresponding to a particular instance in the ieee8025MacMcaTable.

The multicast address of a particular instance in the ieee8025McaTable.

A state variable that indicates the current state of the MAC driver.

These are the four bits of hardware power sense and jumper sense registers: 15 14 13 12 11 +---+---+---+---+----------+ |apa|mpa|ext|int| unused | +---+---+---+---+----------+ unused Reserved for future status. apa 12v power detected at the AUI connector. mpa 12v power detected at the Peripheral interface. ext External AUI connector selected. int Internal tranceiver selected.

The number of entries in the multicast address table.

The state of the LAN card to network peripheral interface driver.

A status string reflecting the current state of the card and peripheral.

The most recent peripheral fatal error that is being displayed on the peripherals display panel. The error typically appears as a 80 Service (00xx) error. Refer to peripheral documentation to determine what the error means.

The most recent LAN Card error that is being displayed on the peripherals display panel. The error typically appears as a 80 Service (01xx) error. Refer to peripheral documentation to determine what the error means. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The maximum number of write buffers configured for the LAN card (this translates to the write window size of the connection). Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The maximum number of read buffers configured for the LAN card (this translates to the read window size of the connection). Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The total number of bytes received since reset.

The total number of bytes sent since reset.

The current number of read data buffers owned by the LAN card. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The HP model number of the device.

This object describes the network connectors supported by the device. The value is a bit mask. A set bit indicates the connector is supported. Bit Value Connector 0 0x01 Ethernet, BNC 1 0x02 Ethernet, AUI 2 0x04 Ethernet, RJ-45 3 0x08 TokenRing, DB-9 4 0x10 TokenRing, RJ-45 5 0x20 LocalTalk 6 0x40 100VG, RJ-45 7 0x80 100T, RJ-45

A table of all the lines which the card prints on the self-test page.

An entry containing one line of the status page.

The index value of this entry in the table.

The text of one line of the card status. This is the same text that is shown on the printers selftest page. The text is localized.

This object provides information about the hardware that the firmware is running on as well as manufacturing codes.

This object specifies an address for subsequent peeks.

This object specifies an address for subsequent peeks.

This object is a bitmap showing what services are available on the card. Bit 0 - IPX/SPX/NCP protocol stack Bit 1 - IP/TCP protocol stack Bit 2 - LLC/DLC protocol stack Bit 3 - Ethertalk protocol stack Bit 4 - IPv6 protocol stack Bit 5 - IPSec protocol stack Bits 6 - 11 Reserved Bit 12 - LPD print services Bit 13 - FTP print services Bit 14 - Port 9100 print services Bit 15 - IPP print services Bits 16 - 23 Reserved Bit 24 - Queue Server Bindery Bit 25 - Queue Server NDS Bit 26 - Remote Printer Bit 27 - SPX Direct Mode Bit 28 - DLC Print Services Bit 29 - EtherTalk Print Services Bits 30 - 31 Reserved

This object is a bitmap showing what services are available on the card. Bit 0 - XIP2 Bit 1 - PML Get/Set Bit 2 - PML Traps Bit 3 - Scan to Web Browser Bit 4 - Scan to Email Bit 5 - MFP Scan Support Bits 6 - 11 Reserved Bit 12 - Telnet API Bit 13 - Web API Bit 14 - SNMP V2 Bit 15 - SNMP Traps Bit 16 - Download Bit 17 - TFTP Bit 18 - RCFG Bit 19 - SLP Bit 20 - Syslog Bit 21 - DHCP Bit 22 - BOOTP Bit 23 - RARP Bit 24 - SNMP V3 Bit 25 - SSL Functionality Bit 26 - Auto IP Bit 27 - SNMP V3 SHA-1 & AES-128 support. Bits 28 - 31 Reserved

This object is a bitmap showing what services are available on the card. Bit 0 - 100T Bit 1 - Token Ring 802.5 Bit 2 - 802.11b Bit 3 - 80211.a Bit 4 - Bluetooth Bits 5 - 11 Reserved Bit 12 - EIO. For embedded Jetdirect this bit will be 1. Bit 13 - LIO Bit 14 - USB Bit 15 - Firewire Bit 16 - TCP Download Bits 17 - 31 Reserved

The most recent peripheral fatal error that is being displayed on the peripherals display panel. The error typically appears as a 80 Service (00xx) error. Refer to peripheral documentation to determine what the error means.

The most recent LAN Card error that is being displayed on the peripherals display panel. The error typically appears as a 80 Service (01xx) error. Refer to peripheral documentation to determine what the error means. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The number of connections accepted since reset.

The number of connections refused since reset. Connections are refused for the following reasons: a connection is already active, the peripheral is offline, the network peripheral interface is not ready for connections after a power-up or reset, or there isnt enough buffer space on the card to establish a connection.

The number of connections that the card denied due to failure to match the access list.

The IP address of the last node to be denied a connection due to failure to match the access list.

The number of connections aborted due to a network problem.

The textual description of why the last abort on the card occurred.

The IP address of the last node to establish a connection before the card aborted.

The port of the last node to establish a connection before the card aborted.

The time (in hundredths of a second) since the last time the card was aborted.

State of current connection to card.

Remote IP address of the node currently connected to the card. Zero if no connection is active.

Remote port number of the node currently connected to the card. Zero if no connection is active.

The number of connections closed in response to a peripheral request I/O channel reset request.

The number of connections closed due to an idle timeout.

The number of connections closed by SetRequests to the MIB variable, npCtlCloseConnection.

The number of bytes received by this connection.

The number of bytes transmitted by this connection.

This object indicates how the device obtained its IP configuration.

The IP address assigned to the card from the BOOTP reply yiaddr field.

The IP address of the TFTP server from the BOOTP reply siaddr field.

The IP address of the TFTP gateway from the BOOTP reply giaddr field.

The IP address of the Syslog Server. If set via BOOTP (Tag: 7 field, lg= ) then SNMP set will fail. If not set via BOOTP then SNMP set will succeed. Value saved across warm boot power cycles. BOOTP will always overwrite SNMP set values.

This specifies the facility identifier used in syslog messages generated by the card.

An indication of whether or not the requesting host is allowed to connect to the card as dictated by the access list.

The number of access list entries.

List of access addresses and masks.

Each entry contains an access address and mask.

Index to the configuration access list table.

Address to compare with after applying the wildcard to the requestors address.

