SYMBOL-WS5000-MIB: View SNMP OID List / Download MIB

sysOID value for Wireless Switch 5000; (not the family of 5000s, but the actual older 5000 hardware with 128Mb DRAM, 128Mb DOM, 100Mb Ethernet ports). This sysOID value is also reported for Mantis devices.

sysOID value for Wireless Switch 5100; (the new hardware first shipping around 7/2004, first supported via software v1.3; upgraded to 256Mb DRAM, 256Mb DOM, 1000Mb Ethernet ports).

The name of the Wireless Switch. Changing the switch name will require the KDC configuration to be recreated if it is currently configured. Note that the following characters cannot be part of the name string - . , , \ , &, # and double quotes

The manufacturer of the Wireless Switch.

The Copyright information about the Wireless Switch.

The software version for this model.

The maximum number of Access Ports supported by the Wireless Switch.

The maxium number of Mobile Unit supported by the Wireless Switch.

The current Wireless Switch policy for this model.

. To add gateway to local network first disable dhcp on both NIC.

This object should be one of the following value: 0 - Soft Kill == Save the current changes in the agent and terminate the agent. 1 - Hard Kill == Just terminate the agent without any saving. 2 - Restart Snmpd == Restart the agent with hardly killing the old one. 3 - Update Config == Update the configuration files for the Agent.

The time since when the Wireless Switch has been up.

The status of FTP in the Wireless Switch. True implies that FTP is on.

The status of Telnet in the Wireless Switch. True implies that Telnet is on.

Returns http or https depending on whether SSL is being used by the web server or not.

A true as input forces the Wireless Switch to re-read the SNMP Trap configuration. false is not an acceptable input. This object is SET-only.

Western Europe timezone = Valid range is -12:00 to +13:00 [+/-](HH:MM) GMT offset, DST style and cities are defined below : (GMT offset)(daylight saving) (zones) (GMT -12:00) 0 Eniwetok, Kwajalein (GMT -11:00) 0 Midway Island, Samoa (GMT -10:00) 0 Hawaii (GMT -09:00) 0,1 Alaska (GMT -08:00) 0,1 Pacific Time (US & Canada); Tijuana (GMT -07:00) 0,1 Arizona, Mountain Time (US & Canada) (GMT -06:00) 0,1 Central America, Central Time (US & Canada), Mexico City, Saskatchewan (GMT -05:00) 0,1 Bogota, Lima, Quito, Eastern Time (US & Canada), Indiana (East) (GMT -04:00) 0,1 Atlantic Time (Canada), Caracas, La Paz, Santiago (GMT -03:30) 0,1 Newfoundland (GMT -03:00) 0,3,4,5 Brasilia, Buenos Aires, Georgetown, Greenland (GMT -02:00) 0,4 Mid-Atlantic (GMT -01:00) 0,3,4,5 Azores, Cape Verde Is (GMT 00:00) 0,3,4,5 Casablanca, Monrovia, Greenwich Mean Time : Dublin, Edinburgh, Lisbon, London (GMT +01:00) 0,3,4,5 Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna, Belgrade, Bratislava, Budapest, Ljubljana, Prague, Brussels, Copenhagen, Madrid, Paris, Sarajevo, Skopje, Sofija, Vilnius, Warsaw, Zagreb, West Central Africa (GMT +02:00) 0,3,4,5 Athens, Istanbul, Minsk, Bucharest, Cairo, Harare, Pretoria, Helsinki, Riga, Tallinn, Jerusalem (GMT +03:00) 0,4,5 Baghdad, Kuwait, Riyadh, Moscow, St. Petersburg, Volgograd, Nairobi (GMT +03:30) 0 Tehran (GMT +04:00) 0,3,4,5 Abu Dhabi, Muscat, Baku, Tbilisi, Yerevan (GMT +04:30) 0 Kabul (GMT +05:00) 0,5 Ekaterinburg, Islamabad, Karachi, Tashkent (GMT +05:30) 0 Calcutta, Chennai, Mumbai, New Delhi (GMT +05:45) 0 Kathmandu (GMT +06:00) 0,4,5 Almaty, Novosibirsk, Astana, Dhaka, Sri Jayawardenepura (GMT +06:30) 0 Rangoon (GMT +07:00) 0,4,5 Bangkok, Hanoi, Jakarta, Krasnoyarsk (GMT +08:00) 0,2,5 Beijing, Chongqing, Hong Kong, Urumqi, Irkutsk, Ulaan Bataar, Kuala Lumpur, Singapore, Perth, Taipei (GMT +09:00) 0,5 Osaka, Sapporo, Tokyo, Seoul, Yakutsk (GMT +09:30) 0,2 Adelaide, Darwin (GMT +10:00) 0,2,5 Brisbane, Canberra, Melbourne, Sydney, Guam, Port Moresby, Hobart, Vladivostok (GMT +11:00) 0,4 Magadan, Solomon Is., New Caledonia (GMT +12:00) 0,2 Auckland, Wellington, Fiji, Kamchatka, Marshall Is. (GMT +13:00) 0 Nukualofa

. The agent will return an error message: No value(s) returned for query.

Regardless of the input value, always to disable CLI Kdc feature.

Add one Wireless Switch Policy for this Wireless Switch object. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

Remove one Wireless Switch Policy for this Wireless Switch object. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes. Note: You can only remove an UNACTIVE switch policy. Trying to remove a ACTIVE Switch Policy will get an eror like: SNMP Commit fail.

The number of licenses issued to the WS-5000 Wireless Switch. (the number of AP that the switch can adopt at the current state) Note: The number of AP that the system can adopt depends on the state of the Switch. When it is a StandBy and disabled, it will return 0. If it is StandBy and enabled, it will either return 0 (if not connected to a Primary), or the number of AP of its Primary.

The policy which will become the emergency active policy for the switch. In order to undefine an emergency policy, leave the input blank while SETting this variable.

true activates the emergency mode. Which means that the switch will immediately start working under the emergency policy if true is sent. false will deactivate the emergency mode.

Setting it to true will run Automatic Channel Selection. false is not an acceptable input. This object is SET-only.

Enable/Disable the trap functionality in the switch. true enables it, false disables it

. In case of failure error code returned is: Error: 99. While enabling vpnsupport the system does not have a minimum 256MB Ram, need minimum 256MB ram to enable vpn support. Error: 98 While enabling vpnsupport the given License file is invalid use the system interface mac address to get the correct serial number and Obtain a license for that serial number. Error: 97 When user tries to disable vpnsuport and dhcp server is enabled.

Enable the Rogue AP feature on the switch. To begin RogueAP detection, ccDetectorAP has to be enabled for an active AP.

Display packets transmitted per sec by all APs adapted to WS.

Display packets received per sec by all APs adopted to WS

Display transmit retry packets by all APs adopted to WS

Display avg Receive Signal Strength Indicator(RSSI) for the WS.

Display average Signal to Noise Ratio (SNR) for WS.

Description. Last Configuration Changed.

The IP Address for the preferred time server.

The IP Address for the first alternative time server. Note: If the other two Time Servers (prefer time server and the second time server) are invalid time server IP Addresses, this one should be a valid time server IP address.

The IP Address for the second alternative time server. Note: If the other two Time Servers (prefer time server and the first time server) are invalid time server IP Addresses, this one should be a valid time server IP address.

Note: Out of the three IP Addresses, at least one of them must be a valid NTP server IP address. Otherwise, this SET doesnt work. Since this operation takes longer time than others, so please check the TIMEOUT setting in the manager program and make sure that the value should be at least 5 minutes.

Delete all NTP servers.

Wireless Switch Policy Table.

The entries of information about the Wireless Switch Policies.

The index of the policy.

The name of the policy. The Maximum length of the Policy Name can be 50 characters, Note that the following characters cannot be part of Policy Name field, double quotes,,.,\,& and #.

The description of the policy. The Maximum length of the description can be 128 characters, please note that the following characters cannot be part of description double quotes, and #.

The Country Code chosed by this policy.

The default AP policy for any adopted Access Port.

The number of Access Port policies used by the Wireless Switch policy.

A list of AP policies applied for this ccPolicy.

Add an AP policy to the Wireless Switch Policy. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes. This OID is write-only.

Remove an AP policy from the Wireless Switch Policy. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes. This OID is write-only.

. RadioType should be one of A, B, G or FH. The maximum number of total entries in the list cannot be greater than 200.

. RadioType should be one of A, B, G or FH. The maximum number of total entries in the list cannot be greater than 200. This OID is write-only.

, where Start-MAC is the starting MAC address of a particular entry. RadioType should be one of A, B, G or FH. This OID is write-only.

. RadioType should be one of A, B, G or FH. The maximum number of total entries in the list cannot be greater than 200.

RadioType should be one of A, B, G or FH. The maximum number of total entries in the list cannot be greater than 200. This OID is write-only.

, where Start-MAC is the starting MAC address of a particular entry. RadioType should be one of A, B, G or FH. This OID is write-only.

The current active Ethernet policy for the Ethernet Port.

The true(1) indicates: send a SNMP trap when deny an AP adoption. The false(2) indicates: not send a SNMP trap when deny an AP adoption

The default Channel to be used.

The default power to be used (in mW). Valid values are :1,5,10,15,100.

The Channel to be used for 11a radios. Valid values for this channel are: 36, 40, 44, 48, 52, 56, 60, 64, 149, 153, 157, 161 You can also input auto-always for allowing the switch to choose channels automatically. auto-once can be input if you want the switch to choose a channel automatically, only once. Enter random to select a random channel.

The power to be used (in dbM). Valid values are :4-20

The Channel to be used for 11b radios. Valid values range from 1,2,3... through 14. You can also input auto-always for allowing the switch to choose channels automatically. auto-once can be input if you want the switch to choose a channel automatically, only once. Enter random to select a random channel.

The power to be used (in dBm). Valid values are :4-20

Enable(true)/disable(false) FH and DS coexistence. Set for country code US,Israel,Mexico,Sri Lanka,Japan returns an error and Get returns -1.

