The Rapid Ring Protection Protocol (RRPP) is a link layer protocol designed for Ethernet rings. RRPP can prevent broadcast storms caused by data loops when an Ethernet ring is healthy. RRPP can also rapidly restore the communication paths between the nodes when a link is disconnected on the ring.

Use this MIB to define management information for devices that support RRPP.

MIB file name

hh3c-rrpp.mib

Root object

iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).huawei(2011).h3c(10).h3cCommon(2).h3cRrpp(45)

Scalar objects

hh3cRrppEnableStatus

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cRrppEnableStatus (1.3.6.1.4.1.25506.2.45.1.1)	read-write	INTEGER	enabled(1), disabled(2)	Whether RRPP is enabled on the device globally.	As per the MIB.

hh3cRrppPassword

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cRrppPassword (1.3.6.1.4.1.25506.2.45.1.2)	read-write	OCTET STRING	OCTET STRING(SIZE(1..16))	Password configured for RRPP.	Not supported

hh3cRrppPasswordType

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cRrppPasswordType (1.3.6.1.4.1.25506.2.45.1.3)	read-write	INTEGER	simple(1),cipher(2)	Password type.	Not supported

hh3cRrppProtectVlanConfigMode

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cRrppProtectVlanConfigMode (1.3.6.1.4.1.25506.2.45.1.4)	read-only	INTEGER	vlan(1), instance(2)	Mode in which the protected VLANs are configured for RPPP.	As per the MIB.

Tabular objects

hh3cRrppDomainTable

About this table

This table contains RRPP domain configuration information.

Support for operations

Create	Edit/Modify	Delete	Read
1. A maximum of 128 RRPP domains can be created. 2. When creating an RRPP domain, you must configure hh3cRrppDomainControlVlanID. 3. h3cRrppDomainID must be configured. 4. h3cRrppDomainHelloTime and h3cRrppDomainFailTime are optional. If configuration is required, they must be both configured. 5. By default, h3cRrppDomainHelloTime is 1 and h3cRrppDomainFailTime is 3. 6. The h3cRrppDomainFailTime value must be greater than or equal to three times the h3cRrppDomainHelloTime value. 7. h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh are optional. If configuration is required, they must be both configured. 8. h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh are optional. If configuration is required, they must be both configured. 9. If the value of h3cRrppProtectVlanConfigMode is vlan, you can only use h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh to configure protected VLANs. Configuration for the h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh nodes does not take effect. If the value of h3cRrppProtectVlanConfigMode is instance, you can only use h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh to configure VLANs mapped to the specified MSTIs as protected VLANs. Configuration for the h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh nodes does not take effect. 10. When configuring h3cRrppDomainControlVlanID, make sure the VLAN does not exist nor is a reserved VLAN.	1. h3cRrppDomainControlVlanID cannot be modified after being created. 2. To modify h3cRrppDomainHelloTime and h3cRrppDomainFailTime, configure the values for them at the same time. 3. The h3cRrppDomainFailTime value must be greater than or equal to three times the h3cRrppDomainHelloTime value. 4. To modify h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh, configure the values for them at the same time. 5. To modify h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh, configure the values for them at the same time. 6. If the value of h3cRrppProtectVlanConfigMode is vlan, you can only use h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHighto configure protected VLANs. Configuration for the h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh nodes does not take effect. If the value of h3cRrppProtectVlanConfigMode is instance, you can only use h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh to configure VLANs mapped to the specified MSTIs as protected VLANs. Configuration for the h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh nodes does not take effect.	An RRPP domain that has RRPP rings cannot be deleted.	Supported

Create

Edit/Modify

Delete

Read

1. A maximum of 128 RRPP domains can be created.

2. When creating an RRPP domain, you must configure hh3cRrppDomainControlVlanID.

3. h3cRrppDomainID must be configured.

4. h3cRrppDomainHelloTime and h3cRrppDomainFailTime are optional. If configuration is required, they must be both configured.

5. By default, h3cRrppDomainHelloTime is 1 and h3cRrppDomainFailTime is 3.

6. The h3cRrppDomainFailTime value must be greater than or equal to three times the h3cRrppDomainHelloTime value.

7. h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh are optional. If configuration is required, they must be both configured.

