8 Configuring IM-SCF CAP Phase 4

The following sections describe how to configure IM-SCF using the Service Broker Administration Console and Java MBeans.

Configuring IM-SCF CAP Phase 4 with the Administration Console

This section describes how to configure the IM-SCF CAP phase 4 by using the Service Broker Administration Console.

To access the IM-SCF CAP phase 4 configuration screen:

1. In the domain navigation pane, expand OCSB.

2. Expand Processing Tier.

3. Expand Interworking Modules.

   A list of currently deployed Interworking Modules is displayed.

4. From the module list, select the module instance that you want to configure.

The IM-SCF CAP phase 4 configuration pane contains the subtabs described in Table 8-1.

Table 8-1 IM-SCF CAP Phase 4 Configuration Subtabs

Subtab	Description
General	Enables you to specify general parameters for an Interworking Module instance. See "Configuring General Parameters" for more information.
Call Handling	Enables you to define the way that IM-SCF handles calls. See "Configuring Call Handling Parameters" for more information.
IN Triggering	Enables you to define the IN triggers that the IM-SCF arms in the underlying session control entity. See "Configuring IN Triggering Parameters" for more information.
Charging Service	Enables you to define how IM-SCF sends credit reservation requests and specify whether IM-SCF reauthorizes a quota upon receiving various triggers from an MSC. See "Charging Services" for more information.
Media Resources	Enables you to set up the media resources that Service Broker uses to play announcements. See "Configuring Media Resources Parameters" for more information.
TCAP	Enables you to set up the TCAP layer of the IM-SCF. See "Configuring TCAP Parameters" for more information.
Monitoring	Enables you to define how Runtime MBeans and notifications operate. See "Configuring Monitoring Parameters" for more information.

Configuring General Parameters

The General subtab enables you to set the CAP phase 4 variant appropriate for your network and to specify an alias for an Interworking Module instance.

Table 8-2 describes the configuration parameter on the General subtab.

Table 8-2 General Parameter

Name	Type	Description
Alias	STRING	Specifies the alias of the IM's SS7 address. The alias is an index to SS7 SSU configuration, where the IM's SS7 address is configured. The IM uses this alias to set the origination field of outgoing SS7 messages. This ensures that further session messages arrive to this IM instance.
Plugin	STRING	Specifies the CAP phase 4 variant used over the SS7 interface. It informs the IM which plug-in (class) to use to encode and decode SS7 messages. There are two CAP phase 4 variants: cap4.rel6_5_0.AutoGeneratedOssCap4Plugin cap4.rel7_5_0.AutoGeneratedOssCap4Plugin You can manually type the version appropriate to your network requirements in the Plugin text field.

Configuring Call Handling Parameters

The Call Handling subtab enables you to define how IM-SCF handles calls.

Table 8-3 describes configuration parameters on the Call Handling subtab.

Table 8-3 IM-SCF CAP Phase 4 Call Handling Parameters

Name	Type	Description
OE Reaction Interval in Seconds	INT	Specifies the time period in seconds during which the IM-SCF waits for the OE to respond to SAL messages. When this timer expires, IM-SCF decides how to handle existing session (Continue or Release) according to the configuration settings. Default value: 100
Reset Timer Interval in Seconds	INT	Specifies the time period, in seconds, from receiving IN operation and till invoking the ResetTimer operation towards the MSC (reset Tssf). Default value: 10000
UI Reset Timer Interval in Seconds	INT	Specifies the time period, in seconds, from receiving IN operation and till invoking the ResetTimer operation towards the MSC (reset Tssf). As opposed to Reset Timer Interval in Seconds, this parameter is used when IM-SCF is in the middle of interaction with a media resource. Default value: 10000
Body Encoding Format	STRING	Specifies the method that the IM-SCF uses to encode IN parameters in the body of a SAL message. Possible options: BER XER None Default value: None In an IN mediation solution, when IM-SCF is coupled with IM-SSF, this parameter must be set to XER.
Activity Test Interval in Seconds	INT	Specifies the time interval in seconds between two invocations of ActivityTest operation. This operation is used to check whether or not the call exists. Default value: 0, which means that the ActivityTest is not sent
RRBCSM Accumulation Mode	BOOL	Specifies whether or not IM-SCF arms DPs using a single or multiple RRBCSM requests. Possible values: True False
Wait for AssistRequestInstructions after EstablishTemporaryConnection	BOOL	Specifies whether or not IM-SCF expects a ARI operation, following an ETC operation to the switch. Possible values: True False
AssistRequestInstructions Waiting Interval in Seconds	INT	Specifies the time period in seconds during which the IM-SCF waits for an ARI operation, following an ETC operation to the switch
gsmSCFAddress	STRING	Specifies gsmSCFAddress to be set in an EstablishTemporaryConnection (ETC) operation. gsmSCFAddress represents the address of IM-SCF that initiates the ETC operation. gsmSCFAddress consists of the following: Address indicator (one octet), including NatureOfAddress Address digits For more information about the format of gsmSCFAddress, see 3GPP 29.002.

