Dialogic ControlSwitch Maintenance Guide

Brand: Dialogic

Model: ControlSwitch

Type: Maintenance Guide

Dialogic® ControlSwitch™

Maintenance Guide

Release 5.11.1

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in writing from Dialogic Corporation at the address provided below.

All contents of this document are furnished for informational use only and are subject to change without notice and do not represent a

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The names of actual companies and products mentioned herein are the trademarks of their respective owners.

This document discusses one or more open source products, systems and/or releases. Dialogic is not responsible for your decision to use open

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or future effects such usage might have, including without limitation effects on your products, your business, or your intellectual property

rights.

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Document History

Revision

Release date

Notes

1.0

Feb. 2013

Updated for Release 5.9.1

2.0

July 2015

Updated for Release 5.10.2.

- Ulticom related topics are removed.

- called-party-status-indicator values corrected

3.0

August 2016

Release 5.11.1

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Table of Contents 
 
 INTRODUCTION ............................................................................................................................................ 7 
1.1 Purpose of this Document........................................................................................................................... 7 
1.2 Audience ..................................................................................................................................................... 7 
1.3 Assumptions ................................................................................................................................................ 7 
1.4 Glossary ....................................................................................................................................................... 7 
1.5 References................................................................................................................................................... 7 
1.6 Contact Us ................................................................................................................................................... 7 
 DIGIT ANALYSIS QUICK REFERENCE .............................................................................................................. 8 
2.1 Creating a New Digit Analysis Template ..................................................................................................... 8 
2.2 Modifying an Existing Digit Analysis Template ............................................................................................ 9 
2.3 Creating an Incoming/Outgoing Digit Rule ............................................................................................... 10 
2.4 Modifying an Incoming/Outgoing Digit Rule ............................................................................................. 10 
2.5 Composite Template Creation .................................................................................................................. 11 
2.6 Applying Digit Rules in Routing ................................................................................................................. 11 
2.7 Script Summary ......................................................................................................................................... 11 
 DA AND DC RULES ....................................................................................................................................... 12 
3.1 Overview ................................................................................................................................................... 12 
3.2 Template and Rule Differences ................................................................................................................. 12 
3.3 Digit Rule Script Format ............................................................................................................................ 12 
 XML Tags............................................................................................................................................... 12 
 XML Elements ....................................................................................................................................... 13 
 XML Attributes ...................................................................................................................................... 13 
3.4 Script Usage............................................................................................................................................... 14 
3.5 Trouble Shooting Hints .............................................................................................................................. 14 
3.6 Supported DA/Message Transformation Parameters ............................................................................... 14 
 ISUP ....................................................................................................................................................... 14 
3.6.1.2 Message Transformation .................................................................................................................. 15 
 PRI ......................................................................................................................................................... 17 
 CAS Protocols (R1, R1.5, R2) ................................................................................................................. 18 
 SIP ......................................................................................................................................................... 19 
 H.323 ..................................................................................................................................................... 19 
 SIP-I ....................................................................................................................................................... 20 
 Service Node ......................................................................................................................................... 20 
 BACKING UP THE SYSTEM ............................................................................................................................ 21 
4.1 Backing up Databases ............................................................................................................................... 21 
4.2 CDR Files Cleaning and Back up ................................................................................................................ 21 
 Backing up and Deleting CDR Files Manually ........................................................................................ 21 
 Re-transferring BAF CDR Files ............................................................................................................... 22 
 Backing up and Deleting BAF CDR Files ................................................................................................ 22 
4.3 Backup and Recovery ................................................................................................................................ 23 
 Menu Structures ................................................................................................................................... 24 
4.4 Database Backup ....................................................................................................................................... 25 

