SWITCH: View SNMP OID List / Download MIB

The System Information of the switch

Bogus Index. This should always return the integer 0.

The total amount of real/physical memory installed on this host.

The total amount of memory free or available for use on this host.This value typically covers both real memory and swap space or virtual memory.

The total amount of memory used on this host. This value typically covers both real memory and swap space or virtual memory.

Bogus Index.This should always return the integer 1.

The percentage of processor time spent idle, calculated over the last minute.

The system precess table.

An entity process entry. Each entry consists of information of an process. The sysProcessIndex exclusively defines an process id.

The pid of process.

The name of the process.

This should always write running-config to startup-config.And the valid set value is 1. When get the configSave value, 1 means success, 0 means failure.

This should allow to reboot the switch.The valid input value is 1 and 2. Value 1 means the switch will reboot without savingcurrent configuration. Value 2 means the switch will savecurrent configuration before reboot the switch. Enumeration: 'saveAndReboot': 2, 'rebootWithoutSave': 1.

Specify auto reboot parameters at the special time. 0 is mean clear.

Specify auto reboot parameters reboot after delay some time. The value is [1, 720] minutes. 0 is mean clear.

Description the current version

Telnet service.1:enable 2:disable. Enumeration: 'enable': 1, 'disable': 2.

This node only for login fail for three time.

Save the last command line and time.

Show the current running image.

Show system startup time.

The system image management table.

An entity image entry.Each entry consists of information of an entity image. The sysImageIndex exclusively defines an image file.

The index of image.

The file name of the image.

The create time of the image.

The version of the image.

The size of the image.

The dir of the image.

This image is the boot image (1),and is not the boot image (2). Only support enable(1).

This table gives the properties of all the flashes on the system.

The entry of flashTable.

The index of flashTable.It has a minimum value of 1, and maximum value of the same as the value of flhSupportNum.

Specifies the total size of the flash device indexed by flhIndex. The value should be zero if the flash is removed for a removable device.

Specifies the free size of the flash device.

The flash name within the system.

DESCRIPTION of the purpose of the flash in the system.

Table of file information.

An entry representing a file.Indexed using flash number, partition number, and file number.

Index of the table, whose range is from 1 to 2147483647.

A valid file name supported by the file system.

The file size in bytes excluding the file header of file system. The value should be greater than zero.

The time when this file is modified last time.

Table used to operate flash.

Note an operation can not be stopped until it is finished. If notification is configured, NMS will receive a notification at the end of the operation. Entries in the table will be removed automatically in 5 minutes. It can also be deleted by NMS directly.

Specifies the index of an entry.It is a random value when creating an entry.

Specifies the operation to be executed. flash2Flash(1) Copy a file from flash to flash. net2Flash(2) Copy a file from net to flash; flash2Net(3) Copy a file from flash to net. delete(4) Delete a file from flash, the file name is specified by flhOperSourceFile; rename(5) Change a file's name. Enumeration: 'net2Flash': 2, 'flash2Net': 3, 'rename': 5, 'flash2Flash': 1, 'delete': 4.

Specifies the protocol used to transfer file. The default protocol is ftp. Both member switch and commander switch can use them if they support HGMP v2. 1 FTP 2 TFTP Enumeration: 'ftp': 1, 'tftp': 2.

The address of remote host acting as server for operation. The default value is 0.0.0.0.

When using ftp to transfer files, the user name must be specified through this node.

Remote user password for copying via ftp protocol.Optionally, This object may be ignored for protocols other than ftp.

Specifies the source file name to be transferred. It may be located on flash or remote server. It may include the file path if it is applicable. It must be specified.

Specifies the destination file name. It may be located on flash or remote server. It may include the file path if it is applicable. If it is not specified, the destination file name is the same as source file name for application.

The status of the specified operation can be one of the following. opInProgress(1) : the operation is in process. opSuccess(2) : the operation has been completed successfully. opInvalid(3) : the command is invalid or command-protocol-device combination is unsupported by the system. opInvalidProtocol(4) :invalid protocol is specified opInvalidSourceName(5) :invalid source file name is specified. opInvalidDestName(6) :invalid target name is specified. opInvalidServerAddress(7) :invalid server address is specified opDeviceBusy(8) :the device is in use and locked by another process opDeviceOpenError(9) :invalid device name is specified. opDeviceError(10) : device read, write or erase error opDeviceNotProgrammable(11) :device isread-only but a write or erase operation was specified. opDeviceFull(12) : device is filled to capacity opFileOpenError(13) :invalid file name; file not found in partition opFileTransferError(14) :file transfer was unsuccessful opFileChecksumError(15) :file checksum in Flash is invalid opNoMemory(16) :system is running in low on memory opUnknownFailure(19) :failure which is unknown opDeleteFileOpenError(20) :file is in used by another process opDeleteInvalidDevice(21) :invalid device name is specified opDeleteInvalidFunction(22) :deleted operation is unsupported by the device. opDeleteOperationError(23) :operation is in a low error opDeleteInvalidFileName(24) :invalid file name is specified pDeleteDeviceBusy(25) :the device is in use and locked by another process. opDeleteParaError(26) :the parameters are invalid opDeleteInvalidPath(27) :the file path is invalid.

If use management interface running SNMP or not, true(1):enable.false(2):disable

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

This table gives the properties of all the cfes on the system.

The entry of cfTable.

The index of cfTable.It has a minimum value of 1, and maximum value of the same as the value of cfSupportNum.

Specifies the total size of the cf device indexed by cfIndex.The value should be zero if the cf is removed for a removable device.

Specifies the free size of the cf device.

The cf name within the system.

Description of the purpose of the cf in the system.

Table of file information.

An entry representing a file. Indexed using cf number, partition number, and file number.

Index of the table, whose range is from 1 to 2147483647

A valid file name supported by the file system.

The file size in bytes excluding the file header of file system. The value should be greater than zero.

The time when this file is modified last time.

Table used to operate cf.

Note an operation can not be stopped until it is finished. If notification is configured, NMS will receive a notification at the end of the operation. Entries in the table will be removed automatically in 5 minutes. It can also be deleted by NMS directly.

Specifies the index of an entry. It is a random value when creating an entry.

Specifies the operation to be executed. net2CfWithErase Copy a file to cf; erase cf beforehand. net2CfWithoutErase Copy a file to cf; do not erase cf beforehand. cf2Net Copy a file from cf. delete Delete a file from cf, the file name is specified by cfOperSourceFile; rename Change a file's name. Enumeration: 'net2Cf': 2, 'cf2Cf': 1, 'rename': 5, 'cf2Net': 3, 'delete': 4.

Specifies the protocol used to transfer file.The default protocol is ftp. when 'clusterftp' or 'clustertftp' is selected, the cfOperServerAddress needn't be set the server address can be acquired automatically, the value of cfOperServerAddress is uncertain during operation.Both member switch and commander switch can use them if they support HGMP v2. Enumeration: 'ftp': 1, 'tftp': 2.

The address of remote host acting as server for operation. The default value is 255.255.255.255.

When using ftp to transfer files, the user name must be specified through this node.

Remote user password for copying via ftp protocol.Optionally. This object may be ignored for protocols other than ftp.

Specifies the source file name to be transferred. It may be located on cf or remote server. It may include the file path if it is applicable. It must be specified.

Specifies the destination file name. It may be located on cf or remote server. It may include the file path if it is applicable. If it is not specified, the destination file name is the same as source file name for application.

The status of operation.

If use management interface running SNMP or not.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

Config write success

Config write failure

Reload send trap

Memory usage higher

Memory usage from higher to normal

Virtual terminal session start

Virtual terminal session stop

Time Change Trap

Cpu Usage higher

Cpu Usage from higher to normal

The trap of the last command line and time. The command must be a legal and configure command.

Insert CF card.