Address mask used to help determine whether or not a given IP address is allowed access to the card. An IP address is allowed access if (Addr & AddrMask) == (IP & AddrMask).

The idle timeout is the length in seconds after which an idle connection is terminated. A value of zero disables the timeout. Valid time values range from 1 to 3600.

Enumerate as follows: 0 = treat all hosts as local which means JetDirect sends a maximum of 1460 bytes of data in all outbound packets. 1 = treat hosts on different subnets but in the same network as local which means for hosts in the same network, send 1460 bytes; else send 536 bytes in outbound packets. 2 = treat only hosts on the same network and same subnet as local (use 1460 bytes); otherwise treat them as remote hosts (send 536 bytes).

The subnet mask associated with the IP address of this card.

This variable contains the IP address of the default router for this card.

The HTTP root(/) directory redirect location.

The HTTP /redirect directory location.

The JetDirect domain name as configured by Web JetAdmin.

The TTL value is used in the IP header of SLP multicast pkts sent by JetDirect.

The value can be 0, meaning IPP has been disabled, or 1, meaning IPP has been enabled.

The mail server to which messages originating from the JetDirect should be sent. The value is a URL in the form: protocol://address:port The protocol and port fields are optional. The default protocol is smtp and the default port is 25. The address field may be an IP address in dot notation or a DNS name. Examples: smtp://156.153.255.242:25 smtp://parrel1.hp.com 156.153.255.242:25 palrel1.hp.com

The number of TCP segments received in order.

The number of TCP segments received out of order.

The number of TCP zero window probes received.

The number of TCP segments received that were discarded.

The TFTP configuration file name.

TFTP server from which configuration information is obtained.

Maximum number of syslog packets to be sent per minute. 0 = Disabled.

Priority below which the syslog messages will not be sent. Valid priority levels = 0 through 7. Disabled = 8.

The IP address of the last node to request a reconfig of the card. This value is preserved across a reconfig.

The port of the last node to request a reconfig of the card. This value is preserved across a reconfig.

The time (in hundredths of a second) since the last time the card was reconfigured.

The IP address of the last node to request a close of the peripheral data connection on the card. This value is cleared on a reconfig.

The port of the last node to request a close of the peripheral data connection on the card. This value is cleared on a reconfig.

Writing a one (1) to this variable causes the card to dump its RAM image into a file using TFTP. The file is dumped onto the BOOTP server machine whose IP address is in the MIB variable, npCfgSiaddr { npCfg 3 }. The file name is: npi. in the tftp directory, where is the IP address of the card. The file must be writable by TFTP. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

Writing a one (1) to this variable causes the card to close the current peripheral data connection

Writing any value to this variable causes the card to reconfigure itself by doing the BOOTP/TFTP configuration activity.

This is a 4 byte integer value. The least significant bytes represent the protocols on the card. A value of 1 indicates a protocol that is enabled. A value of 0 indicates a protocol that is disabled. The 32-bit protocol enable structure is defined as: bits 31-28: Number of I/O channels/protocols present (NUM_CHAN) bits 27-24: Number of I/O channels which may operate concurrently (NUM_OP_CHAN) bits 23-16: unused, reserved bits 15-1: Individual I/O channel/protocol enable bits, 0 == disable, 1 == enable MIO_IOCHAN_NOVELL bit 1 MIO_IOCHAN_LLC bit 2 MIO_IOCHAN_TCP bit 3 MIO_IOCHAN_ATALK bit 4 bit 0: When NUM_OP_CHAN == 1, auto-protocol select enable bit, 0 == disable, 1 == enable (APS_ON)

This object specifies the PDL used to print the status page. EX ONLY

Writing any value to this object causes the device to print a status page. EX ONLY

This object controls and manages the collection of crc data for paperless print testing.

0 - disable SNMP Disable the SNMP protocol on the JetDirect device. Once SNMP is disabled it will not be possible to enable SNMP via another SNMP request, or enabled while this object is already enabled. SNMP may be enabled via a different user interface, such as telnet.

This object specifies the Page Description Language (PDL) used to print the status page. It is a bit mask as follows: pcl = 1 ascii = 2 postscript = 4 hpgl2 = 8 all = 15 Although the user may select a specific PDL it doesnt guarantee that the status page will actually be printed as selected, as the actual PDL used depends on the PDL capability of the printer. PDL values may also be set via npCtlStatusPageLang, by telnet, by the embedded web server on the JetDirect device, by the front panel of some printers, or by using the select button on the EX box. PDL values set via these alternate methods will be reflected by this object upon a read. This object is intended as an eventual replacement for npCtlStatusPageLang.

This object will disable (0) or enable (1) LCB (Logical Channel Break).

A tuning knob command is processed when this object is set with specific requests. Any response from the tuning knob command is made available via npCtlTknobCommandResponse.

A tuning knob command is processed when npCtlTknobCommandRequest is set with specific requests. Any response from the tuning knob command is made available via this object.

Configure Telnet service. (0) = Telnet disabled (1) = Telnet enabled

Configure Service Location Protocol (SLP) service. (0) = SLP disabled (1) = SLP enabled

Configure Line Printer Daemon Protocol (LPD) service. (0) = LPD disabled (1) = LPD enabled

Configure TCP port 9100 printing. (0) = port 9100 printing disabled (1) = port 9100 printing enabled

Configure Syslog service. (0) = Syslog service disabled (1) = Syslog service enabled Enabled by default.

Manages an SNMP versions read and write access to the MIB.

Used to create initial SNMPv3 account. The following rules apply: 0 = clear init account, only if previously 0. 4 = Block init account, only cold reset will clear or use Web User interface. Setting this object to blocked (4) will block an initial account creation until a cold reset.

Configure Multicast Domain Name Service. (0) = Bonjour disabled (1) = Bonjour enabled

This object controls the selection of the active network interface used for communication. This is applicable to products supporting dual wired and wireless network interfaces

Disable IP Security (IPSec) or Firewall. Only disabling is allowed.

Web Services Discovery enable/disable.

Web Services Print enable/disable.

Link-Local Multicast Name Resolution( LLMNR ) enable/disable.

Use for enabling and disabling Wireless Radio. The following values are defined: Disable = 0 Enable = 1 Default = 1(Enabled)

This is used to allow or hide broadcasting of the SSID (Network name). Allowed(Default) = 1 Not Allowed = 0 Not Allowed (0) only takes effect when npCfgWiFiDirectConnectionSecurity is set to Advanced.

