Configure Switch: Syslog

1st Syslog Host IP Address	The IP address of the first Syslog host.
2nd Syslog Host IP Address	The IP address of the second Syslog host.
1st Syslog Facility	Syslog Facility: messages are dumped from the 1st Syslog Host to the selected bucket: local0 to local7. The default is local0. NOTE: local0 to local7 of the 1st Syslog Host are separate from local0 to local7 of the 2nd Syslog Host.
2nd Syslog Facility	Syslog Second Facility: messages are dumped from the 2nd Syslog Host to the selected bucket: local0 to local7. The default is local2. NOTE: local0 to local7 of the 2nd Syslog Host are separate from local0 to local7 of the 1st Syslog Host.
Console Output	Enables or disables the console output.

Configure Switch: Image

Running Software Version	Displays the version of the software image that is currently running on the system: major.minor.bugfix. If that information is not available, the field will be blank.
Enabled Software Features	Displays the enabled software features, such as BWM, GSLB, RURL, WCR, and so on.
Boot Code Version	Displays the version of the boot code: major.minor.bugfix. If information is not available, the field will be blank.
Image1 Software Version	The version of the software image stored in image 1: major.minor.bugfix. If information is not available or if the software image is not valid, the field will be blank.
Image2 Software Version	The version of the software image stored in image 2: major.minor.bugfix. If information is not available or if the software image is not valid, the field will be blank.
Image For Next Reset	Sets the software image to boot for the next reset: image1 or image2.
Configuration For Next Reset	Sets the configuration information to load for the next reset: active, backup, or default.
Use BOOTP	Enables or disables retrieving IP configuration through the Bootstrap Protocol.
Apply Pending	Indicates that apply action is necessary or that the configuration has been changed.
Save Pending	Indicates if an action listed in Apply Pending needs to be saved.

Configure Switch: TFTP

TFTP Server	Defines the name or IP address of the TFTP server.
Configuration File Name	Defines the configuration file name. This dialog box is available after selecting cfg-get or cfg-put Action.
Dump File Name	Defines the name of that file to store core dump. This dialog box is available after selecting dump-out Action.
Image File Name	Defines the image file to download. This dialog box is available after selecting img-get Action.
Image	Selects the image to download to the file: image1, image2. This dialog box is available after selecting img-get Action.
Action	Selects the desired TFTP GET or PUT action. img-get: Download the specified image file, Image File Name, on the TFTP server to the destination storage. cfg-get: Download switch configuration from a specified file, Configuration File Name, on the TFTP server. cfg-put: Upload switch configuration to the specified file, Configuration File Name, on the TFTP server. dump-put: Download switch core dump to a specified file, Dump File Name, on the TFTP server.
Transfer Status	Displays the transfer status of the selected Action.

Configure Switch: Trap Hosts

1st Trap Host IP Address	Defines the IP address of the trap host. The default is 0.0.0.0.
1st Trap Host Community String	Defines the SNMP community string to use with the trap host. The default is public.
2nd Trap Host IP Address	Defines the IP address of the second trap host.
2nd Trap Host Community String	Sets the SNMP community string to use with the trap host. The default is 0.0.0.0.
Send Authentication Traps	Enables or disables the SNMP agent to generate authentication failure traps. NOTE: This object overrides any configuration information. All authentication failure traps can be disabled.

Configure Switch: RADIUS

Primary RADIUS Server IP Address	Sets the primary IP address for the primary Remote Authentication Dial-In User Service (RADIUS) server. The default is 0.0.0.0.
Secondary RADIUS Server IP Address	Sets the secondary IP address for the primary RADIUS server. The default is 0.0.0.0.
Port	Sets the user-configurable RADIUS application port: 1,500 to 3,000. The default is 1,645.
Timeout	Sets the time-out in seconds: 1 to 10. The default is 3.
Retries	Sets the number of retries to the RADIUS server before timing out: 1 to 3. The default is 3.
RADIUS Authentication	Enables or disables RADIUS authentication.
Secret	Sets the RADIUS secret password. The maximum string length is 32 bytes. The default is none.
RADIUS Telnet Backdoor	Enables or disables access through the RADIUS backdoor. enable allows console access disable allows telnet access.

Configure Switch: NTP

NTP Service	Enables or disables the Network Time Protocol (NTP) switch.
NTP Server IP Address	Sets the IP address of the NTP server. The default is 0.0.0.0.
Server Resync Interval	Specifies how often to resynchronize the switch clock with the NTP server: 1 to 2,880 minutes.
Server Timezone Offset from GMT	Specifies the offset time relative to Greenwich Mean Time: -12 to +12 hours.
Daylight Savings Time	Enables or disables daylight savings time for the system clock.

Configure Switch: Trunks

Number	The number of the trunk group: 1 to 4. This value can be configured by selecting the Insert button.
Ports	The physical ports in the trunk group. The ports can can be set by selecting the Insert button.
State	Enables or disables the trunk group.
Default BWM Contract	Sets the Bandwidth Management (BWM) contract number: 1 to 1,024.

Configure Switch: Mirror

State	Enables or disables port mirroring. The default is disabled.
Timeout	Sets the time-out period to disable port mirroring after not being used for the specified time: 1 to 86,400 seconds.
Monitoring Port	The selected physical port for monitoring: 1 to 9. Receives the duplicated packets delivered by the Mirrored Port.
Mirrored Port	Sets the selected physical port for mirroring: 1 to 9. Packets received by or delivered from this port are delivered to the Monitoring Port.
Traffic Direction	Sets which packets are received by the Monitoring Port. none: No packets will be received by the monitoring port. received: Packets received by the mirrored port. transmitted: Packets transmitted from the mirrored port. both: Packets received by or transmitted from the mirrored port.

Configure Port: General

Name	Defines the name of the port. NOTE: The following items can be configured by selecting the appropriate tab: Port, Spanning Tree, or Filtering.
Mode	Displays the mode of the port: full-duplex, half-duplex, full-or-half-duplex, or other.
Flow Control	Displays the flow control of the port: transmit, receive, trasmit and received, none, or other.
Link	Displays the current status of the link: up, down, disabled, or inoperative.
Speed	Displays the current speed of the port: 10Mbs, 100Mbs, 1,000Mbs, or other.
Description	Displays a description of the Network Interface Card (NIC).
Type	Displays the type of interface.
MTU	Displays the largest number of bytes of a packet -- the Maximum Transmission Unit of the port.
MAC Address	Displays the MAC address of the switch.
Operational Status	Displays the current status: up, down, or testing.
Last Change	Displays the date and time when the interface entered its current operational state because of configuration change or automatically back online: year/month/day-hour:minute:second. NOTE: If the current state is configured before the network management system, Last Change will be 0 (zero).
Speed	Displays the bandwidth of the port interface: bits per second.
Send Link Trap	Enables or disables linkUp/linkDown traps. NOTE: For interfaces that do not operate on top of any other interface, Send Link Trap is disabled.

Configure Port: Port

State	Enables or disables the port.
VLAN	Sets the VLAN tag of the port: tagged or untagged.
Default VLAN	Sets the default VLAN ID for the port: 1 to 4,094.
Gig Auto Negotiate	Sets the autonegotiation for gigabit Ethernet connection: on or off.
Gig Flow Control	Sets the port flow control for gigabit Ethernet connection: other, transmit, receive, both, or none.
Auto Negotiate	Sets the autonegotiation for the fast Ethernet connection: on or off.
Speed	The port speed for fast Ethernet connection: 10Mbs, 100Mbs, or 1000Mbs.
Mode	The port mode for fast Ethernet connection: other, full-duplex, half-duplex, full-duplex, or half-duplex.
Flow Control	Sets the port flow control for fast Ethernet connection: transmit, receive, both, or none.
Spanning Tree	Sets the Spanning Tree Protocol: on or off.
RMON	Sets the remote monitoring: on or off. The default is off.
BWM Contract	Sets the number of the bandwidth management contract: 1 to 1,024.
Discard Non-IP	Enables or disables discarding all non-IP traffic on the switch port.

Configure Port: Spanning Tree

Priority	The value of priority that determines which bridge is the root bridge: 0 to 255.
State	Displays the port's current state: disabled, blocking, listening, learning, forwarding, or broken.
Port Path Cost	Sets the cost of the port path: 1 to 65,535. The faster the port, the lower the cost. The default is 0.
Designated Root ID	Displays the unique identifier of the bridge that is recorded as the root bridge in the configuration bridge protocol data units (BPDU).
Designated Port Cost	Displays the path cost of the designated port of the segment that is connected to the port. Designated Port Cost is compared to the Root Path Cost field in the received bridge protocol data units (PDU).
Designated Bridge ID	Displays the bridge identifier. The port interprets this bridge as the root bridge for the port's segment.
Designated Bridge's Port ID	Displays the port identifier. This port is the designated bridge for the port's segment.
State Transitions	Displays the number of times the port has transitioned from the learning state to the forwarding state.

Configure Port: Filtering

NOTE: Detailed information can be viewed by selecting the Filters button. See the following table, Configure Port: Filtering Filters
Filtering	Enables or disables filtering.
Filters Applied	Displays the numbers of the applied filters.

Configure Port: Filtering Filters

NOTE: This section is accessed by selecting the Filters button of Configure Port: Filtering.
Number	Displays the index of the filtering table.
Action	Displays the action for the filtering rule: allow, deny, NAT, or redir.
Filter	Displays the state of the filtering rule.
Invert	Displays the setting of the invert logic for the filter entry: enabled or disabled.
Network Address Translation	Displays the selection of destination-address or source-address for Network Address Translation.
Source IP Address	Displays the source IP address that is affected by this filter.
Source IP Mask	Displays the source IP subnet mask used with the Source IP Address.
Destination IP Address	Displays the destination IP address that is affected by this filter.
Destination IP Mask	Displays the source IP subnet mask used with the Destination IP Address.
Protocol	Displays the selected filter protocol.
Low Source Port	Displays the lower source TCP/UDP port number to filter. This applies only when the filter protocol is defined as UDP or TCP. NOTE: 0 (zero) indicates no filtering.
High Source Port	Displays the higher source TCP/UDP port number to filter. This applies only when the filter protocol is defined as UDP or TCP. NOTE: 0 (zero) indicates no filtering.
Low Destination Port	Displays the lower destination TCP/UDP port number to filter. This applies only when the filter protocol is defined as UDP or TCP. NOTE: 0 (zero) indicates no filtering.
High Destination Port	Displays the higher destination TCP/UDP port number to filter. This applies only when the filter protocol is defined as UDP or TCP. NOTE: 0 (zero) indicates no filtering.