The default AP policy to be used for adopted 11a radios. To clear the existing policy, leave the input blank.

The default AP policy to be used for adopted 11b radios. To clear the existing policy, leave the input blank.

The default AP policy to be used for adopted FH radios. To clear the existing policy, leave the input blank.

The default AP policy to be used for adopted 11g radios. To clear the existing policy, leave the input blank.

The default Channel to be used for 11g radios. Valid values are 1 to 14. You can also input auto-always for allowing the switch to choose channels automatically. auto-once can be input if you want the switch to choose a channel automatically, only once. Enter random to select a random channel.

The power to be used (in dBm). Valid values are :4-20

Country Information Table.

An entry in this table indicates one country information.

Index of the table.

The Country Code for this country

The name of this country.

The list of 11a channels applicable to this country.

The list of 11b channels applicable to this country.

The hop sequence table number

List of all FH Channels

The algorithm used for frequency hopping.

Number of total contiguous channels

The Hop Sequence used in the frequency hopping algorithm

The list of 11g channels applicable to this country.

means that no KDC server has been configured yet, and you need to configurate one.

The host name of a remote master KDC used by the on-board Slave-KDC. This object is valid when the onboard KDC is configured is Slave.

The IP address of a remote master KDC used by the on-board Slave-KDC. only valid for creating a Slave-KDC.

/ sp and interface should be 1 or 2. Note: If the on-board KDC is already configured as master or slave then reconfiguring is not possible till the earlier configuration is deleted.

True will delete the Master KDC and false is an invalid input.

/ sp And for hostname, only the following characters are allowed: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz_- Also, _ and - cannot be the first or last character of the hostname. interface could be 1 or 2 (etherport no.) Note: If the on-board KDC is already configured as master or slave then reconfiguring is not possible till the earlier configuration is deleted.

True will delete the Slave KDC and false is an invalid input.

/ = and double quotes.

The Interface this KDC is to be configured on. Valid Interface values ethernet1 & ethernet2.

Remove a KDC user This is Write-only.

For hostname, only the following characters are allowed: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz_- Also, _ and - cannot be the first or last character of the hostname. For domain, only the following characters are allowed: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz._- Also, _ , - and . cannot be the first or last character of the domain name.

For hostname, only the following characters are allowed: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz_- Also, _ and - cannot be the first or last character of the hostname. For domain, only the following characters are allowed: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz._- Also, _ , - and . cannot be the first or last character of the domain name.

The index of the KDC-Slave for this on-board Kerberos.

A table of remote Slave-KDC information. Then we assume that the current on-board KDC is a master KDC.

The entries of information about the remote Slave-KDC.

The host name of a remote slave KDC. The Maximum length of the KDC Host Name can be 50 characters. For hostname, only the following characters are allowed: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz_- Also, _ and - cannot be the first or last character of the hostname.

/ = and double quotes.

The IP address of the remote Slave-KDC.

The domain name of a remote slave KDC. For domain, only the following characters are allowed: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz._- Also, _ , - and . cannot be the first or last character of the domain name

The index of the SlaveTable

For hostname, only the following characters are allowed: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz_- Also, _ and - cannot be the first or last character of the hostname. For domain, only the following characters are allowed: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz._- Also, _ , - and . cannot be the first or last character of the domain name

The IP address for the preferred time server.

The IP address for the first alternative time server. Note: If other two Time Server (prefer time server and the second time server ) are invalid time server ip address, this one should be a valid time server ip address.

The IP address for the second alternative time server. Note: If other two Time Server (prefer time server and the first time server ) are invalid time server ip address, this one should be a valid time server ip address.

Note: Out of the three IP Addresses, at least one of them must be a valid NTP server IP address. Otherwise, this SET doesnt work. Since this operation takes longer time than others, so please check the TIMEOUT setting in the manager program and make sure that the value should be at least 5 minutes.

Delete all of NTP servers.

Delete a Time Server.Enter either 1 or 2 or 3, to delete the preferred, first alternative server, and second alternative server respectively

The Users(MUs) in the KDC with ticketlife.

The Index of the kdcUserEntry table.

and double quotes. and double quotes.

A Kerberos Ticket life time for this user. The range would be in (1 - 600).

The list of WLANs registered in the KDC.

The index of the WLANs for this on-board Kerberos.

The name of a WLANs which has a registered account in the On-Board KDC.

A Kerberos Ticket life time for this WLAN. The range would be in (0 - 600).

The number of RADIUS Access-Response packets received from unknown addresses

The (conceptual) table listing the RADIUS authentication servers with which the client shares a secret.

An entry (conceptual row) representing a RADIUS authentication server with which the client shares a secret.

A number uniquely identifying each RADIUS Authentication server with which this client communicates. Note that Index 1 denotes the Primary RADIUS server, while 2 denotes the secondary RADIUS server.

.

The UDP port the client is using to send requests to this server.

The time interval (in hundredths of a second) between the most recent Access-Reply/Access-Challenge and the Access-Request that matched it from this RADIUS authentication server.

The number of RADIUS Access-Request packets sent to this server. This does not include retransmissions.

The number of RADIUS Access-Request packets retransmitted to this RADIUS authentication server.

The number of RADIUS Access-Accept packets (valid or invalid) received from this server.

The number of RADIUS Access-Reject packets (valid or invalid) received from this server.

The number of RADIUS Access-Challenge packets (valid or invalid) received from this server.

The number of malformed RADIUS Access-Response packets received from this server. Malformed packets include packets with an invalid length. Bad authenticators or Signature attributes or unknown types are not included as malformed access responses.

The number of RADIUS Access-Response packets containing invalid authenticators or Signature attributes received from this server.

The number of RADIUS Access-Request packets destined for this server that have not yet timed out or received a response. This variable is incremented when an Access-Request is sent and decremented due to receipt of an Acess-Accept, Access-Reject or Access-Challenge, a timeout or retransmission.

The number of authentication timeouts to this server. After a timeout the client may retry to the same server, send to a different server, or give up. A retry to the same server is counted as a retransmit as well as a timeout. A send to a different server is counted as a Request as well as a timeout.

The number of RADIUS packets of unknown type which were received from this server on the authentication port.

The number of RADIUS packets of which were received from this server on the authentication port and dropped for some other reason.

The NAS identifier of the RADIUS authentication client.

The compliance statement for authentication clients implementing the RADIUS Authentication Client MIB.

The basic collection of objects providing management of RADIUS Authentication Clients.

Enable/Disable local logging for all Events. This variable is SET-only.

Enable/Disable SNMP Trap for all Events. This variable is SET-only.

Enable/Disable Syslog for all Events. In order to SET the Syslog level for all Events to a particular severity level, enter the severity level as the input. The accepted severity levels are: emerg for emergency level, alert for alert level, crit for critical level, err for error level, warning for warning level, notice for notice level, info for info level, debug for debug level In order to disable Syslogging for all Events, enter disable as the input (without the single quotes). This variable is SET-only.

Set all Events to their default state. Only true is a valid input. This variable is SET-only.

A list of Syslog predefined events

An entry in the Events Table

Index of an specific event.

Description of an specific event.

Set the event to its default state. Only true is an acceptable value. This variable is SET-only.

Enable/Disable Syslog for this Event. In order to SET the Syslog level for this Event to a particular severity level, enter the severity level as the input. The accepted severity levels are: emerg for emergency level, alert for alert level, crit for critical level, err for error level, warning for warning level, notice for notice level, info for info level, debug for debug level In order to disable Syslogging for this Event, enter disable as the input (without the single quotes)

Current SNMP-Traps status of an specific event. Setting it to true activates the SNMP trap for this particular Event, while false deactivates it

Activate/Deactivate local logging. true activates local logging. false deactivates local logging for this particular Event.

To retrieve and set the current syslog settings within CC. Acceptable values are: True(1), False(2)

Only the following characters can be part of the hostname: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz_- Also, _ and - cannot be the first or the last character of the hostname.

Remove an existing Syslog collector host.

A list of Syslog Hosts

An entry in Syslog Hosts table

Index of specific Syslog Host.

DNS name of specific Syslog Host.

IP address of the Syslog Host

Domain Name of the Syslog Host. Note that only the following characters are allowed in the domain name: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz._- Also, _ , - and . cannot be the first or last character of the domain name. If no Domain Name has been specified, then NA is returned by the wireless switch.

where SeverityLevel can be one of the following strings: emerg for emergency level, alert for alert level, crit for critical level, err for error level, warning for warning level, notice for notice level, info for info level, debug for debug level. all as SeverityLevel configures the collector to receive syslog messages for all severity levels. on is used to activate the host for receiving syslog messages. off causes the host to stop receiving syslog messages for that particular severity level. This variable is SET-only.

The list of all severity levels whose messages this host is configured to receive.

Only the following characters can be part of the hostname: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz_- Also, _ and - cannot be the first or the last character of the hostname.

Remove an existing System Host.

A list of Syslog Hosts

An entry in Syslog Hosts table

Index of specific System Host.

DNS name of specific System Host.

IP address of the System Host

Domain Name of the System Host. Note that only the following characters are allowed in the domain name: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz._- Also, _ , - and . cannot be the first or last character of the domain name. If no Domain Name has been specified, then NA is returned by the wireless switch.

A list of objects used to add/remove items from the Restricted channels list

An entry in the table of RC Add Remove objects. The two indices are ccPolicyIndex and ccPolicyRadioType. ccPolicyIndex is taken from the ccPolicyTable, and specifies which CCPolicys Restricted Channel table is being accessed. ccPolicyRadioType is used to specify the type of the radio (A or B) to which the Restricted Channel table belongs

ccPolicyRadioType is used as one of the indicies to specify the type of the radio (A or B) to which the Restricted Channel table belongs. A value of 1 for this index denotes an 11a radio and 2 denotes an 11b radio.

. The reason is optional (i.e. you can enter only the channel number) but the channel reason/description if entered, should not be more than 40 characters.