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 Edit backup configuration parameters ................................................................................................. 25 
 Schedule database backup ................................................................................................................... 26 
 Hot Backup ............................................................................................................................................ 27 
 Cold Backup .......................................................................................................................................... 29 
 RMAN Backup ....................................................................................................................................... 31 
 Archive Logs Only Backup ..................................................................................................................... 33 
 Database Recovery ............................................................................................................................... 34 
 Recover Database from Backup ............................................................................................................ 34 
 Instance Maintenance .......................................................................................................................... 37 
 Restore Database from Cold Backup ................................................................................................ 39 
4.5 Parameter List ........................................................................................................................................... 42 
 Common Section ................................................................................................................................... 42 
 ArchiveLog Backup Section ................................................................................................................... 43 
 Cold Backup Section.............................................................................................................................. 43 
 Hot Backup Section ............................................................................................................................... 44 
 RMAN Backup Section .......................................................................................................................... 44 
4.6 Alarm Report ............................................................................................................................................. 45 
4.7 Traffic Report ............................................................................................................................................ 46 
 TEMPLATES FOR DIGIT ANALYSIS................................................................................................................. 48 
 ELEMENT ATTRIBUTES AND ATTRIBUTE VALUES ......................................................................................... 52 
 XML ELEMENTS FOR DIGIT RULE SCRIPTS .................................................................................................... 60 
 XML ATTRIBUTES FOR DIGIT RULE SCRIPTS.................................................................................................. 81 
 EXAMPLES ................................................................................................................................................. 110 
9.1 Example 1 - Digit Analysis Rule for ISUP Calls ......................................................................................... 110 
9.2 Example 2 - Digit Analysis Rule ............................................................................................................... 112 
9.3 Example 3 - Digit Analysis Rule for PRI Calls ........................................................................................... 112 
9.4 Example 4 - Digit Collection Rule ............................................................................................................ 115 
9.5 Example 5 - Digit Analysis DTD File ......................................................................................................... 119 
9.6 Example 6 - Digit Collection DTD File ...................................................................................................... 126 
9.7 Example 7 - isup-egress-1.xml ................................................................................................................. 128 
9.8 Example 8 - isup-ingress-1.xml ................................................................................................................ 129 
9.9 Example 9 - pri-egress-1.xml ................................................................................................................... 131 
9.10 Example 10 - pri-ingress-1.xml ................................................................................................................ 131 
9.11 Example 11 - nanp-casfgd-incoming.xml ................................................................................................ 133 
9.12 Example 12 - nanp-casfgd-outgoing.xml ................................................................................................. 137 
 Country Codes ................................................................................................................................ 139 
 World Zone 1 Npa .......................................................................................................................... 141 
9.13 Example 13 Digit Analysis Language Specification .................................................................................. 141 
9.14 Example 14 Digit Collection Language Specification ............................................................................... 149 
 TABLES .................................................................................................................................................. 152 
 MANAGING TEMPLATES ........................................................................................................................ 157 
 DA LOCALIZATION ................................................................................................................................. 158 
12.1 Overview ................................................................................................................................................. 158 
12.2 Syntax ...................................................................................................................................................... 158 

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12.3 Constraints .............................................................................................................................................. 158

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Introduction

1.1 Purpose of this Document

The ControlSwitch System Maintenance Guide provides the following information:

 Detailed instructions for the periodic maintenance activities, such as back-up and initial setup

modifications.

 Descriptions and reference information for XML attributes and parameters.

 Detailed instructions on creating digit rules and managing the digit rule templates.

For system maintenance, also refer to Daily, Hourly, and Refreshing reports (for details on these reports

refer to ControlSwitch Management Tools User's Manual, Standard Reports.

1.2 Audience

This guide is written for system administrators, engineers, and operators who operate the CS, and

create digit rules and digit analysis.

1.3 Assumptions

Users who maintain the ControlSwitch should be familiar with the following tasks:

 Running web servers, telecommunications networks, and monitoring equipment

 Using Extensible Markup Language (XML), and Oracle Database

1.4 Glossary

For the purposes of this document the following abbreviations apply:

Term

Abbreviation

ControlSwitch

Digit Analysis

Digit Collection

LATA

Local Access Transport Area (LATA)

Table: Glossary

1.5 References

ControlSwitch Elements and Resources User's Manual

ControlSwitch CDR Guide

ControlSwitch Business Services and Advanced Routing User's Guide

ControlSwitch Management Tools Users Manual

1.6 Contact Us

For a list of Dialogic locations and offices, please visit: https://www.dialogic.com/contact.aspx.

