Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2BindDbName (1.3.6.1.4.1.25506.2.124.1.1.2)	read-write	OCTET STRING	OCTET STRING (0..255)	Name of the file for saving DHCP snooping entries.	The name string cannot exceed the product-specific upper limit.

hh3cDhcpSnoop2BindRefreshIntvl (1.3.6.1.4.1.25506.2.124.1.1.3)

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2BindRefreshIntvl (1.3.6.1.4.1.25506.2.124.1.1.3)	read-write	Unsigned32	Unsigned32(60..864000)	DHCPv6 snooping entry refreshing interval.	As per the MIB.

hh3cDhcpSnoop2BindRefresh (1.3.6.1.4.1.25506.2.124.1.1.4)

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2BindRefresh (1.3.6.1.4.1.25506.2.124.1.1.4)	read-write	INTEGER	on(1)	Immediate saving of DHCP snooping entries.	As per the MIB.

hh3cDhcpSnoop2PktSentNum (1.3.6.1.4.1.25506.2.124.1.2.1)

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2PktSentNum (1.3.6.1.4.1.25506.2.124.1.2.1)	read-only	Counter64	INTEGER(0..18446744073709551615)	Number of packets forwarded by DHCP snooping.	As per the MIB.

hh3cDhcpSnoop2PktRcvNum (1.3.6.1.4.1.25506.2.124.1.2.2)

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2PktRcvNum (1.3.6.1.4.1.25506.2.124.1.2.2)	read-only	Counter64	INTEGER(0..18446744073709551615)	Number of packets received by DHCP snooping.	As per the MIB.

hh3cDhcpSnoop2PktDropNum (1.3.6.1.4.1.25506.2.124.1.2.3)

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2PktDropNum (1.3.6.1.4.1.25506.2.124.1.2.3)	read-only	Counter64	INTEGER(0..18446744073709551615)	Number of packets dropped by DHCP snooping.	As per the MIB.

hh3cDhcpSnoop2TrapDropNum (1.3.6.1.4.1.25506.2.124.1.2.4)

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2TrapDropNum (1.3.6.1.4.1.25506.2.124.1.2.4)	read-only	Counter64	INTEGER(0..18446744073709551615)	Number of DHCP replies dropped by DHCP snooping.	As per the MIB.

hh3cDhcpSnoop2PktVlanID (1.3.6.1.4.1.25506.2.124.1.2.5)

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2PktVlanID (1.3.6.1.4.1.25506.2.124.1.2.5)	accessible-for-notify	Unsigned32	Unsigned32(1..4094)	VLAN ID of the DHCP packet dropped by DHCP snooping.	As per the MIB.

Tabular objects

hh3cDhcpSnoop2BindTable

About this table

This table describes a DHCP snooping entry.

Support for operations

Create：Not supported

Edit/Modify：Not supported

Delete：Supported

Read：Supported

Columns

The table indexes are h3cDhcpSnoop2BindIpAddr, h3cDhcpSnoop2BindVlanId, and h3cDhcpSnoop2BindSecVlanId.

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2BindIpAddr (1.3.6.1.4.1.25506.2.124.2.1.1.1)	not-accessible	InetAddressIPv4	OCTET STRING (4)	IP address assigned to a DHCP client.	As per the MIB.
hh3cDhcpSnoop2BindVlanId (1.3.6.1.4.1.25506.2.124.2.1.1.2)	not-accessible	Unsigned32	Unsigned32(1..4094)	Outer VLAN tag of the DHCP packet.	As per the MIB.
hh3cDhcpSnoop2BindSecVlanId (1.3.6.1.4.1.25506.2.124.2.1.1.3)	not-accessible	Unsigned32	Unsigned32(1..4094\|65535)	Inner VLAN tag of the DHCP packet.	As per the MIB.
hh3cDhcpSnoop2BindMacAddr (1.3.6.1.4.1.25506.2.124.2.1.1.4)	read-only	MacAddress	OCTET STRING (6)	MAC address of the DHCP client.	As per the MIB.
hh3cDhcpSnoop2BindLease (1.3.6.1.4.1.25506.2.124.2.1.1.5)	read-only	Unsigned32	Standard MIB values.	Remaining time of the lease for the DHCP client.	As per the MIB.
hh3cDhcpSnoop2BindPortIndex (1.3.6.1.4.1.25506.2.124.2.1.1.6)	read-only	InterfaceIndexOrZero	Integer32(0..2147483647)	Interface that connects to the DHCP client.	As per the MIB.
hh3cDhcpSnoop2BindRowStatus (1.3.6.1.4.1.25506.2.124.2.1.1.7)	read-create	RowStatus	Support only the destroy operation	Row status.	As per the MIB.