Remove an entry from the RC Table for this CCPolicy and radiotype. You just need to specify the channel number which you want to be removed from the table.

A list of restricted channels and their descriptions. (Per CCPolicy, per RadioType)

An entry in the Restricted Channels table. The three indices are ccPolicyIndex,ccPolicyRadioType, and ccPolicyRcIndex. ccPolicyIndex is taken from the ccPolicyTable, and specifies which CCPolicys Restricted Channel table is being accessed. ccPolicyRadioType is used to specify the type of the radio (A or B) to which the Restricted Channel table belongs (index is 1 for 11a, and 2 for 11b). ccPolicyRcIndex specifies one particular listing in the Restricted Channels Table

The index of the restricted channel

, i.e. nothing in the description field

Table of APPolicies per Wireless Switch Policy

The entries of APPolicies per Wireless Switch Policy.

The index of the AP policy.

A list of AP policies applied for this Switch Policy.

Add one AP Policy object into the AP Policy table. The Maximum length of the AP Policy Name can be 50 characters, Note that the following characters cannot be part of Policy Name field, double quotes,,.,\,& and #.

Remove one AP Policy object from the AP Policy table.

Add one Ethernet policy object into the EPP table. The Maximum length of the Ethernet Policy Name can be 50 characters,Note that the following characters cannot be part of Ethernet Policy Name field, double quotes,,.,\,& and #.

Remove one Ethernet policy object from the EPP table. The Maximum length of the Ethernet Policy Name can be 50 characters,Note that the following characters cannot be part of Ethernet Policy Name field, double quotes,,.,\,& and #.

Note:radio mac is optional for ap4131

When a ap200/ap300 Access port is removed both the radio macs are removed.

Add a LAN to the system.

Remove the LAN from the system.

The Table of AccessPorts.

An AccessPort Configuration entry.

The Index for the Access port.

The Name of the Access port. The Maximum length of the Radio Name can be 50 characters. Note that the following characters cannot be part of Radio Name field - ,.,\,&, # and double quotes

The description of the Access port. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of description - ,# and double quotes.

Online status for this Access port. 0(zero) means unavailable or non-existent. 1 means active,, i.e. functional 2 means inactive,existent but not functional. 3 means alert indicating that some errors have occured with this accessport. For example, a time-out or a reset.

The MAC address of this radio.

The MAC address of the device to which this radio belongs.

The location of this device.

The type of this radio. A or B denote 802.11a and 802.11b respectively. FH denotes an FH radio.

The channel on which this radio is operating. Valid values for 11a are:34,36,38,40...64. Valid values for 11b are:1,2,3,...14. Also, auto-once is a valid channel if you want switch to choose channel automaticlly. auto-always and random are also valid channels. Note that this property is not applicable to FH radios. So a GET returns the appropriate message, and a SET fails.

The power on which this radio is operating. Valid values for both 11a and 11b are :1,5,15,30,Full.

The policy governing this radio. To clear the existing policy, leave the input blank.

The NIC number on which this device is connected to the WS5000 wireless Switch. Valid Values are 1 or 2

The type of the device. Expect either of AP200,AP100,AP300,AP4121,AP3020/3021 as the value.

The CCA Mode for the Access port.

The CCA threshold for the Access port.

The antenna setting for the Access Port. Valid values are 0,1 and 2. 0 indicates Full, 1 indicates primary, and 2 indicates secondary.

The VLAN id for the Access port.

The Vlan Tags seen by this device.

The time for which this radio has been up.

The number of packets transmitted per second between AP and MU.

The number of MUs associated with this radio.

true(1)/false(2) to turn on/off the functionality of gathering AP statistic data.

A true as input will reset the Radio. false is not an acceptable input. Note that a Reset message can be sent out only if the radio is in active state. This object is SET-only.

true(1) will clear the seen Vlans

A true as input will reset the Device. false is not an acceptable input. This object is SET-only.

true enables ACS-on-adoption for this particular radio.false disables it.

The power value to be put in the beacon of this radio. Valid values are : 1,5,15,30,Full,default. Note that default as input causes the beacon to have the same power level as this radio.

Defines whether Protection is On or Off.

Defines whether Short Slot is On or Off.

Defines whether antenna type is internal, external or unknown.

Current channel.

A comma seperated list of all channels valid for this radio.

The power on which the radio is configured to operate in dBm. Valid range depends on the country and radio configuration. It is as defined in the ccRadioAllPower object.

The power on which the radio is currently operating in dBm.

The valid power range for the radio in the format min_power-max_power.

Power level adjustment for MU. The valid range is -20 to 20 dB.

Antenna correction factor. The valid range is -20 to 20dBi. Note:This OID is supported only for AP300 device with external antenna

Radio location indoor or outdoor. Valid values are in or out. Note:This OID is supported only for AP300 device with external antenna

DFS status. Valid values are:off,on,active,channel scan. Supported only for 11a radio.

TPC status. Valid values are: off,on. Supported only for 11a radio.

A comma seperated list of all channels with timestamps where radar was detected.

If this is enabled, the switch uses this AP to detect Rogue APs.

The number of maximum MUs for the Access port

True(1) value will set simulateradar. Setting it true sets the Dwell time value. Note: A get over it always return idealState(2) and this OID is supported only for AP300 device type A set operation over other device types will return Not writeable

Note: This OID is supported only for AP300 device type The maximum length of user and password is 32 each.

APPolicy Table.

An entry in this table indicates the interface policy information.

The index of the AP policy.

The name of the policy. The Maximum length of the Policy Name can be 50 characters, Note that the following characters cannot be part of Policy Name field, double quotes,,.,\,& and #.

The description of the AP policy. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of description double quotes, and #

Long/Short preamble feature for the WLANs in this APPolicy.

The interval at which beacons are transmitted. Valid values are between 20 to 1000

The RTS (Request To Send) threshold for this WLAN. This threshold means that any unicast data or management frames larger than this setting must be transmitted using the RTS/CTS (Clear to Send) handshake exchange. By default, the value is 2347, which has the effect of deactivating RTS/CTS clearing before transmission. Setting the object to 0 activates the RTS/CTS handshake before every transmission. The valid values are from 0 to 2437.

This setting, always a multiple of the beacon period, determines how often the beacon contains a delivery traffic indication message(DTIM). The DTIM tells power-save client devices that a packet is waiting for them. Valid values are from 1 to 20, both inclusive.

The Basic Rate set for 11a radios which shall be governed by this policy. Valid values could be any combination of 6,9,12,18,24,36,48,54.

The Supported Rate set for 11a radios which shall be governed by this policy. Valid values could be any combination of 6,9,12,18,24,36,48,54

The Basic Rate set for 11b radios which shall be governed by this policy. Valid values are any combination of 1,2,5.5,11

The Supported Rate set for 11b radios which shall be governed by this policy. Valid values are any combination of 1,2,5.5,11

The Basic Rate set for FH radios which shall be governed by this policy. Valid values are any combination of 1 and 2

The Supported Rate set for FH radios which shall be governed by this policy. Valid values are any combination of 1 and 2, or blank

The Basic Rate set for 11g radios that shall be governed by this policy. Valid values could be any combination of 1,2,5.5,11,6, 9,12,18,24,36,48,54.

The Supported Rate set for 11g radios that shall be governed by this policy. Valid values could be any combination of 1,2,5.5,11,6, 9,12,18,24,36,48,54 or blank.

Allow non DFC/TPC MU to associate when spectrum management is required. Valid values:true,false.

Add a WLAN to a Access Port Policy, WLAN added should be a valid WLAN and should not have already been added to this policy. Upto 16 WLANs can be added to a AP Policy. A get on this object returns nothing. The WLAN added will be added to all the mappings. Use ccAPPolicyAddRemWLAN table for select/unselect a WLAN for mapping, and ccAPPolicyWLANTable for bandwith, bss etc.

Removes a WLAN from a Access Port Policy. The WLAN to be removed should have already been added to this policy. Thw WLAN will be removed from all the mappings and the corresponding primary settings will be reset.

Description. Enable/Disable of WME for APPolicy

Description. WME Profile of APpolicy.

Description.

Description.

Description.

EtherPorts entries.

An ethernet port configuration entry.

The Index for the Ethernet port.

This number indicates an index of NIC cards in the system.

The Name of this ethernet port.

The detailed description for the ethernet port. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of description - ,# and double quotes.

The Mac address for the Ethernet port.

.

The speed of the ethernet port, such as 10 means the 10 Mps or 100 means 100 Mps.

Enable/Disable DHCP server for this Ethernet port.

The IP address of Ethernet port.

The netmask address for the Ethernet port.

The number of DNS used by the ethernet port.

A list of DNS address for Ethernet port.

Primary VLANId for this etherport. Note: 0 or 4096 means non-trunked(no VLAN)

false(2) means the online status of the ethernet port is NOT Active. true(1) means the ethernet port is Active.

The user-friendly name of the Ethernet Port.

The time elapsed since the EtherPort has been up.

The number of output packets transmitted.

The number of input packets received.

The domain name on this Ethernet Port. Note that only the following characters are allowed in the domain name: 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz._- Also, _ , - and . cannot be the first or last character of the domain name. Note that changing the domain name will require the KDC configuration to be recreated if it is currently configured.

The gateway address being used by the Ethernet port. Note:To add a gateway use ccTaf OID.

The configured mode of this Etherport. Valid inputs are : 10_half,10_full,100_half, 100_full,auto.

Negotiated mode - duplex

Negotiated mode - speed

Description.

Enable (1) / Disable (2) DDNS updates by DHCP Server

TTL for DDNS

Update all DDNS entries

Enable (1) / Disable (2) RFC 3004 Multiple User Class

the domain to be updated by DDNS

A list of Ethernet port policy entries.

An Ethernet port policy entry.

The Index for the Ethernet policy.

Ethernet policy name for one record.