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Digit Analysis Quick Reference

This section describes how to create and edit digit templates and rules for call routing. For Digit Rules,

also refer to ControlSwitch Business and Advanced Routing Services User's Manual, section Digit Rules.

2.1 Creating a New Digit Analysis Template

→ To create new digit rules Templates:

1. Contact your switch engineer or network manager to obtain the incoming and the outgoing call

type information, such as digit formats and call types.

2. Record the required information for your network in the left half of Table 1 for incoming rules and

in the right half of Table 2 for outgoing rules. Use separate copies of each table for different

protocols (ISUP or PRI), trunk types (international, national or subscriber), and numbering plans

(NANP or UK). Make these distinctions if they are relevant to your network. Each trunk group may

use different digit rule types. See Examples section for examples of trunk group rules.

Your Requirements (Before Digit Analysis)

Dialogic Internal Format (After Digit Analysis)

ISUP National Incoming

Numbering Plan

Indicator

Called Number

NOA

Input

Format

RDE Form at

Type

Numbering

Plan Indicator

Called Number

NOA

Output

Format

Table 1: Sample Incoming Template Table

Dialogic Internal Format (Before Digit Analysis)

Your Requirements (After Digit Analysis)

ISUP National Outgoing

RDE Form

at Type

Numbering

Plan Indicator

Called Number

NOA

Input

Format

Numbering

Plan Indicator

Called Number

NOA

Output

Format

Table 2: Sample Outgoing Template Table

3. Compare your call type requirements to the call types supported by existing templates.

 If all of your calls types are supported by one of the existing templates then make a copy of

the existing template, edit the parameters to suit the new template, and save.

 If any of your call types are not supported by the templates, then go to step 4.

4. Record the Rules to be used for each trunk group in Table 3. Samples are listed in Table 4.

Trunk Group Name

Incoming Rule Name

Outgoing Rule Name

Table 3: Your Rules for Trunk Groups

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Trunk Group Name

Incoming Rule Name

Outgoing Rule Name

trunkgroup1

nanp-isup-incoming-408

nanp-isup-outgoing

trunkgroup2

uk-isum-national-incoming

uk-isup-national-outgoing

Table 4: Sample Rules for Trunk Groups

5. Open a terminal session to the EMS platform.

Note:

Alternatively, telnet or ssh commands may be used in this step, as appropriate for the security of your network

environment.

> tip hardwire

6. Log in to the EMS as the ics user.

hostname console login: ics

7. Enter the ics user password.

Password:

8. Change to the version-4 directory.

{ics} % cd version-4

9. Open the desired digit rule file with a command line text editor, such as vi. For example, to open a

digit rule file named digitrule.xml, type the following:

{ics} % vi digitrule.xml

10. Type the desired XML statements.

11. Save and close the file.

12. Type the parserule command, to verify the syntax and compile the rule. If the syntax is correct,

then the parserule script will generate two files, one with the .rule extension, and the other

with the .info extension. If the compile is successful, the rule will be written to the EMS

database.

{ics} % parserule digitrule

13. Exit the ics account.

{ics} % exit

14. Use the EMS GUI to assign digit rules to channel groups or subscribers. The following three types of

rules must be assigned:

 incoming digit analysis rule

 outgoing digit analysis rule

 digit collection rule

2.2 Modifying an Existing Digit Analysis Template

Use the following instructions to modify an existing digit rules Template:

1. Open a terminal session to the EMS platform.

Note:

Alternatively, telnet or ssh commands may be used in this step, as appropriate for the security of your network

environment.

> tip hardwire

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2. Log in to the EMS as the ics user.

hostname console login: ics

3. Enter the ics user password.

Password:

4. Change to the version-4 directory.

{ics} % cd version-4

5. Open the desired digit rule file with a command line text editor, such as vi. For example, to open a

digit rule file named digitrule.xml, type the following:

{ics} % vi digitrule.xml

6. Edit the desired XML statements.

7. Save and close the file.

8. Type the parserule command, to verify the syntax and compile the rule. If the syntax is correct,

then the parserule script will generate two files, one with the .rule extension, and the other

with the .info extension. If the compile is successful, the rule will be written to the EMS

database.

