SIST ES 202 915-2 V1.2.1:2005

Open Service Access (OSA); Application Programming Interface (API); Part 2: Common Data Definitions (Parlay 4)

Maintenance update of ES 202 915-2 V1.1.1 to produce ES 202 915-2 V1.2.1 Updated document will also be known as PARLAY 4.1. Only those parts requiring modification will be updated ( most parts require maintenance fixes )

Odprti dostop do storitve (OSA) – Vmesnik za aplikacijsko programiranje (API) – 2. del: Določitev skupnih podatkov

General Information

• Status: Published
• Publication Date: 31-Dec-2004
• ICS: 33.040.01 - Telecommunication systems in general
• Technical Committee: SPN - Services and Protocols for Networks
• Current Stage: 6060 - National Implementation/Publication (Adopted Project)
• Start Date: 01-Jan-2005
• Due Date: 01-Jan-2005
• Completion Date: 01-Jan-2005
• Ref Project: ETSI ES 202 915-2 V1.2.1 (2003-08) - Open Service Access (OSA); Application Programming Interface (API); Part 2: Common Data Definitions (Parlay 4)

Standards Content (Sample)

SLOVENSKI STANDARD
SIST ES 202 915-2 V1.2.1:2005
01-januar-2005
2GSUWLGRVWRSGRVWRULWYH26$±9PHVQLN]DDSOLNDFLMVNRSURJUDPLUDQMH$3,±
GHO'RORþLWHYVNXSQLKSRGDWNRY
Open Service Access (OSA); Application Programming Interface (API); Part 2: Common
Data Definitions (Parlay 4)
Ta slovenski standard je istoveten z: ES 202 915-2 Version 1.2.1
ICS:
33.040.01 Telekomunikacijski sistemi Telecommunication systems
na splošno in general
SIST ES 202 915-2 V1.2.1:2005 en
2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.

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SIST ES 202 915-2 V1.2.1:2005

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SIST ES 202 915-2 V1.2.1:2005

ETSI ES 202 915-2 V1.2.1 (2003-08)
ETSI Standard


Open Service Access (OSA);
Application Programming Interface (API);
Part 2: Common Data Definitions
(Parlay 4)



�

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SIST ES 202 915-2 V1.2.1:2005
 2 ETSI ES 202 915-2 V1.2.1 (2003-08)



Reference
RES/SPAN-120096-2
Keywords
API, IDL, OSA, UML
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ETSI

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SIST ES 202 915-2 V1.2.1:2005
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Contents
Intellectual Property Rights.5
Foreword.5
1 Scope.6
2 References.6
3 Definitions and abbreviations.6
3.1 Definitions.6
3.2 Abbreviations.6
4 Common Data Definitions.6
5 Common System Data Definitions.7
5.1 Standard Data Types .7
5.1.1 TpBoolean.7
5.1.2 TpInt32.7
5.1.3 TpFloat.7
5.1.4 TpLongString.7
5.1.5 TpOctet.7
5.1.6 TpOctetSet.7
5.1.7 TpString.7
5.1.8 TpAssignmentID.7
5.1.9 TpSessionID.7
5.1.10 TpSessionIDSet.8
5.1.11 TpAny.8
5.1.12 TpAttribute.8
5.1.13 TpAttributeType.8
5.1.14 TpAttributeList.8
5.1.15 TpAttributeSet.8
5.1.16 TpInt64.8
5.1.17 TpVersion.9
5.1.18 TpStringSet.9
5.1.19 TpStringList.9
5.2 Other Data Sorts .9
5.2.1 Sequence of Data Elements .9
5.2.2 Tagged Choice of Data Elements .10
5.2.3 Numbered Set of Data Elements.10
5.2.4 Reference.10
5.2.5 Numbered List of Data Elements.10
5.3 Interface Related Data Definitions .10
5.3.1 IpInterface.10
5.3.2 IpInterfaceRef.10
5.4 Exception Classes.11
5.4.1 Underlying Technology Exceptions .11
5.4.2 TpCommonExceptions.11
5.4.3 Constants associated with TpCommonExceptions .11
5.4.4 Exceptions available to all methods on all interfaces .12
5.5 Date and Time Related Data Definitions.13
5.5.1 TpDate.13
5.5.2 TpTime.13
5.5.3 TpDateAndTime.14
5.5.4 TpDuration.14
5.5.5 TpTimeInterval.14
5.6 Address Related Data Definitions .15
5.6.1 TpAddress.15
5.6.2 TpAddressSet.16
5.6.3 TpAddressPresentation.16
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5.6.4 TpAddressScreening.16
5.6.5 TpAddressPlan.16
5.6.6 TpAddressError.17
5.6.7 TpAddressRange.17
5.6.8 TpURL.18
5.7 Price-related Data Definitions .18
5.7.1 TpPrice.18
5.7.2 TpAoCInfo.18
5.7.3 TpAoCOrder.18
5.7.4 TpCallAoCOrderCategory.19
5.7.5 TpChargeAdviceInfo.19
5.7.6 TpCAIElements.19
5.7.7 TpChargePerTime.19
5.7.8 TpLanguage.19
5.8 Data Types Common Across Call Control and Data Session Control.20
5.8.1 TpDataSessionQosClass.20
Annex A (normative): OMG IDL Description of the Common Data definitions .21
Annex B (informative): W3C WSDL Description of the Common Data definitions.22
Annex C (informative): Java API Description of the Common Data definitions .23
Annex D (normative): Exception Hierarchy.24
Annex E (informative): Record of changes .32
E.1 Data Definitions.32
E.1.1 New.32
E.1.2 Modified.32
E.1.3 Removed.32
E.2 Exceptions.33
E.2.1 New.33
E.2.2 Modified.33
E.2.3 Removed.33
E.3 Others.33
History .34