The Alias for this EtherPort Policy. The Maximum length of the EP Policy Name can be 50 characters. Note that the following characters cannot be part of EP Policy Name field - ,.,\,&, # and double quotes.

A description about this ethernet policy. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of description ,# and double quotes.

This object indicates a NIC port number through which the WS-5000 Wireless Switch will talk to the rest of network. That means, in case of NO VLAN, every incoming packet will go out at this NIC port number.

The number of VLANs attached to the Ethernet policy.

Show a list of VLAN objects attatched to this ethernet policy. Display Format LAN1,LAN2,VLAN:Interface number

, where VlanID can be any integer from 1 through 4095, and NicNumber is the etherport on which this VLAN is set. The NicNumber can be either 1,2, or all. 1 as the NicNumber stands for Ethernet1, 2 as the NicNumber stands for Ethernet2, and all stands for both. Note that if the etherport on which this VLAN is to be set, is a non-trunked port, then the VLAN creation will fail. To trunk an etherport, SET the Primary VlanId of that etherport to any integer from 1 through 4095.

Remove one VLAN from this Etherport policy. Only the Vlan Id needs to be input for removal

Drop all the VLANs for this Etherpolicy. A true does the job

The table for FH specific configuration parameters

An entry in the FH Phy Table.

The index of this FH radio.

The time in microseconds for the PMD to change from channel 2 to channel 80.

The current channel number of the frequency output by the RF synthesizer.

The maximum time in TU that the transmitter is permitted to operate on a single channel.

The current time in TU that the transmitter shall operate on a single channel, as set by the MAC. The valid range is from 25 to 1000 milliseconds (both inclusive). A value of 65535 returned by the switch indicates that there is no value set for this variable.

The current set of patterns the PHY LME is using to determine the hopping sequence. A value of 255 returned by the switch indicates that there is no value set for this variable.

The current pattern the PHY LME is using to determine the hop sequence. A value of 255 returned by the switch indicates that there is no value set for this variable.

The current index value the PHY LME is using the determine the CurrentChannelNumber.

A table for adding and removing WLANs

A table for adding and removing WLANs. Select/Unselect and WLAN for a mapping. The second index is the mapping. 1 as its value indicates addition/removal of a WLAN to/from an AP100 (4BSS-4ESS mapping). 2 as its value indicates addition/removal of a WLAN to/from an FH radio (1BSS-1ESS mapping). 3 as its value indicates addition/removal of a WLAN from an AP200-11a radio (1BSS-16ESS mapping). 4 as its value indicates addition/removal of a WLAN from an AP200-11b radio, AP300, AP4121 (4BSS-16ESS mapping).

The type of mapping to/from which WLANs will be selected/unselected.

, where the sum of all bandwidth for this AP policy and Device Type should be less than or equal to 100%. Also, the bandwidth for any WLAN cannot be less than 5%. Note: 1. Default AP Policy cannot be edited. 2. Always set Bandwidth as 100% if you are adding WLAN to an FH port. Setting the bandwidth to less than 100% for FH results in an error. This also means that at any given instant, no more than one WLANs can be added to an FH Port.

Remove a WLAN from this particular APPolicy and device. Note:Default AP Policy cannot be edited

Select a WLAN for this mapping. The WLAN should already be added to this Access Port Policy for mapping. (4BSS-4ESS) :Four WLANs can be selected, if full unselect a existing WLAN before selecting a different one. (1BSS-1ESS) :One WLAN can be selected for this mapping, if already selected unselect a existing WLAN before selecting a different one. (1BSS-16ESS):Only one WLAN can be made primary so selected WLAN is set as primary. (4BSS-16ESS):One can Select upto maximum of four WLAN as primary.

UnSelect a WLAN for this mapping. The WLAN should already have been selected for this mapping. WLAN can be unselected for (4BSS-4ESS) and (1BSS-1ESS) mapping only.

A table for setting attributes of a wlan for a particular mapping for a Access Port Policy.

This table allows Get/Set attributes of a WLAN for a mapping for a particular AP policy. First index is a AP Policy, Second index is the Mapping 1 indicates mapping to/from an AP100 (4BSS-4ESS mapping). 2 indicates mapping of a WLAN to/from an FH radio (1BSS-1ESS mapping). 3 indicates mapping of a WLAN from an AP200-11a radio (1BSS-16ESS mapping). 4 indicates mapping of a WLAN from an AP200-11b radio, AP300, AP4121 (4BSS-16ESS mapping). Third index is the WLAN.

The index of this particular WLAN.

Name of this particular WLAN which belongs to this APPolicy and this devicetype.

The bandwidth allocated to this particular WLAN, which belongs to this APPolicy and this devicetype. Bandwidth of an FH port is 100% by default, and any attempt to set the bandwidth of an FH port results in an error.

The Network Policy which belongs to this particular WLAN, which belongs to this APPolicy. WLAN must already be configured for this AP Policy to set the Network Policy. SETting of Network Policy takes effect across all the devices, and not for a particular device. As an example, if you SET the Network Policy of a WLAN for the devicetype AP200, the policy will be applied to all the devices of that WLAN. Note that the GET continues to be per device. In order to remove the Network Policy, just leave the field blank while SETting (send an empty string)

The BSS of this particular WLAN, which belongs to this APPolicy and this devicetype. BSS ID for AP 100, FHSS, AP200a is set to 1 by default and cannot be modifed. BSS ID of AP200b can be set from 1 through 4.

A table to GET/SET the primary wlan property of a particular bss and device type

This table will GET/SET the primary wlan property per APPolicy, per devicetype,per BSS. ccAPPolicyIndex and ccDeviceType are defined earlier. ccAPPolicyBSS is the current BSS whose primary WLAN is being GET/SET. 1 indicates mapping to/from an AP100 (4BSS-4ESS mapping). 2 indicates mapping of a WLAN to/from an FH radio (1BSS-1ESS mapping). 3 indicates mapping of a WLAN from an AP200-11a radio (1BSS-16ESS mapping). 4 indicates mapping of a WLAN from an AP200-11b radio, AP300, AP4121 (4BSS-16ESS mapping).

The BSS for which the primary wlan property needs to be get/set

The primary wlan property for this particular APPolicy, per device type and per BSS, the WLAN marked as primary should already be added as a wlan into this policy. Primary WLAN cannot be set for any device except for (1BSS-16ESS) and (4BSS-16ESS) mappings.

A list of LAN descriptors. Note:This Feature is VPN dependent feature hence if vpnsupport is not enabled then the walk over this table will not return anything and the set operation over any OID under this table will return an error message- No creation.

A LAN descriptor.

The Index for the LAN descriptor.

LAN name.

LAN description.

The number of NAT entries attached to a LAN.

The agent will execute the appropriate code depending on the number of input parameters. Valid input values for NumberOfEntries are 0 to 250. The maximum number of NAT mappings allowed are 250. Possible reasons for Commit Fail:- 1.If number of entries are not in the range 0-250. 2.If number of NAT mappings are greater than 250. 3 If the NAT mappings are duplicate. Note:It takes approximately 10 secs to complete the set operation for 250 entries.

The agent will execute the appropriate code depending on the number of input parameters.

LAN Ethernet Port. Enter an ethernet port number. Valid port numbers are 1 and 2 (for the two physical ethernet ports) as well as 3 (for a virtual VPN port connection). 0 as a port number removes Ethernet Port.

Network policy associated with this LAN. Enter either the name of an existing network policy, or enter remove to set the current value to blank.

Port Filter for this LAN. Valid input values are https ,http ,ftp and telnet .The input values are case sensitive. Only one value can be set at a time.

Port Filter for this LAN. Valid input values are https ,http ,ftp and telnet and web. Only one value can be given at a time.

A list of LAN NAT Entries. This is a dual-index table, NAT entries for all LANs are displayed. A single entry of 0.0.0.0 for a LAN means that LAN has no NAT entries. Note:This Feature is VPN dependent feature hence if vpnsupport is not enabled then the walk over this table will not return anything and the set operation over any OID under this table will return an error message- No creation.

A LAN descriptor.

The Index for the NAT entry.

The Remote Real IP address in a NAT translation.

The Local NAT IP address in a NAT translation.

Display current network routing table.

A Route entry.

The Index for the Route entry.

The Destination for the Route entry.

The Gateway for the Route entry.

The Flags for the Route entry. These are standard netstat flags, including (but not limited to): C - Generate new routes on use G - Destination requires forwarding by intermediary H - Host entry (net otherwise) L - Valid protocol to link address translation R - Host or net unreachable U - Route usable

The number of references to the Route entry.

The Use count for the Route entry.

The Interface for the Route entry.

The netmask for the Route entry

Remove all routes from the network routing table. when set to True

Enable(1)/Disable(2) DHCP Server on Ethernet 1. Note:DHCP Server can be enabled only on single interface at a time Note:This Feature is VPN dependent feature hence if vpnsupport is not enabled then the walk over ccDhcpSrvNIC1 will not return anything and the set operation over any OID under this table will return an error message- No creation.

The subnet on Ethernet port 1 that the DHCP Server serves IP address for.

The netmask address for the Ethernet port 1 that the DHCP Server serves IP addresses for.

The broadcast IP address for the subnet the DHCP Server serves on Ethernet Port 1.

The default Router/Gateway IP address for the subnet the DHCP Server serves on Ethernet Port 1. To remove the router option set SNMP Set Value to 0.0.0.0 .

The Primary DNS IP address for the subnet the DHCP Server serves on Ethernet Port 1. To remove domain-name-servers option, set SNMP Set Value to 0.0.0.0 .

The Secondary DNS IP address for the subnet the DHCP Server serves on Ethernet Port 1. To remove Secondary DNS IP, set SNMP Set Value to 0.0.0.0 .

The Domain Name for the subnet the DHCP Server serves on Ethernet Port 1. To remove domain-name option, set SNMP Set Value to 0.

The Default lease time of the IP address for the subnet the DHCP Server serves on Ethernet Port 1. To set to default-lease-time option, set SNMP Set Value to 0 it automatically sets it to 21600(default value).