{ics} % parserule digitrule

9. Exit the ics account.

{ics} % exit

10. Use the EMS GUI to assign digit rules to channel groups or subscribers. The following three types of

rules must be assigned:

 incoming digit analysis rule

 outgoing digit analysis rule

 digit collection rule

2.3 Creating an Incoming/Outgoing Digit Rule

Create a Digit Analysis/Digit Collection Rule for a selected incoming or outgoing trunk group that

requires digit rule.

See ControlSwitch Elements and Resources User's Manual, section Creating a Digit Rule.

Note:

Digit Collection rule is not applied to an ISUP trunk group.

2.4 Modifying an Incoming/Outgoing Digit Rule

Create a Digit Analysis/Digit Collection Rule for a selected incoming or outgoing trunk group that

requires digit rule.

See ControlSwitch Elements and Resources User's Manual, section Modifying Digit Rule Parameters.

Note:

Digit Collection rule is not applied to an ISUP trunk group.

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2.5 Composite Template Creation

The Template Manager in the EMS GUI allows you to construct composite templates that can be used

by a rule assigned to the network element. A composite template is a named list of templates in the

desired order that can be assigned to multiple network elements. A Rule could reference either a

Composite or a non-composite (base) template.

The Template Manager allows the user to create composite templates in the desired order that is

available for use during Rule creation.

A non-composite template may or may not have parameters and there is no provision in the GUI to

introduce new rule parameters. Parameter values entered by the user in the GUI are the actual

Parameter arguments used in the rule's template calls. The user can specify / modify Parameter values.

The rule needs to be created only once no matter how many elements share the assignment. If a similar

rule already exists, a warning message prompts the user that the existing rule will be assigned to the

element.

To create a composite template, Refer to ControlSwitch Business and Advanced Routing Services User's

Manual, section Creating a Composite Template (use the View XML tab to display the template's

content).

2.6 Applying Digit Rules in Routing

A digit rule is applied after all digits have been collected. See the Modify Treatment Parameters section

in ControlSwitch Policies and Routing User's Manual. Select Route as a treatment type. Click on the

Egress Properties tab and select the preconfigured Digit Analysis Rule/Digit Collection Rule.

Note:

This operation overrides digit rule set in trunk group window.

2.7 Script Summary

The following table describes the actions completed by each script used in this chapter.

Script

Completes the Following Operations

parserule

 Verifies the syntax of a digit rule file.

 Compiles the rule.

 Creates a filename.rule file.

 Creates a filename.info file.

 Calls the tmplmgr script and executes it on the newly created file. If the -w option has

been used, then this action is not completed.

gencw

 Generates a new rule to select CODEC using a input data file.

 Calls the parserule script and executes it on the newly created file.

 Calls the tmplmgr script and executes it on the newly created file. If the -w option has

been used, then this action is not completed.

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DA and DC Rules

This chapter describes additional information on Digit Analysis (DA) and Digit Collection (DC) rules.

3.1 Overview

Digit rules are primarily used to translate the telephone number of a call that is received by the CS. The

telephone number is translated into an internal Dialogic canonical format (E.164 format). Using digit

rules, any received format can be translated and the call type identified for enforcing call routing

policies. The number received can also be translated into any other internal representation, not only the

Dialogic canonical format.

Digit rules can modify many more call parameters than the telephone number. There are two types of

digit rules, digit analysis rules and digit collection rules. In this document, “digit rule” refers to both digit

analysis rules and digit collection rules. Digit collection rules are used to determine when a telephone

number is complete. Digit analysis rules are used to:

 Verify the phone numbers of an incoming call request

 Put phone numbers in a form acceptable to the RE

 Separate phone number attributes such as carrier codes

 Put outgoing phone numbers in a form required by the entity receiving the call

 Define trunk group properties that are not built-in to the EMS GUI

3.2 Template and Rule Differences

Digit templates are created in XML and stored on the EMS. The user can then assign digit rules by using

the EMS GUI. The following types of digit rules can be used:

 Templates are either included in the CS software, (for example nanp-pri-incoming or uk-isup-

national-outgoing) or are created by the user. The templates are managed by the tmplmgr

program.