8. h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh are optional. If configuration is required, they must be both configured.

9. If the value of h3cRrppProtectVlanConfigMode is vlan, you can only use h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh to configure protected VLANs. Configuration for the h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh nodes does not take effect. If the value of h3cRrppProtectVlanConfigMode is instance, you can only use h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh to configure VLANs mapped to the specified MSTIs as protected VLANs. Configuration for the h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh nodes does not take effect.

10. When configuring h3cRrppDomainControlVlanID, make sure the VLAN does not exist nor is a reserved VLAN.

1. h3cRrppDomainControlVlanID cannot be modified after being created.

2. To modify h3cRrppDomainHelloTime and h3cRrppDomainFailTime, configure the values for them at the same time.

3. The h3cRrppDomainFailTime value must be greater than or equal to three times the h3cRrppDomainHelloTime value.

4. To modify h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh, configure the values for them at the same time.

5. To modify h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh, configure the values for them at the same time.

6. If the value of h3cRrppProtectVlanConfigMode is vlan, you can only use h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHighto configure protected VLANs. Configuration for the h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh nodes does not take effect. If the value of h3cRrppProtectVlanConfigMode is instance, you can only use h3cRrppDomainInstanceListLow and h3cRrppDomainInstanceListHigh to configure VLANs mapped to the specified MSTIs as protected VLANs. Configuration for the h3cRrppDomainProtectVlanListLow and h3cRrppDomainProtectVlanListHigh nodes does not take effect.

An RRPP domain that has RRPP rings cannot be deleted.

Supported

Columns

The table index is h3cRrppDomainID.

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cRrppDomainID (1.3.6.1.4.1.25506.2.45.2.1.1.1)	accessible-for-notify	Integer	1..16128	RRPP domain ID	As per the MIB.
hh3cRrppDomainControlVlanID (1.3.6.1.4.1.25506.2.45.2.1.1.2)	read-create	Integer32	2..4094\|65535	Control VLAN ID	1. This object sets the primary control VLAN by its ID in the range of 2 to 4093. 1.The secondary control VLAN ID is automatically configured by using the primary control VLAN ID plus 1. 2. A control VLAN already configured for an RRPP domain cannot be modified or deleted. 3. Make sure the control VLAN for the RRPP domain has not been created nor reserved.
hh3cRrppDomainHelloTime (1.3.6.1.4.1.25506.2.45.2.1.1.3)	read-create	Integer32	1..10	Hello timer of the RRPP domain.	As per the MIB.
hh3cRrppDomainFailTime (1.3.6.1.4.1.25506.2.45.2.1.1.4)	read-create	Integer32	3..30	Fail timer of the RRPP domain.	As per the MIB.
hh3cRrppDomainRowStatus (1.3.6.1.4.1.25506.2.45.2.1.1.5)	read-create	RowStatus	SIZE(256)	Row status.	As per the MIB.
hh3cRrppDomainInstanceListLow (1.3.6.1.4.1.25506.2.45.2.1.1.6)	read-create	OCTET STRING		Low MSTI ID of the MSTI list mapped to protected VLANs.	As per the MIB.
hh3cRrppDomainInstanceListHigh (1.3.6.1.4.1.25506.2.45.2.1.1.7)	read-create	OCTET STRING	SIZE(256)	High MSTI ID of the MSTI list mapped to protected VLANs.	As per the MIB.

hh3cRrppRingTable

About this table

This table contains RRPP ring configuration information.

