FeedbackTable Of Contents
Managing AXSM and AXSM-E Ports
Add Lines to an AUSM-8 IMA Port
Delete Lines from an AUSM-8 IMA Port
Managing FRSM-VHS-2T3/2E3/2HS2 Ports
Create a FRSM-VHS-2T3/2E3/2HS2 Port
Modify a FRSM-VHS-2T3/2E3/2HS2 Port
Delete a FRSM-VHS-2T3/2E3/2HS2 Port
Port Management
This chapter tells you how to manage ports. The following topics are included:
Port MIB Tables
Platform and Card Support
The CWM Service Agent supports port management for the following platforms:
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BPX 8600
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Table 4-1 lists the cards that support port management.
Indexing
The port tables supported by the Service Agent use different indexing schemes depending on the device interface and user preferences.
Physical Port Indexing
In physical port indexing, the indexing fields directly represent the physical entities of the card. For example, the line object directly refers to a DS3/DS1 line number, and the port object refers to a DS0 time slot.
If you provision a port using the physical port scheme, you must specify the physical interfaces of the card. You cannot choose random numbers for the indexing objects. A physical port is unique within a line, and the port requires the physical line number to make it unique within a card. Therefore, physical indexing requires both line and port indexing objects.
Logical Port Indexing
In logical port indexing, the port object does not map to any physical entities of the card. For example, you we cannot derive the physical entity, such as a Ds0 number, from a given port object value,
When you provision a port using the logical port scheme, you can use any available port number within the allowed range. Use the svNextLogicalPortTable to obtain the next available logical port.
Also, the svPhysicalToLogicalMapTable provides the logical port number for a given physical interface.
A logical port is unique within a card. Therefore, a line object is not required for indexing the MIB table, and a value = 0 is used. The FRSM12 card follows this logical port scheme.
Virtual Port Indexing
Virtual port indexing is a combination of physical and logical port schemes.
In virtual port indexing, the port object does not represent the physical entities directly, but the physical entities can be derived using a pre-defined formula.
Virtual port indexing is only used for BXM ports.
ATM Ports
This section describes the parameters for creating, modifying, and deleting the following ATM ports:
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Managing AXSM and AXSM-E Ports
This section describes the objects you can use to manage AXSM and AXSM-E ports.
Create an AXSM or AXSM-E Port
To create a port on an AXSM or AXSM-E card, use the following object as the index:
svAtmPortPort = logical interface number that does not exist on the bay.line.
Send a SET on the following objects of the svAtmPortTable:
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The svAtmPortAdminState object is not applicable.
Modify an AXSM or AXSM-E Port
To modify a port on an AXSM or AXSM-E card, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = modify (mandatory)
You cannot change the following objects:
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The AXSM and AXSM-E cards support the following Interim Local Management Interface (ILMI) attributes:
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You cannot modify the ILMI attributes and the port attributes in the same request.
Delete an AXSM or AXSM-E Port
To delete a port on an AXSM or AXSM-E cards, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = delete (mandatory)
Managing AUSM Ports
This section describes the objects you can use to manage AUSM ports.
Create an AUSM-4 Port
To create an AUSM-4 port, use the following object as the index:
svAtmPortPort = physical line number
Send a SET on the following objects of the svAtmPortTable:
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Modify an AUSM-4 Port
To modify an AUSM-4 port, use the following object as the index:
svAtmPortPort = physical line number
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = modify
You cannot modify the svAtmPortType object.
Delete an AUSM-4 Port
To delete an AUSM-4 port, use the following object as the index:
svAtmPortPort = physical line number
Send a SET on the following object of the svAtmPortTable:
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Create an AUSM-8T1/E1 Port
To create an AUSM-8T1/E1 port, use the following object as the logical index:
svAtmPortPort = number from the svNextLogicalPortTable
Send a SET on the following object of the svAtmPortTable:
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In Example 4-1, the following setup is used:
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To create a port on an AUSM-8T1/E1 card, use the syntax in Example 4-1.
Example 4-1 Creating an AUSM-8T1E1 Port
/opt/OV/bin/snmpset -p 8161 -t 300 -r 0 -c private cwmult62 \ svAtmPortRowStatus.<8.49.48.53.112.50.99.119.52>.<0>.<3>.<7> integer 2 \ svAtmPortType.<8.49.48.53.112.50.99.119.52>.<0>.<3>.<7> integer 4 \ svAtmImaPortMode.<8.49.48.53.112.50.99.119.52>.<0>.<3>.<7> integer 1 \ svAtmPortAssociatedLines.<8.49.48.53.112.50.99.119.52>.<0>.<3>.<7> octetstring 8Modify an AUSM-8T1/E1 Port
To modify an AUSM-8T1/E1 port, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = modify
Modify other parameters as needed.