Remove CF card.

Login fail for three times.

The trap of the last dumped process id.

current time. format HH:MM:SS.

Month of the year. range is [1, 12].

Day of the month. range is [1, 31].

Year of the date. range is [2000, 2037].

The table of SummerTime.

The entry of timezone.

Zone name, must be less than 32 characters. only include [a-zA-Z_]. The begin and end character must be alphabet. Its length range is [3, 32)

Positive/Negative time zone offset from UTC. 0 means Negative 1 means Positive

Hours offset from UTC, must be range 0~23.

Minutes offset from UTC, must be range 0~59.

Seconds offset from UTC, must be range 0~59.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

The table of SummerTime.

The entry of SummerTime.

Zone name, must be less than 32 characters. only include [a-zA-Z_]. The begin and end character must be alphabet. Its length range is [1, 32)

Start month of the year. range is [1,12]

Day in month to start. range is [1, 31].

Time to start. format HH:MM:SS

Month to end. range is [1, 12].

Day in month to end. range is [1, 31].

Time to end. format HH:MM:SS

Summer time offset, unit is minute. range is [1, 1440].

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

The table of SummerTime.

The entry of SummerTime.

Zone name, must be less than 32 characters. only include [a-zA-Z_]. The begin and end character must be alphabet. Its length range is [1, 32)

Start month of the year. range is [1, 12].

Start day of month. range is [1, 31].

Start year of summer-time. range is [2000, 2037].

Start time. format HH:MM:SS.

End month of year. range is [1, 12].

End day of month. range is [1, 31].

End year of summer time. range is [2000, 2037].

End time. format HH:MM:SS.

Summer time offset, unit is minute. range is [1, 1440].

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

CPU usage within five seconds.

CPU usage within one minute.

CPU usage within five minutes.

The log timestamp type. 0 RBSD(RFC3164 or bsd). 1 RISO(RFC3339 or iso). 2 RFULL(date). 3 NONE.

The state of log operate true(1):enable.false(2):disable.

The maximum number of messages that can be storedin logbuffer.MaxSize range 10~1000.

The operations staff can selectively filter the messages with priority which consists of severity that generates the message and severity of the message.Range 0~7.

The number of log messages stored in logbuffer.

The number of log messages dropped in logbuffer.

The state of log merge true(1):enable.false(2):disable.

The operations staff can selectively filter the messages with priority which consists of severity that generates the message and severity of the message.Range 0~7.

The state of syslogtrap: true(1): enable.false(2): disable.

The operations staff can selectively filter the messages with priority which consists of facility that generates the message and severity of the message.Value range 0~11 or 16~23.

The operations staff can selectively filter the messages with priority which consists of severity that generates the message and severity of the message.Value range 0~7.default 4

The table of loghost.

The loghost entry of syslog.

The ip address of loghost.

The mgmt if of loghost. 1 noUse. 2 useMgmtIf. Enumeration: 'useMgmtIf': 2, 'noUse': 1.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

The state of syslog trap. true(1):enable.false(2):disable.

The operations staff can selectively filter the messages with priority which consists of severity that generates the message and severity of the message. 0 high. 1 middle. 2 lower. 3 minor.

The state of log merge true(1):enable.false(2):disable.

The logging merge fifo-size, specify the logging merge buffer.

The logging merge timeout value, specify the logging merge interval.default 10.

Specify sync parameter. true(1): sync the syslog and return value is always 0.

Clear logging buffer. true(1): clear the logging buffer and return value is always 0.

A list of mirror session source port entries.

A list of parameters that describe a source port to be added to a mirror session.

An index that uniquely identifies an entry in the mirror session table.

IfIndex of mirror group source port. including ethernet port and agg port

Mirror direction of source port.if the direction first configured as rx, then configure tx, then the direction will be both. Enumeration: 'both': 3, 'rx': 1, 'tx': 2.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A list of mirror session source vlan entries.

A list of parameters that describe a source vlan to be added to a mirror session.

An index that uniquely identifies an entry in the mirror session table.

IfIndex of mirror group source vlan.

Mirror direction of source vlan.if the direction first configured as rx, then configure tx, then the direction will be both. Enumeration: 'both': 3, 'rx': 1, 'tx': 2.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A list of mirror group dest port entries.

A list of parameters that describe a dest port to be added to a mirror group.

An index that uniquely identifies an entry in the mirror session table.

IfIndex of mirror group dest port. only ethernet port.

session type. Enumeration: 'local': 1, 'remote': 2.

IfIndex of mirror group dest vlan.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A list of mirror group entries.

A list of parameters that describe a mirror group.

An index that uniquely identifies an entry in the mirror session table.

The type of a mirror session. 1 Local. 2 remote. Enumeration: 'local': 1, 'remote': 2.

The status of a mirror session.A mirror session will be active only when it has destination port. 1 Active. 2 Inactive. Enumeration: 'active': 1, 'inactive': 2.

The status of this conceptual row.Now only realize Destroy and Active.

A list of mirror session escape mac entries.

A list of parameters that describe a escape mac to be added to a mirror session.

The index of a escape mac.Range 1~2.

Specify certain mac address as special and not mirror.

Mac mask of mirror Specify certain mac address.

The status of this conceptual row.Now only realize CreateAndGo(4) and Destroy(6) and Active(1). 1 means Active 4 means CreateAndGo 6 means Destroy

This table defines the securityStatus of each secure port. Each port can have a number of authorised MAC addresses, and these are stored in the portSecurityStaticAddressTable and portSecurityDynamicAddressTable.

There is a Rowin this table for each secure port and It is indexed using the object ifIndex in RFC1213-MIB.

This attribute controls the system wide operation of mac-authentication. The system-wide mac-authentication options become non-operational when this attribute is set to disabled. Enumeration: 'disabled': 2, 'enabled': 1.

This attribute determines what action to be taken when a security violation is detected protect(0): discard packet silently restrict(1): discard packet and print log shutdown(2): discard packet, log and set the interface error-disabled. Enumeration: 'restrict': 1, 'protect': 0, 'shutdown': 2.

This indicates the maximum value that mac addresses can be learned. Those objects are bound by the relationship: staticNumberOfConfiguredMacAddresses <= totalNumberOfMacAddresses <= portSecurityMaximumMacAddresses.

This indicates thecurrent number of Mac Addresses.

This table stores the static MAC addresses assigned to each port.

This table stores the static MAC addresses assigned to each port.

The port index which port security is configured. This is the first index into the portSecurityStaticAddressTable.

The Vlan ID associate with the port and the MAC address. This is the second index into the portSecurityStaticAddressTable.

The MAC address of a station assigned to this port. The index format of mac address '01:02:0a:0b:ff:ff' should be '1.2.10.11.255.255' This is the third index into the portSecurityStaticAddressTable.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

This table stores the dynamic MAC addresses which are learned each port.

This table stores the dynamic MAC addresses which are learned each port.

The Vlan ID associate with the port and the MAC address. This is the third index into the portSecurityDynamicAddressTable.

The MAC address of a station assigned to this port.This is the second index into the portSecurityDynamicAddressTable.

The port name which port security is configured.

This table stores the port name and storm control unicast mode,level and pps.

This table stores the port name and storm control unicast mode and level.

The name of interface which is configuredstorm control.

This indicates which unicast mode is configured whenstorm control is used. 1 PacketPerSecond. 2 Level. Enumeration: 'packetPerSecond': 1, 'level': 2.

When unicast mode is configured Level,this indicates the percentage of bandwith. The valid range is (0.00-100.00).

When unicast mode is configured PacketPerSecond, this indicates the number of packet per second.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

This table stores the port name and storm control broadcast mode,level and pps.

This table stores the port name andstorm control broadcast mode and level.

The name of interface which is configuredstorm control.