Configuring IN Triggering Parameters

The IN Triggering subtab enables you to define IN triggers that the IM-SCF arms in the underlying session control entity and specify additional parameters.

The IN Triggering subtab contains the subtabs described in Table 8-4.

Table 8-4 IN Triggering Subtabs

Subtab	Description
O-BCSM	Enables you to configure how the IM-SCF arms DPs on the call origination side. See "Configuring DPs on the Call Origination Side" for more information.
T-BCSM	Enables you to configure how the IM-SCF arms DPs on the call termination side. See "Configuring DPs on the Call Termination Side" for more information.
InitiateCallAttempt	Enables you to configure how DPs that the IM-SCF arms upon receiving the InitiateCallAttempt message. See "Configuring DPs for Initial Call Attempt Message" for more information.
O-SMS	Enables you to configure how the IM-SCF arms DPs on the SMS origination side. See "Configuring DPs on the SMS Origination Side" for more information.
T-SMS	Enables you to configure how the IM-SCF arms DPs on the SMS termination side. See "Configuring DPs on the SMS Termination Side" for more information.

Configuring DPs on the Call Origination Side

The O-BCSM subtab enables you to configure how the IM-SCF arms DPs on the call origination side.

Table 8-5 describes configuration parameters on the O-BCSM subtab.

Table 8-5 O-BCSM DPs

Name	Type	Description
RouteSelectFailure	STRING	Specifies how the IM-SCF arms RouteSelectFailure. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
OCalledPartyBusy	STRING	Specifies how the IM-SCF arms oCalledPartyBusy. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
ONoAnswer	STRING	Specifies how the IM-SCF arms oNoAnswer. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
OTermSeized	STRING	Specifies how the IM-SCF arms oTermSeized. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
OAnswer	STRING	Specifies how the IM-SCF arms oAnswer. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
ODisconnect	STRING	Specifies how the IM-SCF arms oDisconnect. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
OAbandon	STRING	Specifies how the IM-SCF arms oAbandon. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
ODisconnect Leg	STRING	Specifies a leg on which the oDisconnect DP is armed. Possible values: 1 2 1,2 Default value: 1,2

Configuring DPs on the Call Termination Side

The T-BCSM subtab enables you to configure how the IM-SCF arms DPs on the call termination side.

Table 8-6 describes configuration parameters on the T-BCSM subtab.

Table 8-6 T-BCSM DPs

Name	Type	Description
TBusy	STRING	Specifies how the IM-SCF arms tBusy. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
TNoAnswer	STRING	Specifies how the IM-SCF arms tNoAnswer. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
CallAccepted	STRING	Specifies how the IM-SCF arms CallAccepted. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: NOTIFY_AND_CONTINUE
TAnswer	STRING	Specifies how the IM-SCF arms tAnswer. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
TDisconnect	STRING	Specifies how the IM-SCF arms tDisconnect. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
TAbandon	STRING	Specifies how the IM-SCF arms tAbandon. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
TDisconnect Leg	STRING	Specifies a leg on which the tDisconnect DP is armed. Possible values: 1 2 1,2 Default value: 1,2

Configuring DPs for Initial Call Attempt Message

The Initiate Call Attempt subtab enables you to configure how DPs that the IM-SCF arms upon receiving the InitiateCallAttempt message.