 Rules pass specific parameters to an existing template, executed with the designated parameters.

Rules are created in the EMS GUI.

A rule can be assigned to a trunk group but the templates cannot. A rule is generated for an installed

template, and calls the template with no parameters, taking that name of the template followed by the

suffix “-rule”.

The Templates for Digit Analysis section lists this release's templates, which are automatically entered

into the EMS database upon installation.

3.3 Digit Rule Script Format

A digit rule script is a text file that uses a subset of the Extended Markup Language (XML) to structure

file content. The syntax for an XML file is described in a Document Type Definition (DTD) file.

XML Tags

A digit rule script starts with two tags that specify the XML version and the DTD file to be used for syntax

analysis. In the following example, the XML version is 1.0 and the DTD file name is digitanalysis.dtd:

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<?xml version="1.0" ?>

<!DOCTYPE digit-rule SYSTEM "digitanalysis.dtd">

Only tags are used in digit rule scripts. No information exists outside of the tags. Tags are delineated

with angle brackets. There are three types of tags, a start tag, an end tag, and a start-end tag. The start-

end tag is a start tag combined with an end tag. All tags contain a digit rule XML element name. The

three tag types are distinguished by the placement of the forward slash character. The end tag has a

forward slash immediately after the opening angle bracket and before the digit rule XML element name.

The start-end tag has a forward slash just before the closing angle bracket. The start tag has no slash

characters outside of the attribute values. Each start tag has a corresponding end tag. In the following

example, the sample xml-element-name1 element includes a start tag and an end tag. The sample xml-

element-name2 element consists of only a start-end tag.

<xml-element-name1 attribute-name1="value" attribute-name2="value">

<xml-element-name2 attribute-name3="value"/>

</xml-element-name1>

XML Elements

XML elements are used to represent the statements and declarations of the digit rule language.

Detailed descriptions of digit rule XML elements are provided in XML Elements for Digit Rule Scripts.

XML Attributes

Attributes are the options or parameters of an XML element. An attribute may be used in more than

one element; however it has the same general meaning in all elements where it used. Start and start-

end tags may have attributes. Attributes follow the element name and consist of an attribute name

followed by an equal sign followed by an attribute value enclosed in quotes. Attributes may be optional

as specified in the DTD file. There are three attribute value types, String Reference, Number Reference

and Context String Reference, that may refer to either call data, table data, rule variables or rule

parameters.

Table 5 provides details on these attributes. The first column shows all possible initial text for these

attribute values. The next column shows the text after the initial text. The last three columns show

which attribute value text are allowed in each attribute value type.

Detailed descriptions of digit rule XML attributes are provided in XML Attributes or Digit Rule Scripts.

Initial Text

Text after Colon

String Ref.

Number

Ref.

Context

String Ref.

parameter:

A parameter name defined in the “parameter” element.

variable:

A variable name defined in the “variable” element.

string:

Any text.

data:

A context name.

byte:

A string represented by the two digit hexadecimal ACSII

value of each character.

table:

A table name defined in the “table” element. A colon and

a column name optionally follow the table name. If no

column name is given, it refers to the first column in the

table.

<context

name>:

Nothing.

Value

without colon

Nothing.

string

number

context

name

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Table 5: Attribute Value Summery

3.4 Script Usage

The script generated, CodecCheck-dn.xml for example is in an incoming digit analysis script. It is must be

called from all the normal incoming digit analysis scripts, such as nanp-isup-incoming, to get the effect

of both scripts. This accomplished by including the following statement in the incoming script.

<call-rule rule-reference=”CodecCheck-dn”/>

It should be called at the end of the main rule, just before any procedure definitions. Hence it is only

called if the call numbers are valid and have been converted to E.164 format. It could instead be called

from another script that calls it and the standard incoming script.

