Table Of Contents
Using the Session Border Controller Commands
Configuring SBC Components
Add Commands
Adding SIP Adjacency
Adding SIP Adjacency Outbound AuthRealm
Adding a Blacklist
Adding a Blacklist Reason
Adding a CAC Policy Set
Adding a CAC Policy Table
Adding a CAC Rule Entry to a CAC Policy Table
Adding a Call Policy Set
Adding a Call Policy Table to a Call Policy Set
Adding a Call Rule Entry to a Call Policy Table
Adding a Codec List
Adding an Entry to a Codec List
Adding a Media Address
Adding a QoS Profile
Adding a SIP Header Profile
Adding a Header to an Existing SIP Header Profile
Adding an Entry to a SIP Header Profile Header
Adding a Condition to a SIP Header Profile Header Entry
Adding a SIP Option Profile
Adding a SIP Parameter Profile
Adding a Parameter to a SIP Parameter Profile
Adding a Media Address DBE
Delete Commands
Deleting a Blacklist
Deleting a Blacklist Reason
Deleting a CAC Policy Set
Deleting a CAC Policy Table
Deleting a CAC Rule Entry
Deleting a Call Policy Set
Deleting a Call Policy Table
Deleting a Call Rule Entry
Deleting a Codec List
Deleting an Entry From a Codec List
Deleting a Media Address
Deleting a QoS Profile
Deleting a SIP Header Profile
Deleting an Entry From a Header of a SIP Header Profile
Deleting a Header From a SIP Header Profile
Deleting a SIP Adjacency
Deleting a SIP Adjacency Authentication Realm
Deleting a SIP Option Profile
Deleting a SIP Parameter Profile
Deleting a Parameter From a SIP Parameter Profile
Update Commands
Updating a Blacklist Reason
Updating a CAC Policy Set
Updating a CAC Policy Table
Updating a CAC Rule Entry
Updating a Call Policy Set
Updating a Call Policy Table
Updating a Call Rule Entry
Updating a Codec List Entry
Updating a QoS Profile
Updating a SIP Adjacency
Updating a SIP Header Profile
Updating a SIP Header Profile Entry
Updating a SIP Option Profile
Updating a Parameter in a SIP Parameter Profile
Updating SIP Adjacency Outbound AuthRealm
Monitoring the Performance of SBC Components
Showing SBC CPS Data
Showing SBC Components
Showing SBC Current 15 Minute Stats
Showing SBC Current 5 Minute Stats
Showing SBC Current Day Stats
Showing SBC Current Hour Stats
Showing SBC H248 Stats
Showing SBC Previous 15 Minute Stats
Showing SBC Previous 5 Minute Stats
Showing SBC Previous Day Stats
Showing SBC Previous Hour Stats
Showing SBC Media Stats
Using the Session Border Controller Commands
Session Border Controllers (SBCs) control and manage real-time multimedia traffic flows between IP network borders, handling signaling, and media. SBCs perform native IP interconnection functions required for real-time communications such as admission control, firewall traversal, accounting, signaling interworking, and quality-of-service (QoS) management.
The Cisco Prime Network platform provides fault management, configuration, and performance monitoring for SBC services. Prime Network SBC commands allow you to configure SBC components.
Before you can use Prime Network to manage an SBC device, you must add the SBC device as a Virtual Network Element (VNE) in Prime Network.
For a full description of how to use Cisco Prime Network Administration to add and define a VNE, see the Cisco Prime Network 3.8 Administrator Guide.
After the SBC device is added to Prime Network and the VNE is activated, you can see the physical and logical inventory information for the device. See the Cisco Prime Network 3.8 User Guide for more details.
SBC scripts are supported only on Cisco ASR 1000 Series Aggregation Services Routers.
See Part 1- Cisco VNEs section in this guide for details on the Cisco ASR 1000 Series software versions that Prime Network supports. To run the SBC commands, the software on the network element must support the SBC technology.
The following sections describe the commands to configure and monitor the performance of SBC services:
•
Configuring SBC Components
•Monitoring the Performance of SBC Components
Configuring SBC Components
The following commands facilitate the configuration of SBC components:
•Add Commands
•Delete Commands
•Update Commands
Note In the GUI, parameters that are displayed in bold text are mandatory.
Add Commands
The add commands that you can use while configuration of SBC components are:
•Adding SIP Adjacency
•Adding SIP Adjacency Outbound AuthRealm
•Adding a Blacklist
•Adding a Blacklist Reason
•Adding a CAC Policy Set
•Adding a CAC Policy Table
•Adding a CAC Rule Entry to a CAC Policy Table
•Adding a Call Policy Set
•Adding a Call Policy Table to a Call Policy Set
•Adding a Call Rule Entry to a Call Policy Table
•Adding a Codec List
•Adding an Entry to a Codec List
•Adding a Media Address
•Adding a QoS Profile
•Adding a SIP Header Profile
•Adding a Header to an Existing SIP Header Profile
•Adding an Entry to a SIP Header Profile Header
•Adding a Condition to a SIP Header Profile Header Entry
•Adding a SIP Option Profile
•Adding a SIP Parameter Profile
•Adding a Parameter to a SIP Parameter Profile
•Adding a Media Address DBE
Adding SIP Adjacency
You can use the Add SIP Adjacency command to add Session Initiation Protocol (SIP) adjacency.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > SIP Adjacency. The SIP Adjacency dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Name
|
The SIP adjacency name. This parameter is mandatory.
|
Description
|
The SIP adjacency description.
|
Signaling Address
|
The local IPv4 signaling address of the SIP adjacency. This parameter is mandatory.
|
Signaling Port
|
The local port of signaling address of the SIP adjacency. The range is from 1 to 65535; the default is 5060.
|
Signaling Peer
|
The remote signaling peer of the SIP adjacency. This parameter is mandatory.
|
Signaling Peer Port
|
The remote signaling peer's port of the SIP adjacency. The range is from 1 to 65535; the default is 5060.
|
Remote Address
|
The set of remote signaling peers that can be contacted over the adjacency with the specified IP address prefix. This parameter is mandatory.
|
Preferred Transport
|
The preferred transport protocol for SIP signaling on the adjacency.
|
Vrf
|
The value used to configure the SIP adjacency for a specific VPN. The adjacency receives incoming signaling from this VPN only. The adjacency's outgoing signaling is routed in the relevant Virtual Routing and Forwarding (VRF) table.
|
Adjacency group
|
The adjacency group of the SIP adjacency. The maximum size is 32 characters.
|
Adjacency Account
|
The SIP adjacency account on an SBE.
|
Attach This Adjacency
|
Check this check box to attach the adjacency to an account on an SBE.
|
Step 5 Click the Registration tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Enable Faster Register
|
Enables or disables fast-path register support on the SIP adjacency.
|
Faster Register Interval
|
The fast-path register interval, in seconds.
|
Register Minimum Expiry
|
The minimum registration period on the SIP adjacency, in seconds. The default is 3000 seconds.
|
Registration Target Address
|
The address to be used when an outbound SIP register request rewriting occurs.
|
Registration Target Port
|
The port to be used when an outbound SIP register request rewriting occurs.
|
Registration Rewrite Register
|
Enables or disables the SIP register request rewriting.
|
Step 6 Click the Signalling Property tab. Enter values for the following parameters.
Input Parameters
|
Description
|
Hold Media Timeout
|
The amount of time an SBE waits after receiving a media timeout notification from the DBE for an on-hold call before tearing that call down. The time is in milliseconds; the default value is 0.
|
Redirect Mode
|
Configures the behavior of the session border controller upon receipt of a 3xx response to an invitation from the SIP adjacency. Values are:
•pass-through—Passes all 3xx responses back to the caller.