Table 8-7 describes configuration parameters on the Initiate Call Attempt subtab.

Table 8-7 Initial Call Attempt DPs

Name	Type	Description
RouteSelectFailure	STRING	Specifies how the IM-SCF arms RouteSelectFailure. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
OCalledPartyBusy	STRING	Specifies how the IM-SCF arms oCalledPartyBusy. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
ONoAnswer	STRING	Specifies how the IM-SCF arms oNoAnswer. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
OTermSeized	STRING	Specifies how the IM-SCF arms oTermSeized. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: NOTIFY_AND_CONTINUE
OAnswer	STRING	Specifies how the IM-SCF arms oAnswer. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
ODisconnect	STRING	Specifies how the IM-SCF arms ODisconnect. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED

Configuring DPs on the SMS Origination Side

The O-SMS subtab enables you to configure how the IM-SCF arms DPs on the SMS origination side.

Table 8-8 describes configuration parameters on the O-SMS subtab.

Table 8-8 O-SMS DPs

Name	Type	Description
OSmsSubmission	STRING	Specifies how the IM-SCF arms oSmsSubmission. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
OSmsFailure	STRING	Specifies how the IM-SCF arms oSmsFailure. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED

Configuring DPs on the SMS Termination Side

The O-SMS subtab enables you to configure how the IM-SCF arms DPs on the SMS termination side.

Table 8-9 describes configuration parameters on the T-SMS subtab.

Table 8-9 T-SMS DPs

Name	Type	Description
TSmsSubmission	STRING	Specifies how the IM-SCF arms tSmsSubmission. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED
TSmsFailure	STRING	Specifies how the IM-SCF arms tSmsFailure. Possible values: INTERRUPTED The IM-SCF arms a DP as EDP-R. NOTIFY_AND_CONTINUE The IM-SCF arms a DP as EDP-N TRANSPARENT The IM-SCF arms a DP as TRANSPARENT NOT_APPLICABLE The IM-SCF does not arm a DP Default value: INTERRUPTED

Charging Services

You can configure IM-SCF to monitor session duration and charge sessions. IM-SCF provides the following capabilities:

• Credit reservation requests generation

  IM-SCF sends these requests to IM-OCF through the OE. IM-OCF translates credit reservation requests to Diameter CCRs, which are then forwarded to a billing application.

• Session monitoring and charging

  You can specify whether a session is monitored by IM-SCF or by an MSC. In the former case, IM-SCF generates an ApplyCharging message based on the Granted-Service-Unit AVP of the CCA received from a billing application. IM-SCF sends this ApplyCharging message to an MSC. Then the MSC applies charging. If the session is monitored by IM-SCF, IM-SCF applies charging on its own.

• Quota reauthorization

  You can specify whether IM-SCF reauthorizes a quota upon receiving various triggers from an MSC.

To set up IM-SCF charging services, you use the Charging Services tab. This tab contains the subtabs described in Table 8-10.

Table 8-10 Charging Services Subtabs

Subtab	Description
General	Enables you to specify how IM-SCF sets up and sends credit reservation requests to the OE. See "General" for more information.
Reauthorization Triggers	Enables you to specify whether IM-SCF reauthorizes a quota upon receiving various triggers from an MSC. See "Reauthorization Triggers" for more information.

General

The General subtab enables you to specify how IM-SCF sets up and sends credit reservation requests to the OE. The OE forwards these requests to an IM-OCF, which translates credit reservation requests to Diameter CCRs, which are then forwarded to a billing application.

Table 8-11 describes the configuration parameters that you need to specify for credit reservation requests.