The Maximum lease time of the IP address for the subnet the DHCP Server serves on Ethernet Port 1. To set to default max-lease-time option, set SNMP Set Value to 0 it automatically sets it to 21600(default value).

A table of DHCP IP Ranges for Ethernet 1.

A DHCP IP Range entry.

An integer index for ccDhcp1IPRangeTable.

The DHCP IP Range Start IP Address.

The DHCP IP Range End IP Address.

Add a DHCP dynamically assignable IP address range. This is a write-only object. Data input syntax: start_ip[, end_ip].

Remove a dynamically assignable DHCP IP address range. This is a write-only object. Data input syntax: start_ip[, end_ip].

A table of DHCP Static Entries for Ethernet 1.

A DHCP Static IP entry.

An integer index for ccDhcp2StaticIPTable.

The DHCP Static Entry IP Address.

The DHCP Static Entry MAC Address.

The DHCP Static Entry host name.

Add a DHCP statically assigned IP address. This is a write-only object. Data input syntax: ip_address, mac_address, host_name.

Remove a DHCP statically assigned IP address. This is a write-only object. Data input syntax: ip_address.

A table of DHCP Options for Ethernet 1.

A DHCP Option entry.

An integer index for ccDhcp1OptionTable.

The DHCP Option name.

The DHCP Option Code.

The DHCP Option type.

The DHCP option value.

Add a DHCP option. This is a write-only object. Data input syntax: option_name, option_code, value_type, value value_type = ip-address | text

Remove a DHCP option. This is a write-only object. Data input syntax: option_name.

A table of DHCP Leases for Ethernet 1.

A DHCP lease entry.

An integer index for ccDhcpLeaseTable1.

The DHCP lease IP address assigned to MU.

The DHCP lease MAC address for MU.

The DHCP lease start time.

The DHCP lease expiration time.

Remove a DHCP lease. This is a write-only object. Data input syntax: ip_address.

Remove a DHCP statically assigned Host name. Data input syntax: Host name. A get operation on ccDhcp1RemStaticHost displays all the available StaticHosts.

Enable(1)/Disable(2) DHCP Server on Ethernet 2. Note:DHCP Server can be enabled only on single interface at a time. Note:This Feature is VPN dependent feature hence if vpnsupport is not enabled then the walk over ccDhcpSrvNIC2 will not return anything and the set operation over any OID under this table will return an error message- No creation.

The subnet on Ethernet port 2 that the DHCP Server serves IP address for.

The netmask address for the Ethernet port 2 that the DHCP Server serves IP addresses for.

The broadcast IP address for the subnet the DHCP Server serves on Ethernet Port 2.

The default Router/Gateway IP address for the subnet the DHCP Server serves on Ethernet Port 2. To remove the router option set SNMP Set Value to 0.0.0.0 .

The Primary DNS IP address for the subnet the DHCP Server serves on Ethernet Port 2. To remove domain-name-servers option, set SNMP Set Value to 0.0.0.0 .

The Secondary DNS IP address for the subnet the DHCP Server serves on Ethernet Port 2. To remove Secondary DNS IP, set SNMP Set Value to 0.0.0.0 .

The Domain Name for the subnet the DHCP Server serves on Ethernet Port 2. To remove domain-name option, set SNMP Set Value to 0.

The Default lease time of the IP address for the subnet the DHCP Server serves on Ethernet Port 2. To set to default-lease-time option, set SNMP Set Value to 0 it automatically sets it to 21600(default value).

The Maximum lease time of the IP address for the subnet the DHCP Server serves on Ethernet Port 2. To set to max-lease-time option, set SNMP Set Value to 0 it automatically sets it to 21600(default value).

A table of DHCP IP Ranges for Ethernet 2.

A DHCP IP Range entry.

An integer index for ccDhcp1IPRangeTable.

The DHCP IP Range Start IP Address.

The DHCP IP Range End IP Address.

Add a DHCP dynamically assignable IP address range. This is a write-only object. Data input syntax: start_ip[, end_ip].

Remove a dynamically assignable DHCP IP address range. This is a write-only object. Data input syntax: start_ip[, end_ip].

A table of DHCP Static Entries for Ethernet 2.

A DHCP Static IP entry.

An integer index for ccDhcp2StaticIPTable.

The DHCP Static Entry IP Address.

The DHCP Static Entry MAC Address.

The DHCP Static Entry host name.

Add a DHCP statically assigned IP address. This is a write-only object. Data input syntax: ip_address, mac_address, host_name.

Remove a DHCP statically assigned IP address. This is a write-only object. Data input syntax: ip_address.

A table of DHCP Options for Ethernet 2.

A DHCP Option entry.

An integer index for ccDhcp2OptionTable.

The DHCP Option name.

The DHCP Option Code.

The DHCP Option type.

The DHCP option value.

Add a DHCP option. This is a write-only object. Data input syntax: option_name, option_code, value_type, value value_type = ip-address | text

Remove a DHCP option. This is a write-only object. Data input syntax: option_name.

A table of DHCP Leases for Ethernet 2.

A DHCP lease entry.

An integer index for ccDhcp2LeaseTable.

The DHCP lease IP address assigned to MU.

The DHCP lease MAC address for MU.

The DHCP lease start time.

The DHCP lease expiration time.

Remove a DHCP lease. This is a write-only object. Data input syntax: ip_address.

Remove a DHCP statically assigned Host name. Data input syntax: Host name. A get operation on ccDhcp2RemStaticHost displays all the available StaticHosts

Add one WLAN Object into the WLAN Table. The Maximum length of the WLAN Name can be 50 characters, Note that the following characters cannot be part of WLAN Name field, double quotes,,.,\,& and #.

Remove one WLAN Object from the WLAN Table.The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

Add a user to the User Table. The Maximum length of the User name can be 20 characters. Note that the following characters cannot be part of User Name field - ,&,#,\,space, and double quotes.

Remove a user from the User Table.

Add a Graph object to the Graph table.

Remove a Graph object from the Graph table.

Add a security object into the table.

Remove a security object from the table.

Add an ACL object into the table.

Remove an ACL object from the table.

User information table entries.

User Information entries.

The user name. Cannot change the user id, but can achieve the same goal through removing and recreating a new user with a different name.

The full name of the user. The Maximum length of the User name can be 20 characters. Note that the following characters cannot be part of User Name field - ,&,#,space and double quotes.

The user login password to access Wireless Switch services. The Maximum length of the Password is 20 characters. Note that the following characters cannot be part of the password field - ,&,#,\,space and double quotes.

takes away the admin rights from the user.

takes away the Profile Management rights from the user.

takes away the Sys-Admin rights from the user.

takes away the SNMP-Admin rights from the user.

takes away the Security-Admin rights from the user.

The index of the user table.

A list of WLAN Object entries.

A WLAN Object entry.

The index for this WLAN object.

The WLAN object name. The Maximum length of the WLAN Name can be 50 characters. Note that the following characters cannot be part of WLAN Name field - ,.,\,&,# and double quotes.

The ESSID for the interface.

A security Policy to be used by this WLAN. If your Network Manager/MIB Browser displays an error message, it is likely that the security policy being added is invalid. To find out what the problem could be with this particular security policy, query the OID ccSecCheckValidity under ccSecurityTable, and make appropriate changes.

Enable or Disable ACL feature.

The maximum number of MUs supported by this WLAN.

The name used for authenticating to a Kerberos Server.

The password for authenticating to a Kerberos Server. The minimum length of a password to 6 characters.

The ACL used by this WLAN. For removing the ACL from this WLAN, just input an empty string.

Tells whether the WLAN is authenticated or not.

Changes the results of an MU to MU commmunication. 0 indicates that MU to MU traffic is allowed, 1 indicates that it is not allowed and 2 indicates that all MU to MU traffic is dropped.

true indicates that beacons need to be secured, while false allows them to be unsecured.

The current number of MUs on this WLAN

The Network Mask for the subnet.

The IP Address of the default route.

WLAN broadcast/multicast encryption type on 802.11a radios.

WLAN broadcast/multicast encryption type on 802.11b radios.

WLAN broadcast/multicast encryption type on FH radios.

Enable (true)/Disable (false) Broadcast ESS feature for the WLAN. Broadcast ESS feature implies that a probe request containing a zero length SSID will be allowed to associate to the particular SSID that is designated as the broadcast ESS.

The description of the WLAN. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of description - ,# and double quotes.

Description. Enable/Disable of WME for WLAN.

Description. WME Profile for WLan

A table of Known Wireless Switch entries

The entries of information about the known Wireless Switch.

An index of the table.

A known Wireless Switch name.

A known Wireless Switch mac address.

A table of Known Access-Point entries.

Entries of information about Known APs.

A index of the table.

A known AP mac address.

A known AP version.

A known AP IP address.

Priority for the known AP.

The number of MUs associated with the known AP.

The known AP type .

The known AP version.

A known AP ESSID.

A list of Graph entries.

Graph Object entries.

The index of the graph.

The name of the graph.

A WLAN ID attached to this Graph.

A list of VLAN Object entries.

A VLAN Object entry.

The index for this VLAN object.

The Name of the VLAN.

A description of the VLAN. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of description ,# and double quotes.

An id for this VLAN.

The priority for this VLAN. The valid values for priority for VLAN is between 0-7.

The ports for this VLAN. 1 means etherport1, 2 means etherport2 and 0 means both etherports.

The parent etherpolicy of this VLAN.

The number of WLANs attached to this VLAN object.

A list of WLANs attatched to this VLAN.

Add a WLAN object into this VLAN.

Remove a VLAN object from the VLAN.

A table of Security entries.

A Security Object entry.

The index for this security object.

The name of the security policy. The Maximum length of the Policy Name can be 50 characters. Note that the following characters cannot be part of Policy Name field - ,.,\,&,# and double quotes.

The description of this security policy. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of description ,# and double quotes.

Enable/Disable the beacon Essid for this security policy. The default is TRUE.