Configure Bridge: General

MAC Address	Displays the MAC address used by the bridge. NOTE: It is recommended that the bridge address be the numerically smallest MAC address of all ports that belong to the bridge. The only requirement is that the MAC Address be unique.
Number of Ports	Displays the number of ports controlled by this bridging entity.
Type	Indicates the type of bridging this bridge can perform.
Aging Time (sec)	Sets the time-out period for aging out the dynamically learned forwarding information: 0 to 65,535 seconds. The default is 300.
Learned Entry Discards	Displays the total number of Forwarding Database entries that have been discarded because of insufficient storage space in the Forwarding Database. If the counter increases, it indicates that the Forwarding Database is regularly becoming full which can degrade the performance of the subnetwork. If Learned Entry Discards shows a significant value but does not increase, it indicates the problem has occurred but is not persistent.

Configure Bridge: Spanning Tree

Spanning Tree	Sets the Spanning Tree Protocol: on or off.
STP Protocol Specification	Displays the current operating version of the Spanning Tree Protocol.
Priority	Sets the Bridge priority: 0 to 65,535. The default is 32,768.
Last Topology Change	Displays the time since a topology change was last detected by the bridge. Time is displayed in days:hours:minutes:seconds.
Topology Changes	Displays the total number of topology changes, detected by the bridge, since the management entity was last reset or initialized.
Designated Root ID	Displays the bridge identifier of the root of the spanning tree. NOTE: This value is used as the Root Identifier parameter in all the configuration bridge protocol data units (PDU) that were originated by this node.
Cost of Path to Root	Displays the cost of the path to the root as seen from this bridge.
Port with Lowest Cost Path to Root	Displays the number of the port that offers the lowest cost path from this bridge to the root bridge.
Maximum Information Age	Displays the maximum age of Spanning Tree Protocol information learned from the network, on any port, before it is discarded. The age value is displayed in seconds.
STP Hello Time Period	Displays the time between the transmission of the configuration bridge PDUs by this node on any port. The time is measured when it is the root of the spanning tree (or trying to become so). The time is displayed in seconds. The default is 300.
State Change Delay	Displays the time for a port to change its spanning state when moving towards the Forwarding state. State Change Delay determines how long the port stays in each of the Listening and Learning states that precede the Forwarding state. This value is also used for aging all dynamic entries in the Forwarding Database, after a topology change has been initiated. State Change Delay is displayed in seconds. NOTE: The bridge uses this value, unless the bridge becomes the root. In that case, State Change Delay becomes the value that all bridges, including this one, will start using when this bridge becomes the root.
Maximum Age	Sets the Maximum bridge age. When this bridge is acting as the root, all bridges use Maximum Age for Maximum Information Age: 600 to 4,000 seconds. NOTE: The value of Maximum Age is an integer. An agent may return a badValue error if the input value is not a whole number.
Bridge Hello Time Period	Sets the value that all bridges use for Hello Time when this bridge is acting as the root: 100 to 1,000 seconds. NOTE: The value of Bridge Hello Time Period is an integer. An agent may return a badValue error if the input value is not a whole number.
Bridge State Change Delay	Sets the state change delay. When this bridge is acting as the root, all bridges use Bridge State Change Delay for State Change Delay: 400 to 3,000 seconds. This value of Bridge State Change Delay is an integer: An agent may return a badValue error if the input value is not a whole number.

Configure VLAN: VLAN

VLAN	The VLAN identification number. The number can be set when a VLAN is Inserted or Modified.
Name	The VLAN name. The default is none except for the first VLAN name -- that default name is Default VLAN.
Ports	The ports in the VLAN. The default is none except for VLAN 1 -- that default is ports 1-9. The port list is set when a VLAN is Inserted. The list can be edited by using the Ports button.
State	Enables or disables a VLAN. The default is enabled.
Jumbo	Enables or disables Jumbo frame support for the VLAN. The default is disabled.
Default BWM Contract	The Bandwidth Management contract number of the switch port: 1 to 1,024.

Configure IP Routing: General

IP Forwarding	Sets IP Forwarding: on or off.
Forward Directed Broadcasts	Enables or disables forward directed broadcasts.
Default Gateway Metric	Sets the metric: strict or roundrobin.
Re-ARP Period	Sets the Re-ARP period: 2 to 120 minutes.
1st BOOTP Server IP Address	Sets the IP address of the primary BOOTP server.
2nd BOOTP Server IP Address	Sets the IP address of the secondary BootP server.
BOOTP Relay	Enables or disables the BootP relay. When enabled, the BootP relay allows obtaining configuration from the Dynamic Host Configuration Protocol (DHCP) server.
Default Time to Live	Displays the default time-to-live which is the number of router hops the IP datagram can make.
Reassembly Timeout	Displays the reassembly time-out.
Timeout Algorithm	Displays the time-out algorithm.
Minimum Retransmit Timeout	Displays the minimum retransmit time-out.
Maximum Retransmit Timeout	Displays the maximum retransmit time-out.
Maximum Connection Allowed	Displays the maximum number of allowed connections.

Configure IP Routing: Interfaces

Number	Displays the interface number of the IP information: 1 to 64. This number can be set when IP routing is Inserted
IP Address	The IP address of the interface.
IP Subnet Mask	The subnet mask of the interface.
IP Broadcast Address	The broadcast address of the interface.
VLAN	The VLAN associated with the interface.
State	Enables or disables the state of the interface.
BOOTP Relay	Enables or disables the BOOTP relay.

Configure IP Routing: Routes

Destination IP Address	Displays the destination IP address of this route. The default value is 0.0.0.0. NOTE: Multiple routes to a single destination can appear in the table if the Destination IP Address has been defined by the Network Management Protocol.
Interface	Displays the number of the Interface.
Next Hop Address	Displays the IP address of the next hop of this route. NOTE: If a route bound to an interface is through a broadcast media, Next Hop Address is the agent's IP address on that interface.
Type	Displays the type of route: direct, indirect, invalid, or other. NOTE: The type invalid disassociates both the destination and the route entry that are identified with this entry. Management stations must be prepared to receive information from agents that correspond to entries that are not currently in use.
Route Learned Via	Displays the routing mechanism through which this route was learned. NOTE: Including values for gateway routing protocols does not indicate that hosts will also support those protocols.
Time Since Last Update	Displays the number of seconds since this route was last updated.
IP Subnet Mask	Displays the mask that must be logically ANDed with the destination address before it is compared to the destination address of the router. If the value of the destination address is 0.0.0.0 (default value), the mask value is also 0.0.0.0. If the system does not support arbitrary subnet masks, an agent constructs the router mask based on the class of the network of the destination address: 255.0.0.0 for class A; 255.255.0.0 for class B; 255.255.255.0 for class C.

Configure IP Routing: Gateways

Number	Displays the gateway index number: 1 to 4.
IP Address	Sets the IP address of the default gateway. The default is 0.0.0.0.
Ping Interval	Sets the interval between ping attempts: 1 to 60 seconds.
Ping Retry Count	Sets the number of failed attempts to declare the default gateway down: 1 to 120 attempts. The default is 8.
State	Enables or disables the default gateway. The default is disabled.
ARP Only Health Check	Enables or disables the state of the Address Resolution Protocol. The default is disabled.

Configure IP Routing: DNS

Primary DNS Server IP Address	Sets the DNS primary IP address in the new configuration block -- the most recent configurations via SNMP. The default is 0.0.0.0.
Secondary DNS Server IP Address	Sets the DNS secondary IP address in the new configuration block. The default is 0.0.0.0.
Domain Name	Sets the DNS domain name in the new configuration block. The default is none.

Configure IP Routing: Local

Number	Displays the index number of the local IP route which can be set when a new IP route is Inserted.
IP Subnet	Sets the subnet address of the local IP route.
IP Subnet Mask	Sets the mask of the local IP route.

Configure IP Routing: RIP

RIP	Globally sets the Routing Information Protocol (RIP): on or off. The default is off.
Listen to Route Updates	Enables or disables listening to route updates. The default is disabled.
Supply Route Updates	Enables or disables supplying route updates. disabled.
Listen to Default Routes	Enables or disables listening to default routes. The default is disabled.
Supply Static Route Updates	Enables or disables supplying static route updates. The default is disabled.
Poison Reverse	Enables or disables the RIP poison reverse. The default is disabled.
Update Period (sec)	Sets the update period: 1 to 120 seconds. The default is 30 seconds.

Configure IP Routing: Ports

Port	Displays the port number of the forwarding state information.
IP Forwarding	Enables or disables the forwarding state of the port.

Configure IP Routing: Static Routes

Number	Displays the index number of the static routing table: 1 to 64. This number can be set when a new route is Inserted.
Destination IP Address	Sets the destination IP address for this route. The default is 0.0.0.0.
IP Subnet Mask	Sets the subnet IP mask for this route. The default is 255.255.255.0. NOTE: If the destination IP address is 0.0.0.0, the mask is also 0.0.0.0.
Gateway	Sets the destination IP gateway for this route.
IP Interface	Sets the IP interface of the route that is used as the source IP for routing: 1 to 256.