Table 8-11 General Parameters

Name	Type	Description
Service Monitoring	STRING	Specifies the component that monitors session duration. Possible values: Internal IM-SCF monitors session duration. External MSC monitors session duration. None Session duration is not monitored. Default value: None
First Credit Reservation Request	STRING	Specifies when IM-OCF sends the first CCR to a billing application. This request is generated by IM-SCF and sent to IM-OCF through the OE. Possible values: Initial IM-OCF sends a request after an MSC sends the first session setup message. Ringing IM-OCF sends a request after an MSC sends a ringing indication. Answer IM-OCF sends a request after an MSC sends an answer indication. Never Default value: Initial
First Credit Granted Notification	STRING	When the Service Monitoring parameter is set to "External" and session duration is monitored by an MSC, the First Credit Granted Notification parameter specifies when IM-SCF sends an ApplyCharging message to the MSC. Possible values: Initial IM-SCF sends an ApplyCharging message after an MSC sends the first session setup message. Answer IM-SCF sends an ApplyCharging message after an MSC sends an answer indication. In this case, the answer event must be armed as EDP-R. Default value: Initial
Start Charging Phase	STRING	Specifies when IM-SCF starts charging a session. Possible values: Initial IM-SCF starts charging after an MSC sends the first session setup message. Ringing IM-SCF starts charging after an MSC sends a ringing indication. Answer IM-SCF starts charging after an MSC sends an answer indication. Default value: Answer
Requested Duration	INT	Specifies the value to which IM-OCF needs to set the CC-time AVP in a CCR sent to a billing application.
Requested Volume	INT	Specifies the value to which IM-OCF needs to set the CC-Total-Octets AVP in a CCR sent to a billing application.
Requested Service Units	INT	Specifies the value to which IM-OCF needs to set the CC-Service-Specific-Units AVP in a CCR sent to a billing application.
Service Identifier	INT	Specifies the value to which IM-OCF needs to set the Service-Identifier AVP in a CCR sent to a billing application.
Tccd Timeout	INT	Specifies the maximum time, in seconds, that IM-SCF waits for a credit reservation response after sending a credit reservation request. If the timeout expires, IM-SCF releases the call. To disable the timeout timer, enter a negative value.

Reauthorization Triggers

The Reauthorization Triggers subtab enables you to specify whether IM-SCF reauthorizes a quota upon receiving various triggers from an MSC.

Table 8-12 describes configuration parameters on the Reauthorization Triggers subtab.

Table 8-12 Reauthorization Triggers Parameters

Name	Type	Description
Info Received	STRING	Specifies whether or not IM-SCF reauthorizes the quota on receiving the Info Received trigger. Possible values: Yes IM-SCF always reauthorizes the quota. Dynamic IM-SCF reauthorizes the quota only if a change in the rating conditions was detected (for example, when a location is changed). No IM-SCF never reauthorizes the quota. Default value: Dynamic
Session Alerted	STRING	Specifies whether or not IM-SCF reauthorizes the quota on receiving the Session Alerted trigger. Possible values: Yes IM-SCF always reauthorizes the quota. Dynamic IM-SCF reauthorizes the quota only if a change in the rating conditions was detected (for example, when a location is changed). No IM-SCF never reauthorizes the quota. Default value: Dynamic
Session Connected	STRING	Specifies whether or not IM-SCF reauthorizes the quota on receiving the Session Connected trigger. Possible values: Yes IM-SCF always reauthorizes the quota. Dynamic IM-SCF reauthorizes the quota only if a change in the rating conditions was detected (for example, when a location is changed). No IM-SCF never reauthorizes the quota. Default value: Dynamic
Session ReInvite Complete	STRING	Specifies whether or not IM-SCF reauthorizes the quota on receiving the Session ReInvite Complete trigger. Possible values: Yes IM-SCF always reauthorizes the quota. Dynamic IM-SCF reauthorizes the quota only if a change in the rating conditions was detected (for example, when a location is changed). No IM-SCF never reauthorizes the quota. Default value: Dynamic
Session Reinvited	STRING	Specifies whether or not IM-SCF reauthorizes the quota on receiving the Session Reinvited trigger. Yes IM-SCF always reauthorizes the quota. Dynamic IM-SCF reauthorizes the quota only if a change in the rating conditions was detected (for example, when a location is changed). No IM-SCF never reauthorizes the quota. Default value: Dynamic
Session Update Complete	STRING	Specifies whether or not IM-SCF reauthorizes the quota on receiving the Session Update Complete trigger. Yes IM-SCF always reauthorizes the quota. Dynamic IM-SCF reauthorizes the quota only if a change in the rating conditions was detected (for example, when a location is changed). No IM-SCF never reauthorizes the quota. Default value: Dynamic
Session Updated	STRING	Specifies whether or not IM-SCF reauthorizes the quota on receiving the Session Updated trigger. Yes IM-SCF always reauthorizes the quota. Dynamic IM-SCF reauthorizes the quota only if a change in the rating conditions was detected (for example, when a location is changed). No IM-SCF never reauthorizes the quota. Default value: Dynamic