This controls display of the Wireless passphrase on configuration reports/pages or on the control panel. Show = 0 Hide = 1 This object also controls whether or not the passphrase is included in the NFC record. Hide (1) only takes effect when npCfgWiFiDirectConnectionSecurity is set to Advanced

This controls display of the network name (SSID) on configuration reports/pages or on the control panel. Show = 0 Hide = 1 Hide (1) only takes effect when npCfgWifiDirectConnectionSecurity is set to Advanced

Use to Enabled/Disabled AirPrint functionality. Disable = 0 Enable(Default) = 1

Added to support RFC-5746. This OID can be use to enable/disable legacy SSL renegotiation. Disable = 0 Enable(Default) = 1

Configure 802.11 Wireless/Wi-Fi Direct functionality 0 = Wireless/Wi-Fi Direct is disabled 1 = Wireless/Wi-Fi Direct is enabled

Used to Enable/Disable the AirScan service. Disable = 0 Enable (Default) = 1

Used to Enable/Disable the AirFax service. Disable = 0 Enable (Default) = 1

The data state of the LAN card. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The LAN cards error code. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The LAN link event (reset or initialized or triggered). Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The state of the LAN cards read channel (operate or idle). Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The state of the LAN cards write channel (operate or idle). Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

This indicates that the LAN card channel zero has encountered an error condition which isnt serious enough to shut the peripheral down, but should be checked out.

Indicates whether or not the peripheral is currently connected to a server. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

This indicates that the Novell stack has encountered an error condition which isnt serious enough to shut the peripheral down, but should be checked out.

This indicates that the LLC stack has encountered an error condition which isnt serious enough to shut the peripheral down, but should be checked out.

This indicates that the TCP stack has encountered an error condition which isnt serious enough to shut the peripheral down, but should be checked out.

This indicates that the AppleTalk stack has encountered an error condition which isnt serious enough to shut the peripheral down, but should be checked out.

The number of valid bytes of peripheral attributes received from the peripheral.

The directions that the peripheral is able to transfer data (read and write channels, read channel only, or write channel only). Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The class assigned to the peripheral onto which this card is plugged.

The Identification number of the peripheral. These values are defined in the MIO spec. DesignJet, PaintJet XL300, and DesignJet/600 peripherals will identify themselves as LaserJet-IIIsi.

The revision number of the peripheral. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

Indicates the peripheral supports functionality that the apple talk protocol network provides.

Reserved for future use. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

This field is an unused byte. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

An indication of how many MIO channels the peripheral supports.

An indication of how many MIO datagram channels the peripheral supports.

The directions that this particular network peripheral card is able to transfer data (read and write, read only or write only). Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The class of this network peripheral card.

The identification number assigned this network peripheral card.

The revision number of the network peripheral connection card code on this card. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

Indicates that the card supports the apple talk protocol network.

Indicates that the card supports the messaging mode protocol. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

Reserved object for future use. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

An indication of how many MIO channels the I/O card supports. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

An indication of how many MIO datagram channels the I/O card supports. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

The LAN cards error log.

The LAN cards error log table entries.

The index that uniquely identifies an error log entry. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

Identification for this error. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

Error Parameter value. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

Time in timer ticks when error log entry was made. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

This object is the Get Unit Config Response structure described in the IPX code. This structure is of variable length depending on how many servers are configured.

The number of IPX FT8022 frames received.

The number of IPX FTSNAP frames received.

The number of IPX FTEthernet frames received.

The number of IPX FT8023RAW frames received.

This is a 50 byte array that contains the following information. 2 bytes: bindery object type (always 030c in hi-lo order) 12 bytes: Mac address of card (ASCII) 2 bytes: frame type also high bit (8000) is set if card is not configured 2 bytes : unit type (hex 81 for NetJet card) 32 bytes: node name (ASCII) which is: print server name for Queue Server mode printer name for RPTR mode

This object is the Get Unit Config Response structure described in the IPX code. This structure is of variable length depending on how many servers are configured. This is the second set of info when more than 8 print servers are configured.

This is the name by which the device advertises over NetWare. In remote printer mode, this is referred to as the node name. In queue server mode this name doubles as the print server name used to log into a file server (in bindery mode). This value is settable. If a string that is longer than the maximum length is sent, the value will be truncated to the max. The max size does not include a null-terminating octet, nor does the string include a null octet. Setting this value to a zero length string or a single null character will cause the card to reset to factory defaults in the Novell mode only. Returning the node name to the NPIxxxxxx standard, resetting all options, and returning all slots to unconfigured. Any sets to this object will cause the card to reset, dropping all connections immediately (even in the middle of a job). This reset will occur even if the name sent is identical to the prior name.

This is the name of the NDS tree by which the JetDirect attempts to connect and authenticate. NDS support is enabled when this value is provided (although connections do not become initiated until ipxUnitName is reset). To deconfigure the NDS support it is necessary to remove this tree name by setting the value to a zero length octet string or setting it to a single null character.

The length and the first 128 characters of the NDS fully qualified print server name.

The rest of the NDS fully qualified print server name. This is the continuation of npIpxNdsFullyQualifiedName1 for names longer than 128 characters. The value will be an empty string if the name is less than 128 characters long.

A list of npIpxServerConn entries.

