ISO/IEC 9594-4:1990/Cor 2:1992

INTERNATIONAL STANDARD ISO/lEC 9594-4 : 1990
TECHNICAL CORRIGENDUM 2
Published 1992-07-01
INTERNATIONAL ORGANIZATION FOR STANDARDIZATION* ME>KP,YHAPOP,HAR OPTAHM3AL/MFl fl0 CTAHflAPTM3A~klM. ORGANISATION INTERNATIONALE DE NORMALISATION
INTERNATIONAL ELECTROTECHNICAL COMMISSION l MExAYHAPOP,HAFl 3JlEKTPOTEXHklqECKAFI KOMblCCt’lFI . COMMISSION ELECTROTECHNIQUE INTERNATIONALE
Information technology - Open Systems
Interconnection - The Directory -
Part 4:
Procedures for distributed Operation
TECHNICAL CORRIGENDUM 2
Technologies de l’informa tion - lnterconnexion de systemes ouverts - L’annuaire -
Partie 4: Procedures pour Ie fonctionnement rkparti
RECTIFICATIF TECHNIQUE 2
: 1990 was prepared by Joint Technical Committee ISOIIEC
Technical corrigendum 2 to International Standard ISO/IEC 9594-4
JTC 1, Information technology.
Page 2
Subclause 3.512
Replace the definition of naming context with the following:
“a subtree of the DIT, held in a Single DSA, defined as starting at a vertex and extending
downwards to leaf and/or non-leaf vertices. Such vertices constitute the border of the naming
context. The superior of the starting vertex of a naming context is not held in that DSA.
Subordinates of the non-leaf vertices belonging to the border denote. the Start of further naming
contexts which are not held in that DSA.”
UDC 661.3: 621.39 Ref. No. ISO/IEC9594-4 : 199OKor. 2 : 1992 (E)
Descriptors : data processi ng , network interconnection, open Systems interconnection, directories, procedure.
information interchange,
0 ISO/IEC 1992
Printed in Switzerland
ISOhEC 9594-4 : 1988lCor.2 : 1992 (E)
Subclause 3.517
Replace the definition of request decomposition with the following:
“decomposition of a request into one or more of the following:
subrequests to be chained to other DSAs;
a>
continuation references to be included in the results.”
b)
Page 6
Clause 9
In the fifth Paragraph, replace the 3rd-5th sentences with the föllowing:
“A naming context is a subtree of the DIT, held in a Single DSA, defined as starting at a vertex and
extending downwards to leaf and/or non-leaf vertices. Such vertices
...