hh3cDhcpSnoop2IfConfigTable

About this table

This table describes the DHCP snooping configuration on interfaces.

Support for operations

Create：Not supported

Edit/Modify：Supported

Delete：Not supported

Read：Supported

Columns

The table index is ifindex.

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2IfTrustStatus (1.3.6.1.4.1.25506.2.124.2.2.1.1)	read-write	INTEGER	untrusted(0), trusted(1)	Enabling status of the DHCP snooping trusted interface.	As per the MIB.
hh3cDhcpSnoop2IfCheckMac (1.3.6.1.4.1.25506.2.124.2.2.1.2)	read-write	TruthValue	true(1), false(2)	Enabling status of the MAC address check.	As per the MIB.
hh3cDhcpSnoop2IfCheckRequest (1.3.6.1.4.1.25506.2.124.2.2.1.3)	read-write	TruthValue	true(1), false(2)	Enabling status of the DHCP-REQUEST check.	As per the MIB.
hh3cDhcpSnoop2IfRecordBind (1.3.6.1.4.1.25506.2.124.2.2.1.5)	read-write	TruthValue	true(1), false(2)	Recording DHCP snooping entries.	As per the MIB.
hh3cDhcpSnoop2IfMaxLearnNum (1.3.6.1.4.1.25506.2.124.2.2.1.6)	read-write	Unsigned32	Unsigned32(0..4294967295)	Maximum number of DHCP snooping entries that the interface can learn.	As per the MIB.
hh3cDhcpSnoop2IfOpt82Enable (1.3.6.1.4.1.25506.2.124.2.2.1.7)	read-write	TruthValue	true(1), false(2)	Enabling status of Option 82 support	As per the MIB.
hh3cDhcpSnoop2IfOpt82Strategy (1.3.6.1.4.1.25506.2.124.2.2.1.8)	read-write	INTEGER	drop(1), keep(2), replace(3)	Option 82 strategy	As per the MIB.
hh3cDhcpSnoop2IfOpt82CIDMode (1.3.6.1.4.1.25506.2.124.2.2.1.9)	read-write	INTEGER	normal(1), verbose(2), userDefine(3)	Mode of the Circuit ID sub-option in Option 82.	As per the MIB.
hh3cDhcpSnoop2IfOpt82CIDNodeType (1.3.6.1.4.1.25506.2.124.2.2.1.10)	read-write	INTEGER	invalid(1), mac(2), sysname(3), userDefine(4)	Format of the Circuit ID sub-option in verbose mode.	As per the MIB.
hh3cDhcpSnoop2IfOpt82CIDNodeStr (1.3.6.1.4.1.25506.2.124.2.2.1.11)	read-write	OCTET STRING	OCTET STRING (0..50)	User-defined string for the Circuit ID sub-option in verbose mode.	As per the MIB.
hh3cDhcpSnoop2IfOpt82CIDStr (1.3.6.1.4.1.25506.2.124.2.2.1.12)	read-write	OCTET STRING	OCTET STRING (0\|3..63)	User-defined string for the Circuit ID sub-option in user-defined mode.	As per the MIB.
hh3cDhcpSnoop2IfOpt82CIDFormat (1.3.6.1.4.1.25506.2.124.2.2.1.13)	read-write	INTEGER	hex(1), ascii(2), undefine(3)	Padding format of the Circuit ID sub-option.	As per the MIB.
hh3cDhcpSnoop2IfOpt82RIDMode (1.3.6.1.4.1.25506.2.124.2.2.1.14)	read-write	INTEGER	normal(1), sysname(2), userDefine(3)	Mode of the Remote ID sub-option in Option 82.	As per the MIB.
hh3cDhcpSnoop2IfOpt82RIDStr (1.3.6.1.4.1.25506.2.124.2.2.1.15)	read-write	OCTET STRING	OCTET STRING (0..63)	User-defined string for the Remote ID sub-option in user-defined mode.	As per the MIB.
hh3cDhcpSnoop2IfOpt82RIDFormat (1.3.6.1.4.1.25506.2.124.2.2.1.16)	read-write	INTEGER	hex(1), ascii(2)	Padding format of the Remote ID sub-option.	As per the MIB.