Support for operations

Create	Edit/Modify	Delete	Read
1. A maximum of 128 RRPP rings can be created for an RRPP domain. 2. h3cRrppDomainID must be configured. This index is provided by h3cRrppDomainID in h3cRrppDomainTable. 3. h3cRrppRingID must be configured. 4. The ring IDs in an RRPP domain must be different. The ring IDs in different RRPP domains can be the same. 5. You must configure h3cRrppRingNodeMode, h3cRrppRingPrimaryPort, h3cRrppRingSecondaryPort, and h3cRrppRingLevel. 6. h3cRrppRingEnableStatus is optional. The default value is disabled(2). 7. An RRPP ring cannot be created and enabled at the same time. You must create a ring and then enable it. 8. You must first create the primary ring and configure transit node for it before creating a subring and configure edge node and the assistant edge node for the subring. Make sure the two rings have only one common port.	1. Only the h3cRrppRingEnableStatus value can be modified. If an RRPP domain contains both a primary ring and subrings: a. To set the value from disabled to enabled, first enable the primary ring and then enable the subrings. b. To set the value from enabled to disabled, first disable all subrings and then disable the primary ring. 2. Other values cannot be modified. To modify a value, delete the row and then create it again.	1. An activated domain cannot be deleted. If h3cRrppRingActive is set to Active(1), the row cannot be deleted. 2. If subrings exist in an RRPP domain, the primary ring cannot be deleted.	Supported

Create

Edit/Modify

Delete

Read

1. A maximum of 128 RRPP rings can be created for an RRPP domain.

2. h3cRrppDomainID must be configured. This index is provided by h3cRrppDomainID in h3cRrppDomainTable.

3. h3cRrppRingID must be configured.

4. The ring IDs in an RRPP domain must be different. The ring IDs in different RRPP domains can be the same.

5. You must configure h3cRrppRingNodeMode, h3cRrppRingPrimaryPort, h3cRrppRingSecondaryPort, and h3cRrppRingLevel.

6. h3cRrppRingEnableStatus is optional. The default value is disabled(2).

7. An RRPP ring cannot be created and enabled at the same time. You must create a ring and then enable it.

8. You must first create the primary ring and configure transit node for it before creating a subring and configure edge node and the assistant edge node for the subring. Make sure the two rings have only one common port.

1. Only the h3cRrppRingEnableStatus value can be modified. If an RRPP domain contains both a primary ring and subrings:

a. To set the value from disabled to enabled, first enable the primary ring and then enable the subrings.

b. To set the value from enabled to disabled, first disable all subrings and then disable the primary ring.

2. Other values cannot be modified. To modify a value, delete the row and then create it again.

1. An activated domain cannot be deleted. If h3cRrppRingActive is set to Active(1), the row cannot be deleted.

2. If subrings exist in an RRPP domain, the primary ring cannot be deleted.

Supported

Columns

The table indexes are h3cRrppDomainID and h3cRrppRingID.

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cRrppRingID (1.3.6.1.4.1.25506.2.45.2.2.1.1)	accessible-for-notify	Integer32	1..64128	RRPP ring ID.	As per the MIB.
hh3cRrppRingEnableStatus (1.3.6.1.4.1.25506.2.45.2.2.1.2)	read-create	INTEGER	enabled(1), disabled(2)	Enabling status of the RRPP ring.	As per the MIB.
hh3cRrppRingActive (1.3.6.1.4.1.25506.2.45.2.2.1.3)	read-only	INTEGER	active(1),inactive(2)	Whether the RRPP ring is activated.	As per the MIB.
hh3cRrppRingState (1.3.6.1.4.1.25506.2.45.2.2.1.4)	read-only	INTEGER	unknown(1), health(2), fault(3)	RRPP ring state.	As per the MIB.
hh3cRrppRingNodeMode (1.3.6.1.4.1.25506.2.45.2.2.1.5)	read-create	INTEGER	master(1), transit(2), edge(3), assistantEdge(4)	Node mode of the device in the RRPP ring.	As per the MIB.
hh3cRrppRingPrimaryPort (1.3.6.1.4.1.25506.2.45.2.2.1.6)	read-create	Integer32	Standard MIB values.	Primary port of the device in the RRPP ring.	1. On a primary node or transit node, the value is the interface index of the primary port. If no primary port exists, the value is 0. 2. Common port on an edge node or the assistant edge node.
hh3cRrppRingSecondaryPort (1.3.6.1.4.1.25506.2.45.2.2.1.7)	read-create	Integer32	Standard MIB values.	Secondary port of the device in the RRPP ring.	If no secondary port or edge port exist, the value is 0.

hh3cRrppPortTable

About this table

This table contains RRPP port statistics information.