An entry contains the status of a file server connection. Each entry indicates the file server dynamically connected in the given slot, the connection status, NCP status, and NDS status. To set a new serverConnTable entry perform an snmpset of the serverConn name including only the column. The row will be returned. IpxUnitName {.1.3.6.1.4.1.11.2.4.3.10.8.0} is used to synchronize novell stack operation when multiple connTable entries are required. Normally, all connTable entries are first set, and then IpxUnitName is set. This triggers novell stack to reconfigure to use the the new connTable entries. New connTable entries are retrievable with get/getnext only after setting of the ipxUnixName. examples: To set connTable entry: $ snmpset -cinternal 15.29.43.73 .1.3.6.1.4.1.11.2.4.3.10.11.1.3 octetstring server1 .1.3.6.1.4.1.11.2.4.3.10.11.1.3.2 : OCTET STRING- (ascii): server1 $ snmpset -cinternal 15.29.43.73 .1.3.6.1.4.1.11.2.4.3.10.11.1.3 octetstring server2 .1.3.6.1.4.1.11.2.4.3.10.11.1.3.2 : OCTET STRING- (ascii): server2 To set ipxUnitName: $ snmpset -cinternal 15.29.43.73 .1.3.6.1.4.1.11.2.4.3.10.8.0 octetstring UNIT_A .1.3.6.1.4.1.11.2.4.3.10.8.0 : OCTET STRING- (ascii): UNIT_A To walk connTable: $ snmpwalk 15.29.43.73 .1.3.6.1.4.1.11.2.4.3.10.11 .1.3.6.1.4.1.11.2.4.3.10.11.1.1.1 : Integer32: 1 .1.3.6.1.4.1.11.2.4.3.10.11.1.2.1 : Integer32: 2 .1.3.6.1.4.1.11.2.4.3.10.11.1.3.1 : OCTET STRING- (ascii): server1 .1.3.6.1.4.1.11.2.4.3.10.11.1.4.1 : Integer32: 4 .1.3.6.1.4.1.11.2.4.3.10.11.1.5.1 : Integer32: 0 .1.3.6.1.4.1.11.2.4.3.10.11.1.6.1 : Integer32: 0 .1.3.6.1.4.1.11.2.4.3.10.11.1.1.2 : Integer32: 2 .1.3.6.1.4.1.11.2.4.3.10.11.1.2.2 : Integer32: 2 .1.3.6.1.4.1.11.2.4.3.10.11.1.3.2 : OCTET STRING- (ascii): server2 .1.3.6.1.4.1.11.2.4.3.10.11.1.4.2 : Integer32: 1 .1.3.6.1.4.1.11.2.4.3.10.11.1.5.2 : Integer32: 0 .1.3.6.1.4.1.11.2.4.3.10.11.1.6.2 : Integer32: 0

The index value which uniquely identifies the server connection to which this entry is applicable.

The operating mode of the server.

The name of the server.

The RCFG connection status of the server.

The last NCP code of the server.

The last NDS code of the server.

This object contains a list of 8 structures that refer to the status of the first eight file server connection slot entries. Each entry indicates the file server dynamically connected in the given slot. Besides the name of the file server, connection status, NCP status, and NDS status is provided. If the file server name in a given slot has \0 in the first byte, that slot is not in use. The structure applied: struct { uchar opMode; // Operating mode of server // 0x00 = QServer (bindery) // 0x01 = RPrinter // 0x03 = QServer (nds) char fsName[48]; // name of file server in slot uchar connStat; // RCFG connection status uchar ncpStat; // last NCP code uchar pad; uint32 ndsStat; // last NDS code (big-endian) } slots[8];

The server connection info for slots 9-16. See above for format.

The 12 octet IPX address of the Novell RCFG socket. The address is in network byte order.

Remote print server name.

remote Printer Number (valid in remote Printer Mode only) range: 0-255 for 4.X servers 0-15 for 3.X servers

Setting of this object to zero causes a soft reset of the board, setting to one causes a hard reset of the board.

This object provides control/status for source route. Options for Token Ring networks are as follows: 00 - Auto Sensing mode 01 - Send without SR, receive only if same ring 02 - Send with SR, single route 03 - Send with SR, all routes used receive any

This object returns the frame type current enabled, possibilities are as follows: 00 - Auto 01 - Ethernet 8023 or Token-ring 02 - Ethernet II or Token-ring SNAP 03 - Ethernet 8022 04 - Ethernet SNAP

Queue server job poll interval.

Currently effective SAP broadcast Interval: range: 0-3600 seconds default: 60 seconds 0 value indicates SAP broadcasts are disabled.

Currently effective PJL Enable Flag, possible values include: 00 - PJL disable 01 - PJL Job, banner 02 - Ustatus for end of job detection 03 - banners and end of job detection

Current Configuration for toner low notification. Possible values include: 00 - notify only if intervention is required. 01 - Notify even if peripheral is still operational.

Current Ipx network number.

This is the number of current active Direct Mode connections.

This is the number of Direct Mode connections available.

This is a bit string that contains a list of protocols over which DirectMode is supported. A specified bit represents each protocol statck. Support for more than one stack is indicated by multiple bits ORed together. 0x01 = IPX/SPX 0x02 = TCP/IP 0x04 = DLC/LLC 0x08 = AppleTalk

This object shows the address of the server that is connected to the DirectMode slot. This structure returns AT_AVAIL if there is no server attached to this slot and AT_NOSUPP if the slot number is out of range. struct{ ushort16 addrType; /* type of address */ ushort16 pktSize; /* size of negotiate packet size */ uchar8 addr[4-12]; /* address */ } AT_AVAIL 0 /* connection available */ AT_NOTSUPP 1 /* connection slot not supported */ AT_SPX 2 /* 12-byte SPX address */ AT_TCP 3 /* 4-byte TCP address */ AT_LLC 4 /* 6-byte LLC address */ AT_AT 5 /* Appletalk address */ Only AT_AVAIL, AT_NOTSUPP, and AT_SPX are currently supported.

This is the value of the N2 variable used in the 802.2 type II connection. This value is the number of retransmissions that could occur if a host peer is not responding. The Ti timer is this value (N2) times 3 (N2 x 3). The value of the T1 timer is this value (N2) in seconds.

This is the llc connection state for Lan Manager and Lan Server. 1 - bp or fp or both disabled: not accepting connections 2 - have bp connection and fp listening socket 3 - have bp connection and fp data transfer connection 6 - fp closed, waiting for bp term-ack before closing bp States formerly reported for P68 generation products and no longer used in Summit: 4 - bp has idled the app due to a lack of resources 5 - fp closed and bp needs to be closed NOTES: Backplanes do not IDLE print apps in Summit Architecture and the state TERMINATED is so transitional that it would only be reported for a few milliseconds, if at all.

This is the LLC server address for Lan Manager and Lan Server.

The number of peripheral interfaces supported by this device.

The type of the peripheral interface. A parallel port will return the specific protocol currently in use. If the parallel port is disconnected it will return parallel(4).