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Intellectual Property Rights
IPRs essential or potentially essential to the present document may have been declared to ETSI. The information
pertaining to these essential IPRs, if any, is publicly available for ETSI members and non-members, and can be found
in ETSI SR 000 314: "Intellectual Property Rights (IPRs); Essential, or potentially Essential, IPRs notified to ETSI in
respect of ETSI standards", which is available from the ETSI Secretariat. Latest updates are available on the ETSI Web
server (http://webapp.etsi.org/IPR/home.asp).
Pursuant to the ETSI IPR Policy, no investigation, including IPR searches, has been carried out by ETSI. No guarantee
can be given as to the existence of other IPRs not referenced in ETSI SR 000 314 (or the updates on the ETSI Web
server) which are, or may be, or may become, essential to the present document.
Foreword
This ETSI Standard (ES) has been produced by ETSI Technical Committee Services and Protocols for Advanced
Networks (SPAN).
The present document is part 2 of a multi-part deliverable covering Open Service Access (OSA); Application
Programming Interface (API), as identified below. The API specification (ES 202 915) is structured in the following
parts:
Part 1: "Overview";
Part 2: "Common Data Definitions";
Part 3: "Framework";
Part 4: "Call Control";
Part 5: "User Interaction SCF";
Part 6: "Mobility SCF";
Part 7: "Terminal Capabilities SCF";
Part 8: "Data Session Control SCF";
Part 9: "Generic Messaging SCF";
Part 10: "Connectivity Manager SCF";
Part 11: "Account Management SCF";
Part 12: "Charging SCF";
Part 13: "Policy management SCF";
Part 14: "Presence and Availability Management SCF".
The present document has been defined jointly between ETSI, The Parlay Group (http://www.parlay.org) and the 3GPP,
in co-operation with a number of JAIN™ Community (http://www.java.sun.com/products/jain) member companies.
The present document forms part of the Parlay 4.1 set of specifications.
The present document is equivalent to 3GPP TS 29.198-2 V5.2.0 (Release 5).
ETSI