Configuring Media Resources Parameters

The Media Resources subtab enables you to define the media resources that the SSP can connect in order to play announcements.

The table in the Media Resources subtab displays the media resources that are used to play announcements. Each row represents one media resource. When defining a new media resource, you need to specify the fields described in Table 8-13.

Table 8-13 IM-SCF CAP Phase 4 Media Resource Definition Fields

Name	Type	Description
Name	STRING	Specifies a name of the media resource
Alias	STRING	Specifies a unique identifier that applications use to instruct Service Broker which media resource to connect in order to play announcements. Aliases are defined in a URI format and must contain the number of the MRF. For example: [e-mail]. To specify a generic alias that fits a range of aliases, you can use the question mark character (?). A question mark can be substituted by a number. For example, if you set the Alias parameter to mrf.1234????@network.com, this alias fits any alias in the range from [e-mail] to mrf.12349999@ network.com.
Address Digits	STRING	Specifies the digits part of the media resource address. The media resource address is used to set up a connection towards the media resource. Note: when this parameter is not set, the network's session control entity uses a pre-configured media resource to play announcements. In this case, Nature of Address and Address Numbering Plan Indicator should be set to None.
Nature of Address	STRING	Specifies the NatureOfAddress part of the media resource address. The media resource address is used to set up a connection towards the media resource. Possible values: SUBSCRIBER_NUMBER UNKNOWN NATIONAL INTERNATIONAL NETWORK-SPECIFIC Default value: SUBSCRIBER_NUMBER
Address Numbering Plan Indicator	STRING	Specifies the NumberingPlanInd part of the media resource address. The media resource address is used to set up a connection towards the media resource. Possible values: ISDN DATA TELEX Default value: ISDN
Numbering Qualifier	STRING	Specifies the numbering qualifier of the media resource address. Possible values: NONE DIALLED_DIGITS USER_PROVIDED_FAILED_NETWORK_SCREENING USER_PROVIDED_NOT_SCREENED REDIRECTING_TERMINATING_NUMBER Default value: NONE
Number Screening	STRING	Specifies the numbering screening of the media resource address. Possible values: UNDEFINED USER_PROVIDED_NOT_VERIFIED USER_PROVIDED_VERIFIED_PASSED USER_PROVIDED_VERIFIED_FAILED NETWORK_PROVIDED Default value: UNDEFINED
Presentation Restriction	STRING	Specifies the presentation restriction of the media resource address. Possible values: UNDEFINED ALLOWED RESTRICTED NOT_AVAILABLE Default value: UNDEFINED
Operation Type	STRING	Possible values: internal: The media resource is internal part of the SSP. ConnectToResource (CTR) operation is used to connect the media resource. external: The media resource not a part of the SSP. EstablishTemporaryConnection (ETC) is used to connect the media resource. Default value: internal
Answer Indication	BOOL	Specifies how to set the ServiceInteractionIndicatorTwo.bothway ThroughConnectionInd parameter in ETC and CTR operations in order to specify whether IM-SCF needs to request opening of the voice channel in both directions or in one direction only. Possible values: Yes ServiceInteractionIndicatorTwo. bothwayThroughConnectionInd is set to bothwayPathRequired No ServiceInteractionIndicatorTwo. bothwayThroughConnectionInd is set to bothwayPathNotRequired None bothwayThroughConnectionInd is omitted

Note:

When an internal media resource is used (CTR), the Address Digits, Nature of Address and Address Numbering Plan Indicator parameters can be set to 'None' in order to instruct the network's session control entity to connect its pre-configured media resource.