The desired (remotely specified) operating mode of the parallel port. The following map is used to determine mode availability and provides the definition for each mode: Available When npPortDesiredMode Definition ------------------ -------------- 1 bitronics always EX will attempt to retrieve nibble mode back channel data from the printer. If the printer does not support bitronics, EX will default back to compatibility mode. 2 centronics npPortMaxModeAvailable >= 1 EX will only support compatibility (centronics) mode when talking to the printer 3 ecpWithNibbleMLC npPortMaxModeAvailable >= 1 EX will attempt to talk to the printer across MLC. This is done by using ECP in the forward direction and nibble-mode bitronics in the reverse direction. If the printer does not support both MLC and ECP, EX will fall back to regular bitronics, as described above. 4 ecpWithMLC npPortMaxModeAvailable >= 1 EX will attempt to talk to the printer across MLC. This is done by using ECP in both forward and reverse directions. If the printer does not support both MLC and ECP, EX will fall back to regular bitronics, as described above. 5 ecp npPortMaxModeAvailable >= 1 EX will attempt to talk to the printer using ECP in both the forward and reverse directions. If the printer does not support ECP, EX will fall back to regular bitronics, as described above. EX-ONLY

The handshaking to be used in sending data over the parallel port. EX-ONLY

The state of the centronics status lines from the peripheral. The value is a bit mask. Bit Value Signal 0 0x01 nACK 1 0x02 2 0x04 3 0x08 4 0x10 nFAULT 5 0x20 SELECT 6 0x40 PERROR 7 0x80 BUSY EX-ONLY

The maximum available parallel mode by which the print-server may connect to an attached peripheral. This is a function of the the available hardware and firmware capabilities. The value represents a mode of parallel operation, as defined in the following table: Value Mode ----- ----------------- 0x01 Centronics 0x03 ECP/MLC w/ nibble 0x04 ECP/MLC 0x05 ECP, No MLC EX-ONLY

Poll rate for bi-directional data. Range is 10 to 100 seconds. Defaults to 40 seconds. EX-ONLY

Takes the 16 bit value and applies it to the centronics timing register. The default value is 0 and is not applied to the centronics timing register. EX-ONLY

Sets and/or disables IO flags. Reset value of 0. EX-ONLY

Takes the 16 bit value and applies it to the Host Recovery Time Register. The default value is 0. EX-ONLY

Sets and/or disables IO flags. Reset value of 0. EX-ONLY

The desired operating mode of the USB interface to this device. JetDirect normally uses the best interface the device supports. Setting this object limits the device to a simpler interface when the more complex interface does not work with JetDirect. automatic = use best available protocol unidirectional = limit to forward data only (USB class 7.1.1) bidirectional = limit to simple forward and reverse data (7.1.2) mlc = limit to HP-MLC protocol (USB class 7.1.2+)

The current operating mode of the USB interface to this device. unknown = unknown or no device connected unidirectional = forward data only (USB class 7.1.1) bidirectional = simple forward and reverse data (USB class 7.1.2) mlc = HP-MLC protocol (USB class 7.1.2+) dot4 = IEEE 1284.4 protocol (USB class 7.1.3)

The product string (if any) returned by the current USB device on this port.

The manufacturer string (if any) returned by the current USB device on this port.

The serial number string (if any) returned by the current USB device on this port.

This indicates whether the card and peripheral support XIP and at least one of the protocol stacks is enabled (TCP or IPX).

This object allows a user to enable or disable configuration via DHCP. If DHCP is disabled, bootp is used for configuration. Supported in firmware revisions beginning with D-04-15, E-04-20(initial version, and ending at A,D,E-05. This functionality was moved to npCfgSource. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

IP address of DHCP server that provided this unit with an IP address via the DHCP protocol.

The idle timeout is the length in seconds after which an idle connection is terminated. A value of zero disables the timeout. Valid time values range from 1 to 3600.

The time remaining, in seconds, until the current connections lock expires. Once a connections lock expires, JetDirect will terminate it if another connect request arrives. The time is reset whenever there is activity on the connection. A value of zero indicates there is no connection.

The remote address of the current scan connection. The format is a sockaddr structure containing an IP or IPX address.

Human readable name of the current scan client. This object is a scratchpad for client software to provide the current user name so that other clients can include it in busy messages. JetDirect does not use this value; it is provided for cooperating software packages to notify each other of the current user name.

Current status of scanner. Status values TBD.

A bitmap of which MFP support features are present in this JetDirect. The bits are: bit 0 = JetDirect scan gateway, bit 1 = JetDirect generic gateway, bit 2 = JetDirect push-notification gateway, bit 3-31 = undefined.

Functionality provided by embedded web server (ews). 0 = no ews 1 = ews on JetDirect for JetDirect status/configuration 4 = ews on JetDirect for scanner status/configuration 8 = ews on device for device status/configuration Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

Set by a present WJA system. Once set, the WJD user interface will add a framework link from the WJD navigation bar. This link will allow user navigation to the highest level page of WJA. This will allow users to easily navigate to WJA to manage other devices with the network. Since the URL can become stale, it is required that the WJD code verifies that the URL is active before actually using it. This is required since the WJA system may not always be operable. Maximum length of the url must be less than 255 bytes.

Used by WJA systems as a scratch pad location for communication of current wja name. Name will be truncated to 64 characters.

Set by a present external system. Once set, the WJD user interface will add a framework link from the WHD navigation bar. This link will allow user navigation to the highest level page of WJA. This will allow users to easily navigate to external systems to manage other devices with the network. Since the URL can become stale, it is required that the WJD code verifies that the URL is active before actually using it. This is required since the WJA system may not always be operable. Maximum length of the url must be less than 255 bytes.

Used by external systems as a scratch pad location for communication of current wja name. Name will be truncated to 64 characters.

Used by Internet Printing Protocol managers to define current URL. Maximum length of the url must be less than 255 bytes.

IP address or hostname of web proxy server.

IP port of web proxy server

Proxy web user identification

Proxy web user password

Configure checking of HTTP web connections against Access Control List. (0) = Disable ACL checking (1) = Enable ACL checking

Reports whether AppleTalk is initializing or ready. Initializing > 0 Ready = 0

Reports the status of the AppleTalk stack. Currently, if the stack is up Ready is returned if it is down NOT IN USE is returned. The strings returned may change as the AppleTalk stack is updated.

A table of AppleTalk network configuration information.

Each row of the table gives the configuratin information for an entity bound to a socket

AppleTalk Name of the Peripheral. The actual peripheral name stored on the periperal is used as the AppleTalk node name.

Apple Talk Zone to which the periphral belongs. A zone is an arbitrary subset of nodes within an AppleTalk internet.

The type associated with the socket. This is meant to be a useful description of what process is bound to the socket. ie LaserWriter print aplication, SNMP Agent, Zoner Responder

The AppleTalk network to which the node is connected.

The number assigned to this entity to uniquely identify it on the AppleTalk network.