Configure Layer 4 Switching: Filters

Index	Displays the index number: 1 to 2,048.
Action	Sets the action for the filtering rule: allow, deny, redirect, or NAT.
Filter	Enables or disables the state of this filtering rule.
Invert	Sets the invert logic for the filter entry: invert-on or invert-off.
Logging	Enables or disables logging.
Caching	Enables or disables caching sessions that match filter. The default is enabled.
Client Proxy	Enables or disables client proxy. The default is enabled.
Network Address Translation	Sets the selection of the address for Network Address Translating (NAT): destination-address or source-address.
Source IP Address	Sets the source IP address to filter. 0.0.0.0 allows any address to filter through.
Source IP Mask	Sets the source IP subnet mask for filtering.
Destination IP Address	Sets the destination IP address to filter. 0.0.0.0 allows any address to filter through.
Destination IP Mask	Sets the IP subnet mask.
Protocol	Sets the protocol to filter. The protocol is identified by number.
Low Source Port	Sets the lower source TCP/UDP port number to filter. This only applies when the filter protocol is defined as UDP or TCP. 0 (zero) indicates no filtering.
High Source Port	Sets the higher source TCP/UDP port number to filter. This only applies when the filter protocol is defined as UDP or TCP. 0 (zero) indicates no filtering.
Low Destination Port	Sets the lower destination TCP/UDP port number to filter. This applies only when the filter protocol is defined as UDP or TCP. 0 (zero) indicates no filtering.
High Destination Port	Sets the higher destination TCP/UDP port number to filter. This applies only when the filter protocol is defined as UDP or TCP. 0 (zero) indicates no filtering.
TCP ACK or RST Matching	Enables or disables the filtering on matching TCP ACK and RST flags.
Redirection Port	Sets the real server port that is used for redirection.
Redirection Group	Sets the real server group to which to redirect.
URL Redirection	Enables or disables URL redirection.
Source MAC Address	Sets the source MAC address to filter.
Destination MAC Address	Sets the destination MAC address to filter.
NAT Active FTP	Enables or disables FTP NAT for the active FTP.
TCP URG	Enables or disables TCP URG packets. The default is disabled.
TCP ACK	Enables or disables TCP ACK packets. The default is disabled.
TCP PSH	Enables or disables TCP PSH packets. The default is disabled.
TCP RST	Enables or disables TCP RST packets. The default is disabled.
TCP SYN	Enables or disables TCP SYN packets. The default is disabled.
TCP FIN	Enables or disables TCP FIN packets. The default is disabled.
ICMP Type	Sets the ICMP type to filter.
IP Option	Enables or disables the IP option.
BWM Contract	Sets the default BW contract number to filter: 0 to 1,024.
IP TOS	Sets the IP Type of Service (TOS) value to filter: 0 to 255.
IP TOS MASK	Sets the IP TOS mask for filtering: 0 to 255.
New IP TOS	Overwrites the new IP TOS value when filtering: 0 to 255.
Firewall Redirect Hash	Enables or disables filtering the firewall redirect hash method.
NAT Session Timeout	Sets the time-out for the NAT session: 4 to 30, even values only.
RURL Parsing	Enables or disables RURL parsing.
WAN Link Load Balancing	Enables or disables WAN link load balancing.
Intrusion Detection Hash	Sets the hash parameter for intrusion detection server load balancing.
WAP Radius Snooping	Enables or disables Wireless Application Protocol (WAP) RADIUS snooping.

Configure Layer 4 Switching: URL BWM Filtering

NOTE:The following items can be configured through the Insert button or the Modify.
Filter	The number of the filter: 1 to 256.
URL Path Number	The URL path for URL load balancing: 1 to 32.
BWM Contract	The number of the BWM contract: 1 to 1,024.

Configure Layer 4 SLB: General

Server Load Balance	Enables or disables Server Load Balancing.
Direct Access Mode	Enables or disables Direct Access Mode. When enabled, Direct Access Mode allows direct access to real servers and any combination of virtual and real servers.
IP Address Mask	Sets the virtual and real IP address mask. The default is 255.255.255.255.
Management Network	Sets the IP address of the management network. The default is 0.0.0.0.
Management Subnet Mask	Sets the management subnet mask. The default is 0.0.0.0.
Radius Secret	Sets the RADIUS authentication string. The string is used for generating an encrypted authentication string for the RADIUS health check. The maximum string length is 32 characters.
Persistent Mask	Sets the persistent mask. The default is 255.255.255.255.
Graceful Failover	Enables or disables graceful server failure. When enabled, the connection to the failure real servers is maintained.
Session Table Fast-Age Period Bit Shift	Sets the session fast-age period bit: 0 to 7.
Session Table Slow-Age Period Bit Shift	Sets the session slow-age period bit: 0 to 15.
Transparent Proxy Cache Protocol	Enables or disables TPCP.
Metric (Response & Bandwidth) Update Interval	Sets the interval of the response and bandwidth metric updates: 1 to 256.
Intrusion Detection Real Server Group	Sets the hash parameter for intrusion detection server load balancing.

Configure Layer 4 SLB: Real Groups

NOTE: A new group can be entered by using the Insert button.
Group	Sets the group number that pertains to the information: 1 to 256.
Name	Sets the name of the real server group. A maximum of 31 characters is allowed.
Real Servers	Displays the number of the real servers.
Real Servers	Displays the numbers of the selected real servers. This can be modified by selecting the Servers button.
Metric	Sets the metric that is used to select the next server in the group: roundrobin, leastConnections (leastconns), minmisses, hash, response, and bandwidth. The default is leastConnections.
Backup Server	Sets the backup real server for this group.
Backup Group	The backup real server group for this group.
Health Check	Sets the health check: ICMP, TCP, HTTP, DNS, SMTP, POP3, NNTP, FTP, IMAP, RADIUS, SSLH, script1 through script 8. The default is TCP.
Health Check URL	Sets the URL for health check for the real servers of this group.
Alert on RIP Failure Count	Sets the alert for the RIP failure count: 1 to 15.
Backup	Sets the Real Groups backup: Real Server or Real Group.

Configure Layer 4 SLB: Ports

Port	The port number.
Proxy IP Address	The proxy IP address of the interface. THe default is 0.0.0.0.
Load Balance State	The SLB state of the port: none, client, server, or client-server. none: No SLB port. client: SLB client port. server: SLB server port. client-server: SLB client and server port.
Hot Standby	Enables or disables hot-standby processing on the switch port. The default is disabled.
Inter-Switch	Enables or disables interswitch processing on the switch port. The default is disabled.
Proxy IP State	Enables or disables using the proxy IP address on the switch port. The default is disabled.
Return to Sender State	Enables or disables Return to Sender (RTS) state. The default is disabled.
Return Detection State	Enables or disables the Return Detection state. The default is disabled.

Configure Layer 4 SLB: Synchronization

NOTE: Existing items can be configured through the Modify button. New items can be configured through the Insert button.
Number	The index number of the synchronization for the peer switch.
IP Address	The IP address of the peer switch. The default is 0.0.0.0.
Synchronization	Enables or disables synchronization to the peer switch.

Configure Layer 4 SLB: Real Servers

NOTE: Existing items can be configured through the Modify button. New items can be configured through the Insert button.
Number	The number of the real server: 1 to 256.
IP Address	The IP address of the real server. The default is 0.0.0.0.
State	Enables or disables the real server. The default is disabled.
Name	The name of the real server. The maximum string length is 31 characters. The default is none.
Weight	The server weight: 1 to 48. The default is 1.
Max Connections	The maximum number of allowed connections: 0 to 200,000. The default is 200,000.
TimeOut	The maximum number of minutes that an inactive connection remains open: 2 to 60, even numbers only. The default is 10.
Backup	Sets the backup server number for this server: 0 to 256. 0 indicates no backup server. The default is 10.
Health Check Interval	Sets the interval between ping attempts: 0 to 60 seconds. 0 (zero) indicates none. The default is 2.
Failure Retries	Sets the number of failed attempts to declare this server DOWN: 1 to 63. The default is 4.
Success Retries	Sets the number of successful attempts to declare a server UP: 1 to 63. The default is 8.
Type	Sets the server type: local-server or remote-server. The default is local-server. NOTE: It participates in distributed server load balancing when it is configured as remote server.
No Cookie Operation	Enables or disables the real server to handle client requests that do not contain an URL cookie. The default is disabled.
Exclude String Match	Enables or disables the real server to handle requests that do not match the load balance string. The default is disabled.
Substitute Source MAC	Enables or disables MAC SA substitution for Layer 4 traffic. The default is disabled. NOTE: To substitute the MAC SA of client-to-server frames, Substitute Source MAC, must be enabled.
Client Proxy	Enables or disables the client proxy. The default is disabled.
URL Paths	Sets the URL Paths selected for URL load balancing by the real server. The default is various. NOTE: This can be configured by selecting the URL button. In the URL Path Membership window, the available URL paths are listed.

Configure Layer 4 Switching: Load Balance

Virtual Matrix Architecture	Enables or disables the Virtual Matrix Architecture (VMA). Enabling the virtual matrix allows the workload to be distributed among multiple processors.
Synch Filter	Enables or disables the configuration filter synchronization.
Synch Port	Enables or disables synch port configuration.
Synch VRRP Priorities	Enables or disables synch VRRP priorities.
Synch Proxy IP Address	Enables or disables synch proxy IP addresses.
Sync Stateful Failover	Enables or disables the sync stateful failover.
Sync Stateful Update Period	Sets the period of the stateful failover update: 1 to 60 seconds.
Sync Bandwidth Management	Enables or disables synchronization bandwidth management.

Configure Layer 4 SLB: Virtual Servers

NOTE: To configured virtual Service, select the row of the desired virtual server then select the Service button.
Number	The number of the virtual server: 1 to 256.
IP Address	IP address of the virtual server. The default is 0.0.0.0.
State	Enables or disables the virtual server. The default is disabled.
Layer 3 Only	Enables or disable Layer 3-only balancing: layer3Only or disable. The default is disabled.
Domain Name	Sets the domain name of the virtual server. The maximum string length is 34 characters. The default is none.
Cookie Name	Sets the cookie name of the virtual server used for cookie load balance. The maximum string length is 20 characters. The default is none.
Cookie Offset	Sets the starting byte offset of the cookie value: 0 to 128 bytes. The default is 0.
Cookie Length	Sets the number of bytes to extract from the cookie value: 0 to 128 bytes. The default is 0.
Cookie Search	Enables or disables cookie search in URI. The default is disabled.
Hash Length	Sets the number of bytes to hash to the server: 0 to 255 bytes. NOTE: 0 (zero) disables URL hashing. The default is 0.
HTTP Header Name	Sets the HTTP header name of the virtual server. The default is none. The allowed string length is 0 to 32 characters.
BWM Contract	Sets the default BWM contract of the virtual server: 1 to 1,024.
Cookie Search Response Count	Sets the number of cookie search responses: 1 to 16. The default is 1.