hh3cDhcpSnoop2IfVlanCIDTable

About this table

This table describes Option 82 Circuit ID sub-option configuration in VLANs.

Support for operations

Create：Supported

Edit/Modify：Supported

Delete：Supported

Read：Supported

Columns

The table indexes are ifIndex and h3cDhcpSnoop2IfVlanCIDVlanIndex.

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2IfVlanCIDVlanIndex (1.3.6.1.4.1.25506.2.124.2.3.1.1)	not-accessible	Unsigned32	Unsigned32(1..4094)	VLAN ID.	As per the MIB.
hh3cDhcpSnoop2IfVlanCIDStr (1.3.6.1.4.1.25506.2.124.2.3.1.2)	read-create	OCTET STRING	OCTET STRING (3..63)	User-defined string for padding the Circuit ID sub-option.	As per the MIB.
hh3cDhcpSnoop2IfVlanCIDRowStatus (1.3.6.1.4.1.25506.2.124.2.3.1.3)	read-create	RowStatus	Active(1), createAndGo(4), destroy(6).	Row status.	As per the MIB.

hh3cDhcpSnoop2IfVlanRIDTable

About this table

This table describes Option 82 Remote ID sub-option configuration in VLANs.

Support for operations

Create：Supported.

It must be bound to h3cDhcpSnoop2IfVlanRIDMode when you create an entry.

Edit/Modify：Supported.

It must be bound to h3cDhcpSnoop2IfVlanRIDMode when you modify an entry.

Delete：Supported

Read：Supported

Columns

The table indexes are ifIndex and h3cDhcpSnoop2IfVlanRIDVlanIndex.

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cDhcpSnoop2IfVlanRIDVlanIndex (1.3.6.1.4.1.25506.2.124.2.4.1.1)	not-accessible	Unsigned32	Unsigned32(1..4094)	VLAN ID.	As per the MIB.
hh3cDhcpSnoop2IfVlanRIDMode (1.3.6.1.4.1.25506.2.124.2.4.1.2)	read-create	INTEGER	sysname(1), userDefine(2)	Padding mode of the Remote ID sub-option.	As per the MIB.
hh3cDhcpSnoop2IfVlanRIDStr (1.3.6.1.4.1.25506.2.124.2.4.1.3)	read-create	OCTET STRING	OCTET STRING (0..63)	User-defined string for padding the Remote ID sub-option.	If the padding mode for the Remote ID sub-option is sysname(1), the value read from this object is 0.
hh3cDhcpSnoop2IfVlanRIDRowStatus (1.3.6.1.4.1.25506.2.124.2.4.1.4)	read-create	RowStatus	Active(1), createAndGo(4), destroy(6).	Row status.	As per the MIB.

Notifications

hh3cDhcpSnoop2BindTblExh

Basic information

OID	Event	Type	Severity	Recovery notification	Default status
1.3.6.1.4.1.25506.2.124.3.0.1	DHCP snooping entry resources are exhausted.	Error	Warning	1.3.6.1.4.1.25506.2.124.3.0.2 (hh3cDhcpSnoop2BindTblExhRecov)	OFF

Notification triggers

This notification is generated when DHCP snooping entry resources are exhausted.

System impact

The system will not generate new DHCP snooping entries until DHCP snooping entry resources become available. DHCP snooping security features might not be available for new users.

Status control

CLI: Use the snmp-agent trap enable dhcp snooping binding-exhaust command.