For example,

<?xml version=”1.0”?>

<!DOCTYPE digit-rule SYSTEM “digitanalysis.dtd”>

<digit-rule rule-name=”cw-isup-incoming-408”>

<call-rule rule-reference=”nanp-isup-incoming”>

</call-rule>\

<call-rule rule-reference=”CodecCheck-dn”/>

</digit-rule>

The order of the rule calls is important. The first rule puts the calling and dialed numbers into E.164

format.

3.5 Trouble Shooting Hints

 Codec selection DA rule is applied only in ingress selection. It can be applied on both Trunk Group

and VCE ingress DA rule selection.

Why does the call get rejected with ServiceOptionNotImplementedOrSupported even though call

tracing shows that the codec is selected by above DA rules?

Make sure that the egress trunk group has the codec selected by DA as one of the allowed codecs.

 How can I use my existing DA rules in conjunction with Codec selection DA rules?

The existing DA rule should refer to the rule generated by the codec selection DA rule. See THE

example in Script Usage.

3.6 Supported DA/Message Transformation Parameters

ISUP

3.6.1.1 Digit Analysis

 Digit rule is applicable to only setup messages.

 Ingress DA is invoked for incoming IAM (network to CS).

 Egress DA is invoked for outgoing IAM (CS to network).

Ingress Digit Analysis

Egress Digit Analysis

Calling Party Number

Charge Number

Called Party Number

Generic Address Parameter

Calling Party Number

Charge Number

Called Party Number

Generic Address Parameter

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Calling Party Category

Forward Call Indicator

Original Called Number

Presentation Number

Redirecting Number

Jurisdiction Parameter

Nature Of Connection

Original Line Info

Transmission Med Req

Transmission Med Prime

Transit Network Selection

Cause Value

Redirection Info

IRI

ORI

Generic Data

User Service Info

Access Transport

User Service Info Prime

Additional Calling Party Number

Carrier Code

Protocol

Type Of Call

Vpn Id Info

Internal Cause Code

Carrier Selection Info

Trunk Group Number

Partition Number

C U G Supported For Service Reference

Charge Service Reference

Bearer Capability

Bearer Capability Prime

Exchange Type

Calling Party Number

Charge Number

Called Party Number

Generic Address Parameter

Network Routing Number

Directory Number

Calling Party Category

Carrier Code

Forward Call Indicator

Original Called Number

Presentation Number

Redirecting Number

Jurisdiction Parameter

Nature Of Connection

Original Line Info

Transit Network Selection

Cause Value

Redirection Info

IRI

ORI

User Service Info Prime

Transmission Med Req

Transmission Med Prime

Additional Calling Party Number

Called IN Number

Generic Data

User Service Info

Access Transport

Bearer Capability

Bearer Capability Prime

Protocol

Type Of Call

Internal Cause Code

Carrier Selection Info

Remote Protocol

Trunk Group Number

Partition Number

Charge Service Reference

C U G Supported For Service Reference

Exchange Type

Table 6: ISUP Ingress and Egress Digit Analysis

3.6.1.2 Message Transformation

 Message Transformation is applicable to all the messages.

 Ingress MTR is invoked for all incoming messages (network to CS).

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 Egress MTR is invoked for all outgoing messages (CS to network).