Configure Layer 4 SLB: Virtual Server Services

NOTE: These features can be configured by selecting the Insert to create a new configuration, or Modify to modify an existng configuration. This window is accessed through the Services button of the Server Load Balancing window.
Virtual Server	The number of the virtual server: 1 to 256.
Virtual Service	The number of the virtual Service: 1 to 8.
Virtual Port	The number of the virtual port: 1 to 256.
Real Group	The number of the real group: 1 to 256.
Real Server Port	The number of the Real Server Port: 0 to 65,534.
UDP Balancing	Sets UDP balancing: enabled, disabled, sessid, or cookie. The default is disabled.
Persistent Binding	Set persistent binding: enabled, disabled, sessid, or cookie. The default is disabled.
Host Name	The name of the host. The maximum string length is nine characters. The default is none.
HTTP SLB 1st	Sets the first HTTP SLB: disabled, URLSLB, URLhash, cookie, host, browser, or others. The default is disabled.
Operator	Sets the logical operator for the 1st HTTP SLB and the 2nd HTTP SLB: and, or, or none. The default is none.
HTTP SLB 2nd	Sets the second HTTP SLB: disabled, URLSLB, URLhash, cookie, host, browser, or others. The default is disabled.
No NAT	Enables or disables no NAT. The default is disabled.
RTSP Balancing	Enables or disables Real Time Streaming Protocol (RTSP) URL balancing. RTSP Balancing can enable URL hashing using the entire URL except the extension (.xxx) at the end of the URL. The default is disabled.
Delayed Binding	Enables or disables delayed binding. The default is disabled.
Cookie Persistence Mode	Sets cookie persistence mode: disabled, rewrite, passive, insert, or disabled. The default is disabled.
FTP Parsing	Enables or disables FTP parsing. The default is disabled.
Remap UDP Fragments	Enables or disables remapping UDP Fragments.

Configure Layer 4 SLB Virtual Servers: Services

Virtual Server	The number of the virtual server: 1 to 256.
Virtual Service	The number of virtual service: 1 to 8.
Virtual Port	Sets the virtual port: 2 to 65,534.
Real Group	Sets the Real Group: 1 to 256. The default is 1.
Real Server Port	Sets the Real Server Port: 0 to 65,534. The default is 0.
UDP Balancing	Enables or disables UDP balancing.
Persistent Binding	Enables or disables persistent binding. The default is disabled.
Host Name	Sets the host name. The default is none. The maximum string length is 31 characters.
HTTP SLB 1st	Sets the HTTP of the primary SLB: browser, cookie, disabled, host, URLhash, URLSLB, or others.
Operator	Sets the operator: or, and, or none.
HTTP SLB 2nd	Sets the HTTP of the secondary SLB: browser, cookie, disabled, host, URLhash, URLSLB, or others.
No NAT	Enables or disables No NAT.
RSTP Balancing	Enables or disables RSTP balancing.
Delayed Binding	Enables or disables delayed binding. The default is disabled.
Cookie Persistence Mode	Sets the cookie persistence mode: rewrite, passive, insert, or disabled.
FTP Parsing	Enables or disables FTP parsing. The default is disabled.
Remap UDP Fragments	Enables or disables remapping UDP fragments.

Configure Layer 4 SLB: Real Server Port

NOTE:The following items can be configured through the Insert button or the Modify button.
Real Server	Sets the number of the real server port: 1 to 8.
Service	Sets the number of the service: 1 to 8.
Port	Sets the number of the Layer 4 real service port.

Configure Layer 4 SLB: URL Based BWM

NOTE: All of the following items can be configured through the Insert button or the Modifybutton.
Virtual Server	The number of the virtual server: 1 to 256.
Service	The number of the virtual service: 1 to 8.
URL Path	The number of the URL path: 1 to 8.
BWM Contract	The number of the bandwidth management contract: 1 to 1,024.

Configure Layer 4 Global SLB: General

Global Server Load Balancing	Sets the state of the global SLB: on or off. The default is off.
DNS Handoffs	Enables or disables the DNS handoff.
DNS Time to Live	Sets the time-to-live value of the DNS resource records the current configuration block: 1 to 63,535 seconds.
HTTP Redirect	Enables or disables the HTTP redirect.
DNS Local Address Response Only	Enables or disables DNS responses to local addresses only.
DNS with at Least One Address	Enables or disables DNS responses with at least one address.
Local Weight	Sets the local weight: 1 to 48. The larger weight value increases the number of connections that are directed to the local site. The default is 1.
Remote Site Update Interval	Sets the time interval for updating the remote site status: 1 to 120 minutes.
Minimum Site Connections	Sets the minimum number of site connections: 0 to 65,535.
Single Address Response	Enables or disables DNS responses with only one address.
HTTP Redirect to Real Server Name	Enables or disables HTTP redirect to real server name. The default is disabled.
Geographic Awareness	Enables or disables geographic awareness in the new configuration block. The default is enabled.
Good Remote Site Updates	Displays the number of good remote site updates that were received.
Bad Remote Site Updates	Displays the number of bad remote site updates that were received.

Configure Layer 4 Global SLB: Remote Sites

NOTE:The following items can be configured through the Insert button or the Modify button.
Number	The index number of the GSLB remote sites table: 1 to 64.
Name	Sets the Name of the GSLB remote site. The maximum string length is 31 characters.
Primary IP Address	Sets the primary IP address of the remote site. The default is 0.0.0.0.
Secondary IP Address	Sets the secondary IP address of the remote site. The default is 0.0.0.0.
State	Enables or disables GSLB of the remote site.
Status Update	Enables or disables the remote site status update of GSLB.

Configure Layer 4 Global SLB: Lookup

Network Preference Lookups	Enables or disables network preference lookups.
Domain Name for Internal Lookup Table	Sets the domain name for the internal lookup table. The maximum string length is 32 characters. The default is none.

Configure Layer 4 Global SLB: Network Preferences

NOTE:The following items can be configured through the Insert button or the Modify button.
Number	The index number of the Internet network preference table: 1 to 128.
Source IP Address	Sets the Source IP address of the network table. The default is 0.0.0.0.
IP Subnet Mask	Sets the IP Subnet mask of the network table. The default is 255.255.255.0.
First Virtual IP Address	Sets the address of the primary virtual IP. The default is 0.0.0.0.
Second Virtual IP Address	Sets the address of the secondary virtual IP. The default is 0.0.0.0.

Configure Layer 4 URL Parsing: Expressions

NOTE:The following items can be configured through the Insert button or the Modify button.
URL Path	The index number of the URL path: 1 to 32.
Expressions	Information about an expression for URL parsing. The maximum string length is 20 characters.

Configure Layer 4 URL Parsing: Redirection

Redirect HTTP non-GETs to Origin Server	Enables or disables redirecting packets to the origin server when HTTP non-Gets are detected.
Redirect Cookies to Origin server	Enables or disables redirecting packets to the origin server when user cookies are detected.
Redirect no-cache to Origin Server	Enables or disables redirecting packets to the origin server when no-cache headers are detected.
URI Hash Length	Specifies the number of bytes in the URI to hash on server: 0 to 255.
Redirect Based on URI Header	Enables or disables URI header-based redirection.
HTTP Header Name	Sets the HTTP header name. The maximum string length is 32 characters.
Error Message	User-defined message that is delivered to the client when the switch cannot bind the client's request to server. The maximum string length is 64 characters.

Configure Layer 4 URL Parsing: Load Balance

URL Path	The number of the URL Path: 1 to 128. This number is used for making a URL-based switching decision.
String	Sets the URL string. The maximum string length is 40 characters.
BWM Contract	Sets the bandwidth management contract number: 1 to 1,024.

Configure Layer 4 Switching: WAP

WAP Load Balancing	Enables or disables WAP load balancing.
WAP Debug Level	Sets the WAP debug level: 0 to 10. Level 10 is the most verbose.
WSP Port to Health Check	Sets the WSP port to health check: 0 to 65,534.
Offset into WSP Packet	Sets the offset into the WSP packet: 0 to 256.
Health Content to Send to WAP Gateway	Defines the content that is examined during health checks. The maximum string length is 256 characters.
Expected Health Content from WAP Gateway	The selected value for the gateway response to match. The maximum string length is 256 characters.

Configure Layer 4 Switching Remote URL: General

Deny L2 Pass-Through

Enables or disables deny Layer 2 pass-through.

Configure Layer 4 Switching Remote URL: Destination Port

NOTE:The following items can be configured through the Insert button or the Modify button.
Index	The index number: 1 to 64.
Low Port	Sets the low port: 0 to 65,534. The default is 0.
High Port	Sets the high port: 0 to 65,534. The default is 0.

Configure VRRP: General

Virtual Routing	Globally enables or disables VRRP operation.
Track Virtual Router Increment	Sets the increment of VRRP virtual router priority: 0 to 254. This priority is adjusted by tracking the state of other virtual routers. The value 254 provides maximum priority. The default is 2.
Track IP Interface Increment	Sets the increment of VRRP virtual router priority: 0 to 254. This priority is adjusted by tracking the state of other virtual routers. The default is 2.
Track VLAN Ports Increment	Sets the increment of VRRP virtual router priority: 0 to 254. The priority is adjusted by tracking the port state of those ports that belong to the same virtual LAN as the virtual router. The default is 2.
Track L4 Ports Increment	Sets the increment of VRRP virtual router priority: 0 to 254. The priority is adjusted by tracking the Layer 4 port states. This is valid when a virtual server is configured as a VRRP virtual router. The default is 2.
Track Real Servers Increment	Sets the increment of VRRP virtual router priority: 0 to 254. The priority is adjusted by tracking the state of real servers under the virtual server that is configured as a VRRP virtual router. The default is 2.
Track HSRP Increment	Sets the increment of VRRP virtual router priority: 0 to 254. The priority is adjusted by tracking the HSRP advertisements. The default is 10.
Hot Standby Processing	Enables or disables hot standby processing.
Track HSRP by VLAN Increment	Sets the priority increment value for VLAN port switch tracking: 0 to 254. The default is 2.