This indicates which broadcast mode is configured whenstorm control is used. 1 PacketPerSecond. 2 Level. Enumeration: 'packetPerSecond': 1, 'level': 2.

When broadcast mode is configured Level,this indicates the percentage of bandwith. The valid range is (0.00-100.00).

When broadcast mode is configured PacketPerSecond, this indicates the number of packet per second.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

This table stores the port name andstorm control multicast mode and level.

This table stores the port name andstorm control multicast,level and pps.

The name of interface which is configuredstorm control.

This indicates which multicast mode is configured whenstorm control is used. 1 PacketPerSecond. 2 Level. Enumeration: 'packetPerSecond': 1, 'level': 2.

When multicast mode is configured Level,this indicates the percentage of bandwith. The valid range is (0.00-100.00).

When multicast mode is configured PacketPerSecond, this indicates the number of packet per second.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

This is an eight-bit integer indicating the stratum level of the local clock, with values defined as follows: 0, unspecified 1, primary reference (e.g.,, radio clock) 2-255, secondary reference (via NTP)

The IP address of the reference clock ip address.

The frequency of local clock relative to the primary reference source.

Precision : This is a signed integer indicating the precision relative to the reference clock ip.

This is the local time.

This is a signed fixed-point number indicating the total roundtrip delay to the primary reference source at the root of the synchronization subnet, in seconds.

Root Dispersion : This is a signed fixed-point number indicating the maximum error relative to the primary reference source at the root of the synchronization subnet, in seconds.Only positive values greater than zero are possible.

This is a signed fixed-point number indicating the maximum error of the local clock relative to the primary reference source at the root of the synchronization subnet.Only positive values greater than zero are possible.

This is a signed, fixed-point number indicating the offset of the local clock relative to the primary clock, in seconds.

This is a signed, fixed-point number indicating the stability of the local clock relative to the primary clock, in seconds.

This table provides information about the peers and servers with which the local NTP has associations.

Each association entry provides NTP information retrieved from a particular initiative peer or server.Each peer or server is identified by a unique association identifier. Entries are automatically created when the user configures the passive peer to unicast peer list or the passive server to unicast server list.

The IP address of the initiative peer or server.

The reference identifier of the peer or server.

This is a integer indicating the stratum level of the peer of server clock.

This is a round second clock whose value change from 1 to 60.

The interval at which the local host polls the peer.

This is a shift register of NTP which is used to determine the reach abilityStatus of the peer.

This is a signed fixed-point number indicating the total roundtrip delay to the primary reference source at the root of the synchronization subnet, in seconds.

This is a signed, fixed-point number indicating the offset of the peer clock or server clock relative to the local clock, in seconds.

This is a signed fixed-point number indicating the maximum error of the peer or server clock relative to the primary reference source.

This table provides ipaddress about the peer with which the local NTP has associations.This Table support create and destroy association peer entry.

This table provides ipaddress about the peer with which the local NTP has associations.This table support create and destroy association peer entry.

The IP address of the initiative peer.

The peer use which authentication key pair.

The NTP verion of the peer.

This indicates the NTP peer is a preferred peer. Enumeration: 'prefer': 1, 'noPrefer': 2.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

This table provides ipaddress about the server with which the local NTP has associations.This table support create and destroy association server entry.

This table provides ipaddress about the server with which the local NTP has associations.This table support create and destroy association server entry.

The IP address of the initiative server.

The server use which authentication key pair.

The NTP verion of the server.

This indicates the NTP server is a preferred server. Enumeration: 'prefer': 1, 'noPrefer': 2.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

The stratum of local reference clock.If the value is 16, disable local reference clock.

This is a integer indicating that system support authentication. Enumeration: 'authenticate': 1, 'noAuthenticate': 0.

The broadcast delay of ntp broadcast mode.

The table containing information of authentication key pair.

An entry containing information of authentication key pair.

NTP authentication key ID

NTP authentication key pair.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

The table containing information of authentication key pair that trusted.

An entry containing information of authentication key pair that trusted.

NTP authentication key ID

NTP authentication key pair trust.

Reload interfaces. Enumeration: 'reloadInterface': 1.

NTP I/O statistics of time since reset.

NTP I/O statistics of receive buffers.

NTP I/O statistics of free receive buffers.

NTP I/O statistics of used receive buffers.

NTP I/O statistics of low water refills.

NTP I/O statistics of dropped packets.

NTP I/O statistics of ignored packets.

NTP I/O statistics of received packets.

NTP I/O statistics of packets sent.

NTP I/O statistics of packets not sent.

NTP I/O statistics of interrupts handled.

NTP I/O statistics of received by int.

The table create the Access Control Entries (ACE) of a NTP server/peer.

An entry containing information of NTP ACE.

NTP ace list index.

Ip address or hostname of NTP restrict peer.

Mask of NTP restrict peer. Default value is 255.255.255.255

Ignore these hosts if not the current NTP version.enable(1),disable(2). Enumeration: 'enable': 1, 'disable': 2.

If access is denied, send a kiss-of-death packet. Enumeration: 'enable': 1, 'disable': 2.

Ignore all packets from host that match this entry. Enumeration: 'enable': 1, 'disable': 2.

Ignore all NTP mode 6 and 7 packets from the source. Time service is not affected. Enumeration: 'enable': 1, 'disable': 2.

Ignore all NTP mode 6 and 7 packets which attempt to modify the stateof the server. Enumeration: 'enable': 1, 'disable': 2.

Decline to provide mode 6 control message trap service to matching hosts. Enumeration: 'enable': 1, 'disable': 2.

Ignore NTP packets whose mode is other than 6 or 7. Enumeration: 'enable': 1, 'disable': 2.

Provide stateless time service to polling hosts, but do not allocate peer memory resources. Enumeration: 'enable': 1, 'disable': 2.

Treat these hosts normally in other respects, but never use them as synchronization sources. Enumeration: 'enable': 1, 'disable': 2.

These hosts are subject to limitation of number of clients from the same net. Enumeration: 'enable': 1, 'disable': 2.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

The table containing information of NTP current restrict list.

An entry containing information of NTP restrict.

NTP current restrict list index.

NTP current restrict address.

NTP current restrict mask.

NTP current restrict count value.

NTP current restrict flags.

Configure the match-order of number-acl group.

Define the index of aclGroupTable.

The index of acl group. MAC type :10001..20000 IP Extend type :20001..30000 IP type :30001..40000 IPv6 type :40001..50000 IPv6 Extend type :50001..60000 MLPS type :60001..70000 MPLS Extend type :70001..80000.

The name of acl group. Range 0~20.

The count of rules in this acl group.

The status of this row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

The description of this acl group.Up to 100 characters.Range 0~100.

A table of MAC acl group. If some objects of this table are not supported by some products, these objects can't be created, changed and applied. Default value of these objects will be returned when they are read.

MAC acl group information.

The index of MAC-based acl group.Range is 10001~30000 and 50001~60000.

The rule index of MAC-based acl group. Range 1~131071.

The action of MAC acl rule. (1) permit. (2) deny.

Source MAC of MAC acl rule. If you do not want to use this filter, set this item with any valid value and set aclMacSrcMacWild 'FFFF.FFFF.FFFF'.

Source MAC wildcard of MAC acl rule. If you do not want to use this filter, set aclMacSrcMac with any valid value and set this item 'FFFF.FFFF.FFFF'.

Destination MAC of MAC acl rule. If you do not want to use this filter, set this item with any valid value and set aclMacDestMacWild 'FFFF.FFFF.FFFF'.

Destination MAC wildcard of MAC acl rule. If you do not want to use this filter, set aclMacDestMac with any valid value and set this item 'FFFF.FFFF.FFFF'.

Ether type in decimal/hexadecimal, ranging in <0x0-0xffff>. (aclMacProtocol = 0, aclMacProtocolWild = 0xffff) means any protocols.