Configuring TCAP Parameters

The TCAP subtab enables you to set up parameters of the IM TCAP layer.

Table 8-14 describes configuration parameters on the TCAP subtab.

Table 8-14 TCAP Parameter

Name	Type	Description
Class4 Default Timeout in Seconds	INT	Specifies the time period in seconds that the IM waits for possible REJECT. The timer starts when sending INVOKE for class 4 operations. Default value: 5 seconds.
Reject Timeout in Seconds	INT	Specifies the time period in seconds that the IM waits for possible REJECT. The timer starts when sending INVOKE for class 1-3 operations.
Activate Invoke Alarm in Application Layer	BOOL	When the TCAP layer receives an INVOKE, it triggers back PABORT if there is no response. The waiting time period for response is configured in the encoding library. The Activate Invoke Alarm in Application Layer parameter specifies whether or not to activate this timer. Possible values: True False Default value: False.
Application Part Guard Timer	INT	Specifies the PSM timer, which is a timer for incoming operations. The PSM timer defines the maximum time in seconds that the application (TC-User) has to respond to incoming INVOKE messages.
Result Split Length	INT	Specifies the maximum length of the TCAP RESULT message. When the actual length of the message exceeds the specified value, the message is split.

Configuring Monitoring Parameters

The Monitoring tab enables you to define how Runtime MBeans and notifications operate for an IM-SCF. For more information about configuring monitoring, see "Configuring Monitoring with the Administration Console".

Configuring IM-SCF CAP Phase 4 with the Java MBeans

Service Broker provides a set of MBeans that provide attributes and operations for configuring the IM-SCF CAP phase 4 through JMX. Figure 8-1 shows the hierarchy of the IM-SCF CAP 4 MBeans.

Figure 8-1 IM-SCF CAP Phase 4 MBeans Hierarchy

The following sections provide reference information for the IM-SCF CAP phase 4 configuration MBeans.

Note:

MBeans described in this guide may include additional advanced attributes, which are not described in the guide. Advanced attributes are reserved for internal use. Do not change these attributes.

The following MBeans are common for all components of Service Broker and described in "Configuring Monitoring with Java MBeans":

• MonitoringGeneralMBean

• ThresholdCrossedNotificationRulesMBean

• ThresholdCrossedNotificationRuleMBean

• StateChangedNotificationRulesMBean

• StateChangedNotificationRuleMBean

---

ImscfCap4MBean

ImscfCap4MBean is a root MBean for the IM-SCF CAP phase 4 configuration.

Factory Method

Created automatically

Attributes

None

Operations

ObjectName getGeneral()

Gets a reference to the instance of GeneralMBean

ObjectName getCallHandling()

Gets a reference to the instance of CallHandlingMBean

ObjectName getInTriggering()

Gets a reference to the instance of InTriggeringMBean

ObjectName getMonitoringGeneral()

Gets a reference to the instance of MonitoringGeneralMBean

ObjectName getThresholdCrossedNotificationRules()

Gets a reference to the instance of ThresholdCrossedNotificationRulesMBean

ObjectName getStateChangedNotificationRules()

Gets a reference to the instance of StateChangedNotificationRulesMBean

ObjectName getMediaResources()

Gets a reference to the instance of MediaResourcesMBean

ObjectName getTcap()

Gets a reference to the instance of TcapMBean

---

GeneralMBean

GeneralMBean enables you to specify an alias for an Interworking Module instance.

