BS ISO/IEC 10737:1998

1 Scope
2 Normative references
2.1 Identical recommendations / International
         standards
2.2 Paired recommendations / International
         standards equivalent in technical content
3 Definitions
3.1 Basic reference model
3.2 Information model
3.3 Guidelines for the definition of managed objects (GDMO)
3.4 Management framework
4 Abbreviations
5 Elements of transport layer management
         information
5.1 Managed object hierarchy
5.1.1 Summary of managed objects
5.1.2 Containment hierarchy
5.1.3 Relationships
5.1.4 Minimum event filtering capabilities
5.1.5 Use of optional fields
5.2 Common transport layer GDMO definitions
5.3 The transport subsystem managed object
5.4 The transport entity managed object
5.5 The connectionless-mode transport protocol
         machine managed object
5.6 The connection-oriented transport protocol
         machine managed object
5.7 TSAP managed object
5.8 The transport connection managed object and
         IVMO
5.8.1 The transport connection managed object
5.8.2 Transport connection initial value managed object
5.8.3 Elements of management information for
         transport connection MO and transport
         connection IVMO
5.9 NCMS protocol machine managed object
5.10 Network connection control managed object and initial
         value managed object
5.10.1 Network connection control managed object
5.10.2 Network connection control initial value managed object
6 ASN.1 modules
6.1 Object identifier definitions
6.1.1 Abbreviations
6.1.2 Other object identifier definitions
6.2 Other definitions
7 Conformance
7.1 Conformance requirements to this Recommendation / International
         Standard
7.1.1 Static conformance
7.1.2 Dynamic conformance
7.1.3 Management implementation conformance statement requirements
7.2 Protocol specific conformance requirements
7.2.1 Conformance to the management operation of ITU-T Rec. X.224 /
         ISO/IEC 8073
7.2.2 Conformance to the management operation of ITU-T Rec. X.234 /
         ISO/IEC 8602
Annexes
A Allocation of objects identifiers
B Shorthand description of managed objects
C Examples of the use of relationship attributes
D MCS proforma
D.1 Introduction
D.1.1 Purpose and structure
D.1.2 Instructions for completing the MCS proforma to produce an MCS2
D.1.3 Symbols, abbreviations and terms
D.2 Identification of the implementation
D.2.1 Date of statement
D.2.2 Identification of the implementation
D.2.3 Contact
D.3 Identification of the Recommendation / International standard
         in which the management information is defined
D.3.1 Technical corrigenda implemented
D.3.2 Amendments implemented
D.4 Management conformance summary
E MICS proforma
E.1 Introduction
E.2 Instructions for completing the MICS proforma to produce a MICS4
E.3 Symbols, abbreviations and terms
E.4 Statement of conformance to the management information
E.4.1 Attributes
E.4.2 Attribute groups
E.4.3 Create and delete management operations
E.4.4 Notifications
E.4.5 Actions
E.4.6 Parameters
F MOCS proforma
F.1 Introduction
F.1.1 Instructions for completing the MOCS proforma to produce a MOCS6
F.1.2 Symbols, abbreviations and terms
F.2 The transport subsystem managed object
F.2.1 Statement of conformance to the managed object class
F.2.2 Packages
F.2.3 Attributes
F.3 The transport entity managed object
F.3.1 Statement of conformance to the managed object class
F.3.2 Packages
F.3.3 Attributes
F.3.4 Attribute group
F.3.5 Notifications
F.3.6 Parameters
F.4 The connectionless-mode transport protocol machine managed object
F.4.1 Statement of conformance to the managed object class
F.4.2 Packages
F.4.3 Attributes
F.4.4 Attribute groups
F.4.5 Notifications
F.4.6 Actions
F.4.7 Parameters
F.5 The connection-oriented transport protocol machine managed object
F.5.1 Statement of conformance to the managed object class
F.5.2 Packages
F.5.3 Attributes
F.5.4 Attribute group
F.5.5 Notifications
F.5.6 Actions
F.5.7 Parameters
F.6 The TSAP managed object
F.6.1 Statement of conformance to the managed object class
F.6.2 Packages
F.6.3 Attributes
F.6.4 Notifications
F.7 The transport connection managed object
F.7.1 Statement of conformance to the managed object class
F.7.2 Packages
F.7.3 Attributes
F.7.4 Attribute group
F.7.5 Notification
F.7.6 Parameters
F.8 The transport connection initial values managed object
F.8.1 Statement of conformance to the managed object class
F.8.2 Packages
F.8.3 Attributes
F.9 The communication information record managed object
         (see ITU-T Rec. X.723 (1993) / ISO/IEC 10165-5:1994)
F.9.1 Statement of conformance to the managed object class
F.9.2 Packages
F.9.3 Attributes
F.10 The NCMS protocol machine managed object
F.10.1 Statement of conformance to the managed object class
F.10.2 Packages
F.10.3 Attributes
F.10.4 Notifications
F.10.5 Actions
F.10.6 Parameters
F.11 The network connection control managed object
F.11.1 Statement of conformance to the managed object class
F.11.2 Packages
F.11.3 Attributes
F.11.4 Notifications
F.12 The network connection control initial value managed object
F.12.1 Statement of conformance to the managed object class
F.12.2 Packages
F.12.3 Attributes
G MRCS proforma for name binding
G.1 Introduction
G.2 Instructions for completing the MRCS proforma for name binding
         to produce a MRCS
G.3 Statement of conformance to the name binding

Provides the specification of management information within an Open System related to those operations of the OSI Transport Layer. Coverage includes: symbols and abbreviations; elements of transport layer management information; the transport subsystem managed object; the transport entity managed object; the connection-oriented transport protocol machine. Also gives detailed definitions and annexes.

This Recommendation | International Standard provides the specification of management information within an Open System related to those operations of the OSI Transport Layer specified by ITU-T Recommendations and ISO/IEC International Standards. Specifics on how Transport Layer management is accomplished is beyond the scope of this Recommendation | International Standard. Transport Layer management information is defined by specifying:

• the managed object class definition of Transport Layer Managed Objects following guidelines put forth by the Structure of Management Information (ITU-T Recommendations X.720-X.724 and ISO/IEC10165);

• the relationship of the Managed Objects and attributes to both the operation of the layer and to other objects and attributes of the layer; and

• the action type operations on the attributes of Transport Layer Managed Objects that are available to OSI Systems Management.

AnnexesD, E, F and G, which are integral parts of this Recommendation | International Standard, provide ICS proformas associated with Transport Layer management information.