Ether type wildcard in decimal/hexadecimal, ranging in <0x0-0xffff>, reversely encoded. (aclMacProtocol = 0, aclMacProtocolWild = 0xffff) means any protocols.

The type of protocol nouse(0) eth2(1) sap(2) snap(3)

The vlan id of MAC acl rule.Range 0~4094. nouse(0)

The inner vlan id of MAC acl rule. Range 0~4094 nouse(0)

Vlan priority of MAC acl rule.Range 0~8 nouse(8).

Inner vlan priority of MAC acl rule.Range 0~8. nouse(8).

The Time-range of MAC acl rule.Range 0~20.

The status of this row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

Configure the rule for ip acl group.

Define the index of aclIpRuleTable.

The index of ip acl group. Range 20001~40000.

The rule index of ip acl rule.Range 1~131071.

The action of ip acl rule. (1) permit. (2) deny.

The protocol-type of Ip acl group. <0-255> Protocol number Icmp Internet Control Message Protocol(1) igmp Internet Group Management Protocol(2) ospf OSPF routing protocol(89) tcp Transmission Control Protocol (6) udp User Datagram Protocol (17) nouse Do not use this filter(256)

Source IP-address of ip acl group.

Source IP-address wild of ip acl group.

Destination IP-address of ip acl group.

Destination IP-address wild of ip acl group.

The value of Precedence.8 means do not use this filter.Range 0~8. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclIpDscp is setted.

The value of DSCP.64 means do not use this filter. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclIpPrecedence is setted.

The flag of matching fragmented packet. True(1),False(2).

The flag of matching routed packet. True(1),False(2).

The flag of matching packet with ip option. True(1),False(2).

The Time-range of Ip acl rule.String length range 0~20.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

Configure the rule for tcp acl group.

Define the index of hh3cAclTcpRuleTable.

The index of tcp acl group. Range 20001~40000.

The rule index of tcp acl group. Range 1~131071.

The action of tcp acl rule. (1) permit. (2) deny.

Source IP-address of tcp acl group.

Source IP-address wild of tcp acl group.

Destination IP-address of tcp acl group.

Destination IP-address wild of tcp acl group.

The value of Precedence.8 means do not use this filter.Range 0~8. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclTcpDscp is setted.

The value of DSCP.64 means do not use this filter. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclTcpPrecedence is setted.

The flag of matching fragmented packet. True(1),False(2). This node can not be setted true for aclTcpSrcOp or aclTcpDestOp is setted.

The flag of matching routed packet. True(1),False(2).

The flag of matching packet with ip option. True(1),False(2).

The source port's operator of tcp acl group. This node can not be setted if aclTcpFragments is true. eq(0), gt(2), lt(3), range(4), invalid(5)

The fourth layer source port1. Range 0~65535.

The fourth layer source port2. Range 0~65535.

The destination port's operator of tcp acl group. This node can not be setted if aclTcpFragments is true. eq(0), gt(2), lt(3), range(4), invalid(5)

The fourth layer destination port1. Range 0~65535.

The fourth layer destination port2. Range 0~65535.

The tcp-flags' operator of tcp acl group.for example, established tcp packet with ack or rst flag setted, set this node matchAny(0) and set aclTcpFlagAck and aclTcpFlagRst can filter established tcp packet. matchAny(0), matchAll(1), invalid(2). Enumeration: 'matchAll': 1, 'matchAny': 0, 'invalid': 2.

The tcp-urg flag of tcp acl group. True(1),False(2). TCP protocol URG Packet.

The tcp-ack flag of tcp acl group. TCP protocol ACK Packet. True(1),False(2).

The tcp-psh flag of tcp acl group. True(1),False(2). TCP protocol PSH Packet.

The tcp-rst flag of tcp acl group. True(1),False(2). TCP protocol RST Packet.

The tcp-syn flag of tcp acl group. True(1),False(2). TCP protocol SYN Packet.

The tcp-fin flag of tcp acl group. True(1),False(2). TCP protocol FIN Packet.

The Time-range of tcp acl rule.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

Configure the rule for udp acl group.

Define the index of aclUdpRuleTable.

The index of udp acl group. Range 20001~40000.

The rule index of udp acl group. Range 1~131071.

The action of udp acl rule. (1) permit. (2) deny

Source IP-address of udp acl group.

Source IP-address wild of udp acl group.

Destination IP-address of udp acl group.

Destination IP-address wild of udp acl group.

The value of Precedence.8 means do not use this filter.Range 0~8. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclUdpDscp is setted.

The value of DSCP.64 means do not use this filter. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclUdpPrecedence is setted.

The flag of matching fragmented packet. True(1),False(2). This node can not be setted true for aclUdpSrcOp or aclUdpDestOp is setted.

The flag of matching routed packet. True(1),False(2).

The flag of matching packet with ip option. True(1),False(2).

The source port's operator of udp acl group. This node can not be setted if aclUdpFragments is true. eq(0), gt(2), lt(3), range(4), invalid(5)

The fourth layer source port1. Range 0~65535.

The fourth layer source port2. Range 0~65535.

The destination port's operator of udp acl group. This node can not be setted if aclUdpFragments is true. eq(0), gt(2), lt(3), range(4), invalid(5)

The fourth layer destination port1. Range 0~65535.

The fourth layer destination port2. Range 0~65535.

The Time-range of udp acl rule. Range 0~20.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

Configure the rule for icmp acl group.

Define the index of aclIcmpRuleTable.

The index of icmp acl group. Range 20001~40000.

The rule index of icmp acl group. Range 1~131071.

The action of icmp acl rule. (1) permit. (2) deny

Source IP-address of icmp acl group.

Source IP-address wild of icmp acl group.

Destination IP-address of icmp acl group.

Destination IP-address wild of icmp acl group.

The value of Precedence.8 means do not use this filter.Range 0~8. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclIcmpDscp is setted.

The value of DSCP.64 means do not use this filter. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclIcmpPrecedence is setted.

The flag of matching fragmented packet. This node can not be setted true if aclIcmpType is setted. True(1),False(2).

The flag of matching routed packet. True(1),False(2).

The flag of matching packet with ip option. True(1),False(2).

The type of ICMP packet. INTEGER<0-256> ICMP type echo Type=8, Code=0 echo-reply Type=0, Code=0 fragmentneed-DFset Type=3, Code=4 host-redirect Type=5, Code=1 host-tos-redirect Type=5, Code=3 host-unreachable Type=3, Code=1 information-reply Type=16, Code=0 information-request Type=15, Code=0 net-redirect Type=5, Code=0 net-tos-redirect Type=5, Code=2 net-unreachable Type=3, Code=0 parameter-problem Type=12, Code=0 port-unreachable Type=3, Code=3 protocol-unreachable Type=3, Code=2 reassembly-timeout Type=11, Code=1 source-quench Type=4, Code=0 source-route-failed Type=3, Code=5 timestamp-reply Type=14, Code=0 timestamp-request Type=13, Code=0 ttl-exceeded Type=11, Code=0 nouse 256 This node can not be setted if aclIcmpFragments is true.

The code of ICMP packet.INTEGER<0-256> echo Type=8, Code=0 echo-reply Type=0, Code=0 fragmentneed-DFset Type=3, Code=4 host-redirect Type=5, Code=1 host-tos-redirect Type=5, Code=3 host-unreachable Type=3, Code=1 information-reply Type=16, Code=0 information-request Type=15, Code=0 net-redirect Type=5, Code=0 net-tos-redirect Type=5, Code=2 net-unreachable Type=3, Code=0 parameter-problem Type=12, Code=0 port-unreachable Type=3, Code=3 protocol-unreachable Type=3, Code=2 reassembly-timeout Type=11, Code=1 source-quench Type=4, Code=0 source-route-failed Type=3, Code=5 timestamp-reply Type=14, Code=0 timestamp-request Type=13, Code=0 ttl-exceeded Type=11, Code=0 nouse 256 This node can not be setted if aclIcmpType is not setted.