Configure VRRP: Routers

NOTE: All of the following items can be configured through the Insert button.
Number	The index number of the VRRP virtual router: 1 to 256.
VRID	Sets the VRRP virtual router identifier: 1 to 255. The default is 1.
IP Address	Sets the IP address of the VRRP virtual router. The default is 0.0.0.0.
IP Interface	Sets the IP interface that the VRRP virtual router represents: 1 to 256. The default is 1.
State	Enables or disables the VRRP virtual router. The default is disabled.
Priority	Sets the priority value to be used by the specified VRRP virtual router: 1 to 254. The default is 100.
Advertisement Interval	Sets the time interval between VRRP advertisements: 1 to 255 seconds. The default is 1.
Preemption	Enables or disables a higher priority Backup VRRP virtual router to pre-empt a low-priority Master. The default is enabled.
Load Sharing	Enables or disable load sharing the backup virtual router. The default is enabled.
Track VRs	Enables or disables tracking other virtual routers for priority adjustment. The default is disabled.
Track IP Interfaces	Enables or disables tracking other virtual routers for priority adjustment. The default is disabled.
Track VLAN Ports	Enables or disables tracking the states of VLAN ports for priority adjustment. The default is disabled.
Track L4 Ports	Enables or disables tracking the state of Layer 4 ports for priority adjustment. This is applied when the virtual server is configured as a VRRP virtual router. The default is disabled.
Track Real Servers	Enables or disables tracking the states of real servers for priority adjustment. This is applied when the virtual server is configured as a VRRP virtual router. The default is disabled.
Track HSRP Advertisements	Enables or disables tracking HSRP advertisements for priority adjustment. The default is disabled.
Track HSRP by VLAN	Enables or disables tracking VLANs for priority adjustment. The default is disabled.

Configure VRRP: Interfaces

Interface	The VRRP interface number: 1 to 256.
Authentication Type	Sets the type of authentication in use. The default is none. none: No authentication. simple-text-password: use the specified password (Password) for authentication.
Password	Sets the password for authentication. The maximum string length is eight characters. The default is none.
IP Address	Displays the IP address.
State	Displays the current state.

Configure VRRP: Groups

NOTE:The following items can be configured through the Insert button or the Modify button.
Number	The index number of the VRRP virtual router.
VRID	The VRRP virtual group identifier: 1 to 255. The default is 1.
IP Interface	Sets the IP Interface that the VRRP virtual group represents: 1 to 256. The default is 1.
Advertisement Interval	Sets the time interval between VRRP advertisements: 1 to 255 seconds. The default is 1 second.
Priority	Sets the priority value to be used by the specified VRRP virtual routers: 1 to 254. The default is 100.
Preemption	Enables or disables a higher priority Backup VRRP virtual router to pre-empt a low priority Master. The default is enabled.
State	Enables or disables the VRRP virtual router. The default is disabled.
Load Sharing	Enables or disables load sharing a non-master virtual router. The default is enabled.
Track VRs	Enables or disables tracking other virtual routers for priority adjustment. The default is disabled.
Track IP Interfaces	Enables or disables tracking other router interfaces for priority adjustment. The default is disabled.
Track VLAN Ports	Enables or disables tracking port state of VLAN ports for priority adjustment. The default is disabled.
Track L4 Ports	Enables or disables tracking Layer 4 port states for priority adjustment. This is applied when a virtual server is configured as a VRRP virtual router. The default is disabled.
Track Real Servers	Enables or disables tracking real server states for priority adjustment. This is applied when a virtual server is configured as a VRRP virtual router. The default is disabled.
Track HSRP Advertisements	Enables or disables tracking HSRP advertisements for priority adjustment. This is applied when a virtual server is configured as a VRRP virtual router. The default is disabled.
Track HSRP Advertisements by VLAN	Enables or disables tracking HSRP advertisements by VLAN. The default is disabled.

Configure BWM: General

Bandwidth Management	Sets the current state of BWM: on or off. The default is off.
Enforce BWM Policies	Enables or disables the current state of BWM enforce policy.
SMTP User Name	The current SMTP user name for BWM. The maximum string length is 127 characters. The default is none.

Configure BWM: Traffic Policies

Policy	The index number of BWM traffic policies: 1 to 64.
Under Soft Limit TOS Value	The profile state of IP Type of Service (TOS) in the traffic policy: 0 to 255. The default is 0.
Over Soft Limit TOS Value	The profile state of IP Type of Service (TOS) in the traffic policy: 0 to 255. The default is 0.
Hard (Maximum) Limit	The hard speed limit for the traffic policy: 250k to 5,000k or 1M to 1,000M. The default is 2,000k.
Soft Limit	The soft speed limit for the traffic policy: 250k to 5,000k or 1M to 1,000M. The default is 1,000k.
Reserve (Minimum) Limit	The reservation speed limit for the traffic policy: 250k to 5,000k or 1M to 1,000M. The default is 500k.
Buffer Limit	The buffer limit for the traffic policy: 8,192 to 512,000 bytes. The default is 8,192.

Configure BWM: Traffic Contracts

Contract	The contract number of that Bandwidth Management (BWM) traffic contract: 1 to 1,024. This value can be set through the Insert button.
Name	The traffic contract name. The maximum string length is 15 characters. The default is none.
State	Enables or disables the state of the traffic contract.
Policy	Sets the policy number of the traffic contract: 1 to 64. The default is 64.
Precedence	Sets the precedence value of the traffic contract: 1 to 255. The default is 1.
TOS Overwrite	Enables or disables Type of Service (TOS) overwriting the traffic contract. The default is disabled.
Keep Statistics on TFTP Server	Enables or disables saving contract statistics on the Trivial File Transfer Protocol (TFTP) server of the traffic contract. The default is disabled.

Monitor Switch: IP

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Good Packets In	The number of input datagrams received from interfaces, including those received in error.
Header Error Packets In	The number of input datagrams that were discarded because of errors in the IP headers. Errors: bad checksums, version number mismatch, other format errors, time-to-live exceeded, errors discovered in processing their IP options, and so on.
Address Errors In	The number of input datagrams that were discarded because the IP address in the IP header's destination field was not a valid address at this switch. Invalid addresses: 0.0.0.0, addresses of unsupported Classes such as Class E, and so forth. For entities that are not IP Gateways that do not forward datagrams, the count includes datagrams that were discarded because the destination address was not a local address.
Packets Routed	The number of input datagrams for which this entity was not their final IP destination. An attempt was made to find a route to forward them to that final destination. In entities that do not act as IP Gateways, the count only includes packets that were Source-Routed via this entity, and that the Source-Route option processing was successful.
Packets In with Unknown Protocol	The number of locally-addressed datagrams that were received successfully, but were discarded because of an unknown or an unsupported protocol.
Inbound Dropped Packets	The number of input IP datagrams that were discarded, although no no errors were identified. This can occur because of insufficient buffer space. NOTE: This counter does not include any datagrams that were discarded while waiting for re-assembly.
Packets Consumed	The total number of input datagrams successfully delivered to IP user-protocols, including ICMP.
Packets Out	The total number of IP datagrams that local IP user-protocols, including ICMP, supplied to IP in requests for transmission. NOTE: This counter does not include any datagrams that were counted in Packets Routed.
Outbound Dropped Packets	The number of output IP datagrams that were discarded, although no problems were noted. This can occur because of insufficient buffer space. NOTE: This counter includes datagrams that were counted in Packets Routed if the packets met this discard criterion.
Non-Routable Dropped Packets	The number of IP datagrams discarded because no route was available for transmitting them to their destinations. NOTE: This counter includes any packets counted in Packets Routed that meet this no-route criterion. Also included, are any datagrams that a host cannot route because all of the default gateways are down.
Successful Packet Fragmentation	The number of IP datagrams that have been successfully fragmented.
Failed Packet Fragmentation	The number of IP datagrams that have been discarded because they could not be fragmented, such as when the Don't Fragment flag has been set.
Fragments Created	The number of IP datagrams that have been fragmented.
IP Fragments Reassembled	The number of received IP fragments that needed to be reassembled.
Packet Reassembly Successes	The number of IP datagrams successfully reassembled.
Packet Reassembly Failures	The number of failures detected by the IP re-assembly algorithm. Possible failures include timed out, errors, and so on. NOTE: This is not necessarily a count of discarded IP fragments. Some algorithms, notably the algorithm in RFC 815, can lose track of the number of fragments by combining them as they are received.
Routing Discards	The number of dropped packets.

Monitor Switch: ICMP In

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Source Quench Packets In	The number of received Internet Control Message Protocol (ICMP) Source Quench messages.
Redirect Packets In	The number of received ICMP Redirect messages.
Echo (Ping) Request Packets In	The number of received ICMP Echo (request) messages.
Echo (Ping) Reply Packets In	The number of received ICMP Echo Reply messages.
Timestamp Request Packets In	The number of received ICMP Timestamp (request) messages.
Timestamp Reply Packets In	The number of received ICMP Timestamp Reply messages.
Address Mask Request Packets In	The number of received ICMP Address Mask Request messages.
Address Mask Reply Packets In	The number of received ICMP Address Mask Reply messages.
Parameter Problem Packets In	The number of received ICMP Parameter Problem messages.
Destination Unreachable Packets In	The number of received ICMP Destination Unreachable messages.
Time Exceeded Packets In	The number of received ICMP Time Exceeded messages.
Packets In	The number of received ICMP messages.
Error Packets In	The number of received ICMP Time error messages.

Monitor Switch: ICMP Out

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Source Quench Packets Out	The number of Internet Control Message Protocol (ICMP) Source Quench messages sent.
Redirect Packets Out	The number of ICMP Redirect messages sent. NOTE: For a host, this object will always be 0 (zero) since hosts do not send redirects.
Echo (Ping) Request Packets Out	The number of transmitted ICMP Echo request messages.
Echo Reply Packets Out	The number of transmitted ICMP Echo Reply messages.
Timestamp Request Packets Out	The number of transmitted ICMP Timestamp request messages.
Timestamp Reply Packets Out	The number of transmitted ICMP Timestamp Reply messages.
Address Mask Request Packets Out	The number of transmitted ICMP Address Mask Request messages.
Address Mask Reply Packets Out	The number of transmitted ICMP Address Mask Reply messages.
Parameter Problem Packets Out	The number of transmitted ICMP Parameter Problem messages.
Destination Unreachable Packets Out	The number of transmitted ICMP Destination Unreachable messages.
Time Exceeded Packets Out	The number of transmitted ICMP Time Exceeded messages.
Packets Out	The total number of delivered ICMP packets.
Error Packets Out	The number of ICMP packets delivered with error messages.

Monitor Switch: RIP

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Good RIP Packets In	The number of good RIP packets that were received.
RIP Packets Out	The number of transmitted RIP packets that were transmitted.
Bad RIP Packets Out	The number of received error RIP packets.