A socket is an addressable entity within a node connected to an AppleTalk network. The entity may be AppleTalk software process or other clients such as: LaserWriter, Zoner Responder, etc

A unique value for each AppleTalk configuration interface.

Server-Based Authentication with the following bitwise values: None(0), EAP-MD5(1), EAP-TLS(2), LEAP(4), PEAP(8), TTLS(16)

Radius MD5 authentication User Name.

TLS authentication Server ID.

The public key of a public/private key pair to be used by applications to set encrypted values.

The encrypted network name (SSID). Use the npSecurityPublicKey to encrypt this value. Setting this object will cause the card to reconfigure.

The encrypted dot1xEapMD5Secret authentication password. Use the npSecurityPublicKey to encrypt this value. Setting this object will cause the card to reconfigure.

Encrypted interface to the WEP Keys.

Each row of the table gives a WEP Key

The encrypted WEP Key value. Use the npSecurityDot11PublicKey to encrypt this value. Setting this object will cause the card to reconfigure.

A weighted average over time of the signal strength between the access point and the print server in infrastructure mode. Not applicable when in ad hoc mode.

List of discovered SSIDs.

Each row of the table gives a discovered SSID value.

A discovered SSID value.

Displays the number of discovered SSIDs in the SSID Table.

Indicates if SSL certificate has been loaded.

Indicates if TLS Trusted CA certificate has been loaded.

The encrypted SNMPv3 User Name. Use the npSecurityPublicKey to encrypt this value. The new SNMPv3 User Account will be installed after the npSecuritySnmpV3EncryptedUserName, npSecuritySnmpV3AuthKeyPassPhrase and npSecuritySnmpV3PrivKeyPassPharse have been set.

The encrypted SNMPv3 Authentication passphrase or key . Use the npSecurityPublicKey to encrypt this value. The new SNMPv3 User Account will be installed after the npSecuritySnmpV3EncryptedUserName, npSecuritySnmpV3AuthKeyPassPhrase and npSecuritySnmpV3PrivKeyPassPharse have been set. Set npSecuritySnmpV3AuthAlgorithm, npSecuritySnmpV3PrivAlgorithm and npSecuritySnmpV3PassPhrase to the required values before setting this OID.

The encrypted SNMPv3 Privacy passphrase or key. Use the npSecurityPublicKey to encrypt this value. The new SNMPv3 User Account will be installed after the npSecuritySnmpV3EncryptedUserName, npSecuritySnmpV3AuthKeyPassPhrase and npSecuritySnmpV3PrivKeyPassPharse have been set. Set npSecuritySnmpV3AuthAlgorithm, npSecuritySnmpV3PrivAlgorithm and npSecuritySnmpV3PassPhrase to the required values before setting this OID.

The BSSID value (hardware address of the access point).

The Dot1x Tunnel Authentication Bits. Bitwise field with the followings bits: Default All bits cleared EAP MD5 1 EAP MSCHAP 2 EAP MSCHAPv2 4 MSCHAP 8 MSCHAPv2 16 EAP GTC 32

The Dot1x Identity in cleartext.

Indicates if an exact match is required on the EAP Server ID.

Indicates the EAP encrytpion strength.

A 512 byte buffer of the print server certificate as indexed by npSecurityCertBuffIndex.

Indicates the index of the 512 byte block of the print server certificate to load into npSecurityCertBuff.

Setting this object causes the SSL redirection connection to be enabled or disabled.

Setting this object causes security object to reset bact to the defaults.

This object enables/disables the Embedded Web Simple Printer Install feature.

Indicates the encryption strength of the WEP keys.

BITWISE indication of the 802.11 security services this device supports. The following bits are defined: MD5 (0) TLS (1) TTLS (2) LEAP (3) PEAP (4) Reserved (5 - 15) WEP (16) WPA (17) AES (18) WPA2 (19) AUTO_FOR_WEP_SUPPORTED (20) AUTO_FOR_WPA_SUPPORTED (21) AUTO_FOR_ENCRYPTION_SUPPORTED (22) Reserved (23 - 31)

802.11 encryption method currently enabled. The following values are defined: NONE (0x00) SSN/WEP (0x01) TKIP (0x02) AES (0x03) AUTO (0x04) Reserved (5 - 31) It is advised not to use dot11PrivacyInvoked OID anymore, instead use npSecurityDot11Encryption. Since Jetdirect updates the same variable when the set happens through any of the two OIDs and npSecurityDot11Encryption is more versatile, it is recommended to use this OID.

BITWISE indication of the multicast cipher method currently enabled. At minimum, one bit must be set. The following bits are defined: WEP (0) WPA (1) Reserved (2 - 31)

Displays the number of discovered SSIDs in the DOT11 Beacon Table.

Indicates if the Open SSID is enabled (Spirit-only).

The encrypted WPA Config PSK PassPhrase. Use the npSecurityPublicKey to encrypt this value

Current wireless network data rate

Used to control scan for SSIDs in the wireless network. Set to false to initiate a scan. A value of true indicates the completion of the scan

Used to control roaming by the wireless radio. The radio on the print server will roam or try to find an access point with a stronger signal once the signal strength from the associated access point reaches the specified roam threshold level.

The SSL Encryption Strength.

Enable and disable wireless instant verification. (0) = Disable (1) = Enable

WPA mode. (0x00) = NONE (0x01) = BASIC (0x02) = WPA (0x03) = WPA2 (0x04) = AUTO

DOT11 Link Authentication modes. (1) = OPEN (2) = SHARED-KEY (128) = LEAP (143) = AUTO We can set the Link Authentication using the object dot11AuthenticationAlgorithmsEnable ( OID: 1.2.840.10036.1.2.1.3.x ) Since the dot11AuthenticationAlgorithsmEnable object does not supports setting of AUTO option, we provide this object. Through this OID you can set to any one of the above options. Whereas using the dot11AuthenticationAlgorithmsEnable object we can set either OPEN OR SHARED mode only.

Indicates the Authentication Algorithm used. It can have the value MD5 or SHA-1. This key will have a default value set to MD5. The following values are defined: MD5 2 (Default) SHA-1 3

Indicates the Privacy Algorithm used. It can have the value DES or AES-128. This key will have a default value set to DES. The following values are defined: DES 2 (Default) AES-128 3

This is used to select the encryption protocol in Wireless Direct Mode. The following values are defined: No Security ( 1 ) WPA ( 2 )

The WPA2 Passphrase or pre-shared key for secure Wireless Direct. The values allowed are 8 to 63 printable ASCII characters for passphrase or a 64 character hex value for pre-shared key. Use npSecurityPublicKey to encrypt this value.

