Signaling - Global - CLI

These sections describe configuration objects used to configure signaling at the global level. The following diagram depicts a basic signaling configuration.

Call Signaling Configuration Objects

 

Crankback Profile

Use the crankBackProfile parameter to assign a crankback profile at the global level. The CLI syntax is shown below.

% set global signaling crankBackProfile <profile name>

For flexibility, crankback profiles can be configured at three levels: trunk group, zone, and global. By default, the "default" crankback profile is assigned at the SBC global level, while the trunk group and zone level crankback profile settings are initially empty (" "). Thus in the SBC default configuration, trunk groups and zones inherit the default crankback profile from the global level. However, if you configure a profile at the trunk group or zone level, the user-specified profile assigned at the most specific level takes precedence.

Diameter Signaling Controls

Use this object to configure global diameter signaling controls.

Command Syntax

% set global signaling diamSigControls
	addSonusSpecificAVP <disabled | enabled>
	defaultCCF <ipAddress>
	enableRfApp <disabled | enabled>
	generateFailedEventAcr <disabled | enabled>
	maxACRretransmission <0-3>
	rfInterimAccInrvl <0-180>

Command Parameters

Diameter Signaling Control Parameters

Gateway Signaling Timers

This object allows you to configure the signaling timers for the gateway.

Command Syntax

% set global signaling gwSigTimers
   congRelDelay <delay in seconds>
   establish <timer value, in seconds>
   idle <idle time, in hours>
   keepalive <keepalive time, in seconds>
   retry <number of minutes to attempt to recover GW signaling link>
 
% show global signaling gwSigTimers
 
% delete global signaling gwSigTimers

Command Parameters

Global Gateway Signaling Timers Parameters

H.323 Signaling Timers

This object allows you to configure signaling timers for the node.

Command Syntax

% set global signaling h323SigTimers 
   establish <timer value, in seconds>
   t301 <timer value, in seconds> 
   t302 <timer value, in seconds> 
   t303 <timer value, in seconds> 
   t304 <timer value, in seconds> 
   t310 <T3timer value, in seconds10> 
   tcpConnect <tcpConnect> 

% show global signaling h323SigTimers
 
% delete global signaling h323SigTimers

Command Parameters

Global H.323 Signaling Timers Parameters

Command Example

To display the global configuration of all h323SigTimers:

% show global signaling h323SigTimers  
   establish 33;  
   tcpConnect 77;  
   t301 444;  
   t302 33;  
   t303 22;  
   t304 33;  
   t310 33;

Max Num Transfers

Configure the SBC for the maximum number of transfers (10-100) allowed within a call; default is 10.

Command Syntax

% set global signaling maxNumTransfers <10-100>

Command Parameters

Max Num Transfers

Command Example

• To configure maxNumTransfers, use the following example:

  % set global signaling maxNumTransfers 30
  % commit

• To display the maxNumTransfers, use the following example:

  • In the "configure" mode:

    % show global signaling maxNumTransfers
    maxNumTransfers 30

  • In the "display" mode (when you exit the "configure" mode):

    > show table global signaling
    maxNumTransfers 30;
    messageManipulation {
        inputAdapterProfile  DD1;
        outputAdapterProfile DD1;
    }
    sipPeerOverloadControl {
        samplingPeriod  2;
        discardPeriod   2;
        stepDownGain    100;
        rejectThreshold 1;
    }
    sipSigControls {
        registrarSupportContactParam enabled;
        maxPduSizeValue              pdusize15kb;
    }
    
    

SIP Message Manipulation

The SBC supports applying SIP message manipulation (SMM) profiles (SIP adaptor profiles) at the global level. Use the following parameters to assign SIP adaptor profiles that apply globally on ingress or egress. Refer to SIP Message Manipulation for more information on SMM.

Command Syntax

% set global signaling messageManipulation
      inputAdapterProfile <profile name>
      outputAdapterProfile <profile name>

Command Parameters

SIP Message Manipulation

Command Example

% set global signaling messageManipulation inputAdapterProfile globalInput 
% set global signaling messageManipulation outputAdapterProfile globalOutput
% commit         

Signaling Only Mode

The SBC can be configured in a signaling-only mode so that the SBC participates in the exchange of signaling messages that set up a call but does not reserve or allocate any media resources for the session. The media component of the session is handled as direct media between the call participants.

Command Syntax

% set global signaling sigOnlyMode sigOnlyModeValue <global | off>

Command Parameters

Signaling Only Mode Parameter

Command Example

% set global signaling sigOnlyMode sigOnlyModeValue global
commit

SIP IP Peer Stats

Use this flag to configure support for SIP IP Peer Statistics in the SBC.