The Time-range of icmp acl rule. Range 0~20.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

Configure the rule for igmp acl group.

Define the index of aclIgmpRuleTable.

The index of igmp acl group. Range 20001~40000.

The rule index of igmp acl group.Range 1~131071.

The action of igmp acl rule. (1) permit. (2) deny

Source IP-address of igmp acl group.

Source IP-address wild of igmp acl group.

Destination IP-address of igmp acl group.

Destination IP-address wild of igmp acl group.

The value of Precedence.8 means do not use this filter.Range 0~8. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclIgmpDscp is setted.

The value of DSCP.64 means do not use this filter. DSCP and Precedence both use IP TOS segment.This node can not be setted for aclIgmpPrecedence is setted.

The flag of matching fragmented packet. This node can not be setted true if aclIgmpType is setted. True(1),False(2).

The flag of matching routed packet. True(1),False(2).

The flag of matching packet with ip option.True(1),False(2).

The type of ICMP packet. 0 precedence 17 host query 18 host report 19 dvmrp 20 pim 21 trace 22 v2 report 23 v2 leave 30 mtrace response 31 mtrace 34 v3 report 256 nouse This node can not be setted if aclIgmpFragments is true. Enumeration: 'hostReport': 18, 'hostQuery': 17, 'dvmrp': 19, 'pim': 20, 'trace': 21, 'v3Report': 34, 'precedence': 0, 'v2Leave': 23, 'invalid': 256, 'mtraceResponse': 30, 'v2Report': 22, 'mtrace': 31.

The Time-range of igmp acl rule.Range 0~20.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A table of MPLS MAC acl group. If some objects of this table are not supported by some products, these objects can't be created, changed and applied. Default value of these objects will be returned when they are read.

MPLS MAC acl group information.

The index of MPLS MAC-based acl group. Range 70001 ~ 80000.

The rule index of MPLS MAC-based acl group. Range 1~131071.

The action of MPLS MAC acl rule. (1) permit. (2) deny.

Source MAC of MPLS MAC acl rule.

Source MAC wildcard of MPLS MAC acl rule.

Destination MAC of MAC acl rule. If you do not want to use this filter, set this item and aclMacDestMacWild 'FF:FF:FF:FF:FF:FF'.

Destination MAC wildcard of MAC acl rule. If you do not want to use this filter, set this item and aclMacDestMac 'FF:FF:FF:FF:FF:FF'.

The type of protocol nouse(0) eth2(1) sap(2) snap(3)

The vlan id of MAC acl rule.Range 0~4094. nouse(0)

The inner vlan id of MAC acl rule. nouse(0)

Vlan priority of MAC acl rule.Range 0~8 nouse(8).

Inner vlan priority of MAC acl rule. nouse(8).

The Time-range of MAC acl rule.

The status of this row.Now only realize CreateAndGo and Destroy and Active.

Configure the rule for Mpls Label acl group.

Define the index of acl Mpls Label RuleTable.

The index of MplsLabel acl group. Range 60001~80000.

The rule index of MplsLabel acl rule.Range 1~131071.

The action of MplsLabel acl rule. (1) permit. (2) deny.

The layer number of MPLS labels.Range is <1-4>. Set 1 means match MPLS packets with more than (or equal to) one layer MPLS label. Set 2 means match MPLS packets with more than (or equal to) two layer MPLS label. Set 3 means match MPLS packets with more than (or equal to) three layer MPLS label. Set 4 means match MPLS packets with more than (or equal to) four layer MPLS label.

The mpls label1 value in in decimal system. Range is 0~1048575.Default value is 0.

MPLS label wildcard in hexadecimal system. Range is string 0~fffff. Default wild value is fffff, means any.

The exp value of the MPLS label.Range of exp is <0-7>. 8 means do not use.Default value is 8.

The ttl value of the MPLS label.Range of ttl is <0-255>. 256 means do not use.Default value is 256.

The mpls label value in in decimal system. Range is 0~1048575.Default value is 0.

MPLS label wildcard in hexadecimal system. Range is string 0~fffff. Defalut wild value is fffff, means any.

The exp value of the MPLS label.Range of exp is <0-7>. 8 means do not use.Default value is 8.

The ttl value of the MPLS label.Range of ttl is <0-255>. 256 means do not use.Default value is 256.

The mpls label value in in decimal system. Range is 0~1048575.Default value is 0.

MPLS label wildcard in hexadecimal system. Range is string 0~fffff. Default wild value is fffff, means any.

The exp value of the MPLS label.Range of exp is <0-7>. 8 means do not use.Default value is 8.

The ttl value of the MPLS label.Range of ttl is <0-255>. 256 means do not use.Default value is 256.

The mpls label value in in decimal system. Range is 0~1048575.Default value is 0.

MPLS label wildcard in hexadecimal system. Range is string 0~fffff. Default wild value is fffff, means any.

The exp value of the MPLS label.Range of exp is <0-7>. 8 means do not use.Default value is 8.

The ttl value of the MPLS label.Range of ttl is <0-255>. 256 means do not use.Default value is 256.

Set whether the topmost label as bottom of label stack. True(1), means matching MPLS packets with label layer num equal to aclMplsLabelLayer. False(2), means matching MPLS packets with label layer num more than aclMplsLabelLayer. Default value is False.

The Time-range of used by the MPLS filter rule.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active.

Configure the rule for ipv6 acl group.

Define the index of aclIpv6RuleTable.

The index of ipv6 acl group. Range 40001~60000.

The rule index of ipv6 acl rule.Range 1~131071.

The action of ipv6 acl rule. (1) permit. (2) deny.

The protocol-type of Ipv6 acl group. <0-255> Protocol number Icmpv6 Internet Control Message Protocol(58) ospf OSPF routing protocol(89) tcp Transmission Control Protocol (6) udp User Datagram Protocol (17) nouse Do not use this filter(256)

Source IPv6-address of ipv6 acl group.

Source IPv6-address prefix length of ipv6 acl group.Range 0~128

Destination IPv6-address of ipv6 acl group.

Destination IPv6-address prefix length of ipv6 acl group.Range 0~128

The value of FlowLabel.1048576 means do not use this filter.Range 0~1048576.

The value of DSCP.64 means do not use this filter.Range 0~64.

The flag of matching fragmented packet. True(1),False(2).

The flag of matching routed packet. True(1),False(2).

The flag of matching packet with ipv6 option. True(1),False(2).

The Time-range of Ipv6 acl rule.String length range 0~20.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active.

Configure the rule for tcp6 acl group.

Define the index of aclTcp6RuleTable.

The index of tcp6 acl group. Range 40001~60000.

The rule index of tcp6 acl group. Range 1~131071.

The action of tcp6 acl rule. (1) permit. (2) deny.

Source IPv6-address of tcp6 acl group.

Source IPv6-address prefix length of tcp6 acl group.Range 0~128

Destination IPv6-address of tcp6 acl group.

Destination IPv6-address prefix length of tcp6 acl group.Range 0~128

The value of FlowLabel.1048576 means do not use this filter.Range 0~1048576.

The value of DSCP.64 means do not use this filter.Range 0~64.

The flag of matching fragmented packet. True(1),False(2). This node can not be setted true for aclTcp6SrcOp or aclTcp6DestOp is setted.

The flag of matching routed packet. True(1),False(2).

The flag of matching packet with ipv6 option. True(1),False(2).

The source port's operator of tcp6 acl group. This node can not be setted if aclTcp6Fragments is true. eq(0), gt(2), lt(3), range(4), invalid(5)

The fourth layer source port1. Range 0~65535.

The fourth layer source port2. Range 0~65535.