After configuring 802.1x on the printer and switching it over to a secured network, if authentication is successful printer retains connectivity and if it fails it loses connectivity. In case of authentication failure, it does not acquire connectivity even when switched over to an unsecured network. 802.1x failsafe is a feature which allows printer to retain connectivity in a unsecured network even if authentication fails. Setting this OID to 1 enables this feature and setting to 0 disables this feature. Connect anyway (802.1x Fail-Safe) ( 1 ) Block network (secure failure) ( 0 )

IPP Authentication is a feature which provides HTTP Basic Authentication for IPP Print-Jobs. Use this OID to Enable/Disable IPP Authentication. 0 - Disable IPP Authentication 1 - Enable IPP Authentication npSecurityIppAuthentication(1.3.6.1.4.1.11.2.4.3.20.61.0) is dependent on npSecurityIppAuthUsername(1.3.6.1.4.1.11.2.4.3.20.62.0) and npSecurityIppEncryptedAuthPassword(1.3.6.1.4.1.11.2.4.3.20.63.0). To enable npSecurityIppAuthentication, npSecurityIppAuthUsername and npSecurityIppEncryptedAuthPassword have to be first configured with valid values. Once enabled, npSecurityIppAuthentication can independently be disabled. npSecurityIppAuthUsername and npSecurityIppEncryptedAuthPassword will continue to retain their values. Errors returned: BAD VALUE(v1) or WRONG VALUE(v2/v3) will be returned when the OID is set with invalid value. GENERIC ERROR will be returned if the interdependency validation between the above three OIDs fails.

IPP Authentication is a feature which provides HTTP Basic Authentication for IPP Print-Jobs. Use this OID to configure the IPP Authentication Username. Strings of length 1 to 31 and having any printable alphanumeric characters except ()<>@,;:\/[]?={} can be set. Setting with an empty octet string is equivalent to resetting the Username to NULL. npSecurityIppAuthUsername(1.3.6.1.4.1.11.2.4.3.20.62.0) and npSecurityIppEncryptedAuthPassword(1.3.6.1.4.1.11.2.4.3.20.63.0) have to be set in the same varbind. Use npSecurityIppAuthentication(1.3.6.1.4.1.11.2.4.3.20.61.0) to enable the feature once the username and password are configured. Errors returned: BAD VALUE(v1) or WRONG VALUE(v2/v3) will be returned when the OID is set with invalid value. GENERIC ERROR will be returned if the interdependency validation between the above three OIDs fails.

IPP Authentication is a feature which provides HTTP Basic Authentication for IPP Print-Jobs. Use this OID to configure the IPP Authentication Password. Strings of length 8 to 31 and having any printable alphanumeric characters except ()<>@,;:\/[]?={} can be set. Setting with an empty octet string is equivalent to resetting the Password to NULL. npSecurityIppAuthUsername(1.3.6.1.4.1.11.2.4.3.20.62.0) and npSecurityIppEncryptedAuthPassword(1.3.6.1.4.1.11.2.4.3.20.63.0) have to be set in the same varbind. Use npSecurityIppAuthentication(1.3.6.1.4.1.11.2.4.3.20.61.0) to enable the feature once the username and password are configured. Querying the OID will return SET if the password is set and will return NOT_SET if the password has not been configured. Errors returned: BAD VALUE(v1) or WRONG VALUE(v2/v3) will be returned when the OID is set with invalid value. GENERIC ERROR will be returned if the interdependency validation between the above three OIDs fails. NOTE: Use the npSecurityPublicKey(1.3.6.1.4.1.11.2.4.3.20.4.0) to encrypt the value before setting.

Total number of ACTIVE rows in the inetTrapDestination table.

List of inetTrap destinations to which the agent sends traps.

Entries are inetAddress Specific sequence of trap destination parameters.

Row Index of the inetTrapDestination table

Individual Row Status 1 - Row is Active - Row is activated and ready. 2 - Not-In-Service - Row is suspended. 3 - Not Ready - Row is not activated and still needs some columnar values to move to ready state. 4 - Create and Go - This is set when the client uses multivarbind request to configure the trap table. 5 - Create and Wait - This is set when the client does sequential configuration of the trap table. 6 - Destroy - This is set when the client wants to delete the row from the table.

Protocol family for trap. Possible values: ipv4(1) An IPv4 address as defined by the InetAddressIPv4 textual convention. ipv6(2) An IPv6 address as defined by the InetAddressIPv6 textual convention. dns(16) A DNS domain name as defined by the InetAddressDNS textual convention.

IPv4/IPv6/FQDN address of trap destination node.

Port number of the inetTrap Destination to which the trap is sent.

Trap community name specified in the trap packet.

Trap version, one of the following 0 = snmpV1 1 = snmpV2 3 = Inform Default is 1 = snmpV2. This value remains persistent through a powercycle.

This OID is read-write. If the user wants to receive only the PML traps, then trapStyle can be set to 1. If the user wants to receive only APS and General or NOT-READY-DESTINATION-PRINT-ENGINE traps, then trapStyle can be set to 2. If the user wants to receive the both kinds of above traps, then trapStyle can be set to 3.

This OID is a read-write. This will have tokens of PML trappable OIDs. Each token (OID) will be separated by a semi-colon. If a trap destination entry is registered for only APS and general/NRDPE traps, then the pmlTrapOids OID will be a NULL string.

Gives the error value in case if the server is not able to send the traps to the configured trapDestination entry. It will be set to below defined error values if there the agent finds any error while dispatching a trap. 10 - Invalid value for rowStatus. Should be 1, 2, 3 or 6. 11 - Ivalid value for InetTrapAddressType. Should be 1, 2 or 16. 12 - Invalid for IP Address or FQDN. 13 - Ivalid value for inetTrapPort. Should be greater than 0 or less than 65536. 14 - Invalid valur for inetTrapCommunityName. 15 - Invalid value for inetTrapVersion. Should be 0, 1 or 3. 16 - Invalid value for inetTrapStyle. Should be either 1, 2 or 3. 17 - Unable to resgister SOME or ALL PML trappable OIDs. 51 - InetTrapAddressType & InetTrapAddress does not macth. 52 - It is a Duplicate entry. 53 - Unable to move the row to ACTIVE state because of insufficient/invalid entries. 80 - Unable to resolve name: no DNS server. 81 - Unable to resolve name: no DNS records present for name. 82 - Unable to resolve name: no dns records matching FQDN Resolution Value.

