BS ISO/IEC 8831:1992

Foreword
Introduction
Section 1. General
1.1 Scope
1.2 Normative references
1.3 Definitions
1.3.1 CCR service definitions
1.3.2 JTM service definitions
1.4 Abbreviations
1.5 Conventions
Section 2. Overview
2.1 Overview and general description
2.1.1 Overview
2.1.2 Work specification contents
2.1.3 Proformas and spawning
2.1.4 Source, sink and execution agencies
2.1.5 OSI jobs
2.1.6 Processing of work specifications
2.1.7 Reporting and the monitor function
2.1.8 Commitment, concurrency and recovery
2.1.9 Transfer control
2.1.10 Report manipulation
2.1.11 Work manipulation
2.1.12 Transfer manipulation
2.1.13 Authorisation and accounting
2.1.14 Work specification identification
2.1.15 Reporting responsibility
2.1.16 Documents
2.1.17 JTM relays
2.2 Overview of the service
2.3 Basic and extended implementations
2.4 Model for the service specification
Section 3: Definition of primitives
3.1 JTM service primitives
3.1.1 Service primitive groups
3.1.2 Components of service primitive groups
3.1.3 Parameters of CCR-related primitives
3.1.4 Sequence of service primitive groups
3.1.5 Sequence of service primitives
3.2 Notation for service primitive and datastructure
       definition
3.2.1 Basic datatypes
3.2.2 Structuring mechanisms
3.2.3 Definition of basic datatypes
3.3 JTM events and report parameters
3.3.1 Event categories
3.3.2 Reports
3.3.3 Diagnostic information parameter
3.4 Fields of the conceptual data structure
3.4.1 Work specifications
3.4.2 OSI job parameters
3.4.3 OSI subjob parameters
3.4.4 JTM action parameters
3.4.5 Proformas
3.4.6 Header lists
3.4.7 Transfer control records
3.5 JTM documents
3.5.1 JTM report-display document
3.5.2 JTM work-display document
3.5.3 JTM TCR-display document
3.6 Parameters of JTM service primitives
3.6.1 J-INITIATE request and confirm primitives
3.6.2 J-DISPOSE service primitives
3.6.3 J-GIVE service primitives
3.6.4 J-ENQUIRE indication and response primitives
3.6.5 J-MESSAGE request primitive
3.6.6 J-SPAWN request primitive
3.6.7 J-END-SIGNAL request primitive
3.6.8 J-STATUS indication and response primitives
3.6.9 J-HOLD, J-RELEASE, J-KILL, J-STOP indication
       primitives
3.6.10 Summary
Section 4: Basic Class
4.1 Primitive groups and document types for Basic Class
4.1.1 Service primitive groups
4.1.2 Document types
4.2 Conceptual datastructures for Basic Class
4.2.1 Reports
4.2.2 Work specifications
4.2.3 Document movement operations
4.2.4 Work manipulation operations
4.2.5 Report movement operations
4.2.6 Proformas
4.2.7 Transparency of proformas
4.2.8 Transfer control records
4.2.9 JTM documents
4.3 J-INITIATE primitive group parameters for Basic
       Class
4.3.1 Top level parameters
4.3.2 OSI job parameters
4.3.3 OSI subjob parameters
4.3.4 JTM action parameters
4.3.5 Proformas
4.3.6 Summary of information contained in a Basic Class
       J-INITIATE request
4.4 Other primitive groups in Basic Class
4.4.1 J-DISPOSE
4.4.2 J-GIVE
4.4.3 Other groups
4.5 Summary of Basic Class primitives and parameters
Annexes
A. JTM service conventions
A.1 Introduction
A.2 Scope
A.3 References
A.4 Definitions
A.5 Model for the JTM service
A.6 Service primitives
A.7 Time sequence diagrams
A.8 Conventions for naming service primitives
B. Registers of document types
B.1 Introduction
B.2 Purpose of the entry
B.3 Identification
B.4 Document semantics
B.5 Transfer syntax
B.6 Relation of syntax and semantics
B.7 Syntactic considerations
B.8 Contents of the register
C. Tutorial material
C.1 Introduction
C.2 Architecture
C.3 Reporting
C.4 Manipulation
C.5 J-INITIATE primitives
C.6 Naming
C.7 Authentication
C.8 JTM terminology
C.9 The OSI job parameters
C.10 Identification of management
C.11 JTM activity (subjobs)
C.12 Action on errors
C.13 Documents
C.14 JTM relays
C.15 Agency access protocols
C.16 Time-relations on service primitives
C.17 Subsets and conformance
C.18 Interworking of Basic Class and extended
       implementations
C.19 The JTM protocol
C.20 Examples of the authorisation mechanism
D. Glossary of terms

Provides the means to specify work to be done on one or more open systems, to monitor the execution of work and to modify work previously specified.