Enable(true)/Disable(false) pre-shared WEP keys and/or WPA-PSK. Note that enabling this automatically disables Open Encryption

Enable(true)/Disable(false) WEP. Note that enabling this automatically disables Open Encryption

WEP Key size in bits - 40 or 104. Note that if you are planning to use Kerberos as the authentication mechanism, you cannot choose the WEP key size as 40 bits, because Kerberos authentication results in 104 bit keys. Also note that TKIP cannot be used along with 40 bit WEP encryption. If TKIP has to be used along with WEP, the WEP key size must be 104 bits. Further, if Keyguard has to be used along with WEP, then also the WEP key size must be 104 bits.

are grammar delimiter and are not a part of the input.

Value of 0 to 3. ex. 0 -- Currently use WEPKEY #1. 1 -- Currently use WEPKEY #2. 2 -- Currently use WEPKEY #3. 3 -- Currently use WEPKEY #4.

Enable(1)/Disable(2) Kerberos Authentication. Note that if you choose WEP as the encryption algorithm, you cannot choose the WEP key size to be 40 bits, since Kerberos authentication results in 104 bit WEP keys. Also note that TKIP as the encryption algorithm is currently not supported with Kerberos authentication. Enabling this automatically disables Open Encryption

/ sp

1st Kerberos server name or dotted-decimal IP address.

2nd Kerberos server name or dotted-decimal IP address.

3rd Kerberos server name or dotted-decimal IP address.

1st Kerberos Server port number

2nd Kerberos Server port number

3rd Kerberos Server port number

1st RADIUS Server Name/IP or dotted-decimal IP address.

1st RADIUS Server port number

1st RADIUS server shared secret.

2nd RADIUS Server Name/IP or dotted-decimal IP address.

2nd RADIUS Server port number

2nd RADIUS server shared secret.

Hostname to use with RADIUS server.

Enable(1)/Disable(2) EAP Authentication. Note that enabling this automatically disables Open Encryption

EAP quiet period in seconds. Valid values lie between 1 and 99.

EAP transmit period in seconds. Valid values are from 1 to 99 seconds

Enable(1)/Disable(2) forced EAP Re-Authentication.

EAP Reauthentication period in seconds. Valid values are any value between 30 and 65535.

Max retries for EAP re-authentication. Valid values are from 1 to 99.

EAP supplicant timeout in seconds. Valid values are from 1 to 99 seconds.

Maximum retries for EAP requests. Valid values are from 1 to 10.

Group key update period in seconds. Valid values are from 30 to 65535 seconds.

Preshared Key data, either 8-63 ASCII characters or 64 hex characters.

Enable(true)/Disable(false) open encryption. Note that enabling open encryption also enables open authentication.

Enable(true)/Disable(false) KeyGuard encryption. Note that Keyguard doesnt work along with WEP encryption, if the WEP Key size is 40 bits. The WEP key size must be 104 bits for Keyguard to work along with it. Also note that enabling this automatically disables Open Encryption

Enable(true)/Disable(false) TKIP encryption. Note that in the current implementation, TKIP cannot co-exist with Kerberos. Also note that TKIP cannot co-exist with WEP key encryption, if the WEP key size is 40 bits. The WEP key size must be 104 bits for it to work with TKIP. Note that enabling this automatically disables Open Encryption

The encryption type of broadcast/multicast.

This OID can be used to find out whether this security policy is valid or not. If it is valid, an OK is returned in the response. If not, you get a description as to what the error is. Please note that unless the security policy is valid, it cannot be used anywhere, i.e it cannot be applied to a WLAN.

Enable(true)/Disable(false)AES CCMP encryption. This OID is read-only for Default security policy. For all other instances, it is read-write.

Enable(true)/Disable(false)Pre-Authentication. This OID is read-only for Default instance.(ie Default Security policy)

Enable(true)/Disable(false)Opportunistic PMK Caching. This OID is read-only for Default instance.(ie Default security policy)

Enable(true)/Disable(false) VPN Authentication. This OID is read-only for Default instance. (ie Default security policy).This OID can be enabled for only one security policy(ie only one instance). Note: If you need to enable this oid for a particular security policy, make sure it is disabled for all other security policies.

A table for ACL entries.

An ACL object entry.

The index of this ACL object.

The name of the ACL. The Maximum length of the ACL Name can be 50 characters. Note that the following characters cannot be part of ACL Name field - ,.,\,&,# and double quotes.

The default action for this ACL. Is either allow or deny.

.

The number of items in the ACL.

.

. The former is to be used for configuring access for a single MAC address, while the latter configures a range of MAC addresses. Note: AddItem with 0 or 1.0 or x.0 is invalid index number. The index number has to be great than 0.

SET only. Removing a rule from the ACL. You need to give only the MAC address to remove the rule from the ACL. For rules which involve more than one MAC Addresses, just give the starting MAC Address.

The total number of NP records in the NP table.

The total number of Policy Objects in the Policy table.

The total number of Classification Groups in the CG table.

The total number of Classifiers in the CF table.

Add one new Classifier object into the table. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

Remove one Classifier object from the table. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

Add one Classification Group Object into the ccCGTable. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

Remove one Classification Group Object from the ccCGTable. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

. Type is an integer to be chosen according to the list below: 1) 5 - Outbound AccessPort 2) 6 - Inbound AccessPort 3) 9 - Outbound NIC 4) 10 - Inbound NIC 5) 17 - Outbound Bluetooth 6) 18 - Inbound Bluetooth Only the first two are supported in the current version of the Wireless Switch. Attempts to set other types of Policy Objects will result in an error. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

Remove one Policy Object from the ccPOTable. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

Add one network policy object into the ccNPTable. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

Remove one network policy object from the ccNPTable. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

A list of Network Policy entries.

A Network policy table entry.

A Network policy index.

The network policy name. The Maximum length of the input string can be 50 characters. Note that the following characters cannot be part of the input string- ,.,\,&, # and double quotes

The description of the network policy name. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of the input string- ,# and double quotes

The Input network policy name.The Maximum length of the input string can be 50 characters. Note that the following characters cannot be part of the input string- ,.,\,&, # and double quotes

The Output network policy name.The Maximum length of the input string can be 50 characters. Note that the following characters cannot be part of the input string- ,.,\,&, # and double quotes

A list of Policy Object entries.

A policy table entry.

A Network policy index.

The network policy name. The Maximum length of the input string can be 50 characters. Note that the following characters cannot be part of the input string- ,.,\,&, # and double quotes

A description of the network policy. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of the input string- ,# and double quotes.

The count of CGs in the Policy object.

Add a classification group to the policy.

Remove a classification group from the policy.

The type of the Policy Object. The returned value denotes one of the following: 1) 5 - Outbound AccessPort 2) 6 - Inbound AccessPort 3) 9 - Outbound NIC 4) 10 - Inbound NIC 5) 17 - Outbound Bluetooth 6) 18 - Inbound Bluetooth Only the first two are supported in the current version of the Wireless Switch.

Denotes which of TOS,Priority, and IP-Redirect are being used for modifying the packets.

A table of Classification Group entries.

A network classificaton group table entry.

The index for the traffic classification group entry.

A Classification Group name. The Maximum length of the input string can be 50 characters. Note that the following characters cannot be part of the input string- ,.,\,&, # and double quotes

A description of the CG. The Maximum length of the description can be 128 characters. Note that the following characters cannot be part of description - ,# and double quotes

The number of Classifier included in the Classification Group.

Add a new classifier to the classification group.

Remove a classifier from the classification group.

A table of Classifier entries.

A network traffic classifier table entry.

The index of Network Traffic classifier.

The name of the classifier. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes.

The description of a classifier entry. The maximum number of characters allowed is 128, and the following characters cannot be part of the input string - ,# and double quotes.

The number of Matching Criterion for the classifier.

Add one Matching Criteria to the Classifier. Choose from the following list of offsets: srcMacAddr(0), desMacAddr(1), etherType(2), vlanID(3), userPriority(4), protocol(5), tos(6), srcIPAddr(7), desIPAddr(8), srcPort(9), desPort(10), multicastMask(11) Note: This object is SET-only.

Remove one Matching Criteria from the Classifier. Choose from the following list of offsets: srcMacAddr(0), desMacAddr(1), etherType(2), vlanID(3), userPriority(4), protocol(5), tos(6), srcIPAddr(7), desIPAddr(8), srcPort(9), desPort(10), multicastMask(11) Note: This object is SET-only.

A list of per Policy Object, per Classificatin Group entries.

An entry of Policy Objects, per Classification Group.

The index of this Classification Group, per Policy Object

The classification group name which belong to the policy object.

The new IP address used by the CG in the Policy Object for IP-Redirect. Valid only for Input Policy Objects. For disabling the use of IP-Redirect,use the string disable as input for this OID.Any valid IP address as the input automatically enables its usage.

The priority of the VLAN in the CG governed by the Policy Object. 0 to 7 only. Valid only for Input Policy Objects (Trying to SET for an Output Policy results in an error). For disabling the use of Vlan Priority, use the string disable. Any value from 0 through 7 automatically enables its usage.

The Type of Service in the Policy Object. This is specific to the enterprise in which the Wireless Switch is deployed.The user has to input a bit pattern of six bits.Valid for both Input and Output Policies.For disabling the TOS, use disable as the input for this OID. Any valid 6-bit sequence automatically enables its usage.

The Bandwidth in the CG of the Policy Object. Valid only for Output Policy (Trying to SET for an Input Policy results in an error). A -1 in the reply implies that the policy being queried was an Input Policy.

The TxProfile of the Policy Object. This controls how the AccessPort treats a packet. Valid only for an Output policy (Trying to SET for an Input Policy results in an error). Values are 0 & 2. 0 is Data 2 is Voice -1 in reply implies that the policy being queried was an Input Policy.

Denotes which of TOS,Priority, and IP-Redirect are being used for modifying the packets.

A table of Classier Entries, per Classification Group.