OFF

CLI: Use the undo snmp-agent trap enable dhcp snooping binding-exhaust command.

Object

OID (object name)	Description	Index	Type	Value range
1.3.6.1.2.1.2.2.1.1 (IfIndex)	Interface index.	ifindex	Unsigned32	Standard MIB values.

Recommended action

To resolve this issue:

1.Use the display this command in interface view to view the maximum number of dynamic DHCP snooping entries that the current interface can learn:

- If the value is too small, use the dhcp snooping max-learning-num command in interface view to increase the maximum number of dynamic DHCP snooping entries that the current interface can learn. If the notification recurs, proceed to the next step.

- If the value is appropriate, proceed to the next step.

2.If the issue persists, collect alarm information, log messages, and configuration data, and then contact H3C Support for help.

hh3cDhcpSnoop2BindTblExhRecov

Basic information

OID	Event	Type	Severity	Recovery notification	Default status
1.3.6.1.4.1.25506.2.124.3.0.2	DHCP snooping entry resources recover from the exhaustion condition.	Recovery	Warning	N/A (N/A)	OFF

Notification triggers

This notification is generated when DHCP snooping entry resources recover from the exhaustion condition.

System impact

No negative impact on the system.

Status control

CLI: Use the snmp-agent trap enable dhcp snooping binding-exhaust command.

OFF

CLI: Use the undo snmp-agent trap enable dhcp snooping binding-exhaust command.

Object

OID (object name)	Description	Index	Type	Value range
1.3.6.1.2.1.2.2.1.1 (IfIndex)	Interface index.	ifindex	Unsigned32	Standard MIB values.

Recommended action

No action is required.

hh3cDhcpSnoop2BindTblThresh

Basic information

OID	Event	Type	Severity	Recovery notification	Default status
1.3.6.1.4.1.25506.2.124.3.0.3	The usage of DHCP snooping entry resources reaches or exceeds the alarm threshold.	Error	Warning	1.3.6.1.4.1.25506.2.124.3.0.4 (hh3cDhcpSnoop2BindTblThreshRecov)	OFF

Notification triggers

This notification is generated when the usage of DHCP snooping entry resources reaches or exceeds the alarm threshold.

System impact

DHCP snooping entry resources will be exhausted if the system continues to generate DHCP snooping entries. After DHCP snooping entry resources are exhausted, DHCP snooping security features might not be available for new users.

Status control

CLI: Use the snmp-agent trap enable dhcp snooping binding-threshold command.

OFF

CLI: Use the undo snmp-agent trap enable dhcp snooping binding-threshold command.

Object

OID (object name)	Description	Index	Type	Value range
1.3.6.1.2.1.2.2.1.1 (IfIndex)	Interface index.	ifindex	Unsigned32	Standard MIB values.

Recommended action

To resolve this issue:

1.Use the dhcp snooping learning-num-threshold command to increase the alarm threshold on the number of dynamic DHCP snooping entries learned by the current interface.

Alternatively, use the dhcp snooping max-learning-num command to increase the maximum number of dynamic DHCP snooping entries that the current interface can learn.

2.If the issue persists, collect alarm information, log messages, and configuration data, and then contact H3C Support for help.

hh3cDhcpSnoop2BindTblThreshRecov

Basic information

OID	Event	Type	Severity	Recovery notification	Default status
1.3.6.1.4.1.25506.2.124.3.0.4	The usage of DHCP snooping entry resources drops below the alarm threshold.	Recovery	Warning	N/A (N/A)	OFF

Notification triggers

This notification is generated when the usage of DHCP snooping entry resources drops below the alarm threshold.

System impact

No negative impact on the system.

Status control

CLI: Use the snmp-agent trap enable dhcp snooping binding-threshold command.

OFF

CLI: Use the undo snmp-agent trap enable dhcp snooping binding-threshold command.

Object

OID (object name)	Description	Index	Type	Value range
1.3.6.1.2.1.2.2.1.1 (IfIndex)	Interface index.	ifindex	Unsigned32	Standard MIB values.