You cannot modify the following objects:
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Delete an AUSM-8T1/E1 Port
To delete an AUSM-8T1/E1 port, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = delete (mandatory)
Create an AUSM-8 IMA Port
To create an AUSM-8 IMA port, use the following object as the index:
svAtmPortPort = number from the svNextLogicalPortTable
Send a SET on the following objects of the svAtmPortTable:
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Modify an AUSM-8 IMA Port
To modify an AUSM-8 IMA port, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following object of the svAtmPortTable:
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You cannot modify the following objects:
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Delete an AUSM-8 IMA Port
To delete an AUSM-8 IMA port, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = delete (mandatory)
Add Lines to an AUSM-8 IMA Port
To add lines to an AUSM-8 IMA port, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following objects of the svAtmPortTable:
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Delete Lines from an AUSM-8 IMA Port
To delete lines from an AUSM-8 IMA port, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following objects of the svAtmPortTable:
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Managing PXM1 Ports
This section describes the objects you can use to manage PXM1 ports.
Create a PXM1-UNI Port
To create a port on the PXM1 card, use the following object as the index:
svAtmPortPort = number gotten from the svNextLogicalPortTable table.
Send a SET on the following object of the svAtmPortTable:
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The svAtmPortType object must not be SET.
Modify a PXM1-UNI Port
To modify a port on the PXM1 card, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = modify (mandatory)
You cannot modify the following objects:
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Delete a PXM1-UNI Port
To delete a port on the PXM1 card, use the following object as the index:
svAtmPortPort = number used during port creation
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = delete (mandatory)
Managing PXM1E Virtual Ports
Use the following SNMP operations to manage PXM1E virtual ports:
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The SNMP syntax to manage different virtual ports is slightly different from the syntax that you use to manage ports. The virtual port types require different variables for the VPI setting.
Adding PXM1E Virtual Ports
To add an EVUNI or EVNNI port, use the syntax in Example 4-2.
Example 4-2 Adding a EVUNI or EVNNI Port
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>svAtmPortRowStatus.<node>.<shelf>.<slot>.<port> integer 2svAtmPortType.<node>.<shelf>.<slot>.<port> integer "11 or 12"svAtmPortAssociatedLines.<node>.<shelf>.<slot>.<port> octetstring "line"svAtmPortMaxRate.<node>.<shelf>.<slot>.<port> integer max_ratesvAtmPortMinRate.<node>.<shelf>.<slot>.<port> integer min_ratesvAtmbbIfMinVpi.<node>.<shelf>.<slot>.<port> integer min_vpisvAtmbbIfMaxVpi.<node>.<shelf>.<slot>.<port> integer max_vpiTo add an VUNI or VNNI port, use the syntax in Example 4-3.
Example 4-3 Adding a VUNI or VNNI Port
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>svAtmPortRowStatus.<node>.<shelf>.<slot>.<port> integer 2svAtmPortType.<node>.<shelf>.<slot>.<port> integer "6 or 7"svAtmPortAssociatedLines.<node>.<shelf>.<slot>.<port> octetstring "line"svAtmPortMaxRate.<node>.<shelf>.<slot>.<port> integer max_ratesvAtmPortMinRate.<node>.<shelf>.<slot>.<port> integer min_ratesvAtmPortVpiNum.<node>.<shelf>.<slot>.<port> integer vpi_numModifying PXM1E Virtual Ports
To modify an EVUNI or EVNNI port, use the syntax in Example 4-4.
Example 4-4 Modifying a EVUNI or PVNNI Port
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>svAtmPortRowStatus.<node>.<shelf>.<slot>.<port> integer 4svAtmPortMaxRate.<node>.<shelf>.<slot>.<port> integer max_ratesvAtmPortMinRate.<node>.<shelf>.<slot>.<port> integer min_ratesvAtmbbIfMinVpi.<node>.<shelf>.<slot>.<port> integer min_vpisvAtmbbIfMaxVpi.<node>.<shelf>.<slot>.<port> integer max_vpiTo modify a VUNI or VNNI port, use the syntax in Example 4-5.