Monitor Switch: SNMP

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Packets In	The number of messages delivered to the SNMP switch from the transport.
Packets Out	The number of NMP Messages passed from the SNMP switch to the transport service.
MIB Variables Retrieved	The number of MIB objects successfully retrieved by the SNMP switch after valid SNMP get-request and get-next protocol data units (PDU).
MIB Variables Modified	The number of MIB objects that were successfully altered by the SNMP stack after valid SNMP set-request PDUs.
GET Requests In	The number of SNMP get-request PDUs that were accepted and processed by the SNMP stack.
GET NEXT Requests In	The number of SNMP get-next PDUs that were accepted and processed by the SNMP stack.
SET Requests In	The number of SNMP set-request PDUs that were accepted and processed by the SNMP stack.
GET Responses In	The total number of SNMP get-response PDUs that were accepted and processed by the SNMP stack.
Traps Out	The number of SNMP Trap PDUs that were generated by the SNMP entity.
Too Big Errors Out	The number of SNMP PDUs that were generated by the SNMP entity when Too Big Errors Out occurred.
No Such Names Out	The number of SNMP PDUs that were generated by the SNMP entity when No Such Names Out error occurred.
Bad Value Errors Out	The number of SNMP PDUs that were generated by the SNMP entity when Bad Value Errors Out occurred.
Generic Errors Out	The number of SNMP PDUs that were generated by the SNMP when Generic Errors Out occurred.
Packets Using Unsupported SNMP Version	The number of SNMP messages that were received for an unsupported SNMP version.
Packets with Unknown Community String	The number of SNMP messages received that used an unknown SNMP community name.
Packets with Wrong Community String	The number of SNMP messages that represented an SNMP operation that was not allowed by the SNMP community named in the message.
ASN1 Decode Errors	The number of ASN.1 or BER errors that occurred while the SNMP was decoding received SNMP messages.
Too Big Errors In	The number of SNMP PDUs that were delivered to the SNMP entity when Too Big Errors In occurred.
No Such Names In	The number of SNMP PDUs that were delivered to the SNMP entity when the No Such Names In error occurred.
Bad Value Errors	The number of SNMP PDUs that were delivered to the SNMP entity when Bad Value Errors occurred.
Read Only Errors In	The number of valid SNMP PDUs that were delivered to the SNMP entity when the Read Only Errors In occurred. NOTE: This is a protocol error that generates an SNMP PDU that contains readOnly in the error status field. This method detects incorrect implementations of the SNMP.
Generic Errors In	The number of SNMP PDUs that were delivered to the SNMP entity when Generic Errors In occurred.

Monitor Switch: MP CPU Stats

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
MP CPU AUtilization (1 Second Avg)	The percentage of time CPU A was utilized more than one second.
MP CPU B Utilization (1 Second Avg)	The percentage of time CPU B was utilized more than one second.
MP CPU AUtilization (4 Second Avg)	The percentage of time CPU Awas utilized more than four consecutive seconds.
MP CPU B Utilization (4 Second Avg)	The percentage of how often CPU B was utilized more than four consecutive seconds.
MP CPU AUtilization (64 Second Avg)	The percentage of how often CPU Awas utilized over 64 consecutive seconds.
MP CPU B Utilization (64 Second Avg)	The percentage of how often CPU B was utilized more than 64 consecutive seconds.

Monitor Switch: WebOS Stats

Memory Allocations	The outstanding bytes of memory that have been allocated.
Memory Frees	The total number of bytes of memory frees.
Failed Allocations	The total number of failed memory allocations.
Bytes Allocated	The total number bytes of memory allocations.
Most Bytes Allocated	The number of allocated bytes with the high water mark.
Bytes in Memory Pool	The number of bytes in the memory pool.
Largest Block Allocated	The number of bytes of the largest allocated memory block.
Packets Allocated	The total number of allocated packets.
Packets Freed	The total number of freed allocated packets.
Failed Packet Allocations	The total number of failed allocated packets.
Medium Packet Allocations	The number of allocated medium size packets. A medium packet contains 1,536 bytes.
Jumbo Packet Allocations	The number of allocated jumbo size packets. A jumbo packet contains 9,014 bytes.
Small Packet Allocations	The number of allocated small size packets. A small packet contains 128 bytes.

Monitor Switch: Stats

FTP Control Sessions for SLB	The total number of received FTP control sessions received for SLB after FTP parsing was turned on.
FTP Control Sessions for NAT	The total number of received FTP control sessions received for Network Address Translation (NAT) after FTP parsing was turned on.
Current TCP Connections	The number of established outstanding TCP current connections.
Good DNS Requests	The number of received good DNS requests.
Bad DNS Requests	The number of received bad DNS requests.
Backup Servers Activated	The total number of backup servers that were activated when the primary servers failed.
Overflow Servers Activated	The total number of times the backup servers became active when the primary servers overflowed.
ARP Entries	The current number of ARP entries.
Most ARP Entries	The highest number of ARP entries.
Maximum ARP Entries	The maximum number of ARP entries.
IP Routes	The current number of IP routes.
Most IP Routes	The highest number of IP routes.
Maximum IP Routes	The maximum number of IP routes.
VRRP Advertisements In	The number of received good VRRP advertisements.
VRRP Advertisements Out	The number of transmitted good VRRP advertisements.
Bad VRRP Advertisements	The number of received bad VRRP advertisements.

Monitor Switch: Radius Account

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Requests	The number of RADIUS accounting requests.
Wrap Requests	The number of RADIUS accounting requests in an internally wrapped buffer.
Start Requests	The number of RADIUS accounting start requests.
Update Requests	The number of RADIUS accounting update requests.
Stop Requests	The number of RADIUS accounting stop requests.
Bad Requests	The number of RADIUS accounting requests in bad format.
Add Session Requests	The number of RADIUS accounting add session requests.
Delete Session Requests	The number of RADIUS accounting delete session requests.
Request Failed, Queue Full	The number of requests that failed because the DMA queue was full.
Request Failed, Switch Port Dead	The number of requests that failed because the switch port was dead.
Request Failed, DMA Failure	The number of requests that failed because of DMA write failures.
Request Failed, All Entries In Use	The number of requests that failed because all entries were in use.

Monitor Port: Interface

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Bytes In	The number of bytes received on the interface, including framing characters.
Bytes Out	The number of bytes transmitted out of the interface, including framing characters.
Unicast Packets In	The number of packets, delivered by this sublayer to a higher layer that were not addressed to a multicast or a broadcast address at this sublayer.
Unicast Packets Out	The number of packets that higher-level protocols requested to transmit that were not addressed to a multicast or broadcast address at this sublayer. The count includes the packets that were discarded or not delivered.
Multicasts In	The number of packets, delivered by this sublayer to a higher layer that were addressed to a multicast address at this sublayer. For a MAC layer protocol, this includes Group and Functional addresses.
Multicasts Out	The number of packets that higher-level protocols requested to transmit that were addressed to a multicast address at this sublayer. The count includes the packets that were discarded or not sent. For a MAC layer protocol, this includes Group and Functional addresses.
Broadcast In	The number of packets, delivered by this sublayer to a higher layer, that were addressed to a broadcast address at this sublayer.
Broadcast Out	The number of packets that higher-level protocols requested to transmit, that were addressed to a broadcast address at this sublayer. The count includes the packets that were discarded or not delivered.
Discarded Packets	The number of inbound packets that were discarded, although no errors had been detected to prevent their delivery to a higher-layer protocol. This can occur to free up buffer space.
Outbound Discards	The number of outbound packets that were discarded, although no errors had been detected that would prevent their transmission. This can occur to free up buffer space.
Error Packets	For packet-oriented interfaces, the number of inbound packets with errors that prevented their delivery to a higher-layer protocol. For character-oriented or fixed-length interfaces, the number of inbound transmission units with errors that prevented their delivery to a higher-layer protocol.
Not Sent Due to Error	For packet-oriented interfaces, the number of outbound packets that could not be transmitted because of errors. For character-oriented or fixed-length interfaces, the number of outbound transmission units that could not be transmitted because of errors.
Unknown Protocol Packets	For packet-oriented interfaces, the number of packets received via the interface that were discarded because of an unknown or unsupported protocol. For character-oriented or fixed-length interfaces that support protocol multiplexing, the number of transmission units received via the interface that were discarded because of an unknown or unsupported protocol. NOTE: If the interface does not support protocol multiplexing, Unknown Protocol Packets will be 0 (zero).
Outbound Packet Queue Length	The number of packets in the output queue.

Monitor Port: Ethernet

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Alignment Errors	The number of frames received on a particular interface that were not of integral length and did not pass the FCS check. The count is incremented when the Alignment Error status is returned by the MAC service to the LLC, or other MAC user. Frames with multiple errors are counted exclusively.
FCS Errors	The number of frames received on a particular interface that failed the FCS health check because of length. The count is incremented when the Frame Check Error status is returned by the MAC service to the LLC, or other MAC user. Frames with multiple errors are counted exclusively.
Internal MAC Transmission Errors	The number of frames transmitted on a particular interface that failed because of an internal MAC sublayer transmit error. This frame error is only counted if it was not recorded under Late Collisions, Excessive Collisions, or Carrier Sense Errors. NOTE: Internal Mac Transmit Errors may represent a number of transmission errors that were not otherwise recorded.
Internal MAC Receive Errors	The number of frames on a specific interface that could not be accepted because of an internal MAC sublayer error. This frame error is only counted if it was not recorded under Received Frames > Maximum Length, Alignment Errors, or FCS Errors. NOTE: Internal Mac Transmit Errors may represent a number of transmission errors that were not otherwise recorded.
Carrier Sense Errors	The number of times the carrier sense condition was lost or was never asserted while attempting to transmit a frame on a particular interface. The count, represented by an instance of this object, is incremented once per transmission attempt.
Received Frames > Maximum Length	A number of frames received on a specific interface that exceeded the allowed maximum frame size. The count is incremented when the Received Frames > Maximum Length status is returned by the MAC service to the LLC, or other MAC user. Received frames that have multiple errors are counted exclusively.
SQE Test Errors	The number of times the SQE TEST ERROR message was generated by the PLS sublayer for a particular interface.
Deferred Transmissions	A number of frames where the first transmission attempt, on a particular interface, is delayed because the medium is busy. NOTE: The count represented by an instance of this object does not include frames involved in collisions.
Single Collision Frames	The number successfully transmitted frames on a particular interface where transmission was inhibited by a single collision. NOTE: A frame that is counted by Single Collision Frames can also be counted by the occurrences of the Unicast Packets Out, Multicasts Out, or Broadcast Out, but not recorded by the event of Multiple Collision Frames.
Multiple Collision Frames	A count of successfully transmitted frames on a particular interface where transmission was inhibited by more than one collision. NOTE: A frame that is counted by MultipleCollisionFrames can also be counted by Unicast Packets Out, Multicasts Out, or Broadcast Out, but not recorded by Single Collision Frames.
Late Collisions	The number of times that a collision is detected, on a particular interface, later than 512 bit-times into the transmission of a packet. A late collision, included in the count of Late Collisions, can be considered as a generic collision for other statistics. NOTE: bit-times varies per system. Example: On a 10Mbps system, 512 bit-times represents 51.2 microseconds.
Excessive Collisions	A number of frames on a particular interface in which transmission failed because of excessive collisions.