Support for operations

Create	Edit/Modify	Delete	Read
Supported	Supported	Supported	Supported

Columns

The table indexes are h3cRrppDomainID, h3cRrppRingID, and h3cRrppPortID.

Object (OID)	Access	Syntax	Value range	Description	Implementation
hh3cRrppPortID (1.3.6.1.4.1.25506.2.45.2.3.1.1)	not-accessible	Integer32	Standard MIB values.	Port ID.	As per the MIB.
hh3cRrppPortRole (1.3.6.1.4.1.25506.2.45.2.3.1.2)	read-only	INTEGER	primary(1), secondary(2), common(3), edge(4)	Port role.	As per the MIB.
hh3cRrppPortState (1.3.6.1.4.1.25506.2.45.2.3.1.3)	read-only	INTEGER		Port state.	As per the MIB.
hh3cRrppPortRXError (1.3.6.1.4.1.25506.2.45.2.3.1.4)	read-only	Counter32	unknown(1), unblocked(2), blocked(3), down(4)	Number of error packets received on the port.	As per the MIB.
hh3cRrppPortRXHello (1.3.6.1.4.1.25506.2.45.2.3.1.5)	read-only	Counter32	Standard MIB values.	Number of hello packets received on the port.	As per the MIB.
hh3cRrppPortRXLinkUp (1.3.6.1.4.1.25506.2.45.2.3.1.6)	read-only	Counter32	Standard MIB values.	Number of LinkUp packets received on the port.	As per the MIB.
hh3cRrppPortRXLinkDown (1.3.6.1.4.1.25506.2.45.2.3.1.7)	read-only	Counter32	Standard MIB values.	Number of LinkDown packets received on the port.	As per the MIB.
hh3cRrppPortRXCommonFlush (1.3.6.1.4.1.25506.2.45.2.3.1.8)	read-only	Counter32	Standard MIB values.	Number of CommonFlush packets received on the port.	As per the MIB.
hh3cRrppPortRXCompleteFlush (1.3.6.1.4.1.25506.2.45.2.3.1.9)	read-only	Counter32	Standard MIB values.	Number of CompleteFlush packets received on the port.	As per the MIB.
hh3cRrppPortTXHello (1.3.6.1.4.1.25506.2.45.2.3.1.10)	read-only	Counter32	Standard MIB values.	Number of hello packets sent on the port.	As per the MIB.
hh3cRrppPortTXLinkUp (1.3.6.1.4.1.25506.2.45.2.3.1.11)	read-only	Counter32	Standard MIB values.	Number of LinkUp packets sent on the port.	As per the MIB.
hh3cRrppPortTXLinkDown (1.3.6.1.4.1.25506.2.45.2.3.1.12)	read-only	Counter32	Standard MIB values.	Number of LinkDown packets sent on the port.	As per the MIB.
hh3cRrppPortTXCommonFlush (1.3.6.1.4.1.25506.2.45.2.3.1.13)	read-only	Counter32	Standard MIB values.	Number of CommonFlush packets sent on the port.	As per the MIB.
hh3cRrppPortTXCompleteFlush (1.3.6.1.4.1.25506.2.45.2.3.1.14)	read-only	Counter32	Standard MIB values.	Number of CompleteFlush packets sent on the port.	As per the MIB.
hh3cRrppPortRXEdgeHello (1.3.6.1.4.1.25506.2.45.2.3.1.15)	read-only	Counter32	Standard MIB values.	Number of EdgeHello packets received on the port.	As per the MIB.
hh3cRrppPortRXMajorFault (1.3.6.1.4.1.25506.2.45.2.3.1.16)	read-only	Counter32	Standard MIB values.	Number of MajorFault packets received on the port.	As per the MIB.
hh3cRrppPortTXEdgeHello (1.3.6.1.4.1.25506.2.45.2.3.1.17)	read-only	Counter32	Standard MIB values.	Number of EdgeHello packets sent on the port.	As per the MIB.
hh3cRrppPortTXMajorFault (1.3.6.1.4.1.25506.2.45.2.3.1.18)	read-only	Counter32	Standard MIB values.	Number of MajorFault packets sent on the port.	As per the MIB.

14-High Availability

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