•recurse—On 300, 301, 302, and 305 invite responses, the session border controller resends the invitation to the first listed contact address, or returns the 3xx response.
|
Redirect Limit
|
The maximum number of redirections that the session border controller performs on a call. The range is from 0 to 200 redirections; the default is 2.
|
NAT Force On
|
Enables NAT assuming.
|
Passthrough From Header
|
Enables the From header rewriting.
|
Passthrough To Header
|
Enables the To header rewriting.
|
Force Signaling Peer
|
Enables forcing the SIP message to go to the configured signaling peer.
|
SIP-I Passthrough
|
Enables a SIP adjacency for SIP-I pass-through.
|
Outbound Flood Rate
|
The maximum desired rate of outbound request signals on the adjacency, excluding ACK/PRACK requests. The value is in signals per second.
|
Hunting Trigger
|
The failure return codes to trigger hunting for the adjacency.
|
Media Bypass
|
The SIP adjacency to allow media traffic to bypass the DBE.
|
Security
|
The transport-level security to use on a SIP adjacency. Values are:
•untrusted—(Default) The adjacency is not secure.
•trusted-encrypted—Encrypted signaling is used to ensure security on the adjacency.
•untrusted-encrypted—The adjacency is untrusted and uses SSL/TLS encryption.
•trusted-unencrypted—A nonencryption mechanism is used to guarantee secure signaling for all messages on the adjacency.
|
Local Id Host
|
The local identity name—such as a DNS name—to present on outbound SIP messages.
|
Resource Priority Set
|
The name of the resource priority set used with the specified SIP adjacency.
|
Step 7 Click the SIP Profile tab. Enter values for the following parameters.
Input Parameters
|
Description
|
Inbound Method Profile
|
The name of the inbound method profile.
|
Outbound Method Profile
|
The name of the outbound method profile.
|
Inbound Header Profile
|
The name of the inbound header profile.
|
Outbound Header Profile
|
The name of the outbound header profile.
|
Proxy Inbound Option Profile
|
The name of the inbound proxy header profile for white/blacklisting options.
|
Proxy Outbound Option Profile
|
The name of the outbound proxy header profile for white/blacklisting options.
|
UA Inbound Option Profile
|
The name of the inbound UA header profile for white/blacklisting options.
|
UA Outbound Option Profile
|
The name of the outbound UA header profile for white/blacklisting options.
|
Step 8 Click the Authentication tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Authentication Realm Inbound
|
The domain name of inbound authentication realm.
|
Authentication Mode
|
Configures the authentication mode for a SIP adjacency.
|
Authentication Nonce Timeout
|
The authentication nonce timeout value, in seconds. The range is from 0 to 65535 seconds; the default is 300 seconds.
Note Nonce is a hash value used to authenticate the user.
|
Step 9 Click the UAS Failure Detection tab. Enter values for the following parameters.
Input Parameters
|
Description
|
Enable Ping
|
Configures the adjacency to:
•Poll its remote peer by sending SIP OPTIONS pings to it.
•Enter the ping option submode.
The default value is disabled.
|
Ping Interval
|
The interval between SIP OPTIONS pings that are sent to the remote peer. The range is from 1 to 2147483 seconds; the default is 32 seconds.
|
Ping Fail Count
|
The number of consecutive pings that must fail before the adjacency peer is deemed to be unavailable. The range is from 1 to 4294967295; the default value is 3.
|
Ping Life Time
|
The duration for which the session border controller waits for a response to an options ping for the adjacency. The default is 32 seconds.
|
Step 10 Click the P-CSCF tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Global SIP Inherit Profile
|
Configures the Proxy-Call Session Control Function (P-CSCF) access inherit profile as the global profile. Values are:
•preset-access—Specifies a preset access profile.
•preset-core—(Default) Specifies a preset core profile.
•preset-ibcf-ext-untrusted—Specifies a preset Interconnection Border Control Function (IBFC) external untrusted profile.
•preset-ibcf-external—Specifies a preset IBCF external profile.
•preset-ibcf-internal—Specifies a preset IBCF internal profile.
•preset-p-cscf-access—Specifies a preset P-CSCF-access profile.
•preset-p-cscf-core—Specifies a preset P-CSCF-core profile.
•preset-peering—Specifies a preset peering profile.
•preset-standard-non-ims—Specified a preset standard non-Information Management System (IMS) profile.
|
SIP Adjacency Inherit Profile
|
Configures the SIP adjacency to use the P-CSCF access profile.
|
Visited Network Identifier
|
The network name of the SIP adjacency.
|
Step 11 Click the IBCF tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Global SIP Home Network Identifier
|
The specified domain name as the global home network identifier for use in all SIP IBCF adjacencies.
|
Global SIP Encryption Key
|
The global encryption key for all SIP IBCF adjacencies.
|
SIP Adjacency Inherit Profile
|
Specifies a preset IBCF internal profile.
|
SIP Adjacency Encryption Key
|
The encryption key on the SIP IBCF adjacency.
|
Sip Adjacency Home Network Identifier
|
The home network identifier on an IBCF adjacency.
|
Step 12 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 13 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 14 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 15 To close the dialog box, click Close.
Adding SIP Adjacency Outbound AuthRealm
Use the Add Sip Adjacency Outbound AuthRealm command to add a SIP adjacency outbound authentication realm.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Click the Sip Adjacency node.
Step 6 In the Sip Adjacencies window, right-click the SIP adjacency instance and choose Commands > Add > SIP Adjacency Outbound AuthRealm. The SIP Adjacency Outbound AuthRealm dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Domain
|
The domain name for which the authentication credentials are valid.
|
Username
|
The username that identifies the SBC in the specified domain.
|
Password
|
The password to authenticate the username in the specified domain.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Adding a Blacklist
Use the Add Blacklist command to add a blacklist.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > Blacklist. The Blacklist dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
VPN
|
The VPN name. For global VPN, the value is global.
|
Type
|
The blacklist type. Values are:
•NORMAL
•CRITICAL
|
IP Address
|
The IP address.
|
Port Type
|
The port type. Values are:
•default-port-limit
•TCP
•UDP
|
Port Number
|
The port number, in the range from 0 to 65535. This field is valid only when the port type is TCP or UDP.
|
Description
|
The description of the blacklist.
|
Step 5 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 6 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 7 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 8 To close the dialog box, click Close.
Adding a Blacklist Reason
Use the Add Blacklist Reason command to add a blacklist reason.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Blacklist node.
Step 6 In the Blacklists window, right-click the blacklist instance and choose Commands > Add > Blacklist Reason. The Blacklist Reason dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Blacklist Name
|
The blacklist name.
|
Blacklist Type
|
The blacklist type.
|
Event Type
|
The event type. Values are:
•authentication-failure
•bad-address
•corrupt-message
•endpoint-registration
•policy-rejection
•routing-failure
•spam
|
Blacklisting Period
|
The blacklisting period value.
|
Trigger Period
|
The trigger period value.
|
Trigger Size
|
The trigger size value.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Adding a CAC Policy Set
Use the Add CAC Policy Set command to add a Call Admission Control (CAC) policy set.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > CAC Policy Set. The CAC Policy Set dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Policy Set Number
|
The set number of the CAC policy set.
|
Active
|
The status of the CAC policy set.
|
Description
|
The description of the CAC policy set.
|
First Cac Table
|
The first policy table of the CAC policy set. The table must be included in this CAC policy set. You can update the policy set's properties only when the policy set is inactive.
|
First Cac Scope
|
The first scope of the CAC policy set.
|
Step 5 Click the Table 1 tab. Enter values for the following parameters.
Note When you add a CAC policy set for the first time, you can add three CAC policy tables. If you need to add more tables, you can do so after the CAC policy set that you create is discovered.
Input Parameter
|
Description
|
Table Name
|
The CAC policy table name that is included in this CAC policy set.
|
Match Type
|
The match type of the CAC policy table.
|
Number
|
The entry number for the CAC rule entry.
|
Action
|
The action type of the CAC rule entry.
|
Next table
|
When the Action field is set to next-table, you must configure this field. If the Action field is set to cac-complete, ignore this field.
|
Match Value
|
The match value for the CAC rule entry.
|
Step 6 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 7 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 8 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 9 To close the dialog box, click Close.