Monitor Port: Bridge

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Packets In	The number of frames that have been received by this port from its segment. NOTE: Packets In only counts frames that are for a protocol being processed by the local bridging function, including bridge management frames.
Packets Out	The number of frames that have been transmitted by this port to its segment. NOTE: Packets Out only counts frames that are for a protocol being processed by the local bridging function, including bridge management frames.
Discarded/Filtered Packets	The number of valid, received frames that were discarded by the Forwarding Process.
Discards Due to Transit Delay	The number of frames that were discarded because of excessive transit delay through the bridge. Discards Due to Transit Delay is incremented by transparent and source route bridges.
Discards Due to Excessive Size	The number of excessively large frames that were discarded. Discards Due to Excessive Size is incremented by transparent and source route bridges.

Monitor Port: Load Balance

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Current Bindings (1 Second Avg)	The current number of binding sessions that average one second.
Binding Failures	The total number of binding failures on the port. A Binding Failure occurs after a port has run out of binding table entries.
Non-TCP Drops	The total number of non-TCP/IP frames that were dropped from the port.
TCP Fragment Drops	The total number of TCP fragments that were dropped from the port.
UDP Datagrams Drops	The total number of UDP datagrams that were dropped from the port.
Incorrect VIP Drops	The total number of frames with incorrect virtual IP (VIP) addresses that were dropped from the port.
Incorrect Virtual Port Drops	The total number of frames with incorrect Virtual Port that were dropped from the port.
Real Server Unavailable Drops	The total number of frames that were dropped from the port because no real server was available.
Filtered Denied Frames	The total number of frames on the port that were denied by the filter.
Current Bindings (4 Second Avg)	The current number of bindings that averaged four seconds.
Current Bindings (64 Second Avg)	The number of bindings that averaged 64 seconds.

Monitor Port: CPU Statistics

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Port A CPU Utilization (1 Second Avg)	In percentage, how much the MP CPU Awas utilized more than one second. The percentage is based on total operation time.
Port B CPU Utilization (1 Second Avg)	In percentage, how much the MP CPU B was utilized more than one second. The percentage is based on total operational time.
Port A CPU AUtilization (4 Second Avg)	In percentage, how much the MP CPU A was utilized more than four seconds. The percentage is based on total operation time.
Port B CPU Utilization (4 Second Avg)	In percentage, how much the MP CPU B was utilized more than four seconds. The percentage is based on total operation time.
Port A CPU Utilization (64 Second Avg)	In percentage, how much the MP CPU A was utilized more than 64 seconds. The percentage is based on total operation time.
Port B CPU Utilization (64 Second Avg)	In percentage, how much the MP CPU B was utilized more than 64 seconds. The percentage is based on total operation time.

Monitor Bridge

Status	The status of the bridge: learned, self, or other.
Address	The MAC address of the bridge.
Port	The physical port on which the MAC address is located.

Monitor IP Information: Route

Route	The index number of the routing table.
Destinaion IP Address	The destination IP address of this route.
Destination IP Mask	The IP mask of this route.
Next-Hop Router	The gateway of this route.
Tag Type	The tag type: ICMP, static, SNMP, addr, RIP, broadcast, martian, or multicast.
Route Type	The type of route: indirect, direct, local, broadcast, martian, multicast, or other.
Interface	The IP interface of this route that is used as the source IP for routing.

Monitor IP Information: ARP

Destination IP Address	The destination IP address of the ARP.
MAC Address	The MAC address for the Address Resolution Protocol (ARP) entry.
VLAN ID	The VLAN identifier for the ARP.
Source Port	The port number.
Reference Port	The reference ports that are associated with this ARP.
Status	The flag status of this ARP: clear, unresolved, permanent, or indirect.

Monitor IP Information: Interface

Interface	The index number of the Interface table.
Description	A description of the network interface card (NIC).
Type	The type of network interface.
MTU (Largest Packet)	The largest number of bytes of a packet -- the Maximum Transmission Unit (MTU) of the port.
Speed	The current speed of the port: 10Mbs, 100Mbs, 1,000Mbs, or other.
MAC Address	The MAC address of the switch.
Admin State	The current status.
Operational Status	The current status: up, down, or testing.
Last Change	Date and time since the interface entered its current operational state because of configuration change or automatically back online: year/month/day-hour:minute:second. NOTE: If the current state was configured before the network management system, Last Change will be 0.
MIB Specification	A reference to MIB definitions that are specific to the media that realizes the interface. Example: if the interface is realized by Ethernet, then MIB Specific refers to a document that defines Ethernet objects.

Monitor IP Information: IP Address

IP Address	The IP address.
Interface	The index number of the interface.
IP Subnet Mask	The subnet mask of the IP address. The subnet mask is an IP address with all the network bits set to 1 and all the hosts bits set to 0.
Broadcast LSB	The broadcast address of the interface.
Maximum Reassembly Size	The size of the largest IP datagram that can be re-assembled from fragmented IP datagrams. Range: 0 to 65,535.

Monitor IP Information: TCP

NOTE: Values are displayed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Active Opens	The number of TCP connections that were a direct transition to the SYN-SENT state from the CLOSED state.
Passive Opens	The number of TCP connections that were a direct transition to the SYN-RCVD state from the LISTEN state.
Failed Attempts	The number of TCP connections that were a direct transition to the CLOSED state from the SYN-SENT state or the SYN-RCVD state, and a direct transition to the LISTEN state from the SYN-RCVD state.
Resets In	The number of TCP connections that made a direct transition to the CLOSED state from either the ESTABLISHED state or the CLOSE-WAIT state
Established	The number TCP connections that were a direct transition to the CLOSED state from the ESTABLISHED state or the CLOSE-WAIT state.
Segments In	The total number of segments received, including those received in error. This count includes segments received on currently established connections
Segments Out	The total number of transmitted segments, including those on current connections, but excluding those that contain only retransmitted bytes.
Retransmitted Segments	The total number of retransmitted segments: the number of TCP segments transmitted that contain one or more previously transmitted bytes.
Segments Received with Errors	The total number of received segments, including errors. This count includes segments received on currently established connections.
Resets Out	The number of transmitted TCP segments that contain the RST flag.

Monitor IP Information: TCP Connection

Local IP Address	The local IP address.
Local TCP Port	The number of the local port.
Remote IP Address	The remote IP address.
Remote TCP Port	The number of the remote port.

Monitor IP Information: UDP

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Datagrams In	The total number of UDP datagrams delivered to UDP users.
No Application at Port	The total number of received UDP datagrams when no application was at the destination port.
Dropped Datagrams	The number of received UDP datagrams that could not be delivered for reasons other than the absence of an application at the destination port.
Datagrams Out	The total number of delivered UDP datagrams.

Monitor IP Information: UDP Local

Address	The local IP address for the UDP listener. NOTE: When the UDP listener accepts datagrams for any IP interface associated with the node, the address is 0.0.0.0.
Port	The local port number for the UDP listener.

Monitor Layer 4: Filters

Index	The index number of the filters.
Total Filter Matches	The total number of received packets that matched the filter rule.
Current Filter Matches	The current number of received packet that matched the filter rule.

Monitor Layer 4 SLB: Real Server Ports

Port	The index number that identifies the switch port.
Real Server	The index number that identifies the real server.
Current Sessions	The current number of sessions handled by the real server.
Total Sessions	The total number of sessions handled by the real server.
Bytes High32	The upper 32-bit value of all bytes received and transmitted through a specific port of the real server.
Bytes Low32	The lower 32-bit value of all bytes received and transmitted through a specific port of the real server.

Monitor Layer 4 SLB: Real Servers

Index	The index number that identifies the real server.
Current Sessions	The number of sessions currently handled by the real server.
Total Sessions	The total number of sessions handled by the real server.
Highest Sessions	The highest number of sessions handled by the real server.
Bytes High32	The upper 32-bit value of the bytes received and transmitted through the real server.
Bytes Low32	The lower 32-bit value of the bytes received and transmitted through the real server.
Times Claimed Down	The total number of times the real server was down.

Monitor Layer 4 SLB: Groups

Index	The index number of the real server group.
Current Sessions	The number of sessions currently handled by the real server group.
Total Sessions	The total number of sessions handled by the real server group.
Highest Sessions	The highest number of sessions that were handled by the real server group.
Bytes High32	The upper 32-bit value of the bytes received and transmitted through the real server group. NOTE: To obtain the real value in SNMP v1, both lower and upper bytes must be retrieved.
Bytes Low32	The lower 32-bit value of the bytes received and transmitted through the real server group. NOTE: To obtain the real value in SNMP v1, both lower and upper bytes must be retrieved.

Monitor Layer 4 SLB: Virtual Servers

Index	The index number of the virtual server.
Current Sessions	The number of sessions that are currently handled by the virtual server.
Total Sessions	The total number of sessions that were handled by the virtual server.
Highest Sessions	The highest number of sessions that were handled by the real server.
Bytes High32	The upper 32-bit value of that were received and transmitted through the real server group.
Bytes Low32	The lower 32-bit value of bytes that were received and transmitted through the real server group.
Total HTTP Header Hits	The total number of HTTP header hits.
Current HTTP Header Hits	The current number of HTTP header hits.
Total HTTP Header Misses	The total number of HTTP header misses.
Current HTTP Header Misses	The current number of HTTP header misses.
Total HTTP Header Sessions	The total number of HTTP header sessions.
Total Cookie Rewrites	The total number of cookie rewrites.
Current Cookie Rewrites	The current number of cookie rewrites.
Total Cookie Inserts	The total number of cookie inserts.
Current Cookie Inserts	The current number of cookie inserts.