Example 4-5 Modifying a VUNI or VNNI Port
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>svAtmPortRowStatus.<node>.<shelf>.<slot>.<port> integer 4svAtmPortMaxRate.<node>.<shelf>.<slot>.<port> integer max_ratesvAtmPortMinRate.<node>.<shelf>.<slot>.<port> integer min_rateYou cannot modify the svAtmPortVpiNum object.
Delete PXM1E Virtual Ports
To delete a virtual port, regardless of the virtual port type, use the syntax in Example 4-6.
Example 4-6 Deleting a Virtual Port
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>svAtmPortRowStatus.<node>.<shelf>.<slot>.<port> integer 3Up a PXM1E Virtual Port
To bring up a virtual port, use the syntax in Example 4-7.
Example 4-7 Bringing Up a Virtual Port
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>svAtmPortRowStatus.<node>.<shelf>.<slot>.<port> integer 4svAtmPortAdminState.<node>.<shelf>.<slot>.<port> integer 1Down a PXM1E Virtual Port
To bring down a virtual port, use the syntax in Example 4-8.
Example 4-8 Bringing Down a Virtual Port
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>svAtmPortRowStatus.<node>.<shelf>.<slot>.<port> integer 4svAtmPortAdminState.<node>.<shelf>.<slot>.<port> integer 2Managing BXM Ports
This section describes the objects you can use to manage BXM ports.
Create a BXM Port
To create a port on the BXM card, use the following guidelines:
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Send a SET on the following objects of the svAtmPortTable:
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The svAtmPortAdminState object is not applicable.
Modify a BXM Port
To modify a port on the BXM card, use the following guidelines:
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Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = modify (mandatory)
Delete a BXM Port
To delete a port on the BXM card, use the following guidelines:
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Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = delete (mandatory)
Managing UXM Ports
This section describes the objects you can use to manage UXM ports.
Create a UXM IMA Port
To create an IMA port on the UXM card, use the following object as the index:
svAtmPortPort = primary line group line number
Send a SET on the following objects of the svAtmPortTable:
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The svAtmPortAdminState object is not applicable.
Modify a UXM IMA Port
To modify an IMA port on the UXM card, use the following object as the index:
svAtmPortPort = primary line group number
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = modify (mandatory)
The svAtmPortMinNumTxLinks and svAtmPortMinNumRxLinks objects must be equal. Modifications to these objects must be done at the same time.
Delete a UXM IMA Port
To delete an IMA port on the UXM card, use the following object as the index:
svAtmPortPort = primary line group number
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = delete (mandatory)
Create ASI and UXM Ports
To create a port on an ASI or UXM card, use the following object as the index:
svAtmPortPort = physical line number
Send a SET on the following objects of the svAtmPortTable:
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The svAtmPortAdminState object is not applicable.
The svAtmImaPortMode object is not writable and always has a value of atm.
Modify ASI and UXM Ports
To modify a port on an ASI or UXM card, use the following object as the index:
svAtmPortPort = Physical Line number.
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = modify (mandatory)
Delete ASI and UXM Ports
To delete a port on an ASI or UXM card, use the following object as the index:
svAtmPortPort = physical line number
Send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = delete (mandatory)
Circuit Emulation Ports
This section describes how to create, modify, and delete ports on circuit emulation (CE) cards. Topics include
Managing CESM-4 Ports
This section describes how to manage CESM-4 ports.
Create a CESM-4 Port
To create a port on the CESM-4 card, use the following objects as the index:
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Send a SET on the following objects of the svCesmPortTable:
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Modify a CESM-4 Port
You cannot modify the CESM-4 port attributes.
Delete a CESM-4 Port
To delete a port on the CESM-4 card, use the following objects as the index:
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Send a SET on the following objects of the svCesmPortTable:
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Managing CESM-1 Ports
This section describes how to manage CESM-1 ports.
Create a CESM-1 Port
To create a port on the CESM-1 card, use the following objects as the index:
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Send a SET on the following object of the svCesmPortTable:
svCesmPortRowStatus = add (Mandatory)
Modify a CESM-1 Port
You cannot modify the port attributes once the port is created.
Delete a CESM-1 Port
To delete a port on the CESM-1 card, use the following objects as the index:
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Send a SET on the following object of the svCesmPortTable:
svCesmPortRowStatus = delete (mandatory)
In Example 4-9, the following setup is used:
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To create a port on a CESM-8T1/E1 card, use the syntax in Example 4-9.