Adding a CAC Policy Table
Use the Add CAC Policy Table command to add a CAC policy table to an existing CAC policy set.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the CAC Policy node.
Step 6 In the CAC Policy Set window, right-click the CAC policy instance and choose Commands > Add > CAC Policy Table. The CAC Policy Table dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Table Name
|
The CAC policy table name that is included in this CAC policy set.
|
Description
|
The description of the CAC policy table.
|
Match Type
|
The match type of the CAC policy table.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Adding a CAC Rule Entry to a CAC Policy Table
Use the Add CAC Policy Entry command to add a CAC rule entry to an existing CAC policy table.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the CAC Policy node.
Step 6 In the CAC Policy Set window, double-click a policy instance. The CAC Policy Set Properties window opens.
Step 7 Right-click a policy table and choose Commands > Add > CAC Rule Entry. The CAC Rule Entry dialog box opens.
Step 8 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Entry Number
|
The CAC rule number that is included in this CAC policy table.
|
Match Value
|
The match value for the CAC rule entry.
|
Action
|
The action type of this CAC rule entry.
|
Next table
|
When the Action field is set to next-table, you must configure this field. If the Action field is set to cac-complete, ignore this field.
|
Step 9 Click the Callee tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Callee Hold Setting
|
The callee hold setting. Values are:
•hold-c0
•hold-c0-inactive
•hold-c0-sendonly
•hold-sendonly
•standard
|
Callee Codec List
|
The codec list of the CAC rule entry.
|
Callee Privacy
|
The callee privacy. Values are:
•never
•always
•account-boundary
|
Callee Sig Qos Profile
|
The QoS profile to use for signaling packets sent to the original callee.
|
Callee Video Qos Sig Profile
|
The QoS profile to use for media packets (video) sent to the original callee.
|
Callee Voice Qos Sig Profile
|
The QoS profile to use for media packets (voice) sent to the original callee.
|
Step 10 Click the Caller tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Caller Hold Setting
|
The caller hold setting. Values are:
•hold-c0
•hold-c0-inactive
•hold-c0-sendonly
•hold-sendonly
•standard
|
Caller Codec List
|
The codec list of the CAC rule entry.
|
Caller Privacy
|
The caller privacy. Values are:
•never
•always
•account-boundary
|
Caller Sig Qos Profile
|
The QoS profile to use for signaling packets sent to the original caller.
|
Caller Video Qos Profile
|
The QoS profile to use for media packets (video) sent to the original caller.
|
Caller Voice Qos Profile
|
The QoS profile to use for media packets (voice) sent to the original caller.
|
Step 11 Click the Others tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Codec Restrict ToList
|
The parameter to use to restrict the codecs used in signaling a call to the set of codecs in the specified list.
|
Early Media
|
Allows or forbids early media.
|
Early Media Timeout
|
The amount of time for which to allow early media before a call is established.
|
Early Media Type
|
The direction of early media to allow for an entry in a call admission control table.
|
Max bandwidth per scope
|
The maximum bandwidth per scope for an entry in an admission control table.
|
Max call rate per scope
|
The maximum call rate for an entry in an admission control table.
|
Max channels per scope
|
The maximum number of channels for an entry in an admission control table.
|
Max In Call Rate
|
The maximum rate of inbound calls.
|
Max num calls per scope
|
The maximum number of calls for an entry in an admission control table.
|
Max Out Call Rate
|
The maximum rate of outbound calls.
|
Max regs per scope
|
The maximum number of subscriber registrations for an entry in an admission control table.
|
Max regs rate per scope
|
The maximum call number of subscriber registrations for an entry in an admission control table.
|
Max updates per call
|
The maximum call updates for an entry in an admission control table.
|
Media bypass
|
The SIP adjacency to use to allow media traffic to bypass the DBE.
|
Transcode
|
Allows or forbids transcoding for an entry in the admission control table.
|
Transport
|
The transport for an entry in an admission control table.
|
Step 12 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 13 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 14 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 15 To close the dialog box, click Close.
Adding a Call Policy Set
Use the Add Call Policy Set command to add a new call policy set.
Note When you add a new call policy set, you can add three call policy tables. You can add more tables after the call policy set you created is discovered.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > Call Policy Set. The Call Policy Set dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Policy Set Number
|
The set number of the call policy set.
|
Description
|
The description of the call policy set.
|
Active
|
The status of the call policy set.
|
First Call Routing Table
|
The first call routing table of the call policy set. The table must be included in this call policy set. You can update the policy set's properties only when the policy set is inactive.
|
Step 5 Click the Table 1 tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Table Name
|
The call policy table name that is included in the call policy set.
|
Match Type
|
The match type of the call policy table.
|
Number
|
The entry number for the call rule entry.
|
Action
|
The action type of the call rule entry
|
Next table
|
When the Action field is set to next-table, you must configure this field. If the Action field is set to cac-complete, ignore this field.
|
Edit action
|
The dial-string manipulation action in number analysis and routing tables, where entries in the table match the entire dialed number.
Enter the:
•Edit action type
•Edit action value
|
Edit cic
|
The carrier identification code (CIC) in number analysis and routing tables.
Enter the:
•Edit action type
•Edit action value
|
You can add three entries to the call policy table. For details about adding more entries, see Adding a Call Rule Entry to a Call Policy Table.
Step 6 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 7 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 8 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 9 To close the dialog box, click Close.
Adding a Call Policy Table to a Call Policy Set
Use the Add Call Policy Table command to add a call policy table to an existing call policy set.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Call Policy node.
Step 6 In the Call Policy Set window, right-click the policy set and choose Commands > Add > Call Policy Table. The Call Policy Table dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Table Name
|
The call policy table name that is included in the call policy set.
|
Match Type
|
The match type of the call policy table.
|
Description
|
The description for the call policy table.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Adding a Call Rule Entry to a Call Policy Table
Use the Add Call Rule Entry command to add an entry to an existing call policy table.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Call Policy node.
Step 6 In the Call Policy Set window, double-click a policy set. The Call Policy Set Properties window opens.
Step 7 Right-click a policy table and choose Commands > Add > Call Rule Entry. The Call Rule Entry dialog box opens.
Step 8 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Entry Number
|
The call rule number that is included in this call policy table.
|
Action
|
The action type of this call rule entry.
|
Next table
|
When the Action field is set to next-table, you must configure this field. If the Action field is set to cac-complete, ignore this field.
|
Edit action
|
The dial-string manipulation action in number analysis and routing tables, where entries in the table match the entire dialed number.
Enter the:
•Edit action type
•Edit action value
|
Edit cic
|
The carrier identification code (CIC) in number analysis and routing tables.
Enter the:
•Edit action type
•Edit action value
|
Edit src
|
The source number manipulation action in number analysis and routing tables.
Enter the:
•Edit action type
•Edit action value
|
Match Value
|
The match value for the call rule entry.
|
Dst Adjacency
|
The destination adjacency of an entry in a routing table.
|
Precedence
|
The precedence of the routing entry. You must configure this field only when the table type of the call policy table is rtg-time.
|
Use time offset
|
Check this check box if the desired time zone is ahead of or behind local time. You must configure this field only when the table type of the call policy table is rtg-time.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Adding a Codec List
Use the Add Codec List command to add a codec list.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > Codec List. The Codec List dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameters
|
Description
|
Name
|
The name of the codec list.
|
Description
|
The description of the codec list.
|
Step 5 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 6 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 7 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 8 To close the dialog box, click Close.
Adding an Entry to a Codec List
Use the Add Codec List Entry command to add an entry to a codec list.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Codec List node.