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1 Scope
The present document is part 2 of the Stage 3 specification for an Application Programming Interface (API) for Open
Service Access (OSA).
The OSA specifications define an architecture that enables application developers to make use of network functionality
through an open standardised interface, i.e. the OSA APIs.
The present document specifies the Common Data Definitions of the OSA. The Common Data Definitions contain
data-types that are common across the rest of the OSA API. All aspects of the Common Data are defined here, these
being:
• Data Definitions
• IDL Description of the data types
• WSDL Description of the data types
• Reference to the Java API description of the data types
2 References
The references listed in clause 2 of ES 202 915-1 contain provisions which, through reference in this text, constitute
provisions of the present document.
ETSI ES 202 915-1: "Open Service Access (OSA); Application Programming Interface (API); Part 1: Overview
(Parlay 4)".
3 Definitions and abbreviations
3.1 Definitions
For the purposes of the present document, the terms and definitions given in ES 202 915-1 apply.
3.2 Abbreviations
For the purposes of the present document, the abbreviations defined in ES 202 915-1 apply.
4 Common Data Definitions
The following clauses describe each aspect of the Common data definitions.
The order is as follows:
• The Data Definitions clause shows a detailed expansion of each of the data types associated with the methods
within the classes;
• IDL description of the data types (normative annex);
• WSDL description of the data types (informative annex);
• Reference to the Java API description of the data types (informative annex).
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5 Common System Data Definitions
These data definitions are assumed to be provided by the client operating system.
5.1 Standard Data Types
The APIs assume that the following data types can be supported.
5.1.1 TpBoolean
Defines a Boolean data type.
5.1.2 TpInt32
Defines a signed 32-bit integer.
5.1.3 TpFloat
Defines a single precision real number.
5.1.4 TpLongString
Defines a Byte string, comprising length and data. The length must be at least a 32-bit integer.
5.1.5 TpOctet
Defines an 8-bit quantity that is not translated during transmission.
5.1.6 TpOctetSet
Defines a Numbered Set of Data elements of TpOctet.
5.1.7 TpString
Defines a Byte string, comprising length and data. The length must be at least a 16-bit integer.
5.1.8 TpAssignmentID
Defines an assignment ID with a value that is unique to an instance of an implementation of a given interface (i.e. an
object), irrespective of the method invoked on it. This ID may be used, for example, to identify single or multiple event
notifications enabled by an object; or by a requesting object to modify or stop functionality (e.g. event notifications, call
load control) associated with a previously supplied assignment ID.
The assignment ID is identical to a TpInt32 type.
5.1.9 TpSessionID
Defines a session ID with a value that is at least unique within the context of a specific instance of an SCF. An instance
of an SCF is a single service manager instance plus the associated subordinate instances. For example, a single
MultiPartyCallControlManager instance plus all associated MultiPartyCall and MultiPartyCallLeg instances. The
session ID is used to identify different sessions (e.g. different call or call leg sessions) of an interface capable of
handling multiple sessions.
Example 1, myCallObject may implement the IpCall interface. If so, myCallObject may handle multiple call sessions,
and each call session will be identified by a call session ID value (e.g. 1, 2, 3) that is unique within the context of the
SCF instance.
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Example 2, myCallAndCallLegObject may implement the IpCall and IpCallLeg interfaces. If so,
myCallAndCallLegObject may handle multiple call sessions and multiple call leg sessions. Each call session will be
identified by a call session ID value (e.g. 1, 2, 3) that is unique within the context of the SCF instance. Similarly, each
call leg session will be identified by a call leg session ID value (e.g. 1, 2, 3, 4, 5, 6) that is also unique within the context
of the SCF instance. Because call session IDs and call leg session IDs are different data types, overlapping values are
permitted and their uniqueness still remains.
The session ID is identical to a TpInt32 type.
5.1.10 TpSessionIDSet
Defines a Numbered Set of Data Elements of TpSessionID.
5.1.11 TpAny
Defines a type that can hold any type. This is not restricted to only the primitive types.
5.1.12 TpAttribute
This is a Sequence of Data Elements containing the attribute name, type, and value. The attribute Value is
interpreted based on the value of the attribute Type.
Sequence Element Name Sequence Element Type Notes
AttributeName TpString The name of the attribute.
AttributeType TpAttributeType The type of the attribute. Valid values for Type must
include at least TpString, TpInt32 and TpFloat.
AttributeValue TpAny The values for the attribute. This model allows
multi-valued attributes. Cannot be an empty list.

5.1.13 TpAttributeType
This data type is identical to a TpString, and is defined as a string of characters that uniquely identifies the type of an
attribute. Other Network operator specific capabilities may also be used, but should be preceded by the string "SP_".
The following values are defined.
Character String Value Description
NULL An empty (NULL) string indicates no attribute type.
P_STRING Attribute type is type TpString.
P_INT32 Attribute type is type TpInt32.
P_FLOAT Attribute type is type TpFloat.