Example 4-9 Creating a CESM-8T1/E1 Port
/opt/OV/bin/snmpset -p 8161 -t 300 -r 0 -c private cwmult62 \ svCesmPortRowStatus.<8.49.48.53.112.50.99.119.50>.<0>.<13>.<4>.<1> integer 2 \ svCesmPortSpeed.<8.49.48.53.112.50.99.119.50>.<0>.<13>.<4>.<1> integer 6400Managing CESM-8T1/E1 Ports
This section describes how to manage CESM-8 ports.
Create a CESM-8T1/E1 Port
A physical indexing scheme is used for CESM-8T1/E1 ports.
To create a port on the CESM-8T1/E1 card, use the following objects as the index:
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Send a SET on the following object of the svCesmPortTable:
svCesmPortRowStatus = add (mandatory)
The SNMP request is rejected if the svCesmPortType object is specified as unstructured, and svCesmPortSpeed is specified.
Modify a CESM-8T1/E1 Port
You cannot modify the port attributes once the port is created.
Delete a CESM-8T1/E1 Port
To delete a port on the CESM-8T1/E1 card, use the following objects as the index:
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Send a SET on the following object of the svCesmPortTable:
svCesmPortRowStatus = delete (mandatory)
Frame Relay Ports
This section describes the parameters you can use for creating, modifying, and deleting Frame Relay ports. Topics include
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Managing FRSM-8T1/E1 Ports
This section describes how to manage FRSM-8T1/E1 ports.
A physical indexing scheme is used for FRSM-8T1/E1 ports.
Create a FRSM-8T1/E1 Ports
To create a port, send a SET request on the following mandatory object in the svFrPortTable.
svFrPortRowStatus
In Example 4-10, the following setup is used:
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To create a port on a FRSM-8T1/E1 card, use the syntax in Example 4-10.
Example 4-10 Creating a FRSM-8T1/E1 Port
/opt/OV/bin/snmpset -p 8161 -t 300 -r 0 -c private nmult27 \ svFrPortRowStatus.<8.112.111.112.101.121.101.49.48>.<8.112.111.112.101.121.101.49.56>.<11> .<3>.<12> integer 2 \ svFrPortSpeed.<8.112.111.112.101.121.101.49.48>.<8.112.111.112.101.121.101.49.56>.<11>.<3> .<12> integer 6400Managing FRSM-4/8 Ports
This section describes how to manage FRSM-4/8 ports.
Create a FRSM-4/8 Port
To create a port on the FRSM-4/8 card, use the following object as the index:
svFrPortPort = starting channel number
Send a SET on the following objects of the svFrPortTable:
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Modify a FRSM-4/8 Port
To modify a port on the FRSM-4/8 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = modify (mandatory)
Modify other objects as needed.
You cannot modify the following objects:
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Delete a FRSM-4/8 Port
To delete a port on the FRSM-4/8 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = delete (mandatory)
Managing FRSM-VHS-2T3/2E3/2HS2 Ports
This section describes how to manage FRSM-VHS-2T3/2E3/2HS2 ports.
A physical indexing scheme is used for FRSM-VHS-2T3/2E3/2HS2 ports.
Create a FRSM-VHS-2T3/2E3/2HS2 Port
To create a port on the FRSM-VHS-2T3/2E3/2HS2 card, use the following objects as the index:
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Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = add (mandatory)
Modify a FRSM-VHS-2T3/2E3/2HS2 Port
To modify a port on the FRSM-VHS-2T3/2E3/2HS2 card, use the following objects as the index:
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Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = modify (mandatory)
Modify other objects as needed.
Delete a FRSM-VHS-2T3/2E3/2HS2 Port
To delete a port on the FRSM-VHS-2T3/2E3/2HS2 card, use the following objects as the index:
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Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = delete (mandatory).
Managing FRSM-2CT3 Ports
This section describes how to manage FRSM-2CT3 ports.
A physical indexing scheme is used for FRSM-2CT3 ports.
Create a FRSM-2CT3 Port
To create a port on the FRSM-2CT3 card, use the following objects as the index:
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Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = add (mandatory)
In Example 4-11, the following setup is used:
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To create a port on a FRSM-2CT3 card, use the syntax in Example 4-11.
