Network Working Group C. Apple
Request for Comments: 2116 AT&T Laboratories
FYI: 11 K. Rossen
Obsoletes: 1632 MCI Systemhouse
Category: Informational April 1997
X.500 Implementations Catalog-96
Status of this Memo
This memo provides information for the Internet community. This memo
does not specify an Internet standard of any kind. Distribution of
this memo is unlimited.
Abstract
This document is a revision to [RFC 1632]: A Revised Catalog of
Available X.500 Implementations and is based on the results of data
collection via a WWW home page that enabled implementors to submit
new or updated descriptions of currently available implementations of
X.500, including commercial products and openly available offerings.
[RFC 1632] is a revision of [RFC 1292]. We contacted each
contributor to [RFC 1632] to request an update and published the URL
of the WWW home page survey template in several mailing lists to
encourage the submission of new product descriptions.
This document contains detailed description of 31 X.500
implementations - DSAs, DUAs, and DUA interfaces.
Table of Contents
1. Introduction................................................2
1.1 Purpose.....................................................3
1.2 Scope.......................................................3
1.3 Disclaimer..................................................3
1.4 Overview....................................................4
1.5 Acknowledgements............................................4
2. Keywords....................................................4
2.1 Keyword Definitions.........................................4
2.1.1 Availability................................................4
2.1.2 Conformance with International Standards....................5
2.1.3 Conformance with Proposed Internet Standards................5
2.1.4 Consistence with Other Relevant Standards and Profiles......7
2.1.5 Consistence with Informational and Experimental RFCs........9
2.1.6 Support for Popular Schema Elements.........................9
2.1.7 Miscellaneous Functionality................................10
2.1.8 Implementation Type........................................10
Apple & Rossen Informational [Page 1]
RFC 2116 X.500 Implementations Catalog-96 April 1997
2.1.9 Internetworking Environment................................11
2.1.10 Pilot Connectivity.........................................11
2.1.11 Miscellaneous Information..................................11
2.1.12 Operating Environment......................................12
2.2 Implementations Indexed by Keyword.........................14
3. Implementation Descriptions................................29
(for individual description page numbers see Table 2-1, p. 15)
4. References................................................161
5. Security Considerations...................................164
6. Editors' Addresses........................................164
1. Introduction
This document catalogs currently available implementations of X.500,
including commercial products and openly available offerings. For
the purposes of this survey, we classify X.500 products as,
DSA
A DSA is an OSI application process that provides the Directory
functionality,
DUA
A DUA is an OSI application process that represents a user in
accessing the Directory and uses the DAP to communicate with a
DSA, and
DUA Interface
A DUA Interface is an application process that represents a
user in accessing the Directory using either DAP but supporting
only a subset of the DAP functionality or a protocol different
from DAP to communicate with a DSA or DUA.
Section 2 of this document contains a listing of implementations
cross referenced by keyword. This list should aid in identifying
implementations that meet your criteria.
To compile this catalog, the IDS Working Group solicited input from
the X.500 community by publishing a URL for a set of on-line
description forms deployed on the WWW as a home page on an InterNIC
server. This URL
Apple & Rossen Informational [Page 2]
RFC 2116 X.500 Implementations Catalog-96 April 1997
(http://www.internic.net/projects/x500catalog/catalogtop.html) was
advertised on the following directory-related mailing lists:
iso@nic.ddn.mil, isode@nic.ddn.mil, osi-ds@cs.ucl.ac.uk,
ids@merit.edu, ietf-asid@umich.edu, mhs-ds@mercury.udev.cdc.com,
nadf-l@ema.org, and dssig@nist.gov.
Readers are encouraged to submit comments regarding both the forms
and content of this memo. New submissions are welcome. Please
direct input to the Integrated Directory Services (IDS) Working Group
(ietf-ids@umich.edu) or to the authors. IDS will produce new
versions of this document when a significant number of substantive
comments have been received or when significant updates and/or
modifications to X.500-related standards documents have been
ratified. This will be determined by the IDS chairpersons.
1.1 Purpose
The Internet has experienced a steady growth in X.500 piloting
activities. This document hopes to provide an easily accessible
source of information on X.500 implementations for those who wish to
consider X.500 technology for deploying a Directory service.
1.2 Scope
This document contains descriptions of both free and commercial X.500
implementations. It does not provide instructions on how to install,
run, or manage these implementations. The descriptions and indices
are provided to make the readers aware of available options and thus
enable more informed choices.
1.3 Disclaimer
Implementation descriptions were written by implementors and vendors,
and not by the editors. We worked with the description authors to
ensure uniformity and readability, but cannot guarantee the accuracy
or completeness of the descriptions, nor the stability of the
implementations.
Apple & Rossen Informational [Page 3]
RFC 2116 X.500 Implementations Catalog-96 April 1997
1.4 Overview
Section 1 contains introductory information.
Section 2 contains a list of keywords, their definitions, a cross
reference of the X.500 implementations by these keywords and a table
containing implementor name, implementor abreviation, and the page of
this document on which the description begins for a particular
implementor.
Section 3 contains the X.500 implementation descriptions.
Section 4 has a list of references.
Section 6 lists the editors' addresses.