The destination port's operator of tcp6 acl group. This node can not be setted if aclTcp6Fragments is true. eq(0), gt(2), lt(3), range(4), invalid(5)

The fourth layer destination port1. Range 0~65535.

The fourth layer destination port2. Range 0~65535.

The tcp-flags' operator of tcp6 acl group. for example, established tcp packet with ack or rst flag setted, set this node matchAny(0) and set aclTcp6FlagAck and aclTcp6FlagRst can filter established tcp packet. matchAny(0), matchAll(1), invalid(2). Enumeration: 'matchAll': 1, 'matchAny': 0, 'invalid': 2.

The tcp-urg flag of tcp6 acl group. True(1),False(2). TCP protocol URG Packet.

The tcp-ack flag of tcp6 acl group. TCP protocol ACK Packet. True(1),False(2).

The tcp-psh flag of tcp6 acl group. True(1),False(2). TCP protocol PSH Packet.

The tcp-rst flag of tcp6 acl group. True(1),False(2). TCP protocol RST Packet.

The tcp-syn flag of tcp6 acl group. True(1),False(2). TCP protocol SYN Packet.

The tcp-fin flag of tcp6 acl group. True(1),False(2). TCP protocol FIN Packet.

The Time-range of tcp6 acl rule.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active.

Configure the rule for udp6 acl group.

Define the index of aclUdp6RuleTable.

The index of udp6 acl group. Range 40001~60000.

The rule index of udp6 acl group. Range 1~131071.

The action of udp6 acl rule. (1) permit. (2) deny

Source IPv6-address of udp6 acl group.

Source IPv6-address prefix length of udp6 acl group.Range 0~128

Destination IPv6-address of udp6 acl group.

Destination IPv6-address prefix length of udp6 acl group.Range 0~128

The value of FlowLabel.1048576 means do not use this filter.Range 0~1048576.

The value of DSCP.64 means do not use this filter.Range 0~64.

The flag of matching fragmented packet. True(1),False(2). This node can not be setted true for aclUdp6SrcOp or aclUdp6DestOp is setted.

The flag of matching routed packet. True(1),False(2).

The flag of matching packet with ipv6 option. True(1),False(2).

The source port's operator of udp6 acl group. This node can not be setted if aclUdp6Fragments is true. eq(0), gt(2), lt(3), range(4), invalid(5)

The fourth layer source port1. Range 0~65535.

The fourth layer source port2. Range 0~65535.

The destination port's operator of udp6 acl group. This node can not be setted if aclUdp6Fragments is true. eq(0), gt(2), lt(3), range(4), invalid(5)

The fourth layer destination port1. Range 0~65535.

The fourth layer destination port2. Range 0~65535.

The Time-range of udp6 acl rule. Range 0~20.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active.

Configure the rule for icmp6 acl group.

Define the index of aclIcmp6RuleTable.

The index of icmp6 acl group. Range 40001~60000.

The rule index of icmp6 acl group. Range 1~131071.

The action of icmp6 acl rule. (1) permit. (2) deny

Source IPv6-address of icmp6 acl group.

Source IPv6-address prefix length of icmp6 acl group.Range 0~128

Destination IPv6-address of icmp6 acl group.

Destination IPv6-address prefix length of icmp6 acl group.Range 0~128

The value of FlowLabel.1048576 means do not use this filter.Range 0~1048576.

The value of DSCP.64 means do not use this filter.Range 0~64.

The flag of matching fragmented packet. This node can not be setted true if aclIcmp6Type is setted. True(1),False(2).

The flag of matching routed packet. True(1),False(2).

The flag of matching packet with ipv6 option. True(1),False(2).

The type of ICMPv6 packet.Range 0~256. This node can not be setted if aclIcmp6Fragments is true.

The code of ICMPv6 packet.Range 0~256. This node can not be setted if aclIcmp6Type is not setted.

The Time-range of icmp6 acl rule. Range 0~20.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active.

Enable/disable qos globally. enable(1),disable(2). Enumeration: 'enable': 1, 'disable': 2.

Set 'true(1)' for flow policer first, 'false(2)' for port policer first. Default value is false(2). Enumeration: 'false': 2, 'true': 1.

Reset configuration of qos maping table in specified domain.

Entry of globalQosResetDomainMapTable.

Qos domain.Range is <0-7>.

Restore the whole running map table to system default table. Set the value to restore related table. cosPriColor(1) Restore the COS-to-Priority/Color map dscpPriColor(2) Restore dscp-priority-color map expPriColor(3) Restore the exp-to-priority/color map ipPrecPriColor(4) Restore the IP Precedence to Pri/Color map priColorCos(5) Restore PRI_COLOR-to-COS map priColorDscp(6) Restore PRI_COLOR-to-DSCP map priColorExp(7) Restore PRI_COLOR-to-EXP map The get of this value alway return 0 Enumeration: 'priColorDscp': 6, 'priColorCos': 5, 'ipPrecPriColor': 4, 'cosPriColor': 1, 'dscpPriColor': 2, 'expPriColor': 3, 'priColorExp': 7.

Set 1 to reset priority-color-queueId-thresholdId mapping. Zero will be returned.

Running table of interface ingress map.

Entry of globalQosMapIngressTable.

Type of map. cos(1), dscp(2), exp(3), ipPre(4)

Ingress domain. Range is <0-7>.

Different type has different GlobalQosMapIngressValue. Type-name Range of GlobalQosMapIngressValue cos (0..7) dscp (0..63) ipPre (0..7) exp (0..7)

Internal priority value.Range is <0-63>.

Internal color.Set (1)red, (2)yellow, (3)green.

Running table of interface egress map.

Entry of globalQosMapEgressTable

Type of the egress map-table. Only value cos(1), dscp(2), exp(3) can be use.

Egress domain.Range is <0-7>.

Internal priority value.Range is <0-63>.

Internal color. Set (1)red, (2)yellow, (3)green.

Different type has different GlobalQosMapIngressValue. Type-name Range of GlobalQosMapIngressValue cos (0..7) dscp (0..63) exp (0..7)

A table of qos map priority-color to QueueId - thresholdId.

Entry of globalQosMapPriColorQidTidTable.

QoS Map Priority to be configured.Range is <0-63>.

Internal color. Set (1)red, (2)yellow, (3)green.

The queue id to be mapped to.Range is <0-7>.

The threasholdId id to be mapped to.Range is <0-3>.

A table of interface ingress map.

Entry of globalQosMapIngressDefaultTable.

Type of map. cos(1), dscp(2), exp(3), ipPre(4)

Ingress domain.

Different type has different GlobalQosMapIngressValue. Type-name Range of GlobalQosMapIngressValue cos (0..7) dscp (0..63) ipPre (0..7) exp (0..7)

Internal priority value.

Internal color.Set (1)red, (2)yellow, (3)green.

A table of interface egress map.

Entry of globalQosMapEgressDefaultTable.

Type of the egress map-table. Only valude cos(1), dscp(2), exp(3) can be use.

Egress domain.

Internal priority value.

Internal color. Set (1)red, (2)yellow, (3)green.

Different type has different GlobalQosMapIngressValue. Type-name Range of GlobalQosMapIngressValue cos (0..7) dscp (0..63) exp (0..7)

A table of default qos mapping configuration of priority-color to QueueId - thresholdId.

Entry of globalQosMapPriColorQidTidDefaultTable.

Internal priority.

Internal color. Set (1)red, (2)yellow, (3)green.

The queue id.

The threasholdId id.

A table of qos domain cfi config.

Entry of globalQosCfiTable.

QoS domain to be configured. Range is <0~7>.

Cfi enable status of qos domain. Set (1)enable, (2)disable. Default:(2)disable.

A table of interface shape.

Entry of interface shape talbe.