5.1.14 TpAttributeList
This is a Numbered List of Data Elements of type TpAttribute.
5.1.15 TpAttributeSet
This is a Numbered Set of Data Elements of type TpAttribute.
5.1.16 TpInt64
Defines a signed 64-bit integer.
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5.1.17 TpVersion
This data type is identical to TpString. It is used to uniquely identify the implemented version of the framework or
an SCF. The syntax for this datatype is defined as:
P__
Where:
is one of the strings listed in the table below.
Character String Value Description
PARLAY Specification released by The Parlay Group.
ETSI Specification released by ETSI.
3GPP Specification released by 3GPP.

consists of numbers separated by underscores (e.g. 3_1). It is recommended that not more than
the two most significant numbers (major and minor version) of the version are used.
Examples of version strings are:
Character String Value Description
P_PARLAY_3_1 Parlay v3.1.
P_ETSI_2_0 ETSI v2.0.
P_3GPP_4_3 3GPP Release 4.3.

Note that different version strings can be aliases of each other all pointing to the same SCF/Framework version.
5.1.18 TpStringSet
Defines a Numbered Set of Data Elements of type TpString.
5.1.19 TpStringList
Defines a Numbered List of Data Elements of type TpString.
5.2 Other Data Sorts
The APIs assumes that the following data syntaxes can be supported.
5.2.1 Sequence of Data Elements
This describes a sequence of data types. This may be defined as a structure (for example, in C++) or simply a sequence
of data elements within a structure.
EXAMPLE: The TpAddress data type may be defined in C++ as:
typedef struct {
 TpAddressPlan  Plan;
 TpString   AddrString;
 TpString   Name;
 TpAddressPresentation Presentation;
 TpAddressScreening Screening;
 TpString  SubAddressString;
} TpAddress;

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5.2.2 Tagged Choice of Data Elements
This describes a data type which actually evaluates to one of a choice of a number of data elements. This data element
contains two parts: a tag data type (the tag part) which is used to identify the chosen data type, and the chosen data type
itself (the union part). This form of data type is also referred to as a tagged union.
This data type can be implemented (for example, in C++) as a structure containing an integer for the tag part, and a
union for the union part.
This data type is implementation specific. Please refer to the appropriate IDL documents (and the resulting language
mappings) to see how this data type is implemented.
EXAMPLE: The TpCallError data type may be defined in C++ as:
typedef struct {
 TpCallErrorType Tag;
 union {
  TpCallErrorInfoUndefined   Undefined;
  TpCallErrorInfoRoutingAborted RoutingAborted;
  TpCallErrorInfoCallAbandoned  CallAbandoned;
  TpCallErrorInfoInvalidAddress InvalidAddress;
  TpCallErrorInfoInvalidState  InvalidState;
  TpCallErrorInfoInvalidCriteria InvalidCriteria;
 } callErrorInfo;
} TpCallError;

5.2.3 Numbered Set of Data Elements
This describes a data type which comprises an integer which indicates the total number of data elements in the set (the
number part), and an unordered set of data elements (the data part). Set data types do not contain duplicate data
elements.
EXAMPLE: The TpAddressSet data type may be defined in C++ as:
typedef struct {
 TpInt32 Number;
 TpAddress Set[Number];
} TpAddressSet;

5.2.4 Reference
This describes a reference (or pointer) to a data type.
5.2.5 Numbered List of Data Elements
This describes a data type which comprises an integer which indicates the total number of data elements in the set (the
number part), and an ordered set of data elements (the data part). List data types can contain duplicate data elements.
EXAMPLE: The TpStringList data type may be defined in C++ as:
typedef struct {
 TpInt32 Number;
 TpString List[Number];
} TpStringList;

5.3 Interface Related Data Definitions
5.3.1 IpInterface
Defines the address of a generic interface instance.
5.3.2 IpInterfaceRef
Defines a Reference to type IpInterface.
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5.4 Exception Classes
5.4.1 Underlying Technology Exceptions
All methods contain a signature showing, amongst other things, the explicit exceptions that they may throw. In addition
to these exceptions, all methods can throw a number of implicit exceptions. These exceptions do not need to be included
within the method signatures and are given below.
These exceptions would be thrown by the underlying technology (e.g. CORBA, Java) as a result of problems
encountered, for example, with the way the API method is invoked. They are a minimum set of exceptions that must be
throwable by the underlying technology. Depending upon the u
...