Message

Incoming DA Parameters

Outgoing DA Parameters

IAM

Generic Data

Cause Value

Access Transport

Non Ported Gaps

Additional Calling Party Number

Parameter Compatibility Array

Non Ported Gaps

Additional Calling Party Number

Generic Data

Cause Value

Access Transport

Parameter Compatibility Array

ACM

Generic Data

Cause Value

Access Transport

Parameter Compatibility Array

Connected Number

Notification Indicator

Opt Backward Call Indicator

Generic Data

Cause Value

Access Transport

Parameter Compatibility Array

Connected Number

Notification Indicator

Opt Backward Call Indicator

ANM

Generic Data

Access Transport

Parameter Compatibility Array

Connected Number

Notification Indicator

Additional Connected Number

Opt Backward Call Indicator

Additional Connected Number

Generic Data

Access Transport

Parameter Compatibility Array

Connected Number

Notification Indicator

Opt Backward Call Indicator

GENERIC

Generic Data

Parameter Compatibility Array

Generic Data

Parameter Compatibility Array

CPG

Event Indicator

Progress Indicator

Generic Data

Cause Value

Access Transport

Parameter Compatibility Array

Notification Indicator

Opt Backward Call Indicator

Event Indicator

Progress Indicator

Generic Data

Cause Value

Access Transport

Parameter Compatibility Array

Notification Indicator

Opt Backward Call Indicator

REL

Generic Data

Cause Value

Parameter Compatibility Array

Notification Indicator

Access Transport

Generic Data

Cause Value

Access Transport

Parameter Compatibility Array

Notification Indicator

RLC

--NA--

Generic Data

Cause Value

Parameter Compatibility Array

Table 7: Incoming and Outgoing DA Parameters

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3.6.1.3 Digit Collection

Digit Collection is applicable for ETSI ISUP and its variants. The rule works based on Called Party Number

and waits for additional digits to be collected.

PRI

3.6.2.1 Digit Analysis

 PRI DA is applicable to all messages.

 Ingress DA is invoked for message related to ingress half leg of call

 Egress DA rules is applicable to egress half leg of call.

Message

Incoming DA Parameters

Outgoing DA Parameters

SETUP

Calling Party Number

Charge Number

Called Party Number

Bearer Capability

Calling Party Cat

Forward Call Indicator

Redirecting Number

Cause Value

Redirection Info

Original Called Number

Generic Message Data

Access Transport

Call Type

Carrier Code

Internal Cause Code

Signaling Protocol

Vpn Id Info

Trunk Group Number

Partition Number

Type Of Call

Remote Protocol

Connected Number

Progress Indicator

Backward Call Indicators

Opt Backward Call Indicators

Event Indicator

OLI

Notification Indicator

Calling Party Number

Charge Number

Called Party Number

Bearer Capability

Calling Party Cat

Forward Call Indicator

Redirecting Number

Cause Value

Redirection Info

Original Called Number

Generic Message Data

Access Transport

Call Type

Carrier Code

Internal Cause Code

Signaling Protocol

Vpn Id Info

Trunk Group Number

Partition Number

Type Of Call

Remote Protocol

Connected Number

Progress Indicator

Backward Call Indicators

Opt Backward Call Indicators

Event Indicator

OLI

Notification Indicator

ALERTING

Backward Call Indicators

Optional Backward Call Indicators

Cause Value

Progress Indicator

Connected Number

Progress Indicator

Notification Indicator

Access Transport (raw bytes only)

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Notification Indicators

Access Transport (raw bytes only)

PROGRESS

Backward Call Indicators

Optional Backward Call Indicators

Cause Value

Progress Indicator

Notification Indicators

Event Indicator

Access Transport (raw bytes only)

Cause Value

Progress Indicator

Notification Indicators

Access Transport (raw bytes only)

CONNECT

Backward Call Indicators

Optional Backward Call Indicators

Connected Number

Notification Indicators

Access Transport (raw bytes only)

Connected Number

Progress Indicator

Notification Indicators

Access Transport (raw bytes only)

DISCONNECT

Cause Value

Notification Indicators

Access Transport (raw bytes only)

Cause Value

Progress Indicator

Notification Indicators

Access Transport (raw bytes only)

RELEASE

Cause Value

Notification Indicators

Access Transport (raw bytes only)

Cause Value

Notification Indicators

Access Transport (raw bytes only)

Table 8: PRI Incoming and Outgoing DA Parameters

3.6.2.2 Digit Collection

Digit Collection is applicable for ETSI PRI. The rule works based on Called Party Number and waits for

additional digits to be collected.

CAS Protocols (R1, R1.5, R2)

3.6.3.1 Digit Analysis

 Digit rule is applicable to only setup messages.