A Classifier entry, per Classification Group

The index of this classifier, per Classification Group

Indicates the allow/deny action for this Classifier belonging to this Classification Group.

The name of the classifier in this CG.

A table of Matching Criteria per Classifier.

A Matching Criteria table entry (per Classifier).

The index of this Matching Criteria

The offset of the Matching Criterion. The offsets are: srcMacAddr(0), desMacAddr(1), etherType(2), vlanID(3), userPriority(4), protocol(5), tos(6), srcIPAddr(7), desIPAddr(8), srcPort(9), desPort(10), multicastMask(11) A -1 in the reply indicates no offset available.

The number of values in this Matching Criterion.

. For Protocol, choose the number from the list: Protocol Number Keyword Protocol References ------- ------- -------- ---------- 0 HOPOPT IPv6 Hop-by-Hop Option [RFC1883] 1 ICMP Internet Control Message [RFC792] 2 IGMP Internet Group Management [RFC1112] 3 GGP Gateway-to-Gateway [RFC823] 4 IP IP in IP (encapsulation) [RFC2003] 5 ST Stream [RFC1190,RFC1819] 6 TCP Transmission Control [RFC793] 7 CBT CBT [Ballardie] 8 EGP Exterior Gateway Protocol [RFC888,DLM1] 9 IGP any private interior gateway [IANA] (used by Cisco for their IGRP) 10 BBN-RCC-MON BBN RCC Monitoring [SGC] 11 NVP-II Network Voice Protocol [RFC741,SC3] 12 PUP PUP [PUP,XEROX] 13 ARGUS ARGUS [RWS4] 14 EMCON EMCON [BN7] 15 XNET Cross Net Debugger [IEN158,JFH2] 16 CHAOS Chaos [NC3] 17 UDP User Datagram [RFC768,JBP] 18 MUX Multiplexing [IEN90,JBP] 19 DCN-MEAS DCN Measurement Subsystems [DLM1] 20 HMP Host Monitoring [RFC869,RH6] 21 PRM Packet Radio Measurement [ZSU] 22 XNS-IDP XEROX NS IDP [ETHERNET,XEROX] 23 TRUNK-1 Trunk-1 [BWB6] 24 TRUNK-2 Trunk-2 [BWB6] 25 LEAF-1 Leaf-1 [BWB6] 26 LEAF-2 Leaf-2 [BWB6] 27 RDP Reliable Data Protocol [RFC908,RH6] 28 IRTP Internet Reliable Transaction [RFC938,TXM] 29 ISO-TP4 ISO Transport Protocol Class 4 [RFC905,RC77] 30 NETBLT Bulk Data Transfer Protocol [RFC969,DDC1] 31 MFE-NSP MFE Network Services Protocol [MFENET,BCH2] 32 MERIT-INP MERIT Internodal Protocol [HWB] 33 SEP Sequential Exchange Protocol [JC120] 34 3PC Third Party Connect Protocol [SAF3] 35 IDPR Inter-Domain Policy Routing Protocol [MXS1] 36 XTP XTP [GXC] 37 DDP Datagram Delivery Protocol [WXC] 38 IDPR-CMTP IDPR Control Message Transport Proto [MXS1] 39 TP++ TP++ Transport Protocol [DXF] 40 IL IL Transport Protocol [Presotto] 41 IPv6 Ipv6 [Deering] 42 SDRP Source Demand Routing Protocol [DXE1] 43 IPv6-Route Routing Header for IPv6 [Deering] 44 IPv6-Frag Fragment Header for IPv6 [Deering] 45 IDRP Inter-Domain Routing Protocol [Sue Hares] 46 RSVP Reservation Protocol [Bob Braden] 47 GRE General Routing Encapsulation [Tony Li] 48 MHRP Mobile Host Routing Protocol[David Johnson] 49 BNA BNA [Gary Salamon] 50 ESP Encapsulating Security Payload [RFC1827] 51 AH Authentication Header [RFC1826] 52 I-NLSP Integrated Net Layer Security TUBA [GLENN] 53 SWIPE IP with Encryption [JI6] 54 NARP NBMA Address Resolution Protocol [RFC1735] 55 MOBILE IP Mobility [Perkins] 56 TLSP Transport Layer Security Protocol [Oberg] using Kryptonet key management 57 SKIP SKIP [Markson] 58 IPv6-ICMP ICMP for IPv6 [RFC1883] 59 IPv6-NoNxt No Next Header for IPv6 [RFC1883] 60 IPv6-Opts Destination Options for IPv6 [RFC1883] 61 any host internal protocol [IANA] 62 CFTP CFTP [CFTP,HCF2] 63 any local network [IANA] 64 SAT-EXPAK SATNET and Backroom EXPAK [SHB] 65 KRYPTOLAN Kryptolan [PXL1] 66 RVD MIT Remote Virtual Disk Protocol [MBG] 67 IPPC Internet Pluribus Packet Core [SHB] 68 any distributed file system [IANA] 69 SAT-MON SATNET Monitoring [SHB] 70 VISA VISA Protocol [GXT1] 71 IPCV Internet Packet Core Utility [SHB] 72 CPNX Computer Protocol Network Executive [DXM2] 73 CPHB Computer Protocol Heart Beat [DXM2] 74 WSN Wang Span Network [VXD] 75 PVP Packet Video Protocol [SC3] 76 BR-SAT-MON Backroom SATNET Monitoring [SHB] 77 SUN-ND SUN ND PROTOCOL-Temporary [WM3] 78 WB-MON WIDEBAND Monitoring [SHB] 79 WB-EXPAK WIDEBAND EXPAK [SHB] 80 ISO-IP ISO Internet Protocol [MTR] 81 VMTP VMTP [DRC3] 82 SECURE-VMTP SECURE-VMTP [DRC3] 83 VINES VINES [BXH] 84 TTP TTP [JXS] 85 NSFNET-IGP NSFNET-IGP [HWB] 86 DGP Dissimilar Gateway Protocol [DGP,ML109] 87 TCF TCF [GAL5] 88 EIGRP EIGRP [CISCO,GXS] 89 OSPFIGP OSPFIGP [RFC1583,JTM4] 90 Sprite-RPC Sprite RPC Protocol [SPRITE,BXW] 91 LARP Locus Address Resolution Protocol [BXH] 92 MTP Multicast Transport Protocol [SXA] 93 AX.25 AX.25 Frames [BK29] 94 IPIP IP-within-IP Encapsulation Protocol [JI6] 95 MICP Mobile Internetworking Control Pro. [JI6] 96 SCC-SP Semaphore Communications Sec. Pro. [HXH] 97 ETHERIP Ethernet-within-IP Encapsulation [RDH1] 98 ENCAP Encapsulation Header [RFC1241,RXB3] 99 any private encryption scheme [IANA] 100 GMTP GMTP [RXB5] 101 IFMP Ipsilon Flow Management Protocol [Hinden] 102 PNNI PNNI over IP [Callon] 103 PIM Protocol Independent Multicast [Farinacci] 104 ARIS ARIS [Feldman] 105 SCPS SCPS [Durst] 106 QNX QNX [Hunter] 107 A/N Active Networks [Braden] 108 IPComp IP Payload Compression Protocol [RFC2393] 109 SNP Sitara Networks Protocol [Sridhar] 110 Compaq-Peer Compaq Peer Protocol [Volpe] 111 IPX-in-IP IPX in IP [Lee] 112 VRRP Virtual Router Redundancy Protocol [Hinden] 113 PGM PGM Reliable Transport Protocol [Speakman] 114 any 0-hop protocol [IANA] 115 L2TP Layer Two Tunneling Protocol [Aboba] 116 DDX D-II Data Exchange (DDX) [Worley] 117 IATP Interactive Agent Transfer Protocol [Murphy] 118 STP Schedule Transfer Protocol [JMP] 119 SRP SpectraLink Radio Protocol [Hamilton] 120 UTI UTI [Lothberg] 121 SMP Simple Message Protocol [Ekblad] 122 SM SM [Crowcroft] 123 PTP Performance Transparency Protocol [Welzl] 124 ISIS over IPv4 [Przygienda] 125 FIRE [Partridge] 126 CRTP Combat Radio Transport Protocol [Sautter] 127 CRUDP Combat Radio User Datagram [Sautter] 128 SSCOPMCE [Waber] 129 IPLT [Hollbach] 130 SPS Secure Packet Shield [McIntosh] 131 PIPE Private IP Encapsulation within IP [Petri] 132 SCTP Stream Control Transmission Protocol [Stewart] 133 FC Fibre Channel [Rajagopal] 134 RSVP-E2E-IGNORE [RFC3175] 135-254 Unassigned [IANA] 255 Reserved [IANA] This is Write only

Remove one value from the Matching Criteria. The maximum number of characters allowed is 50, and the following characters cannot be part of the input string - ,.,\,&, # and double quotes. This is Write-only.

A table of the values per Matching Criterion.

An entry of Matching Criteria values (per Classifier, per Matching Criteria).

The index of this value in the Matching Criteria.

disables the Standby Management feature Mower: default value is FALSE.

Standby Mode of the wireless switch, Primary or Standby

MAC address for establishing the heartbeat When the MAC address is set to 00:00:00:00:00:00 it sets the option to Auto discovery Enabled Note:Disable ccHsbEnabled first to set this OID

Second Mac address for establishing the heartbeat When the MAC address is set to 00:00:00:00:00:00 it sets the option to Auto discovery Enabled Note:Disable ccHsbEnabled first to set this OID

enables the heartbeat on interface 1 Mower: default value is TRUE. Note:Disable ccHsbEnabled first to set this OID

enables the heartbeat on interface 2 Mower: default value is FALSE. Note:Disable ccHsbEnabled first to set this OID

Tells the user if connectivity (heartbeat) between the Primary and Standby is established Mower: default value is FALSE.

This is the state of the Wireless switch. Here are the states 1: Startup 2: Find Standby 3: Waiting for Connectivity 4: Connected 5: Halted 6: Monitoring 7: Acting as Primary 8: Trying to Reconnect 9: Re-Connected 10: Auto-Reverting

This parameter tells the reason for failover.