Recommended action

No action is required.

hh3cDhcpSnoop2NomatchBindAlm

Basic information

OID	Event	Type	Severity	Recovery notification	Default status
1.3.6.1.4.1.25506.2.124.3.0.5	The number of DHCP requests dropped due to DHCP snooping entry mismatch reaches the alarm threshold.	Informational	Warning	N/A (N/A)	OFF

Notification triggers

This notification is generated when the number of DHCP requests dropped due to DHCP snooping entry mismatch reaches the alarm threshold.

System impact

No negative impact on the system.

Status control

CLI: Use the snmp-agent trap enable dhcp snooping binding-mismatch command.

OFF

CLI: Use the undo snmp-agent trap enable dhcp snooping binding-mismatch command.

Object

OID (object name)	Description	Index	Type	Value range
1.3.6.1.2.1.2.2.1.1 (IfIndex)	Interface index.	ifindex	Unsigned32	Standard MIB values.

Recommended action

To resolve this issue:

1.Use the display dhcp snooping binding command in any view to view DHCP snooping entries, and then use port mirroring to obtain replicas of the DHCP requests received on the current interface or VLAN.

- If a large number of these DHCP requests have a DHCP snooping entry mismatch, the interface is under attack and you need to locate the source of this attack.

- If DHCP snooping entry mismatch occurs but only to a few of these DHCP requests, the interface is not under attack. In this situation, use the dhcp snooping trap binding-mismatch threshold command to set a higher alarm threshold.

2.If the issue persists, collect alarm information, log messages, and configuration data, and then contact H3C Support for help.

hh3cDhcpSnoop2ChaddrAlm

Basic information

OID	Event	Type	Severity	Recovery notification	Default status
1.3.6.1.4.1.25506.2.124.3.0.6	The number of DHCP packets dropped due to MAC address mismatch reaches the alarm threshold.	Informational	Warning	N/A (N/A)	OFF

Notification triggers

This notification is generated when the number of DHCP packets dropped due to MAC address mismatch reaches the alarm threshold. A MAC address mismatch occurs when the chaddr field of a received DHCP packet is different from the source MAC address field in the frame header.

System impact

The system is probably being attacked by DHCP packets whose chaddr field was tampered with. However, this event does not interrupt other services, because DHCP snooping drops those DHCP packets.

Status control

CLI: Use the snmp-agent trap enable dhcp snooping chaddr-mismatch command.

OFF

CLI: Use the undo snmp-agent trap enable dhcp snooping chaddr-mismatch command.

Object

OID (object name)	Description	Index	Type	Value range
1.3.6.1.2.1.2.2.1.1 (IfIndex)	Interface index.	ifindex	Unsigned32	Standard MIB values.

Recommended action

To resolve this issue:

1.Locate the interface for which this notification is generated, and then use port mirroring to obtain replicas of the DHCP packets received on the interface.

- If a large number of these DHCP packets have a MAC address mismatch, the interface is under attack and you need to locate the source of this attack.

- If MAC address mismatch occurs but only to a few of these DHCP packets, the interface is not attacked. In this situation, use the dhcp snooping trap chaddr-mismatch threshold command to set a higher alarm threshold.

2.If the issue persists, collect alarm information, log messages, and configuration data, and then contact H3C Support for help.

hh3cDhcpSnoop2UntrustRelpyAlm

Basic information

OID	Event	Type	Severity	Recovery notification	Default status
1.3.6.1.4.1.25506.2.124.3.0.7	The number of DHCP server replies dropped on an untrusted interface reaches the alarm threshold.	Informational	Warning	N/A (N/A)	OFF

Notification triggers

This notification is generated when the number of DHCP server replies dropped on an untrusted interface reaches the alarm threshold.

System impact

DHCP snooping drops illegal DHCP packets.

Status control

CLI: Use the snmp-agent trap enable dhcp snooping untrust-reply command.

OFF

CLI: Use the undo snmp-agent trap enable dhcp snooping untrust-reply command.