 Ingress DA is invoked for incoming Setup (network to CS)

 Egress DA is invoked for outgoing Setup. (CS to network)

CAS incoming and outgoing DA parameters are as following:

Calling Party Info

Charge Number

Called Party Info

Feature Id Info

Bearer Capability

Bearer Capability Prime

Call Type

Calling Party Category

Carrier Code

Caller Preferred Carrier Local

Caller Preferred Carrier International

Forward Call Indicator

Original Called Party Number

Presentation Number

Redirecting Number

Jurisdiction Parameter

Caller LATA Info

Nature of Connection

Original Line Info

Signaling Protocol

Type of Call

Cause Value

Internal Cause Code

Redirection Information

Trunk Group Number

Vpn Id Info

Partition Number*

CAS Information Parameters*

zz Code**

Country Address Type**

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Caller Preferred Carrier Intra LATA

Caller Preferred Carrier Inter LATA

Transit Network Selection

Treatment Type

Country Code**

Cas Digit Analysis State**

* Not in CAS-FGD

** Only in CAS-FGD

3.6.3.2 Digit Collection

The rule works based on Called Party Number and waits for additional digits to be collected.

SIP

Note:

Only DA is supported.

3.6.4.1 Digit Analysis

 Digit rule is applicable only for setup messages.

 Ingress DA is invoked for incoming Setup (network to CS)

 Egress DA is invoked for outgoing Setup (CS to network)

SIP incoming and outgoing DA parameters are as following:

Calling Party Number

Charge Number

Called Party Number

Bearer Capability

Calling Party Category

Forward Call Indicator

Original Called Party Number

Cause Value

Internal Cause Code

Gateway IP Address

Trunk Group Number

Carrier Code

Partition Number

Signaling Protocol

Generic Address Parameter

Transit Network Selection

Original Line Info

Access Transport

Bearer Capability Prime

Jurisdiction Param

Transmission Medium Request

User Service Info

User Service Info Prime

Nature of Connection

Directory Number

Network Routing Number

Generic Message Data

Additional Calling Number

H.323

Note:

Only DA is supported.

3.6.5.1 Digit Analysis

 Digit rule is applicable only for setup messages.

 Ingress DA is invoked for incoming Setup (network to CS)

 Egress DA is invoked for outgoing Setup (CS to network)

H.323 incoming and outgoing DA parameters are as following:

Calling Party Number

Charge Number

Called Party Number

Bearer Capability

Calling Party Category

Original Called Party Number

Cause Value

Internal Cause Code

Gateway IP Address

Trunk Group Number

Partition Number

Signaling Protocol

Generic Address Parameter

Transit Network Selection

Original Line Info

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Forward Call Indicator

Carrier Code

User Service Info

SIP-I

Note:

Only DA is supported.

3.6.6.1 Digit Analysis

 Digit rule is applicable to all only setup messages.

 Ingress DA is invoked for incoming Setup. (network to CS)

 Egress DA is invoked for outgoing Setup. (CS to network)

SIP-I incoming and outgoing DA parameters are as following:

Calling Party Number

Charge Number

Called Party Number

Bearer Capability

Calling Party Category

Forward Call Indicator

Original Called Party Number

Cause Value

Internal Cause Code

Gateway IP Address

Trunk Group Number

Carrier Code

Partition Number

Signaling Protocol

Generic Address Parameter

Transit Network Selection

Original Line Info

Access Transport

Bearer Capability Prime

Jurisdiction Parameter

Transmission Medium Request

User Service Info

User Service Info Prime

Nature of Connection

Directory Number

Network Routing Number

Generic Message Data

Additional Calling Number

Service Node

3.6.7.1 Digit Analysis

The Pre and Post Query DA Parameters in Service Node are listed below:

Calling Number

Charge Number

Called Number

Location Routing Number

Bearer Capability

Bearer Capability Prime

Calling Party Category

Forward Call Indicator

Original Called Party Info

Redirecting Number

Nature of Connection

Signaling Protocol

Transit Network Selection

Type of Call

Incoming Route Identification

Carrier Selection Info

User Service Info

User Service Info Prime

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Dialogic ControlSwitch Maintenance Guide

Dialogic ControlSwitch Maintenance Guide

Dialogic ControlSwitch Maintenance Guide

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