Example 4-11 Creating a FRSM-2CT3 Port
/opt/OV/bin/snmpset -p 8161 -t 300 -r 0 -c private nmult10 \ svFrPortRowStatus.<8.110.109.115.98.112.120.48.55>.<7.112.111.112.101.121.101.49>.<2>.<56> .<1> integer 2Modify a FRSM-2CT3 Port
To modify a port on the FRSM-2CT3 card, use the following objects as the index:
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Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = modify (mandatory)
Modify other objects as needed.
Delete a FRSM-2CT3 Port
To delete a port from the FRSM-2CT3 card, use the following objects as the index:
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Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = delete (mandatory)
Managing FRSM-HS1 Ports
This section describes how to manage FRSM-HS1 ports.
Create a FRSM-HS1 Port
To create a port on an FRSM-HS1 card, use the following object as the index:
svFrPortPort = line number
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = add (mandatory)
The SNMP request is rejected if the svFrPortStartingCh or svFrPortLine object is specified. This rejection occurs because the starting channel number is specified by the port index svFrPortPort, and the line number is specified by the line index svFrPortLineIndex.
Modify a FRSM-HS1 Port
To modify a port on the FRSM-HS1 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = modify (mandatory)
Modify other attributes as needed.
Delete a FRSM-HS1 Port
To delete a port on the FRSM-HS1 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = delete (mandatory)
Managing UFM Ports
This section describes how to manage UFM ports.
A physical indexing scheme is used for UFM ports.
Create a UFM Port
To create a port on the UFM card, obtain the next logical port by sending a GET on the following object of the svNextLogicalPortTable table:
svPort
The value of the svPort object is used as the index for the svFrPortPort value in the svFrPortTable.
Send a SET on the following objects of the svFrPortTable:
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In Example 4-12, the following setup is used:
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To create a port on a UFM card, use the syntax in Example 4-12.
Example 4-12 Creating a UFM port
/opt/OV/bin/snmpset -p 8161 -t 300 -r 0 -c private nmult30 \ svFrPortRowStatus.<8.110.109.115.98.112.120.49.51>.<8.110.109.115.105.103.120.50.56>.<3>.< 0>.<80> integer 2 \ svFrPortLine.<8.110.109.115.98.112.120.49.51>.<8.110.109.115.105.103.120.50.56>.<3>.<0>.<8 0> integer 2 \ svFrPortSpeed.<8.110.109.115.98.112.120.49.51>.<8.110.109.115.105.103.120.50.56>.<3>.<0>.< 80> integer 1280 \ svFrPortStartingCh.<8.110.109.115.98.112.120.49.51>.<8.110.109.115.105.103.120.50.56>.<3>. <0>.<80> integer 12Modify a UFM Port
To modify a port on the UFM card, send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = modify (mandatory)
Modify other attributes as needed.
You cannot modify the following objects of the svFrPortTable:
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Delete a UFM Port
To delete a port on the UFM card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = delete
Managing UFM/U Ports
This section describes how to manage UFM/U ports.
Create a UFM/U Port
To create a port on the UFM/U card, use the following object as the index:
svFrPortPort = line number
Send a SET on the following objects of the svFrPortTable:
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The SNMP request is rejected if any of the following are specified:
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Modify a UFM/U Port
To modify a port on the UFM/U card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following mandatory object of the svFrPortTable:
svFrPortRowStatus = modify (mandatory)
Modify other attributes as needed.
You cannot modify the following objects:
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Delete a UFM/U Port
To delete a port on the UFM/U card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following objects of the svFrPortTable:
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Managing FRM-X.21 Ports
This section describes how to manage FRM-X.21 ports.
Create an FRM-X.21 Port
To create a port on the FRM-X.21 card, use the following object as the index:
svFrPortPort = Line number
Send a SET on the following objects of the svFrPortTable:
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For port creation, do not SET the following objects:
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Modify an FRM-X.21 Port
To modify a port on the FRM-X.21 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = modify (mandatory)
Modify other attributes as needed.
You cannot modify the following objects:
•
•
•
•
•
Delete an FRM-X.21 Port
To delete a port on the FRM-X.21 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following objects of the svFrPortTable:
•
•
Managing FRM-V.35 Ports
This section describes how to manage FRM-V.35 ports.