Factory Method

Created automatically

Attributes

Alias

For more information about this attribute, see Table 8-2.

Operations

None

---

CallHandlingMBean

CallHandlingMBean enables you to configure how a call is handled.

Factory Method

Created automatically

Attributes

• OeReactionInterval

• ResetTimerIntervalInSeconds

• UiResetTimerIntervalInSeconds

• BodyEncodingFormat

• ActivityTestIntervalInSeconds

• RrbcsmAccumulationMode

• WaitForAssistRequestInstructionsAfterEstablishTemporaryConnection

• AssistRequestInstructionsWaitingIntervalInSeconds

• gsmSCFAddress

For more information on these attributes, see Table 8-3.

Operations

None

---

InTriggeringMBean

InTriggeringMBean enables you to define the IN triggers that the IM-SCF arms in the underlying session control entity and specify additional parameters.

Factory Method

Created automatically

Attributes

None

Operations

ObjectName getOBcsmDp()

Returns a reference to the instance of OBcsmDpMBean

ObjectName createOBcsmDp()

Creates a new instance of OBcsmDpMBean

void destroyOBcsmDp()

Destroys an existing instance of OBcsmDpMBean

ObjectName lookupOBcsmDp()

Returns a specified instance of OBcsmDpMBean

ObjectName getTBcsmDp()

Returns a reference to the instance of TBcsmDpMBean

ObjectName createTBcsmDp()

Creates a new instance of TBcsmDpMBean

void destroyTBcsmDp()

Destroys an existing instance of TBcsmDpMBean

ObjectName lookupTBcsmDp()

Returns a specified instance of TBcsmDpMBean

ObjectName getOSmsDp()

Returns a reference to the instance of OSmsDpMBean

ObjectName createOSmsDp()

Creates a new instance of OSmsDpMBean

void destroyOSmsDp()

Destroys an existing instance of OSmsDpMBean

ObjectName lookupOSmsDp()

Returns a specified instance of OSmsDpMBean

ObjectName getTSmsDp()

Returns a reference to the instance of TSmsDpMBean

ObjectName createTSmsDp()

Creates a new instance of TSmsDpMBean

void destroyTSmsDp()

Destroys an existing instance of TSmsDpMBean

ObjectName lookupTSmsDp()

Returns a specified instance of TSmsDpMBean

ObjectName getIcaDp()

Returns a reference to the instance of IcaDpMBean

ObjectName createIcaDp()

Creates a new instance of IcaDpMBean

void destroyIcaDp()

Destroys an existing instance of IcaDpMBean

ObjectName lookupIcaDp()

Returns a specified instance of IcaDpMBean

---

OBcsmDpMBean

OBcsmDpMBean enables you to configure DPs that the IM-SCF arms on the call origination side (O-BCSM).

Factory Method

InTriggering.createOBcsmDp()

Attributes

• RouteSelectFailure

• OCalledPartyBusy

• ONoAnswer

• OTermSeized

• OAnswer

• ODisconnect

• OAbandon

• ODisconnectLeg

For more information on these attributes, see Table 8-5.

Operations

None

---

TBcsmDpMBean

TBcsmDpMBean enables you to configure DPs that the IM-SCF arms on the call termination side (T-BCSM).

Factory Method

InTriggering.createTBcsmDp()

Attributes

• TBusy

• TNoAnswer

• CallAccepted

• TAnswer

• TDisconnect

• TAbandon

• TDisconnectLeg

For more information on these attributes, see Table 8-6.

Operations

None

---

IcaDpMBean

IcaDpMBean enables you to configure DPs that the IM-SCF arms upon receiving the InitiateCallAttempt message.

Factory Method

InTriggering.createIcaDp()

Attributes

• RouteSelectFailure

• OCalledPartyBusy

• ONoAnswer

• OTermSeized

• OAnswer

• ODisconnect

For more information on these attributes, see Table 8-7.

Operations

None

---

OSmsDpMBean

OSmsDpMBean enables you to configure DPs that the IM-SCF arms on the SMS origination side (O-SMS).