Step 6 In the Codec List window, right-click the codec list instance and choose Commands > Add > Codec List Entry. The Codec List Entry dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Name
|
The name of the codec list.
|
Codec
|
The codec list item to add.
|
Packetization Period
|
The packetization period value.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Adding a Media Address
Use the Add Media Address command to add a media address.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > Media Address. The Media Address dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Address Range
|
The IP address or IP address range.
|
Managed By
|
Indicates whether the media address is managed by the Data Border Element (DBE) or Media Gateway Configuration (MGC).
|
Nat Mode
|
The network address translation (NAT) mode of the media address.
|
Vrf Name
|
The VRF table name of the media address.
|
Port Range Lower
|
The lower limit of the port range.
|
Port Range Upper
|
The upper limit of the port range.
|
Service Class
|
The service class of the media address.
|
Step 5 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 6 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 7 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 8 To close the dialog box, click Close.
Adding a QoS Profile
Use the Add QoS Profile command to add a QoS profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > QoS Profile. The QoS Profile dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameters
|
Description
|
Qos Profile Name
|
The QoS profile name.
|
Qos Profile Type
|
The QoS type. Values are:
•fax—Fax QoS profile.
•sig—Signaling QoS profile.
•video—Video QoS profile.
•voice—Voice QoS profile.
|
Marking
|
The marking type of the QoS profile.
|
IP Precedence
|
The IP precedence value. The range is from 0 to 7.
|
IP ToS
|
The IP ToS value. The range is from 0 to 15.
|
DSCP
|
The DSCP value. The range is from 0 to 63.
|
Step 5 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 6 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 7 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 8 To close the dialog box, click Close.
Adding a SIP Header Profile
Use the Add SIP Header Profile command to add a SIP header profile.
Note When you add a new SIP header profile, you can add three headers to it. You can add more headers to the new SIP header profile after it is discovered.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > SIP Header Profile. The SIP Header Profile dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Name
|
The name of the SIP header profile.
|
Description
|
The description of the SIP header profile.
|
Profile Type
|
The type of SIP header profile. Values are:
•Whitelist
•Blacklist
|
Step 5 Click the Header 1 tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Header Name
|
The header name that is included in this header profile.
|
Entry Number
|
The entry number for the header.
|
Action Type
|
The action type of the entry.
|
Action Value
|
The action value for the action type.
|
Condition Type
|
The condition type.
|
Condition Header Name
|
Compares the content of a different header name.
|
Condition Content
|
Compares the content of the header.
|
Condition Operator
|
The operator for the condition content comparison.
|
Condition Value
|
The value used for comparing the condition content.
|
Parameter Profile
|
The parameter profile used by the header entry.
|
Step 6 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 7 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 8 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 9 To close the dialog box, click Close.
Adding a Header to an Existing SIP Header Profile
Use the Add Header command to add a header to an existing header profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Header Profile node.
Step 7 In the Sip Header Profiles window, right-click the SIP header profile instance and choose Commands > Add > SIP Header Profile Header. The SIP Header Profile Header dialog box opens.
Step 8 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Header Name
|
The header name that is included in the header profile.
|
Entry Number
|
The entry number for the header.
|
Action Type
|
The action type of the entry.
|
Action Value
|
The action value for the action type.
|
Condition Type
|
The condition type.
|
Condition Header Name
|
Compares the content of different header names.
|
Condition Content
|
Compares the content of the header.
|
Condition Operator
|
The operator for the condition content comparison.
|
Condition Value
|
The value used for comparing the condition content.
|
Parameter Profile
|
The parameter profile used by the header entry.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Adding an Entry to a SIP Header Profile Header
Use the Add SIP Header Profile Entry command to add an entry to an existing SIP header profile header.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Header Profile node. The Sip Header Profiles window opens.
Step 7 Double-click a header profile. The Sip Header Profile Properties window opens.
Step 8 Right-click a header and choose Commands > Add > SIP Header Profile Entry. The SIP Header Profile Entry dialog box opens.
Step 9 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Entry Number
|
The entry number for the header.
|
Action Type
|
The action type of the entry.
|
Action Value
|
The action value for the action type.
|
Condition Type
|
The condition type.
|
Condition Header Name
|
Compares the content of a different header.
|
Condition Content
|
Compares the content of the header.
|
Condition Operator
|
The operator for the condition content comparison.
|
Condition Value
|
The value used for comparing the condition content.
|
Parameter Profile
|
The parameter profile used by the header entry.
|
Step 10 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 11 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 12 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 13 To close the dialog box, click Close.
Adding a Condition to a SIP Header Profile Header Entry
Use the Add SIP Header Profile Condition command to add a condition to a SIP header profile header.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Header Profile node. The Sip Header Profiles window opens.
Step 7 Double-click a header profile. The Sip Header Profile Properties window opens.
Step 8 Double-click a header. The Sip Header Profile Header Properties window opens.
Step 9 Right-click an entry and choose Commands > Add > SIP Header Profile Condition. The SIP Header Profile Condition dialog box opens.
Step 10 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Condition Type
|
The condition type.
|
Condition Header Name
|
Compares the content of a different header name.
|
Condition Content
|
Compares the content of the header.
|
Condition Operator
|
The operator for the condition content comparison.
|
Condition Value
|
The value used for comparing the condition content.
|
Step 11 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 12 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 13 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 14 To close the dialog box, click Close.
Adding a SIP Option Profile
Use the Add SIP Option Profile command to add a SIP option profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > SIP Option Profile. The SIP Option Profile dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Name
|
The name of the SIP option profile.
|
Description
|
The description of the SIP option profile.
|
Profile Type
|
The type of the SIP option profile. Values are:
•Whitelist
•Blacklist
|
Profile Options
|
The options of the SIP option profile. Multiple options are separated by one space; for example, host user-agent
|
Step 5 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 6 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 7 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 8 To close the dialog box, click Close.
Adding a SIP Parameter Profile
Use the Add SIP Parameter Profile command to add a SIP parameter profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Add > SIP Parameter Profile. The SIP Parameter Profile dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Profile Name
|
The name of the SIP parameter profile.
|
Description
|
The description of the SIP parameter profile.
|
Step 5 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 6 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 7 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 8 To close the dialog box, click Close.
Adding a Parameter to a SIP Parameter Profile
Use the Add Parameter command to add a parameter to a SIP parameter profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Parameter Profile node.
Step 7 In the Sip Parameter Profiles window, right-click the profile instance and choose Commands > Add > SIP Parameter Profile Parameter. The SIP Parameter Profile Parameter dialog box opens.
Step 8 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Profile Name
|
The name of the profile to which you want to add the parameter.
|
Parameter Name
|
The name of the parameter to update.
|
Action
|
The action. Values are:
•add-not-present
•add-or-replace
•strip
|
Value
|
The value of the action. Values are:
•private-ip-address
•public-ip-address
•A user-defined word
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Adding a Media Address DBE
Use the Add Media Address DBE command to add a media address data border element.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the DBE node and choose Commands > Add > Media Address Dbe. The Media Address Dbe dialog box opens.
Step 4 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Address Range
|
The IP address or IP address range.
|
Managed By
|
Indicates whether the media address is managed by the Data Border Element (DBE) or Media Gateway Configuration (MGC).
|
Nat Mode
|
The network address translation (NAT) mode of the media address.
|
Vrf Name
|
The Virtual Routing and Forwarding (VRF) table name of the media address.
|
Port Range Lower
|
The lower limit of the port range.
|
Port Range Upper
|
The upper limit of the port range.
|
Service Class
|
The service class of the media address DBE.
|
Step 5 To see the commands that will be applied on the device, click Preview.You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 6 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 7 To run the commands, click Execute Now. Any errors are displayed in the Result tab.
Step 8 To close the dialog box, click Close.
Delete Commands
The delete commands that you can use while configuring the SBC components:
•Deleting a Blacklist
•Deleting a Blacklist Reason
•Deleting a CAC Policy Set
•Deleting a CAC Policy Table
•Deleting a CAC Rule Entry
•Deleting a Call Policy Set
•Deleting a Call Policy Table
•Deleting a Call Rule Entry
•Deleting a Codec List
•Deleting an Entry From a Codec List
•Deleting a Media Address
•Deleting a QoS Profile
•Deleting a SIP Header Profile
•Deleting an Entry From a Header of a SIP Header Profile
•Deleting a Header From a SIP Header Profile
•Deleting a SIP Adjacency
•Deleting a SIP Adjacency Authentication Realm
•Deleting a SIP Option Profile
•Deleting a SIP Parameter Profile
•Deleting a Parameter From a SIP Parameter Profile
Deleting a Blacklist
Use the Delete Blacklist command to delete a blacklist.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Blacklist node.