Object

OID (object name)	Description	Index	Type	Value range
1.3.6.1.2.1.31.1.1.1.1 (ifName)	Interface name.	ifindex	DisplayString	Standard MIB values.
1.3.6.1.4.1.25506.2.124.1.2.4 (hh3cDhcpSnoop2TrapDropNum)	Number of DHCP server replies dropped by DHCP snooping.	N/A	Counter64	Standard MIB values.
1.3.6.1.4.1.25506.2.124.1.2.5 (hh3cDhcpSnoop2PktVlanID)	VLAN ID of the DHCP packets dropped by DHCP snooping.	N/A	Unsigned32(1..4094)	Standard MIB values.

Recommended action

To resolve this issue:

1.Locate the interface for which this notification is generated, and then use port mirroring to obtain replicas of the DHCP server replies received on the interface.

2.Verify that the DHCP server address carried in each reply is legitimate.

- If the DHCP server address in a reply is illegitimate, the reply is an attack packet, and no action is required.

- If the DHCP server address in a reply is legitimate, execute the dhcp snooping trust command to specify the interface as a trusted interface. If the notification recurs, proceed to the next step.

3.If the issue persists, collect alarm information, log messages, and configuration data, and then contact H3C Support for help.

hh3cDhcpSnoop2RateLimitAlm

Basic information

OID	Event	Type	Severity	Recovery notification	Default status
1.3.6.1.4.1.25506.2.124.3.0.8	The number of DHCP requests dropped due to rate limiting reaches the alarm threshold.	Informational	Warning	N/A (N/A)	OFF

Notification triggers

This notification is generated when the number of DHCP requests dropped due to rate limiting reaches the alarm threshold. DHCP snooping drops DHCP requests when the rate of incoming DHCP requests exceeds the limit.

System impact

DHCP snooping drops the DHCP requests that exceed the rate limit. DHCP requests from some legitimate users might be discarded.

Status control

CLI: Use the snmp-agent trap enable dhcp snooping rate-limit command.

OFF

CLI: Use the undo snmp-agent trap enable dhcp snooping rate-limit command.

Object

OID (object name)	Description	Index	Type	Value range
1.3.6.1.2.1.31.1.1.1.1 (ifName)	Interface name.	ifindex	DisplayString	Standard MIB values.
1.3.6.1.4.1.25506.2.124.1.2.4 (hh3cDhcpSnoop2TrapDropNum)	Number of DHCP packets dropped by DHCP snooping. This value is recorded in the notification.	N/A	Counter64	Standard MIB values.
1.3.6.1.4.1.25506.2.124.1.2.5 (hh3cDhcpSnoop2PktVlanID)	VLAN ID of the DHCP packets dropped by DHCP snooping.	N/A	Unsigned32(1..4094)	Standard MIB values.

Recommended action

To resolve this issue:

1.Locate the interface for which this notification is generated, use port mirroring to obtain replicas of the DHCP requests received on the interface, and then identify whether these DHCP requests are malicious.

- If the interface receives a large number of DHCP requests from a user, the user might be launching an attack. In this situation, locate the source of the attack by using source address information in the received DHCP requests.

- If no users send a large number of DHCP requests to the interface, you can determine that the DHCP requests received on the interface are all legitimate. In this situation, perform the following tasks:

Use the dhcp snooping rate-limit command in interface view to set a higher rate limit.

(Optional.) Use the dhcp snooping trap rate-limit threshold command in interface view or system view to set a higher alarm threshold.

If the notification recurs after you perform these tasks, proceed to the next step.

2.If the issue persists, collect alarm information, log messages, and configuration data, and then contact H3C Support for help.

08-Layer 3 - IP Services

About this table

Support for operations

Columns

About this table

Support for operations

Columns

About this table

Support for operations

Columns

About this table

Support for operations

Columns

Basic information

Notification triggers

System impact

Status control

Object

Recommended action

Basic information

Notification triggers

System impact

Status control

Object

Recommended action

Basic information

Notification triggers

System impact

Status control

Object

Recommended action

Basic information

Notification triggers

System impact

Status control

Object

Recommended action

Basic information

Notification triggers

System impact

Status control

Object

Recommended action

Basic information

Notification triggers

System impact

Status control

Object

Recommended action

Basic information

Notification triggers

System impact

Status control

Object

Recommended action

Basic information

Notification triggers

System impact

Status control

Object

Recommended action

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