Create an FRM-V.35 Port
To create a port on the FRM-V.35 card, use the following object as the index:
svFrPortPort = mine number
Send a SET on the following objects of the svFrPortTable:
•
•
•
For port creation, do not SET the following objects:
•
•
•
Modify an FRM-V.35 Port
To modify a port on the FRM-V.35 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = modify (mandatory)
Modify other valid objects as needed.
You cannot modify the following objects:
•
•
•
•
Delete an FRM-V.35 Port
To delete a port on the FRM-V.35 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following objects of the svFrPortTable:
•
•
Managing FRM-T1/E1 Ports
This section describes how to manage FRM-T1/E1 ports.
Create an FRM-T1/E1 Port
To create a port on the FRM-T1/E1 card, use the following object as the index:
svFrPortPort = starting channel number
Send a SET on the following objects of the svFrPortTable:
•
•
•
For port creation, do not SET the following objects:
•
•
Modify an FRM-T1/E1 Port
To modify a port on the FRM-T1/E1 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = modify (Mandatory)
Modify other valid objects as needed.
You cannot modify the following objects:
•
•
•
•
•
Delete a FRM-T1/E1 Port
To delete a port on the FRM-T1/E1 card, use the following object as the index:
svFrPortPort = port number used during creation
Send a SET on the following object of the svFrPortTable:
svFrPortRowStatus = delete (mandatory)
RPM Ports
This section describes how to manage RPM ports.
Create an RPM Port
To create an RPM port, send a SET on the following mandatory objects of the cwmRpmSubIfTable:
•
•
•
•
•
•
•
–
–
–
•
–
–
–
–
•
Modify an RPM Port
To modify an RPM port, send a SET on the following objects of the cwmRpmSubIfTable:
•
•
•
•
•
•
–
–
–
–
•
You can modify the following objects:
•
•
Down an RPM Port
To down an RPM port, send a SET on the following objects of the cwmRpmSubIfTable:
•
•
•
•
•
Up an RPM Port
To up an RPM port, send a SET on the following objects of the cwmRpmSubIfTable:
•
•
•
•
•
Delete an RPM Port
To delete an RPM port, send a SET on the following objects of the cwmRpmSubIfTable:
•
•
•
•
•
VISM Ports
This section describes how to create VISM-8T1/E1 ports. VISM-8T1/E1 supports a single port. Since the VISM port number is a fixed value and does not connect to DS1 lines, you do not need to SET line objects for port creation.
To add the port, send a SET on the following object of the svAtmPortTable:
svAtmPortRowStatus = add (2)
Resource Partitions
You can manage resource partitions through the use of the PortProxy for any ATM port.
Add a Resource Partition
To add a resource partition to a port, use the syntax in Example 4-13.
Example 4-13 Adding a Resource Partition
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>cwmRsrcPartRowStatus.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer 2cwmRsrcPartEgrMinPctBwAvail.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartEgrMaxPctBwAvail.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartIngMinPctBwAvail.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartIngMaxPctBwAvail.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartVpiLo.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartVpiHigh.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartVciLo.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartVciHigh.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartMinCon.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartMaxCon.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>Modify a Resource Partition
To modify a resource partition, use the syntax in Example 4-14.
Example 4-14 Modifying a Resource Partition
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>cwmRsrcPartRowStatus.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer 4cwmRsrcPartEgrMinPctBwAvail.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartEgrMaxPctBwAvail.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartIngMinPctBwAvail.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartIngMaxPctBwAvail.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartVpiLo.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartVpiHigh.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartVciLo.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartVciHigh.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartMinCon.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>cwmRsrcPartMaxCon.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer <?>Delete a Resource Partition
To delete a resource partition, use the syntax in Example 4-15.
Example 4-15 Deleting a Resource Partition
/opt/OV/bin/snmpset -c private -p 8161 -t 300 -r 0 <cwmWorkstation>cwmRsrcPartRowStatus.<node>.<shelf>.<slot>.<port>.<partition>.<controller> integer 3Closed User Groups
This section describes how to manage closed user groups (CUGs).
AESA Address
Use the cwmAesaAddressTable to add and delete an AESA address.