Step 6 In the Blacklists window, right-click the blacklist and choose Commands > Delete > Blacklist. The Blacklist dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Blacklist Name
|
The name of the blacklist to delete.
|
Blacklist Type
|
The blacklist type.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Deleting a Blacklist Reason
Use the Delete Blacklist Reason command to delete a blacklist reason.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Blacklist node.
Step 6 In the Blacklists window, double-click a blacklist instance. The Configured Blacklist Properties window opens.
Step 7 Right-click a blacklist reason and choose Commands > Delete > Blacklist Reason. The Blacklist Reason dialog box opens.
Step 8 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Event Type
|
The reason type to delete.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Deleting a CAC Policy Set
Use the Delete CAC Policy Set command to delete a CAC policy set.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the CAC Policy node.
Step 6 In the CAC Policy Set window, right-click the policy set instance and choose Commands > Delete > CAC Policy Set. The CAC Policy Set dialog box opens.
Step 7 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Policy Set Number
|
The number of the CAC policy set to delete.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Deleting a CAC Policy Table
Use the Delete CAC Policy Table command to delete a CAC policy table.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the CAC Policy node.
Step 6 In the CAC Policy Set window, double-click a policy instance. The Cac Policy Set Properties window opens.
Step 7 Right-click a policy table and choose Commands > Delete > CAC Policy Table. The CAC Policy Table dialog box opens.
Step 8 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Table Name
|
The name of the CAC policy table to delete.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Deleting a CAC Rule Entry
Use the Delete CAC Rule Entry command to delete a CAC rule entry.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the CAC Policy node.
Step 6 In the CAC Policy Set window, double-click a policy instance. The Cac Policy Set Properties window opens.
Step 7 Double-click a policy table. The Cac Policy Table Properties window opens.
Step 8 In the CAC Rule Entry tab, right-click an entry and choose Commands > Delete > CAC Rule Entry. The CAC Rule Entry dialog box opens.
Step 9 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Entry Number
|
The number of the CAC rule entry to delete.
|
Step 10 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 11 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 12 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 13 To close the dialog box, click Close.
Deleting a Call Policy Set
Use the Delete Call Policy Set command to delete a call policy set.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Call Policy node.
Step 6 In the Call Policy Set window, right-click a policy set and choose Commands > Delete > Call Policy Set. The Call Policy Set dialog box opens.
Step 7 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Policy Set Number
|
The number of the call policy set to delete.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Deleting a Call Policy Table
Use the Delete Call Policy Table command to delete a call policy table.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Call Policy node.
Step 6 In the Call Policy Set window, double-click a policy set. The Call Policy Set Properties window opens.
Step 7 Right-click a policy table and choose Commands > Delete > Call Policy Table. The Call Policy Table dialog box opens.
Step 8 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Table Name
|
The name of the call policy table to delete.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Deleting a Call Rule Entry
Use the Delete Call Rule Entry command to delete a call rule entry.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Call Policy node.
Step 6 In the Call Policy Set window, double-click a policy set. The Call Policy Set Properties window opens.
Step 7 Right-click a policy table and choose Commands > Delete > Call Rule Entry. The Call Rule Entry dialog box opens.
Step 8 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Entry Number
|
The number of the call rule entry to delete.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Deleting a Codec List
Use the Delete Codec List command to delete a codec list.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Codec List node.
Step 6 In the Codec List window, right-click a codec list instance and choose Commands > Delete > Codec List. The Codec List dialog box opens.
Step 7 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Name
|
The name of the codec list to delete.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Deleting an Entry From a Codec List
Use the Delete Codec List Entry command to delete an entry from a codec list.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Codec List node.
Step 6 In the Codec List window, double-click a codec list. The Codec List Properties window opens.
Step 7 Right-click a codec and choose Commands > Delete > Codec List Entry. The Codec List Entry dialog box opens.
Step 8 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Codec
|
The codec to delete.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Deleting a Media Address
Use the Delete Media Address command to delete a media address.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the DBE node.
Step 4 Click the Media Address node.
Step 5 In the Media Address window, right-click a media address and choose Commands > Delete > Media Address. The Media Address dialog box opens.
Step 6 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Address Range
|
The IP address or IP address range.
|
Managed By
|
Indicates whether the media address is managed by the Data Border Element (DBE) or Media Gateway Configuration (MGC).
|
Nat Mode
|
The network address translation (NAT) mode of the media address.
|
Vrf Name
|
The VRF name of the media address.
|
Step 7 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 8 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 9 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 10 To close the dialog box, click Close.
Deleting a QoS Profile
Use the Delete QoS Profile command to delete a QoS profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the QoS Profile node.
Step 6 In the Qos Profile window, right-click a QoS profile and choose Commands > Delete > QoS Profile. The QoS Profile dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Qos Profile Name
|
The name of the QoS profile to delete.
|
Qos Profile Type
|
The type of QoS profile. Values are:
•sig
•voice
•video
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Deleting a SIP Header Profile
Use the Delete SIP Header Profile command to delete a SIP header profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Header Profile node.
Step 7 In the Sip Header Profiles window, right-click a header profile and choose Commands > Delete > SIP Header Profile. The SIP Header Profile dialog box opens.
Step 8 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Name
|
The name of the SIP header profile to delete.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Deleting an Entry From a Header of a SIP Header Profile
Use the Delete SIP Header Profile Entry command to delete an entry from a header of a SIP header profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Header Profile node. The Sip Header Profiles window opens.
Step 7 Double-click a header profile. The Sip Header Profile Properties window opens.
Step 8 Double-click a header. The Sip Header Profile Header Properties window opens.
Step 9 Right-click an entry and choose Commands > Delete > SIP Header Profile Entry. The SIP Header Profile Entry dialog box opens.
Step 10 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Entry Number
|
The number of the entry to delete.
|
Step 11 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 12 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 13 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 14 To close the dialog box, click Close.
Deleting a Header From a SIP Header Profile
Use the Delete SIP Header Profile Header command to delete a header from a SIP header profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Header Profile node. The Sip Header Profiles window opens.
Step 7 Double-click a header profile. The Sip Header Profile Properties window opens.
Step 8 Right-click a header and choose Commands > Delete > SIP Header Profile Header. The SIP Header Profile Header dialog box opens.
Step 9 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Name
|
The name of the header to delete from the SIP header profile.
|
Step 10 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 11 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 12 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 13 To close the dialog box, click Close.
Deleting a SIP Adjacency
Use the Delete SIP Adjacency command to delete a SIP adjacency.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Click the Sip Adjacency node.
Step 6 In the Sip Adjacencies window, right-click a SIP adjacency and choose Commands > Delete > SIP Adjacency. The SIP Adjacency dialog box opens.
Step 7 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Adj Name
|
The name of the SIP adjacency to delete.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute. If the adjacency is attached, it will be detached and then deleted.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Deleting a SIP Adjacency Authentication Realm
Use the Delete SIP Adjacency Outbound AuthRealm command to delete a SIP adjacency outbound authentication realm.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Click the Sip Adjacency node.
Step 6 In the Sip Adjacencies window, right-click the SIP adjacency instance and choose Commands > Delete > SIP Adjacency Outbound AuthRealm. The SIP Adjacency Outbound AuthRealm dialog box opens.
Step 7 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Domain
|
The domain name of the outbound authentication realm to delete.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute. If the adjacency is attached, it will be detached and then deleted.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Deleting a SIP Option Profile
Use the Delete SIP Option Profile command to delete a SIP option profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Option Profile node.
Step 7 In the Sip Option Profiles window, right-click a profile and choose Commands > Delete > SIP Option Profile. The SIP Option Profile dialog box opens.