Monitor Layer 4 SLB: Real Servers State

Real Server	The index number of the real server.
IP Address	The IP address of the real server.
MAC Address	The MAC address of the real server.
Switch Port	The switch port through which the real server is connected.
Health Check Layer	The OSI layer where the health of the real server is checked: layer3, layer4, or other.
Overflow State	The overflow state of the real server: overflow or no-overflow.
Server State	The state of the real server: running, failed, disabled, or other.

Monitor Layer 4 SLB: Maintenance

Incorrect Virtual Servers Specified	The total number of incorrectly specified virtual servers for server load balancing.
Incorrect Virtual Ports Specified	The total number of incorrectly specified virtual ports for server load balancing.
No Real Servers Specified	No real servers are specified for server load balancing.

Monitor Layer 4: Global SLB

Remote Real Server	The index number of the remote real server.
Total DNS Handoffs	The total number of DNS Handoffs by the remote real server.
Current DNS Handoffs	The current number of DNS Handoffs by the remote real server.
Total HTTP Redirects	The total number of HTTP redirections by the remote real server.
Current HTTP Redirects	The current number of HTTP redirections by the remote real server.

Monitor Layer 4 URL Parsing: Redirect

Redirected Packets	The number of received packets with matching specified URL expressions that were redirected to a specified group of real servers.
Packets Sent to Origin Server	The number of received packets that were delivered to the original server. This occurs when there is a mis-match with the specified URL expressions, or detecting HTTP non-GETs, user cookies, and no-cache as user configuration.
Non-GET HTTP Packets	The number of received packets that contained non-GETs methods, such as POST, HEAD, PUT, and so forth.
Packets with 'Cookie'	The number of received packets that contained a Cookie: header
Packets with No-Cache	The number of received packets that contained a no-cache header value.

Monitor Layer 4 URL Parsing: Load Balance

Index	The URL path table index.
Total Hits	The total number of instances that are load balanced because the URL path matches.
Current Hits	The current number of instances that are load balanced because of the particular URL path matches.

Monitor Layer 4 : RTSP

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Active RTSP Control Connections	The number of active RTSP control connections.
Active UDP Streams	The number of active User Datagram Protocol (UDP) streams.
Switch Redirects	The number of switch redirects.
Connections Denied	The number of connections denied because of the RTSP connection limit.
Failed Memory Allocations	The cases of heap memory failure allocations.

Monitor Layer 4 WAP: Add Sessions

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Add Session Requests	The number of add session requests for Wireless Application Protocol (WAP).
Add Failed, Queue Full	The number of Add Session Requests that failed because the queue was full.
Add Failed, Switch Port Dead	The number of Add Session Requests that failed because the port was dead.
Add Failed, Specific Entry in Use	The number of Add Session Requests that failed because the specified entry was in use.
Add Failed, All Entries in Use	The number of Add Session Requests that failed because all entries were in use.

Monitor Layer 4 WAP: Delete Sessions

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Delete Session Requests	The number of delete session requests for Wireless Application Protocol (WAP).
Delete Failed, Queue Full	The number of Delete Session Requests that failed because the queue was full.
Delete Failed, Switch Port Dead	The number of Delete Session Requests that failed because the port was dead.
Deleted Failed, Specific Entry in Use	The number of Delete Session Requests that failed because the specified entry was in use.
Delete Failed, All Entries in Use	The number of Delete Session Requests that failed because all entries were in use
Delete Sent to Wrong Switch Port	The number of Delete Session Requests that failed because they were delivered to the wrong port.

Monitor Layer 4 Switching Remote URL: Errors

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Session Connect Errors	Displays the connect errors.
Packaging Errors	Displays the packaging errors.
Unpacking Errors	Displays the unpacking errors.
DMA Write Errors	Displays the DMA write errors.
No Available Buffers Errors	Displays errors because of unavailable buffers.
Buffer Wrap Errors	Displays buffer wrap errors.
Invalid Protocol Errors	Displays invalid protocol errors.

Monitor Layer 4 Switching Remote URL: Miscellaneous

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Client Wraps	The total number of client packets processed using frame wrap buffers.
Server Wraps	The total number of server packets processed using frame wrap buffers.
Buffer Wraps	The total number of packets processed using RURL wrap copy mechanism.
Free Ring Calls	The total number of RURL sequence buffer frees.
Client Resets	The total number of client resets by the switch
Server Resets	The total number of server resets by the switch.
Frame Pass-Through L2	The total number of packets dropped to L2 processing because of the switch running out of resources.
Parsing Filter Misses	The total number of packets leaking from RURL parsing to URL parsing
Exceeded Buffer Length	The total number client requests that exceeded the maximum buffer size of the switch.
Exceeded Frame Depth	The total number of client requests that exceeded the maximum buffer depth of the switch
Zero Content Length	The total number of occurences where the Content-Length of the HTTP request was zero.
Non-Typical Offsets	The total number of occurrences where the RURL header offsets were not typical.
FIN/RST Session Backups	The total number of occurrences where a FIN or RST packet was used to establish a new session in the switch.
PSH Session Setups	Total number of occurrences when a PSH packet established a new session in the switch.
Non-SYN Session Setup	Total number of occurrences when a non-SYN packet establishes a new session in the switch.

Configure Layer 4 Switching Remote URL: Sessions

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Layer 7 Bind Calls	The total number of requests to bind a session.
Layer 7 Session Reuse	The total number of remote URL (RURL) session setups encountered.
Session Setups	The total number of RURL session setups.
Miscellaneous Processing	The total number of sessions that fell through filter processing.
Client Packets In	The total number of client packets processed by the RURL filter.
Client SYNs In	The total number of client SYN packets processed by the RURL filter.
ClientReTXSYNsSeen	The total number of client retransmitted SYN packets processed by the RURL filter.
ClientSYNACKsSent	The total number of switch-to-client SYN/ACK packets processed by the RURL filter.
Client ACKs In	Total number of switch-to-server SYN/ACK packets processed by the RURL filter.
Client Data In	The total number of client PSH packets processed by the RURL filter.
Client Data Retransmits	The total number of client data retransmit packets processed by the RURL filter.
Server SYNs Sent	The total number of SYN packets sent to the server by the switch.
Server Retransmitted SYNs	The total number of ACK packets sent to the server by the switch.
Server Retransmitted SYN Errors	Total number of ACK packets sent to the server by the switch.
Server SYN ACKs In	The total number of switch-to-server SYN/ACK packets processed by the RURL filter.
Server ACKs In	The total number of server-to-switch ACK packets processed by the RURL filters.
Server ACKs Sent	The total number of ACK packets sent to the server by the switch.
Connections Spliced	The total number of connections successfully spliced by the switch.

Configure Layer 4 Switching Remote URL: Maintenance

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Origin Server Hits	The total number of session setups to the end server.
HTTP Redirects	The total number of HTTP redirect responses to the client.
Server Requests	The total number of request packets sent from the switch to the iSD.
Server Acknowledgements	The total number of response packets sent from the iSD to the switch.
Session Connections	The total number of session connections to the iSD made by the switch.
Last Frames	The total number of last frame packets sent from the iSD to the switch.
Client Retransmissions	The total number of client retransmissions.
Client Resets because of Retransmissions	The total number of client resets due to excessive retransmissions.

Configure Layer 4 Switching Remote URL: Tables

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
IP Redirection Table Entries	The current number of IP redirection table entries.
PORT Redirection Table Entries	The current number of port redirection table entries.
IP/PORT Redirection Table Entries	The current number of IP/port redirection table entries.
Frame Buffer Entries	The current number of Remote URL (RURL) frame buffer entries.
Sequence Table Entries	The current number of RURL sequence table entries.
Highest IP Redirection Table Entries	The highest number of IP redirection table entries.
Highest PORT Redirection Table Entries	The highest number of port redirection table entries.
Highest IP/PORT Redirection Table Entries	The highest number of IP/port redirection table entries.
Highest Sequence Table Entries	The highest RURL sequence table entries.
Highest Frame Buffer Entries	The highest RURL frame buffer entries.

Configure Layer 4 Switching Remote URL: Buffers

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
Successful Sequence Buffer Allocations	The total number of successful RURL sequence buffer allocations.
Successful Sequence Buffer Frees	The total number of successful RURL sequence buffer Frees.
Failed Sequence Buffer Allocations	The total number of failed RURL sequence buffer allocations.
Failed Sequence Buffer Frees	The total number of failed RURL sequence buffer frees.
Successful Frame Buffer Allocations	The total number of successful RURL frame buffer allocations.
Failed Frame Buffer Allocations	The total number of failed RURL frame buffer allocations.
Failed Frame Buffer Frees	The total number of failed RURL frame buffer Frees.
Frame Buffer Retransmissions	The total number of retransmissions of an existing RURL frame buffer.
Frame Buffer Changes	The total number of retransmissions of an existing RURL frame buffer that changed in length.

Monitor Virtual Routing: Statistics

NOTE: All values are listed as Absolute Value, Cumulative, Average/sec, Minimum/sec, Maximum/sec, and Last Value/sec.
VRRP Advertisements In	The number of good VRRP advertisements that were received.
VRRP Advertisements Out	The number of good VRRP advertisements that were transmitted.
Bad VRRP Advertisements	The number of bad VRRP advertisements that were received.

Monitor Virtual Routing: State

Virtual Router	The index number of the VRRP virtual router.
State	The state of the VRRP virtual router: init, master, or backup.

Monitor BWM: Traffic Contracts

Contract	The number of the bandwidth management contract.
Name	The name of the traffic contract queue, such as URL, service, URLcont, host, or default.
Bytes Out	The total number of bytes sent out from the traffic contract queue.
Bytes Dropped	The total number of bytes dropped from the traffic contract queue.
Buffers Used	The total number of buffers used by the traffic contract queue.
Buffers Assigned	The total number of buffers assigned to the traffic contract queue.

Monitor BWM: Switch Port Traffic Contracts

Switch Port	The number of the monitored switch port.
Contract	The contract number.
Name	The name of the traffic contract queue, such as URL, service, URLcont, host, or default.
Bytes Out	The total number of bytes sent out from the traffic contract queue.
Bytes Dropped	The total number of dropped bytes from the traffic contract queue.
Buffers Used	The total number of buffers used by the traffic contract queue.
Buffers Assigned	The total number of buffers assigned to the traffic contract queue.