This is a number set by the Wireless switch when it reboots.

This is a Boolean variable. When the manager sets this variable to true the standby-active will revert to standby and disabled-primary will revert to primary. Reading this value results in a -1 being returned. Mower: default value is FALSE.

State of the Auto Revert Function (Enabled/Disabled) Note:Disable ccHsbEnabled first to set this OID

Number of Minutes to delay after re-connecting before autoreverting Note:Disable ccHsbEnabled first to set this OID

A table for MU Information entries.

An MU information object entry.

The index of MU Information Table.

Indicates the device type of this Mobile Unit. 0 = Data 1 = Voice 2 = Wireless AP.

MAC address for this MU.

IP address for this MU.

WLAN name that the MU is on currently.

ESSID currently selected by this MU.

Displays the AP name this MU is associated with.

Indicates the association status of the AccessPort. Association Status: 0 = Away 1 = Associated

The security status for this MU. 0 = No Encryption 1 = WEP (per MU Key) 2 = WEP (Shared Key) 3 = TKIP (Per MU Key) 4 = TKIP (Shared Key)

Indicates the current communication rate on the MU. 0 = 1 Mbps 1 = 2 Mbps 2 = 5.5 Mbps 3 = 6 Mbps 4 = 9 Mbps 5 = 11 Mbps 6 = 12 Mbps 7 = 18 Mbps 8 = 22 Mbps 9 = 24 Mbps 10 = 36 Mbps 11 = 48 Mbps 12 = 54 Mbps

Indicates the current supported rates. This object meaning can be explained as the following: 1_Mbps(1) --- 1 Mbit supported. 2_Mbps(2) --- 2 Mbit supported. 1_2_Mbps(3) --- 1,2 Mbit supported. 5.5_Mbps(4) --- 5.5 Mbit supported. 1_5.5_Mbps(5) --- 1, 5.5 Mbit supported. 2_5.5_Mbps(6) --- 2, 5.5 Mbit supported. 1_2_5.5_Mbps(7) --- 1,2,5.5 Mbit supported. 11_Mbps(8) --- 11 Mbit supported. 1_11_Mbps(9) --- 1,11 Mbit supported. 2_11_Mbps(10) --- 2,11 Mbit supported. 1_2_11_Mbps(11) --- 1,2,11 Mbit supported. 5.5_11_Mbps(12) --- 5.5,11 Mbit supported. 1_5.5_11_Mbps(13) --- 1,5.5,11 Mbit supported. 2_5.5_11_Mbps(14) --- 2,5.5,11 Mbit supported. 1_2_5.5_11_Mbps(15) --- 1,2,5.5,11 Mbit supported.

Receive signal strength indicator (RSSI) of this MU.

Indicates the current power mode setting on this MU. In PSP mode the radio receiver is configured to conserve battery life. 0 = Continuous Access Mode (CAM) mode 1 = Power Save Polling Mode(PSP) mode

The interface type displayed on the associated AP GUI. Like: RF.

The number of seconds since the MU last associated. Value is zero if the MU is not associated and was aged-out.

The number of seconds before the security ticket expiration.

User name this MU may have for loging processing, if available.

This is sum of all good packets sent from different transmit speed.

This is sum of all good packets received from different transmit speed.

Number of bytes sent out.

Number of bytes received.

Number of seconds since the last MU activity.

Value of 0, if not in used. Otherwise its the VLAN ID.

Informs whether the MU is authenticated or not

The authentication method being used by the MU.

The Unicast encryption type being used by the MU.

The BroadCast encryption type being used by the MU.

Description.

A table for individual entries per ACL

An ACL Item object entry. The instances in this table are the individual ACL entries within each ACL object

The index of this specific entry per ACL

This is a Boolean variable. If set to true, the WVPN server will be enabled. This is a WRITE-ONLY value. To enable the WVPN server, use a MIB instance of 0 and write a dummy value of 1 to write to this variable. Use wvpnStatus to query the current state. Note:If vpnsupport is not enabled then the walk over this table will not return anything and the set operation over any OID under ccWVPNConfigure will return an error message- No creation.

This is a Boolean variable. If set to true, the WVPN server will be disabled. This is a WRITE-ONLY value. To disable the WVPN server, use a MIB instance of 0 and write a dummy value of 1 to write to this variable. Use wvpnStatus to query the current state.

This is a Boolean variable. If set to true, the WVPN server will be re-started. Setting to true is the only option allowed. This is a WRITE-ONLY value. To restart the WVPN server, use a MIB instance of 0 and write a dummy value of 1 to write to this variable. Use wvpnStatus to query the current state.

The IP address of the WVPN server.

The port number of the WVPN server. Default value is 9102.

The timeout value (seconds) for any idle WVPN session.

The current status of the WVPN server.

This is a Boolean variable to allow use of tiny reliable UDP.

The reliable UDP port number. Default value is 9103.

This parameter controls the keep alive functionality that sends echo requests each period when no data has passed through the session. If the WVPN server does not receive any answers on two, subsequently sent, echos, the client socket will be torn down. However, the actual session is still there and is controlled by the wvpnUnusedTimeout parameter. Output is in Hour:Minute:Second format. Valid input values are: 1 to 65535 (in seconds)

The maximum number of VPN sessions allowed with the current licensing.

The current number of VPN sessions actually in use.

The maximum number of bits that the client certificates public key is allowed to be. If the server receives a client certificate and this condition is not true, the clients socket will be closed. Valid values are: 512,768,1024,1536,2048,3072,4096,7680,15360. Note that the MAX value cannot be less than the MIN value which is defined by minClientRsaKeySize.

The minimum number of bits that the client certificates public key is allowed to be. If the server receives a client certificate and this condition is not true, the clients socket will be closed. Valid values are: 512,768,1024,1536,2048,3072,4096,7680,15360. Note that the MIN value cannot be greater than the MAX value which is defined by maxClientRsaKeySize.

The maximum number of bits that the server certificates key is allowed to be. If a server certificate is used that does not fulfill this condition, the server is unusable. Valid values are: 512,768,1024,1536,2048,3072,4096,7680,15360. Note that the MAX value cannot be less than the MIN value which is defined by minRsaKeySize.

The minimum number of bits that the server certificates key is allowed to be. If a server certificate is used that does not fulfill this condition, the server is unusable. Valid values are: 512,768,1024,1536,2048,3072,4096,7680,15360. Note that the MIN value cannot be greater than the MAX value which is defined by maxRsaKeySize.

A cipher for encrypting messages sent over the VPN channel. Can be one of the following values: AES256, AES192, AES128, 3DES, DES56. Default value is AES128.

A Message Authentication Code (MAC) algorithm for verifying integrity of the messages sent over the VPN. Can be one of the following values: MD5_128, MD5_80, MD5_40, SHA_512, SHA_384, SHA_256, SHA_160, SHA_80, SHA_40, NO_MAC. Default value is SHA_256.

This is a Boolean variable. WVPN server will request client to present a certificate if the value is set to true.

WTLS key refresh rate. The parties will refresh the session key after each 2^N (2 to the Nth power) exchanged packets, where N is the key refresh rate value. If N is 0, the key is refreshed after each packet

If set to true, only FIPS 140-2 compliant cryptographic algorithms are used to establish a VPN session.

The current securityMode. Value can be customSecurity or defaultSecurity. Default security mode is defaultSecurity.

A server number must be between 1 and 15. This number is only relevant if there is a cluster of servers.

The number of seconds that the WVPN server allows a client to perform the whole WTLS handshake. If it times out, the client socket will be closed. Default value is 90 seconds. The valid range of Hand shake timeout is 1 to 10000 (in seconds).

This is a Boolean variable. If set to true, the WVPN server allows a client to do a session resume (i.e., a secure abbreviated handshake). If set to false, then only full handshakes are allowed.

Specify whether Simple Authentication is used or not. Value could be true(1) or false(2).

This is a Boolean variable. If set to true, RADIUS Authentication will be enabled.

This is a Boolean variable. If set to true, LDAP Authentication will be enabled. This feature is not implemented.

This is a Boolean variable. If set to true, Local Database Authentication will be enabled. This feature is not implemented.

The Simple Authentication user name.

The Simple Authentication user password.

The Simple Authentication domain.

The host name or IP address of the primary RADIUS server.

The UDP port the client is using to send requests to the primary RADIUS server.

The maximum number of times a client is allowed to try authenticating with the primary RADIUS server. Valid input values are from 1 to 10.

The number of seconds in between retries to the primary RADIUS server. Valid input values are from 5 to 20.

Some RADIUS servers require a user password to be set even though no password is required. If set, the WVPN server will send this password to the RADIUS server.

The value used to encrypt RADIUS traffic to and from the RADIUS server. A secret shared between the RADIUS server and the WVPN server.

The host name or IP address of the secondary RADIUS server.

The UDP port the client is using to send requests to the secondary RADIUS server.

The maximum number of times a client is allowed to try authenticating with the secondary RADIUS server. Valid input values are from 1 to 10.

The number of seconds in between retries to the secondary RADIUS server. Valid input values are from 5 to 20

Some RADIUS servers require a user password to be set even though no password is required. If set, the WVPN server will send this password to the RADIUS server.

The value used to encrypt RADIUS traffic to and from the RADIUS server. A secret shared between the RADIUS server and the WVPN server.

/ sp This is a WRITE-ONLY value.

/ sp This is a WRITE-ONLY value.

/ sp This is a WRITE-ONLY value.

/ sp This is a WRITE-ONLY value.

This is a Boolean variable. If set to true, DHCP is enabled.

The IP Pools Table

An IP Pool object.

An integer index for the wvpnIpPoolsTable to access an IP Pool object.

/ sp

clientNetMask

This is the clients DHCP server IP address.

This is the clients default gateway address.

This is the clients DNS server IP address.

This is the clients WINS address.