Command Syntax

% set global signaling sipIpPeerStats <disabled | enabled>

Command Parameters

SIP IP Peer Status

Command Example

• To configure sipIpPeerStats, use the following example:

  % set global signaling sipIpPeerStats enabled
  % commit

• To display the sipIpPeerStats, use the following example:

  • In the "configure" mode:

    % show global signaling sipIpPeerStats
    sipIpPeerStats enabled;

  • In the "display" mode (when you exit the "configure" mode):

    > show table global signaling
    sipIpPeerStats    enabled;
    maxNumTransfers 30;
    sipPeerOverloadControl {
        samplingPeriod  2;
        discardPeriod   2;
        stepDownGain    100;
        rejectThreshold 1;
    }
    sipSigControls {
        registrarSupportContactParam enabled;
        maxPduSizeValue              pdusize15kb;
    }

SIP Peer Overload Control

This object allows you to configure SIP Peer Overload parameters.

Command Syntax

% set global signaling sipPeerOverloadControl 
   discardPeriod <1-10 seconds> 
   rejectThreshold <0-50> 
   samplingPeriod <1-10> 
   stepDownGain <1-200>
% show global signaling sipPeerOverloadControl
  
% delete global signaling sipPeerOverloadControl

Command Parameters

Global SIP Peer Overload Control Parameters

Command Example

To display the global configuration of all SIP overload control:

% show global signaling sipPeerOverloadControl  
   samplingPeriod 2;  
   discardPeriod 1;  
   stepDownGain 44;  
   rejectThreshold 33; 

SIP Signaling Controls

Use this object to configure SIP signaling control parameters.

Command Syntax

% set global signaling sipSigControls 
	egressRemoveEnudmi <disabled | enabled>
    egressRNParam <disabled | enabled> 
	loopDetectionFeature <disabled | enabled> 
	maxPduSizeValue <pdusize2kb | pdusize3kb | pdusize6kb | pdusize15kb | pdusize32kb | pdusize60kb> 
	multipleContactsPerAor <disabled | enabled>
	registrarSupportContactParam <disabled | enabled>
    send503DuringSwitchover <disabled | enabled>
	sendDeRegisterContactAsStar <disabled | enabled>
	sendSurrogateUnRegAfterReboot <disabled | enabled>
	sipBulkStatusForSubscribers <disabled | enabled>
	suppressErrorInfoHdr <disabled | enabled>
	surrogateRegisterPacingTime <0-10000>
	ucidNodeId <node_id>
    offerAnswerTimer <10-300>

 % show global signaling sipSigControls
 
% delete global signaling sipSigControls

Command Parameters

Global SIP Signaling Control Parameters

Command Example

To display the global configuration of all SIP signaling control parameters:

% show global signaling sipSigControls
    loopDetectionFeature         enabled;
    registrarSupportContactParam enabled;
    suppressErrorInfoHdr         enabled;
    maxPduSizeValue              pdusize3kb;
    egressRNParam                enabled;
    multipleContactsPerAor       enabled;
    surrogateRegisterPacingTime  enabled;
	sipBulkStatusForSubscribers  enabled;
    ucidNodeId                   13;
    offerAnswerTimer             28
     }

Single Radio Voice Call Continuity (SRVCC)

SRVCC provides the ability to transition a voice call from the VoIP/IMS packet domain (LTE) to the legacy circuit domain. Variations of SRVCC are being standardized to support both GSM/UMTS and CDMA 1x circuit domains. For an operator with a legacy cellular network who wishes to deploy IMS/VoIP-based voice services in conjunction with the rollout of an LTE network, SRVCC offers VoIP subscribers with coverage over a much larger area than would typically be available during the roll-out of a new network.

Command Syntax

% set global signaling srvcc
    atcfUri (1-63 chars)
    callLingerTimer (1-32 seconds)
    eStnSr (1-32 chars)
	pstopsSti (0-32 chars)
    stnSr (1-32 chars) 

Command Parameters

Global SRVCC Parameters

Command Example

set global signaling srvcc pstopsSti +1-pstopsSti-222
commit

show global signaling srvcc pstopsSti
pstopsSti +1-pstopsSti-222;

Teams Support

The SBC supports special behavior of SIP Signaling, when interfacing with Microsoft Teams.