Step 8 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Name
|
The name of the SIP option profile to delete.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Deleting a SIP Parameter Profile
Use the Delete SIP Parameter Profile command to delete a SIP parameter profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Parameter Profile node.
Step 7 In the Sip Parameter Profiles window, right-click a profile and choose Commands > Delete > SIP Parameter Profile. The SIP Parameter Profile dialog box opens.
Step 8 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Profile Name
|
The name of the SIP parameter profile to delete.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Deleting a Parameter From a SIP Parameter Profile
Use the Delete SIP Parameter Profile Parameter command to delete a parameter from a SIP parameter profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Parameter Profile node.
Step 7 In the Sip Parameter Profiles window, double-click a profile. The Sip Parameter Profile Properties window opens.
Step 8 Right-click a parameter and choose Commands > Delete > SIP Parameter Profile Parameter. The SIP Parameter Profile Parameter dialog box opens.
Step 9 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Parameter Name
|
The name parameter to delete.
|
Step 10 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 11 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 12 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 13 To close the dialog box, click Close.
Update Commands
The update commands that you can use while configuring the SBC components:
•Updating a Blacklist Reason
•Updating a CAC Policy Set
•Updating a CAC Policy Table
•Updating a CAC Rule Entry
•Updating a Call Policy Set
•Updating a Call Policy Table
•Updating a Call Rule Entry
•Updating a Codec List Entry
•Updating a QoS Profile
•Updating a SIP Adjacency
•Updating a SIP Header Profile
•Updating a SIP Header Profile Entry
•Updating a SIP Option Profile
•Updating a Parameter in a SIP Parameter Profile
•Updating SIP Adjacency Outbound AuthRealm
Updating a Blacklist Reason
Use the Update Blacklist Reason command to update a blacklist reason.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Blacklist node.
Step 6 In the Blacklists window, double-click a blacklist instance. The Configured Blacklist Properties window opens.
Step 7 Right-click a blacklist reason and choose Commands > Update > Blacklist Reason. The Blacklist Reason dialog box opens.
Step 8 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Blacklisting Period
|
The blacklisting period value.
|
Trigger Period
|
The trigger period value.
|
Trigger Size
|
The trigger size value.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Updating a CAC Policy Set
Use the Update CAC Policy Set command to update a CAC policy set.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the CAC Policy node.
Step 6 In the CAC Policy Set window, right-click the policy set instance and choose Commands > Update > CAC Policy Set. The CAC Policy Set dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Active
|
The status of the CAC policy set.
|
Description
|
The description of the CAC policy set.
|
First Cac Table
|
The first policy table of the CAC policy set. The table must be included in this CAC policy set. You can update the policy set's properties only when the policy set is inactive.
|
First Cac Scope
|
The first scope of the CAC policy set.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Updating a CAC Policy Table
Use the Update Cac Policy Table command to update a CAC policy table.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the CAC Policy node.
Step 6 In the CAC Policy Set window, double-click a policy instance. The Cac Policy Set Properties window opens.
Step 7 Right-click a policy table and choose Commands > Update > CAC Policy Table. The CAC Policy Table dialog box opens.
Step 8 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Description
|
The description of the CAC policy table.
|
Match Type
|
The match type of the CAC policy table. You cannot update the match type if there are entries in the policy table.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Updating a CAC Rule Entry
Use the Update CAC Rule Entry command to update a CAC rule entry.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the CAC Policy node.
Step 6 In the CAC Policy Set window, double-click a policy instance. The Cac Policy Set Properties window opens.
Step 7 Double-click a policy table. The Cac Policy Table Properties window opens.
Step 8 In the CAC Rule Entry tab, right-click an entry and choose Commands > Update > CAC Rule Entry. The CAC Rule Entry dialog box opens.
Step 9 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Match Value
|
The match value for the CAC rule entry.
|
Action
|
The action type of the CAC rule entry. Values are:
•next-table
•cac-complete
|
Next table
|
When the Action field is set to "next-table," you must configure this field. If the Action field is set to "cac-complete," ignore this field.
|
Step 10 Click the Callee tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Callee Hold Setting
|
The callee hold setting. Values are:
•hold-c0
•hold-c0-inactive
•hold-c0-sendonly
•hold-sendonly
•standard
|
Callee Codec List
|
The codec list of the CAC rule entry.
|
Callee Privacy
|
The callee privacy. Values are:
•never
•always
•account-boundary
|
Callee Sig Qos Profile
|
The QoS profile to use for signaling packets sent to the original callee.
|
Callee Video Qos Profile
|
The QoS profile to use for media packets (video) sent to the original callee.
|
Callee Voice Qos Profile
|
The QoS profile to use for media packets (voice) sent to the original callee.
|
Step 11 Click the Caller tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Caller Hold Setting
|
The caller hold setting. Values are:
•hold-c0
•hold-c0-inactive
•hold-c0-sendonly
•hold-sendonly
•standard
|
Caller Codec List
|
The codec list of the CAC rule entry.
|
Caller Privacy
|
The caller privacy. Values are:
•never
•always
•account-boundary
|
Caller Sig Qos Profile
|
The QoS profile to use for signaling packets sent to the original caller.
|
Caller Video Qos Profile
|
The QoS profile to use for media packets (video) sent to the original caller.
|
Caller Voice Qos Profile
|
The QoS profile to use for media packets (voice) sent to the original caller.
|
Step 12 Click the Others tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Codec Restrict ToList
|
The parameter to use to restrict the codecs used in signaling a call to the set of codecs in the specified list.
|
Early Media
|
Allows or forbids early media.
|
Early Media Timeout
|
The amount of time for which to allow early media before a call is established.
|
Early Media Type
|
The direction of early media to allow for an entry in a call admission control table.
|
Max bandwidth per scope
|
The maximum bandwidth per scope for an entry in an admission control table.
|
Max call rate per scope
|
The maximum call rate for an entry in an admission control table.
|
Max channels per scope
|
The maximum number of channels for an entry in an admission control table.
|
Max In Call Rate
|
The maximum rate of inbound calls.
|
Max num calls per scope
|
The maximum number of calls in an entry in an admission control table.
|
Max Out Call Rate
|
The maximum rate of outbound calls.
|
Max regs per scope
|
The maximum number of subscriber registrations for an entry in an admission control table.
|
Max regs rate per scope
|
The maximum call number of subscriber registrations for an entry in an admission control table.
|
Max updates per call
|
The maximum number of call updates for an entry in an admission control table.
|
Media bypass
|
The SIP adjacency to use to allow media traffic to bypass the DBE.
|
Transcode
|
Allows or forbids transcoding for an entry in the admission control table.
|
Transport
|
The transport for an entry in an admission control table.
|
Step 13 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 14 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 15 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 16 To close the dialog box, click Close.
Updating a Call Policy Set
Use the Update Call Policy Set command to update a call policy set.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Call Policy node.
Step 6 In the Call Policy Set window, right-click a policy set and choose Commands > Update > Call Policy Set. The Call Policy Set dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Active
|
The status of the call policy set. Values are:
•true—The call policy set is active.
•false—The call policy set is inactive.
|
Description
|
The description of the call policy set.
|
First Call Routing Table
|
The first call routing table of the call policy set. The table must be included in this call policy set. You can update the propeerties of the policy set only when the policy set is inactive.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Updating a Call Policy Table
Use the Update Call Policy Table command to update a call policy table.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Call Policy node.
Step 6 In the Call Policy Set window, double-click a policy set. The Call Policy Set Properties window opens.
Step 7 Right-click a policy table and choose Commands > Update > Call Policy Table. The Call Policy Table dialog box opens.
Step 8 By default, the General tab is selected. Enter a value for the following parameter.
Input Parameter
|
Description
|
Description
|
The description of the call policy table.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameter.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Updating a Call Rule Entry
Use the Update Call Rule Entry command to update a call rule entry.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Call Policy node.
Step 6 In the Call Policy Set window, double-click a policy set. The Call Policy Set Properties window opens.