Add an AESA Address
To create an entry in cwmAesaAddressTable, use the following mandatory object.
cwmAesaAddressRowStatus = createAndGo(4)
In Example 4-16, following setup is used:
AddAtmAddr <ProxyHost> <Node[.Shelf]> <Slot.Port> <atm-addr> <atm-addr-len>
<plan> e164 = 1, nsap = 2Example 4-16 Adding an AESA Address
/opt/OV/bin/snmpset -p 8161 -t 3000 -r 0 -c private tballraker22 \cwmAesaAddressRowStatus.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 integer 4 \cwmAesaAddrPlan.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 integer 2 \cwmAesaAddrType.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 integer 1 \cwmAesaAddrProto.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 integer 1 \cwmAesaAddrScope.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 integer 10 \cwmAesaAddrRedistribute.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 integer 1stratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd ressRowStatus.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: createAndGostratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rPlan.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: nsapstratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rType.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: internalstratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rProto.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: localstratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rScope.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: 10stratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rRedistribute.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: trueExample 4-17 shows an the results of an snmpget for AESA address details. In this example, the following setup is used:
GetAtmAddr <ProxyHost> <Node[.Shelf]> <Slot.Port> <atm-addr> <atm-addr-len>
Example 4-17 Results of Adding an AESA Address
/opt/OV/bin/snmpget -p 8161 -t 3000 -r 0 -c private tballraker18\cwmAesaAddressRowStatus.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24\cwmAesaAddrType.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24\cwmAesaAddrProto.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24\cwmAesaAddrPlan.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24\cwmAesaAddrScope.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24\cwmAesaAddrRedistribute.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24stratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd ressRowStatus.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: activestratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rType.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: internalstratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rProto.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: localstratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rPlan.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: nsapstratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rScope.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: 10stratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rRedistribute.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: trueDelete an AESA Address
To delete an AESA address, use the following mandatory object of the cwmAesaAddressTable.
cwmAesaAddressRowStatus = destroy(6)
In Example 4-18, the following setup is used:
DelAtmAddr <ProxyHost> <Node[.Shelf]> <Slot.Port> <atm-addr> <atm-addr-len>
<plan> e164 = 1, nsap = 2To delete an AESA address, use the syntax in Example 4-18.
Example 4-18 Deleting an AESA Address
/opt/OV/bin/snmpset -p 8161 -t 3000 -r 0 -c private tballraker18 \cwmAesaAddressRowStatus.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 integer 6 \cwmAesaAddrPlan.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 integer 2stratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd ressRowStatus.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: destroystratacom.svplus.serviceGroup.portGroup.cwmAesaAddressTable.cwmAesaAddressEntry.cwmAesaAdd rPlan.8.49.48.53.112.50.99.119.51.0.4.1.3.69.103.137.24 : INTEGER: nsapCUG
To add, modify, and delete a CUG entry, use the cwmCugTable.
Add a CUG
To create an entry in the cwmCugTable, use the following mandatory objects:
•
•
•
In Example 4-19, the following setup is used:
AddCug <ProxyHost> <Node[.Shelf]> <atm-addr> <atm-addr-len> <cug> <plan>
<aesa-ic> plan - e164 = 1, nsap = 2, aesa-ic = 24 byteTo add a CUG, use the syntax in Example 4-19.
Example 4-19 Adding a CUG