Command Syntax

% set global signaling teamsSupport <disabled | enabled>

Command Parameters

Teams Support

Command Example

• To configure sipIpPeerStats, use the following example:

  % set global signaling teamsSupport enabled
  % commit

• To display the teamsSupport, use the following example:

  • In the "configure" mode:

    % show global signaling teamsSupport
    teamsSupport enabled;

  • In the "display" mode (when you exit the "configure" mode):

    > show table global signaling
    teamsSupport    enabled;
    maxNumTransfers 30;
    sipPeerOverloadControl {
        samplingPeriod  2;
        discardPeriod   2;
        stepDownGain    100;
        rejectThreshold 1;
    }
    sipSigControls {
        registrarSupportContactParam enabled;
        maxPduSizeValue              pdusize15kb;
    }

SIP Adaptor Profile

The SIP Adaptor Profile object is the main construct for SIP Message Manipulation (SMM) functionality. Using SMM criteria and actions, you define SMM rules within a SIP Adaptor Profile. The SBC applies the profile to SIP messages in order to modify their headers and/or parameters. When a message comes into or out of the SBC and a SIP Adaptor Profile applies, the message is evaluated based on the set of criteria in the profile. If the message meets the criteria, it is modified according to actions defined in the profile. You can assign SMM profiles at the global, address context, zone, and SIP trunk group levels. You have the option to define profiles at any or all of these levels.

Command Syntax

% set profiles signaling sipAdaptorProfile <Profile Name> rule <#> action <#> from type flexVariable
% set profiles signaling sipAdaptorProfile <Profile Name> rule <#> action <#> from flexVariableValue <flexvar1...flexvar16>

set profiles signaling sipAdaptorProfile smm1 rule 1 action 1 from type flexVariable
set profiles signaling sipAdaptorProfile smm1 rule 1 action 1 from flexVariableValue flexVar1
commit

set profiles signaling sipAdaptorProfile EBOSMM state enabled
set profiles signaling sipAdaptorProfile EBOSMM advancedSMM enabled
set profiles signaling sipAdaptorProfile EBOSMM profileType messageManipulation
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 1 type message
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 1 message
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 1 message messageTypes request
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 1 message methodTypes [ register ]
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 2 type header
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 2 header
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 2 header name to
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 2 header condition exist
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 2 header hdrInstance all
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 3 type token
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 3 token
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 3 token condition exist
set profiles signaling sipAdaptorProfile EBOSMM rule 1 criterion 3 token tokenType uriusername

set profiles signaling sipAdaptorProfile EBOSMM rule 1 action 1 type token
set profiles signaling sipAdaptorProfile EBOSMM rule 1 action 1 operation modify
set profiles signaling sipAdaptorProfile EBOSMM rule 1 action 1 from
set profiles signaling sipAdaptorProfile EBOSMM rule 1 action 1 from type flexVariable
set profiles signaling sipAdaptorProfile EBOSMM rule 1 action 1 from flexVariableValue flexVar1
set profiles signaling sipAdaptorProfile EBOSMM rule 1 action 1 to
set profiles signaling sipAdaptorProfile EBOSMM rule 1 action 1 to type token
set profiles signaling sipAdaptorProfile EBOSMM rule 1 action 1 to tokenValue uriusername
commit

set profiles signaling sipAdaptorProfile AddCallinfo state enabled
set profiles signaling sipAdaptorProfile AddCallinfo advancedSMM enabled

set profiles signaling sipAdaptorProfile AddCallinfo rule 1 applyMatchHeader one
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 1 type message
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 1 message
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 1 message messageTypes request
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 1 message methodTypes [ invite ]
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 2 type messageBody
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 2 messageBody
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 2 messageBody condition exist
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 3 type flexVariable
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 3 flexVariable
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 3 flexVariable condition exist
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 criterion 3 flexVariable variableID flexVar4

set profiles signaling sipAdaptorProfile AddCallinfo rule 1 action 1 type header
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 action 1 operation add
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 action 1 headerPosition last
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 action 1 from
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 action 1 from type flexVariable
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 action 1 from flexVariableValue flexVar4
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 action 1 to
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 action 1 to type header
set profiles signaling sipAdaptorProfile AddCallinfo rule 1 action 1 to value Call-Info
commit

set profiles signaling sipAdaptorProfile AddCallinfo rule 2 action 2 type variable
set profiles signaling sipAdaptorProfile AddCallinfo rule 2 action 2 operation store
set profiles signaling sipAdaptorProfile AddCallinfo rule 2 action 2 from
set profiles signaling sipAdaptorProfile AddCallinfo rule 2 action 2 from type flexVariable
set profiles signaling sipAdaptorProfile AddCallinfo rule 2 action 2 from flexVariableValue flexVar1
set profiles signaling sipAdaptorProfile AddCallinfo rule 2 action 2 to
set profiles signaling sipAdaptorProfile AddCallinfo rule 2 action 2 to type variable
set profiles signaling sipAdaptorProfile AddCallinfo rule 2 action 2 to variableValue var1
set profiles signaling sipAdaptorProfile AddCallinfo rule 2 action 2 to variableScopeValue dialog
commit