Step 7 Double-click a policy table. The Call Policy Table Properties window opens.
Step 8 In the Call Rule Entry tab, right-click an entry and choose Commands > Update > Call Rule Entry. The Call Rule Entry dialog box opens.
Step 9 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Action
|
The action type of the call rule entry. Values are:
•next-table
•cac-complete
|
Next table
|
When the Action field is set to "next-table," you must configure this field. If the Action field is set to "cac-complete," ignore this field.
|
Edit action type
|
The dial-string manipulation action in number analysis and routing tables, where entries in the table match the entire dialed number.
|
Edit action value
|
Enter a value for the action value.
|
Edit cic type
|
The carrier identification code (CIC) in number analysis and routing tables.
|
Edit cic value
|
Enter a value for the CIC value.
|
Edit src type
|
The source number manipulation action in number analysis and routing tables.
|
Edit src value
|
Enter a value for the source value.
|
Match value
|
The match value for the call rule entry.
|
Dst adjacency
|
The destination adjacency of an entry in a routing table.
|
Precedence
|
The precedence of the routing entry. You must configure this field only when the table type of the call policy table is rtg-time.
|
Use time offset
|
Check this check box if the desired time zone is ahead of or behind local time. You must configure this field only when the table type of the call policy table is rtg-time.
|
Step 10 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 11 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 12 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 13 To close the dialog box, click Close.
Updating a Codec List Entry
Use the Update Codec List Entry command to update an entry in a codec list.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the Codec List node.
Step 6 In the Codec List window, double-click a codec. The Codec List Properties window opens.
Step 7 Right-click a codec list instance and choose Commands > Update > Codec List Entry. The Codec List Entry dialog box opens.
Step 8 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Codec
|
The codec list item to delete.
|
Packetization Period
|
The packetization period value.
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Updating a QoS Profile
Use the Update Qos Profile command to update a QoS profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the Policy node.
Step 5 Click the QoS Profile node.
Step 6 In the Qos Profile window, right-click a QoS profile and choose Commands > Update > QoS Profile. The QoS Profile dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Qos Profile Name
|
The QoS profile name.
|
Qos Profile Type
|
The QoS profile type. Values are:
•sig
•voice
•video
|
Marking
|
The marking type of the QoS profile.
|
IP Precedence
|
The IP precedence value. The range is from 0 to 7.
|
IP ToS
|
The IP ToS value. The range is from 0 to 15.
|
DSCP
|
The DSCP value. The range is from 0 to 63.
|
Step 8 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Updating a SIP Adjacency
Use the Update SIP Adjacency command to update a SIP adjacency.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Click the Sip Adjacency node.
Step 6 In the Sip Adjacencies window, right-click a SIP adjacency and choose Commands > Update > SIP Adjacency. The SIP Adjacency dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Name
|
The name of the SIP adjacency.
|
Description
|
The description of the SIP adjacency.
|
Signaling Address
|
The local IPv4 signaling address of the SIP adjacency.
|
Signaling Port
|
The local signaling address port of the SIP adjacency. The range is from 1 to 65535; the default is 5060.
|
Signaling Peer
|
The remote signaling peer of the SIP adjacency.
|
Signaling Peer Port
|
The remote signaling peer's port of the SIP adjacency. The range is from 1 to 65535; the default is 5060.
|
Remote Address
|
The set of remote signaling peers that can be contacted over the adjacency with the specified IP address prefix.
|
Preferred Transport
|
The preferred transport protocol for SIP signaling on the adjacency.
|
Vrf
|
The value used to configure a SIP adjacency for a specific VPN. The adjacency receives incoming signaling from this VPN only. The adjacency's outgoing signaling is routed to the relevant Virtual Routing and Forwarding table (VRF).
|
Adjacency group
|
The adjacency group of the SIP adjacency. The maximum size is 32 characters.
|
Adjacency Account
|
The SIP adjacency account on an SBE.
|
Attach This Adjacency
|
Check this check box to attach the adjacency to an account on an SBE.
|
Step 8 Click the Registration tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Enable Faster Register
|
Enables or disables fast-path register support on the SIP adjacency.
|
Faster Register Interval
|
The fast-path register interval, in seconds.
|
Register Minimum Expiry
|
The minimum registration period on the SIP adjacency, in seconds. The default is 3000 seconds.
|
Registration Target Address
|
The address to use when an outbound SIP register request rewriting occurs.
|
Registration Target Port
|
The port to use when an outbound SIP register request rewriting occurs.
|
Registration Rewrite Register
|
Enables or disables the SIP register request rewriting.
|
Step 9 Click the Signalling Property tab. Enter values for the following parameters.
Input Parameters
|
Description
|
Hold Media Timeout
|
The amount of time an SBE waits after receiving a media timeout notification from the DBE for an on-hold call before tearing that call down. The time is in milliseconds; the default value is 0.
|
Redirect Mode
|
Configures the behavior of the session border controller upon receipt of a 3xx response to an invitation from the SIP adjacency. Values are:
•pass-through—Passes all 3xx responses back to the caller.
•recurse—On 300, 301, 302, and 305 invite responses, the session border controller resends the invitation to the first listed contact address, or returns the 3xx response.
|
Redirect Limit
|
The maximum number of redirections that the session border controller performs on a call. The range is from 0 to 200 redirections; the default is 2.
|
NAT Force On
|
Enables NAT assuming.
|
Passthrough From Header
|
Enables the From header rewriting.
|
Passthrough To Header
|
Enables the To header rewriting.
|
Force Signaling Peer
|
Enables forcing the SIP message to go to the configured signaling peer.
|
SIP-I Passthrough
|
Enables a SIP adjacency for a SIP-I pass-through.
|
Outbound Flood Rate
|
The maximum desired rate of outbound request signals on the adjacency, excluding ACK/PRACK requests. The value is in signals per second.
|
Hunting Trigger
|
The failure return codes to trigger hunting for the adjacency.
|
Media Bypass
|
The SIP adjacency to allow media traffic to bypass the Data Border Element (DBE).
|
Security
|
The transport-level security to use on a SIP adjacency. Values are:
•untrusted—(Default) The adjacency is not secure.
•trusted-encrypted—Encrypted signaling is used to ensure security on the adjacency.
•untrusted-encrypted—The adjacency is untrusted and uses SSL/TLS encryption.
•trusted-unencrypted—A nonencryption mechanism is used to guarantee secure signaling for all messages on the adjacency.
|
Local Id Host
|
The local identity name—such as a DNS name—to present on outbound SIP messages.
|
Resource Priority Set
|
The name of the resource priority set used with the specified SIP adjacency.
|
Step 10 Click the SIP Profile tab. Enter values for the following parameters.
Input Parameters
|
Description
|
Inbound Method Profile
|
The name of the inbound method profile.
|
Outbound Method Profile
|
The name of the outbound method profile.
|
Inbound Header Profile
|
The name of the inbound header profile.
|
Outbound Header Profile
|
The name of the outbound header profile.
|
Proxy Inbound Option Profile
|
The name of the inbound proxy header profile for white/blacklisting options.
|
Proxy Outbound Option Profile
|
The name of the outbound proxy header profile for white/blacklisting options.
|
UA Inbound Option Profile
|
The name of the inbound UA header profile for white/blacklisting options.
|
UA Outbound Option Profile
|
The name of the outbound UA header profile for white/blacklisting options.
|
Step 11 Click the Authentication tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Authentication Realm Inbound
|
The domain name of the inbound authentication realm.
|
Authentication Mode
|
Configures the authentication mode for a SIP adjacency.
|
Authentication Nonce Timeout
|
The authentication nonce timeout value, in seconds. The range is from 0 to 65535 seconds; the default is 300 seconds.
Note Nonce is a hash value used to authenticate the user.
|
Step 12 Click the UAS Failure Detection tab. Enter values for the following parameters.
Input Parameters
|
Description
|
Enable Ping
|
Configures the adjacency to:
•Poll its remote peer by sending SIP OPTIONS pings to it.