/opt/OV/bin/snmpset -p 8161 -t 3000 -r 0 -c private tballraker18 \cwmCugRowStatus.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24.1 integer 4 \cwmCugAddressPlan.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24.1 integer 2 \cwmCugInterlockCode.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24.1 octetstringhex 111111111144444444445555555555666666666677777777stratacom.svplus.serviceGroup.portGroup.cwmCugTable.cwmCugEntry.cwmCugRowStatus.8.49.48.53 .112.50.99.119.51.0.3.69.103.137.24.1 : INTEGER: createAndGostratacom.svplus.serviceGroup.portGroup.cwmCugTable.cwmCugEntry.cwmCugAddressPlan.8.49.48. 53.112.50.99.119.51.0.3.69.103.137.24.1 : INTEGER: nsapstratacom.svplus.serviceGroup.portGroup.cwmCugTable.cwmCugEntry.cwmCugInterlockCode.8.49.4 8.53.112.50.99.119.51.0.3.69.103.137.24.1 : OCTET STRING- (hex): length = 240: 11 11 11 11 11 44 44 44 44 44 55 55 55 55 55 66 .....DDDDDUUUUUf16: 66 66 66 66 77 77 77 77 -- -- -- -- -- -- -- -- ffffwwww........Example 4-20 shows an snmpget for CUG details. In this example the following setup is used:
GetCug <ProxyHost> <Node[.Shelf]> <atm-addr>
<atm-addr-len> <cug>
Example 4-20 Results of Adding a CUG
/opt/OV/bin/snmpget -p 8161 -t 3000 -r 0 -c private tballraker18 \cwmCugRowStatus.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24.1 \cwmCugAddressPlan.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24.1 \cwmCugInterlockCode.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24.1 \cwmCugCallsBarred.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24.1stratacom.svplus.serviceGroup.portGroup.cwmCugTable.cwmCugEntry.cwmCugRowStatus.8.49.48.53 .112.50.99.119.51.0.3.69.103.137.24.1 : INTEGER: activestratacom.svplus.serviceGroup.portGroup.cwmCugTable.cwmCugEntry.cwmCugAddressPlan.8.49.48. 53.112.50.99.119.51.0.3.69.103.137.24.1 : INTEGER: nsapstratacom.svplus.serviceGroup.portGroup.cwmCugTable.cwmCugEntry.cwmCugInterlockCode.8.49.4 8.53.112.50.99.119.51.0.3.69.103.137.24.1 : OCTET STRING- (hex): length = 240: 11 11 11 11 11 44 44 44 44 44 55 55 55 55 55 66 .....DDDDDUUUUUf16: 66 66 66 66 77 77 77 77 -- -- -- -- -- -- -- -- ffffwwww........stratacom.svplus.serviceGroup.portGroup.cwmCugTable.cwmCugEntry.cwmCugCallsBarred.8.49.48. 53.112.50.99.119.51.0.3.69.103.137.24.1 : INTEGER: noneModify a CUG
You can only modify the cwmCallBarred object of the cwmCugTable.
In Example 4-21, the following setup is used:
AddAtmAddr <ProxyHost> <Node[.Shelf]> <atm-addr> <atm-addr-len> <cug> <callsbarred>
To modify a CUG, use the syntax in Example 4-21.
Example 4-21 Modifying a CUG
/opt/OV/bin/snmpset -p 8161 -t 3000 -r 0 -c private tballraker18 \cwmCugCallsBarred.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24.1 integer 2stratacom.svplus.serviceGroup.portGroup.cwmCugTable.cwmCugEntry.cwmCugCallsBarred.8.49.48. 53.112.50.99.119.51.0.3.69.103.137.24.1 : INTEGER: incomingDelete a CUG
To delete a CUG, set the cwmCugRowStatus to destroy(6).
In Example 4-22, the following setup is used:
DelCug <ProxyHost> <Node[.Shelf]> <atm-addr> <atm-addr-len> <cug>
To delete a CUG, use the syntax in Example 4-22.
Example 4-22 Deleting a CUG
/opt/OV/bin/snmpset -p 8161 -t 3000 -r 0 -c private tballraker18cwmCugRowStatus.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24.1 integer 6stratacom.svplus.serviceGroup.portGroup.cwmCugTable.cwmCugEntry.cwmCugRowStatus.8.49.48.53 .112.50.99.119.51.0.3.69.103.137.24.1 : INTEGER: destroyCUG Address Attributes
After you create a CUG entry for the AESA address, an entry in the cwmAddressCugTable is created.
You can modify only the following parameters in this table:
•
•
•
In Example 4-23, the following setup is used:
ModAddrCug <ProxyHost> <Node[.Shelf]> <atm-addr> <atm-addr-len> <incoming_access> <outgoing_access> <preferential_cug>
To modify a CUG address attributes, use the syntax in Example 4-23.
Example 4-23 Modifying a CUG Address
/opt/OV/bin/snmpset -p 8161 -t 3000 -r 0 -c private tballraker18 \cwmAddrIncomingAccess.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24 integer 1 \cwmAddrOutgoingAccess.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24 integer 2 \cwmAddrPreferentialCug.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24 integer 1 \stratacom.svplus.serviceGroup.portGroup.cwmAddressCugTable.cwmAddressCugEntry.cwmAddrIncom ingAccess.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24 : INTEGER: notAllowedstratacom.svplus.serviceGroup.portGroup.cwmAddressCugTable.cwmAddressCugEntry.cwmAddrOutgo ingAccess.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24 : INTEGER: allowedPerCallstratacom.svplus.serviceGroup.portGroup.cwmAddressCugTable.cwmAddressCugEntry.cwmAddrPrefe rentialCug.8.49.48.53.112.50.99.119.51.0.3.69.103.137.24 : INTEGER: 1