Causes agent to send an snmp trap to hosts registered in the trap destination table. Value specified will be used as the specific trap id.

The purpose of the trap filter feature is to prevent multiple traps of the same specificTrapId to be sent within a short period of time. This object assigns the period of time within which a duplicate trap will be blocked. This value is in 1/10 second intervals and the default value is set to 50 corresponding to 5 seconds. This value remains persistent through a powercycle.

Applicable only if trapVersion is set to Inform. Units are 1/10 second intervals. Default is 2 corresponding to 200 milliseconds. This value corresponds to the time of the first retry following the initial inform request. Additional retries are sent at times corresponding to the retry number multiplied by the inetTrapBaseTimeout. This value remains persistent through a powercycle.

Applicable only if trapVersion is set to Inform. This is the maximum number of inform retries that will be sent to this destination. Retries are sent if no inform reply is received within the timeout value. The timeout value is calculated as described under inetTrapBaseTimeout. This value remains persistent through a powercycle.

The purpose of this field is to configure various options for resolving FQDN. If configured as 1 - then FQDN names will be resolved for IPv4 addresses only If configured as 2 - then FQDN names will be resolved for IPv6 addresses only. If configured as 10 - then FQDN names will be resolved for both IPv4 and IPv6 addresses.

1 - Send traps to the first resolved address 2 - Send traps to all resolved address.

Depending upon the value of this field resolution of FQDN will happen everytime when a trap is sent.

The number of trap destinations.

Protocol specific list of destinations to which the agent sends traps.

Entries are a protocol specific sequence of trap destination parameters.

Protocol family for trap. Possible values: 0 not_SET 1 af_UDP 2 af_IPX 3 af_LLC 4 af_DDP

Ip address of trap destination.

Host port to which traps are sent.

Trap community name specified in the trap packet.

Trap version, one of the following 0 = snmpV1 1 = snmpV2 3 = Inform Default is 0 = snmpV1. This value remains persistent through a powercycle.

Applicable only if trapVersion is set to Inform. Units are 1/10 second intervals. Default is 2 corresponding to 200 milliseconds. This value corresponds to the time of the first retry following the initial inform request. Additional retries are sent at times corresponding to the retry number multiplied by the trapBaseTimeout. This value remains persistent through a powercycle.

This is the maximum number of inform retries that will be sent to this destination. Retries are sent if no inform reply is received within the timeout value. The timeout value is calculated as described under trapBaseTimeout. This value remains persistent through a powercycle.

This OID is read only. It is used to monitor the insertion and removal of a trap destination entry. It is controlled by the corresponding BRADY and old style PML registrations.

This OID is read only. It is used to monitor the insertion and removal of an old style PML trap entry. It is controlled by the corresponding old style PML registrations. If a trap destination entry is registered for only BRADY traps, then the pmlTrapList OID will not show on this entry MIB walk.

Causes agent to send an snmp trap to hosts registered in the trap destination table. Value specified will be used as the specific trap id.

Sets the agent internal source for traps. Possibilities are as follows: 0 = ALL_TRAPS_ON 1 = ASYNC_PERIPHERAL_STATUS traps only 2 = proprietary pml traps only 3 = alert table traps only

The purpose of the trap filter feature is to prevent multiple traps of the same specificTrapId to be sent within a short period of time. This object assigns the period of time within which a duplicate trap will be blocked. This value is in 1/10 second intervals and the default value is set to 50 corresponding to 5 seconds. This value remains persistent through a powercycle.

A table of firmware downloads to this device. There will at any time be either 0 or 1 rows in this table, and the only valid index for this table is 1. It is only a table so that we may take advantage of the RowStatus textual convention for configuring the download parameters.

The row in the hpicfDownloadTable containing the download parameters.

The index which uniquely identifies this row. The only legal value for this object is 1.

The transport address of the node to download firmware from, formatted according to the value of hpicfDownloadTDomain. An attempt to modify this value will fail if the associated hpicfDownloadStatus object would be equal to active both before and after the modification attempt.

The kind of transport service to be used for the download. Currently supports snmpUDPDomain and snmpIPXDomain. An attempt to modify this value will fail if the associated hpicfDownloadStatus object would be equal to active both before and after the modification attempt.

Filename and path of file to download (maximum length of 63 characters + NULL). An attempt to modify this value will fail if the associated hpicfDownloadStatus object would be equal to active both before and after the modification attempt.

Status of download. The first seven codes are equal to the codes defined by the TFTP protocol. notDefined is the same as TFTP protocol error 0. corruptFile means that the agent detected a problem with the download file format. noServer means the TFTP server at hpicfDownloadTAddress did not respond to the TFTP request. tftpTimeout means that the download was aborted due to excessive timeouts. hardwareError means that there was a hardware problem on the agent that forced an abort of the download (see hpicfDownloadErrorText for more detailed information). success means that the download has completed successfully. inProgress means that the TFTP transfer is currently active. idle means that the download has not yet started (i.e. the value of hpicfDownloadStatus has not yet been set to active).

A textual description of the current error status of the firmware download.

The status of this download entry. This object may not be set to active unless the following columnar objects exist in this row: hpicfDownloadOwnerAddress, hpicfDownloadOwnerDomain, hpicfDownloadTAddress, hpicfDownloadTDomain, and hpicfDownloadFilename.

The maximum number of the download log entries supported by this agent. Note that 0 is a legal value for this variable. Starting with firmware release X.20.06 and subsequent releases, this object is obsolete as it provides no relevant data for the new hardware architecture. No current supported applications use this object.

This object controls access of snmp read-write requests. Factory default configuration provides authentication of incoming packets with community names: internal and public. This object overrides the factory default settings so that the factory default setttings no longer work. This object returns SET or NOT_SET.

This object controls access of snmp read requests. Factory default configuration provides authentication of incoming packets with community names: internal and public. This object provides access in addition to the factory default settings. If set, then authentication will succeed with any of the following community names: internal, public, getCommunityName, or setCommunityName. This object returns SET or NOT_SET.

A Uniform Resource Locator (URL), as defined in RFC1738, for the default management information for this device. This URL is typically used by a HTTP browser to display management information for this device. This default page should contain links to any other management pages for this device.