•Enter the ping option submode.
The default value is disabled.
|
Ping Interval
|
The interval between SIP OPTIONS pings that are sent to the remote peer. The range is from 1 to 2147483 seconds; the default is 32 seconds.
|
Ping Fail Count
|
The number of consecutive pings that must fail before the adjacencies peer is deemed to be unavailable. The range is from 1 to 4294967295; the default value is 3.
|
Ping Life Time
|
The duration for which the session border controller waits for a response to an options ping for the adjacency. The default is 32 seconds.
|
Step 13 Click the P-CSCF tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Global SIP Inherit Profile
|
Configures the P-CSCF access inherit profile as the global profile. Values are:
•preset-access—Specifies a preset access profile.
•preset-core—(Default) Specifies a preset core profile.
•preset-ibcf-ext-untrusted—Specifies a preset IBCF external untrusted profile.
•preset-ibcf-external—Specifies a preset IBCF external profile.
•preset-ibcf-internal—Specifies a preset IBCF internal profile.
•preset-p-cscf-access—Specifies a preset P-CSCF access profile.
•preset-p-cscf-core—Specifies a preset P-CSCF core profile.
•preset-peering—Specifies a preset peering profile.
•preset-standard-non-ims—Specifies a preset standard non-IMS profile.
|
SIP Adjacency Inherit Profile
|
Configures the SIP adjacency to use the P-CSCF access profile.
|
Visited Network Identifier
|
The network name of SIP adjacency.
|
Step 14 Click the IBCF tab. Enter values for the following parameters.
Input Parameter
|
Description
|
Global SIP Home Network Identifier
|
The specified domain name as the global home network identifier for use in all SIP IBCF adjacencies.
|
Global SIP Encryption Key
|
The global encryption key for all SIP IBCF adjacencies.
|
SIP Adjacency Inherit Profile
|
Specifies a preset IBCF internal profile.
|
SIP Adjacency Encryption Key
|
The encryption key on the SIP IBCF adjacency.
|
Sip Adjacency Home Network Identifier
|
The home network identifier on an IBCF adjacency.
|
Step 15 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 16 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 17 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 18 To close the dialog box, click Close.
Updating a SIP Header Profile
Use the Update SIP Header Profile command to update a SIP header profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Header Profile node.
Step 7 In the Sip Header Profiles window, right-click a header profile and choose Commands > Update > SIP Header Profile. The SIP Header Profile dialog box opens.
Step 8 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Name
|
The name of the SIP header profile to update.
|
Description
|
The description of the SIP header profile.
|
Profile Type
|
The type of SIP header profile. Values are:
•Whitelist
•Blacklist
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Updating a SIP Header Profile Entry
Use the Update SIP Header Profile Entry command to update an entry in a SIP header profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Header Profile node. The Sip Header Profiles window opens.
Step 7 Double-click a header profile. The Sip Header Profile Properties window opens.
Step 8 Double-click a header. The Sip Header Profile Header Properties window opens.
Step 9 Right-click an entry and choose Commands > Update > SIP Header Profile Entry. The SIP Header Profile Entry dialog box opens.
Step 10 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Entry Number
|
The entry number for the header profile.
|
Action Type
|
The action type of the entry.
|
Action Value
|
The action value for the action type.
|
Conditions
|
The condition type.
|
Parameter Profile
|
The parameter profile used by the header entry.
|
Step 11 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 12 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 13 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 14 To close the dialog box, click Close.
Updating a SIP Option Profile
Use the Update SIP Option Profile command to update a SIP option profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Option Profile node.
Step 7 In the Sip Option Profiles window, right-click a profile and choose Commands > Update > SIP Option Profile. The SIP Option Profile dialog box opens.
Step 8 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Name
|
The name of the SIP option profile to update.
|
Description
|
The description of the SIP option profile.
|
Profile Type
|
The type of SIP option profile. Values are:
•Whitelist
•Blacklist
|
Profile Options
|
The options of the SIP option profile. Multiple options are separated by one space; for example:
host user-agent
|
Step 9 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 10 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 11 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 12 To close the dialog box, click Close.
Updating a Parameter in a SIP Parameter Profile
Use the Update SIP Parameter Profile Parameter command to update a parameter in a SIP parameter profile.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Expand the Sip Profile node.
Step 6 Click the Parameter Profile node.
Step 7 In the Sip Parameter Profiles window, double-click a profile. The Sip Parameter Profile Properties window opens.
Step 8 Right-click a parameter and choose Commands > Update > SIP Parameter Profile Parameter. The SIP Parameter Profile Parameter dialog box opens.
Step 9 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Parameter Name
|
The name of the parameter to update.
|
Action
|
The action. Values are:
•add-not-present
•add-or-replace
•strip
|
Value
|
The value of the action. Values are:
•private-ip-address
•public-ip-address
•A user-defined word
|
Step 10 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 11 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 12 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 13 To close the dialog box, click Close.
Updating SIP Adjacency Outbound AuthRealm
Use the Update Sip Adjacency Outbound AuthRealm command to update a SIP adjacency outbound authentication realm.
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Expand the SBE node.
Step 4 Expand the SIP node.
Step 5 Click the Sip Adjacency node.
Step 6 In the Sip Adjacencies window, right-click the SIP adjacency instance and choose Commands > Update > SIP Adjacency Outbound AuthRealm. The SIP Adjacency Outbound AuthRealm dialog box opens.
Step 7 By default, the General tab is selected. Enter values for the following parameters.
Input Parameter
|
Description
|
Domain
|
The domain name for which the authentication credentials are valid.
|
Username
|
The username that identifies the SBC in the specified domain.
|
Password
|
The password to authenticate the username in the specified domain.
|
Step 8 To see the commands that will be applied on the device, click Preview.You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 9 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 10 To run the commands, click Execute.Any errors are displayed in the Result tab.
Step 11 To close the dialog box, click Close.
Monitoring the Performance of SBC Components
The following commands facilitate performance monitoring of SBC components.
•Showing SBC CPS Data
•Showing SBC Components
•Showing SBC Current 15 Minute Stats
•Showing SBC Current 5 Minute Stats
•Showing SBC Current Day Stats
•Showing SBC Current Hour Stats
•Showing SBC H248 Stats
•Showing SBC Previous 15 Minute Stats
•Showing SBC Previous 5 Minute Stats
•Showing SBC Previous Day Stats
•Showing SBC Previous Hour Stats
•Showing SBC Media Stats
Note In the GUI, parameters that are displayed in bold text are mandatory.
Showing SBC CPS Data
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > CPS Data. The Show CPS Controller dialog box opens and displays values for current, minimum, maximum, and average CPS.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Components
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > Components. The Components dialog box opens and lets you select the component type.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Current 15 Minute Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > Current 15 Min Statistics.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Current 5 Minute Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > Current 5 Min Statistics.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Current Day Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > Current Day Statistics.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Current Hour Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > Current Hour Statistics.
Step 4 To see the commands that will be applied on the device, click Preview.You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute. Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC H248 Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > H.248 Statistics. The Show Stats H248 Controller dialog box opens and displays the number of:
•Requests sent
•Requests received
•Requests failed
•Requests retried
•Replies sent
•Replies received
•Replies retried
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Previous 15 Minute Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > Previous 15 Minutes Statistics.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Previous 5 Minute Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > Previous 5 Minutes Statistics.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Previous Day Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > Previous Day Statistics.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Previous Hour Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > PM > Previous Hour Statistics.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
Showing SBC Media Stats
Step 1 In the inventory window, expand the Logical Inventory tree.
Step 2 Expand the Session Border Controller node.
Step 3 Right-click the SBE node and choose Commands > Show > Media Statistics. The Show Stats Media Controller dialog box opens and displays values for available bandwidth, available flows, and media count numbers.
Step 4 To see the commands that will be applied on the device, click Preview.
You can view the commands in the Result tab. You can go back and make any required changes to the input parameters.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the commands, click Execute.
Any errors are displayed in the Result tab.
Step 7 To close the dialog box, click Close.
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