Port shape mode type. 1 means port shape is based on percent of interface max bandwidth. 2 means port shape is based on the configured rate. Enumeration: 'rate': 2, 'percent': 1.

Percent value of interface max bandwidth. Range is <0-99>.

Rate of interface max value. Range <0-10000000>kbps.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A table of interface queue shape.

Entry of interface queue shape table.

Queue Id of the interface. Range <0-7>

Port shape mode type. 1 means queue shape is based on percent of interface max bandwidth. 2 means queue shape is based on the configured rate. If no shape is configured, zero will be got. Enumeration: 'rate': 2, 'percent': 1.

Percent value of interface max bandwidth. Range is <0-100>. This value influences the commit information rate. This value should not be larger than ifQosShapeQueueCfgPercentPeak. If the queue shape is rate mode, this value is 0.

Percent value of interface max bandwidth. Range is <0-100>. This value influences the peak information rate. This value should not be smaller than ifQosShapeQueueCfgPercent. If the queue shape is rate mode, this value is 0.

Commit information rate of interface queue shaping. Range <0-10000000>kbps. This value should not be larger than ifQosShapeQueueCfgRatePeak. If the queue shape is percent mode, this value is 0.

Peak information rate of interface queue shaping. Range <0-10000000>kbps. This value should not be smaller than ifQosShapeQueueCfgRate. If the queue shape is percent mode, this value is 0.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A table of interface queue class and Drr Weight .

Interface queue class and Drr Weight entry.

Queue Id.Range is <0-7>.

<0-6>:Class Id of the selected queue. Set -1 to return it to default value.

DRR weight of selected queue. <1-100>: DRR weight range. Set -1 to return it to default value.

A table of interface queue management.

Entry of ifQosQueueManageCfgTable.

Queue Id.Range is <0-7>

Queue management mode. (-1) taildrop. (0-10) the value of EWMA factor,default EWMA factor is 9. If this value is (0-10), the drop type is weighted random early drop(wred) mode.

Drop threshold for precedence0, only for taildrop mode. 65535 is returned for other mode.Range is <0-12884>. The set of this value will be ignored for non-taildrop mode. Set -1 to delete current configuration and retrieve default configuration. For 1G port, default value is 224; For 10G port, default value is 576

Drop threshold for precedence1, only for taildrop mode. 65535 is returned for other mode.Range is <1-12885>. The set of this value will be ignored for non-taildrop mode. Set -1 to delete current configuration and retrieve default configuration. For 1G port, default value is 240; For 10G port, default value is 592.

Drop threshold for precedence1, only for taildrop mode. 65535 is returned for other mode. Range is <2-12886>. The set of this value will be ignored for non-taildrop mode. Set -1 to delete current configuration and retrieve default configuration for all precedence. For 1G port, default value is 256; For 10G port, default value is 608.

Random-detect drop precedence0 min threshold, only for wred mode. 65535 is returned for other mode. Range is <0-12886>. The set of this value will be ignored for non-wred mode. Set -1 to delete current configuration and retrieve default configuration for all precedence. For 1G port, default value is 16;

Random-detect drop precedence1 min threshold, only for wred mode. 65535 is returned for other mode. Range is <0-12886>. The set of this value will be ignored for non-wred mode. Set -1 to delete current configuration and retrieve default configuration for all precedence. For 1G port, default value is 24;

Random-detect drop precedence2 min threshold, only for wred mode. 65535 is returned for other mode. Range is <0-12886>.For 1G port, default value is 32; Set -1 to delete current configuration and retrieve default configuration.

Random-detect drop precedence0 max threshold, only for wred mode, 65535 is returned for other mode.Range is <1-12887>. The set of this value will be ignored for non-wred mode. Set -1 to delete current configuration and retrieve default configuration for all precedence. For 1G port, default value is 480;

Random-detect drop precedence1 max threshold, only for wred mode. The set of this value will be ignored for non-wred mode. 65535 is returned for other mode. Range is <1-12887>. Set -1 to delete current configuration and retrieve default configuration for all precedence. For 1G port, default value is 496;

Random-detect drop precedence2 max threshold, only for wred mode. The set of this value will be ignored for non-taildrop mode. 65535 is returned for other mode. Range is <1-12887>. Set -1 to delete current configuration and retrieve default configuration for all precedence. For 1G port, default value is 512;

Random-detect drop precedence0 drop probability, only for wred mode. Set -1 to delete current configuration and retrieve default configuration. The default value is 1024. -2 is returned for other mode. Range is <0-65535>.

Random-detect drop precedence1 drop probability, only for wred mode. Set -1 to delete current configuration and retrieve default configuration. The default value is 1024. -2 is returned for other mode. Range is <0-65535>.

Random-detect drop precedence2 drop probability, only for wred mode. Set -1 to delete current configuration and retrieve default configuration. The default value is 1024. -2 is returned for other mode. Range is <0-65535>.

A table of interface CAR applied.

Entry of ifQosCarApplyTable.

Direction of this port-policer applied on. (1) input. (2) output. Enumeration: 'input': 1, 'output': 2.

Value 1 for color aware mode policer, value 2 for color blind mode policer. Enumeration: 'colorBlind': 2, 'colorAware': 1.

Commit information rate (kbps). Range is <8-10000000>.

Commit burst size (bytes). Range is <1000-128000>.

Set (1) is select rfc2697 mode. Set (2) is select rfc2698 mode. Set (3) is select rfc4115 mode. Set (4) is select bwp mode. Enumeration: 'bwp': 4, 'rfc4115': 3, 'rfc2697': 1, 'rfc2698': 2.

When Type mode is rcf2698 means Peak information rate (kbps). When Type mode is rfc2697&rfc4115&bwp means Excess Information Rate (kbps). Range is <8-10000000>.

When Type mode is rcf2698 means Peak burst size (bytes). When Type mode is rfc2697&rfc4115&bwp means Excess Burst Size (bytes). Range is <1000-128000>.

Drop color configuration.When configuring 'red(1)', it only drops red packet; configuring 'yellow(2)', it drops both 'red' and 'yellow' packet. Enumeration: 'red': 1, 'yellow': 2.

2 for using L2 frame length; 1 for using L3 length. Enumeration: 'yes': 1, 'no': 2.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A table of interface cos value.

Entry of ifQosCosTable.

Cos value for this interface.Range is <0-7>. The default CoS for each interface is 0.

A table of interface trust type.

Entry of ifQosTrustTypeTable.

Trust priority type for this interface. Set trust-default to delete current configuration and retrieve default configuration. trustDefault(-1) trustPort(0) trustSTagCos(2) trustDscpExp(3) trustIpPre(4) trustCTagCos(5) Enumeration: 'trustDscpExp': 3, 'trustSTagCos': 2, 'trustDefault': -1, 'trustIpPre': 4, 'trustCTagCos': 5, 'trustPort': 0.

A table of interface Domain value.

Entry of ifQosDomainTable.

Domain value for this interface. Range <0-7>. The default value is 0

A table of ifQosReplaceEntry.

Entry of ifQosReplaceTable.

Replace priority type for this interface. The defult cos is stagcos; The value of set this node only can be follow: cos(1), cosctag(2), cosstag(3), dscpExp(4), nodscp(7), nocos(8) Enumeration: 'nocos': 8, 'cosctag': 2, 'none': 0, 'ctagdscp': 5, 'nodscp': 7, 'cosstag': 3, 'dscpExp': 4, 'cos': 1, 'stagdscp': 6.

This object contains an appropriate value to be used for cbQoSClassifierIndex when creating rows in the cbQoSClassifierCfgInfoTable. If the value of this node is less than 0, it indicates creating a Rowin cbQoSClassifierCfgInfoTable is not permitted.

A table of Classifier configuration information.

Classifier Configuration Information Entry.

Index of this class-map.Range is <10000-20000>.