Factory Method

InTriggering.createOSmsDp()

Attributes

• OSmsSubmission

• OSmsFailure

For more information on these attributes, see Table 8-8.

Operations

None

---

TSmsDpMBean

TSmsDpMBean enables you to configure DPs that the IM-SCF arms on the SMS termination side (T-BCSM).

Factory Method

InTriggering.createTSmsDp()

Attributes

• TSmsSubmission

• TSmsFailure

For more information on these attributes, see Table 8-9.

Operations

None

---

ChargingServiceMBean

ChargingServiceMBean enables you to define how IM-SCF sends credit reservation requests and to specify whether IM-SCF reauthorizes a quota upon receiving various triggers from an MSC.

Factory Method

Created automatically

Attributes

• ServiceMonitoring

• FirstCreditReservationRequest

• FirstCreditGrantedNotification

• StartChargingPhase

• RequestedDuration

• RequestedVolume

• RequestedServiceUnits

• ServiceIdentifier

• TccdTimeout

For more information on these attributes, see Table 8-11.

Operations

None

---

ReAuthorizationTriggerTableMBean

ReAuthorizationTriggerTableMBean is a container for instances of ReAuthorizationTriggerTableEntryMBean. Each instance of ReAuthorizationTriggerTableEntryMBean represents a single reauthorization trigger that an MSC sends to IM-SCF.

Factory Method

Created automatically.

Attributes

None

Operations

ObjectName[] getReAuthorizationTriggerTableEntry()

Returns an array of references to instances of ReAuthorizationTriggerTableEntryMBean

ObjectName createReAuthorizationTriggerTableEntry()

Creates a new instance of ReAuthorizationTriggerTableEntryMBean

void destroyReAuthorizationTriggerTableEntry()

Destroys an existing instance of ReAuthorizationTriggerTableEntryMBean

ObjectName lookupReAuthorizationTriggerTableEntry()

Gets a reference to the instance of ReAuthorizationTriggerTableEntryMBean

---

ReAuthorizationTriggerTableEntryMBean

ReAuthorizationTriggerTableMBean enables you to specify whether IM-SCF reauthorizes a quota upon receiving various triggers from an MSC.

Factory Method

ReAuthorizationTriggerTable.createReAuthorizationTriggerTableEntry()

Attributes

• Info Received

• Session Alerted

• Session Connected

• SessionReInviteComplete

• SessionUpdateComplete

• Session Reinvited

• Session Update Complete

• Session Updated

For more information about these attributes, see Table 8-12.

Operations

None

---

MediaResourcesMBean

MediaResourcesMBean is a container for instances of MediaResourceMBean. Each instance of MediaResourceMBean represents a single media resource to which an SSP can connect.

Factory Method

Created automatically

Attributes

None

Operations

ObjectName[] getMediaResource()

Returns an array of references to instances of MediaResourceMBean

ObjectName createMediaResourceMBean()

Creates a new instance of MediaResourceMBean

void destroyMediaResourceMBean()

Destroys an existing instance of MediaResourceMBean

ObjectName lookupMediaResourceMBean()

Gets a reference to the instance of MediaResourceMBean

---

MediaResourceMBean

Each instance of MediaResourceMBean represents one media resource to which an SSP can connect to play announcements.

Factory Method

MediaResources.createMediaResource()

Attributes

• Name

• Alias

• AddressDigits

• NatureOfAddress

• AddressNumberingPlanIndicator

• NumberingQualifier

• NumberScreening

• PresentationRestriction

• OperationType

• AnswerIndication

For more information on these attributes, see Table 8-13.

Operations

None

---

Tcap MBean

TcapMBean enables you to configure the TCAP layer of the module.

Factory Method

Created automatically

Attributes

• Class4DefaultTimeoutInSeconds

• RejectTimeoutInSeconds

• ActivateInvokeAlarmInApplicationLayer

• ApplicationPartGuardTimer

• ResultSplitLength

For more information on these attributes, see Table 8-14.

Operations

None