Name of class-map. Only used in creating a conceptual row, can not modified in an 'active' Row

The counter of match rules in class-map.

Operator of the match rules of class-map. Default match operator is match-any. 'and(1)' for match-all rules. 'or(2)' for match-any rules. Enumeration: 'and': 1, 'or': 2.

This object contains an appropriate value to be used for cbQoSMatchRuleIndex when creating rows in the cbQoSMatchRuleCfgInfoTable.Begin with 0. If the value of this node is less than 0, it indicates creating a Rowin cbQoSMatchRuleCfgInfoTable is not permitted.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A table of match rule configuration in class-map.

Match Rule Entry in Class-map.

Index of Match Rule. Currently only access-group(ACL) is used as matching rule. Range is <10000-20000>.

Match ACl name.Only used in creating a conceptual row, can not modified in an 'active' Row

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

This object contains an appropriate value to be used for cbQoSPolicyIndex when creating rows in the cbQoSPolicyCfgInfoTable.

A table of policy-map.

Policy-map table Entry.

Index of this policy-map.Range is <10000-20000>.

Name of this policy-map. Only used in creating a conceptual row, can not modified in an 'active' Row

The counter of class-maps in this policy-map.

This object contains an appropriate value to be used for cbQoSPolicyClassIndex when creating rows in the cbQoSPolicyClassCfgInfoTable. If the returned value is less 0, it indicates creating a Rowis not permitted.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A table of policy-class.

Policy-class table Entry.

Index of this policy-class.Range is <10000-20000>.

Index of classifier applied by a policy. It is corresponding to cbQoSClassifierName. The maximum index value 20000 is reserved for class-map class-default only.

Name of classifier applied by a policy. It should exist in cbQoSClassifierCfgInfoTable. Only used in creating a conceptual row, can not modified in an 'active' row.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

This object contains an appropriate value to be used for cbQoSAggregativeCarIndex when creating rows in the cbQoSAggregativeCarCfgInfoTable.

A table of aggregate-policer.

Aggregate-policer table Entry.

Index of aggregate-policer.Range is <10000-20000>.

Name of aggregate-policer.Only used in creating a conceptual row, can not modified in an 'active' row.

Value 1 for color aware mode policer; value 2 for color blind mode policer. Can modified in an 'active' row. Enumeration: 'colorBlind': 2, 'colorAware': 1.

Commit information rate (kbps).Range is <8-10000000>. Only used in creating a conceptual row, can not modified in an 'active' row.

Commit burst size (bytes).Range is <1000-128000>. Only used in creating a conceptual row, can not modified in an 'active' row.

Set (1) is select TRTCM mode. Set (2) is select SRTCM mode. Enumeration: 'srtcm-mode': 2, 'trtcm-mode': 1.

Excess burst size (bytes).Range is <1000-128000>. Only used in creating a conceptual row, can not modified in an 'active' row. If the cbQoSAggregativeCarPir is not zero, this value will be ignored.

Peak information rate (kbps).Range is <8-10000000>. Only used in creating a conceptual row, can not modified in an 'active' row. This valude should not be less than cbQoSAggregativeCarCir.

Peak burst size (bytes).Range is <1000-128000>. Only used in creating a conceptual row, can not modified in an 'active' row. If the cbQoSAggregativeCarPir is zero, this value will be ignored; This valude should not be less than cbQoSAggregativeCarCbs.

Drop color configuration.When configuring 'red', it only drops red packet; configuring 'yellow', it drops both 'red' and 'yellow' packet. Only used in creating a conceptual row, can not modified in an 'active' row. Enumeration: 'red': 1, 'yellow': 2.

2 for using L2 frame length; 1 for using L3 length. Only used in creating a conceptual row, can not modified in an 'active' row. Enumeration: 'yes': 1, 'no': 2.

2 policer stats is disable; 1 policer stats is enable. Only used in creating a conceptual row, can not modified in an 'active' row. Enumeration: 'yes': 1, 'no': 2.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A table of behavior.

Behavior table Entry.

Index of Policy-map. Range is <10000-20000>. Associated with cbQoSPolicyIndex of cbQoSPolicyCfgInfoEntry.

Index of Policy class-map. Range is <10000-20000>. Associated with cbQoSPolicyClassIndex of cbQoSPolicyClassCfgInfoEntry.

Value 1 for color aware mode policer, value 2 for color blind mode policer. Only for policer behavior. Enumeration: 'colorBlind': 2, 'colorAware': 1.

Commit information rate (kbps).Range is <8-10000000>. Only for policer behavior.

Commit burst size (bytes).Range is <1000-128000>. Only for policer behavior.

Set (1) is select rfc2697 mode. Set (2) is select rfc2698 mode. Set (3) is select rfc4115 mode. Set (4) is select bwp mode. Enumeration: 'bwp': 4, 'rfc4115': 3, 'rfc2697': 1, 'rfc2698': 2.

Excess burst size (bytes).Range is <1000-128000>. Only for policer behavior.

Peak information rate (kbps).Range is <8-10000000>. Only for policer behavior.

Peak burst size (bytes).Range is <1000-128000>. Only for policer behavior.

Drop color configuration.Only 'red' and 'yellow' can be used here. When configuring 'red(1)', it only drops red packet; configuring 'yellow(2)', it drops both 'red' and 'yellow' packet. Only for policer behavior. When policy mode is aggregative policer, the result of DropColor will be none(0). Enumeration: 'red': 1, 'yellow': 2.

2 for using L2 frame length; 1 for using L3 length. Only for policer behavior. Enumeration: 'yes': 1, 'no': 2.

2 policer stats is disable; 1 policer stats is enable. Only for policer behavior. Enumeration: 'yes': 1, 'no': 2.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A table of setting priority-color behavior.

Setting priority-color table Entry.

Index of Policy-map. Associated with cbQoSPolicyIndex of cbQoSPolicyCfgInfoEntry.

Index of Policy class-map.Range is <10000-20000>. Associated with cbQoSPolicyClassIndex of cbQoSPolicyClassCfgInfoEntry.

Internal priority value.Range id <0-63>. Default priority is 0.

Internal color. Set (1)red, (2)yellow, (3)green. Set (0) means no set priority.

A table of behavior.

ClassTrafficOption table Entry.

Index of Policy-map.Range is <10000-20000>. Associated with cbQoSPolicyIndex of cbQoSPolicyCfgInfoEntry.

Index of Policy class-map.Range is <10000-20000>. Associated with cbQoSPolicyClassIndex of cbQoSPolicyClassCfgInfoEntry.

Use which prioritization type for this flow. trustNone(-1) trustPort(0) trustCos(2) trustDscp(3) trustIpPre(4) trustCosCtag(5) trustCosStag(6) Enumeration: 'trustNone': -1, 'trustCosCtag': 5, 'trustDscp': 3, 'trustIpPre': 4, 'trustCos': 2, 'trustCosStag': 6, 'trustPort': 0.

1 for enable statistics for each ace in class map; 2 for disable statistics for each ace in class map. Default value is 2. Enumeration: 'enable': 1, 'disable': 2.

<1-65535>:Interface index of redirect. Set 0 means no redirect.

<1-3> monitor session number; 0 no monitor, default value is 0.

A table of behavior.

Behavior table Entry.

Index of Policy-map. Range is <10000-20000>. Associated with cbQoSPolicyIndex of cbQoSPolicyCfgInfoEntry.

Index of Policy class-map. Range is <10000-20000>. Associated with cbQoSPolicyClassIndex of cbQoSPolicyClassCfgInfoEntry.

Only for aggregative policer name.

The status of this conceptual row.Now only realize CreateAndGo and Destroy and Active. 1 means Active 4 means CreateAndGo 6 means Destroy

A table of policy applied on interface.

Policy-applied table Entry.

Ifindex. The interface should only be physical, vlan, or linkagg interface.