1.5 Acknowledgments
The creation of this catalog would not have been possible without the
efforts of the description authors and the members of the IDS Working
Group. Our special thanks to the editors of [RFC 1632], Linda
Millington and Sri Sataluri who graciously contributed the nroff
source file used to structure their version of the catalog.
2. Keywords
Keywords are abbreviated attributes of the X.500 implementations.
The list of keywords defined below was derived from the
implementation descriptions themselves. Implementations were indexed
by a keyword either as a result of: (1) explicit, not implied,
reference to a particular capability in the implementation
description text, or (2) input from the implementation description
author(s).
2.1 Keyword Definitions
This section contains keyword definitions. They have been organized
and grouped by functional category. The definitions are ordered first
alphabetically by keyword category, and second alphabetically by
implementation name within keyword category.
2.1.1 Availability
Available via FTP
Implementation is available using FTP.
Apple & Rossen Informational [Page 4]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Commercially Available
This implementation can be purchased.
Free
Available at no charge, although other restrictions may apply.
Limited Availability
Need to contact provider for terms and conditions of distribution.
2.1.2 Conformance with International Standards
PICS-AVAIL
Completed PICS per X.581/X.582
DAP
Support for the DAP protocol
DSP
Support for the DSP protocol
DISP
Support for the DISP protocol
DOP
Support for the DOP protocol
BAC
Support for Basic Access Control
SAC
Support for Simplified Access Control
2.1.3 Conformance with Proposed Internet Standards
These RFCs specify standards track protocols for the Internet
community. Implementations which conform to these evolving proposed
standards have a higher probability of interoperating with other
implementations deployed on the Internet.
Apple & Rossen Informational [Page 5]
RFC 2116 X.500 Implementations Catalog-96 April 1997
RFC-1274
Implementation supports [RFC 1274]: Barker, P., and S. Kille,
The COSINE and Internet X.500 Schema, University College,
London, England, November 1991.
RFC-1276
Implementation supports [RFC 1276]: Kille, S., Replication and
Distributed Operations extensions to provide an Internet
Directory using X.500, University College, London, England,
November 1991.
RFC-1277
Implementation supports [RFC 1277]: Kille, S., Encoding Network
Addresses to support operation over non-OSI lower layers,
University College, London, England, November 1991.
RFC-1567
Implementation supports [RFC 1567]: Mansfield, G., and Kille,
S., X.500 Directory Monitoring MIB, AIC Systems Laboratory,
ISODE Consortium, January 1994.
RFC-1777
Implementation supports [RFC 1777]: Yeong, W., Howes, T., and
Kille, S., Lightweight Directory Access Protocol, March 1995.
RFC-1778
Implementation supports [RFC 1778]: Howes, T., Kille, S.,
Yeong, W., and Robbins, The String Representation of Standard
Attribute Syntaxes, March 1995.
RFC-1779
Implementation supports [RFC 1779]: Kille, S., A String
Representation of Distinguished Names, March 1995.
RFC-1798
Implementation supports [RFC 1798]: Young, A., Connection-less
Lightweight Directory Access Protocol, June 1995.
Apple & Rossen Informational [Page 6]
RFC 2116 X.500 Implementations Catalog-96 April 1997
2.1.4 Consistence with Informational and Experimental Internet RFCs
These RFCs provide information to the Internet community and are not
Internet standards. Compliance with these RFCs is not necessary for
interoperability but may enhance functionality.
RFC-1202
Implementation supports [RFC 1202]: Rose, M. T., Directory
Assistance Service. February 1991.
RFC-1249
Implementation supports [RFC 1249]: Howes, T., M. Smith, and B.
Beecher, DIXIE Protocol Specification, University of Michigan,
August 1991.
RFC-1275
Implementation supports [RFC 1275]: Kille, S., Replication
Requirements to provide an Internet Directory using X.500,
University College, London, England, November 1991.
RFC-1278
Implementation supports [RFC 1278]: Kille, S., A string
encoding of Presentation Address, University College, London,
England, November 1991.
RFC-1279
Implementation supports [RFC 1279]: Kille, S., X.500 and
Domains, University College, London, England, November 1991.
RFC-1558
Implementation supports [RFC 1558]: Howes, T., A String
Representation of LDAP Search Filters, December 1993.
RFC-1562
Implementation supports [RFC 1562]: Michaelson, G. and Prior,
M., Naming Guidelines for the AARNet X.500 Directory Service,
December 1993.
Apple & Rossen Informational [Page 7]
RFC 2116 X.500 Implementations Catalog-96 April 1997
RFC-1608
Implementation supports [RFC 1608]: Johannsen, T., Mansfield,
G., Kosters, M., and Sataluri, S., Representing IP Information
in the X.500 Directory, March 1994.
RFC-1609
Implementation supports [RFC 1609]: Mansfield, G., Johannsen,
T., and Knopper, M., Charting Networks in the X.500 Directory,
March 1994.
RFC-1617
Implementation supports [RFC 1617]: Barker, P., Kille, S., and
Lenggenhager, T., Naming and Structuring Guidelines for X.500
Directory Pilots, May 1994.
RFC-1781
Implementation supports [RFC 1781]: Kille, S., Using OSI
Directory to Achieve User Friendly Naming, March 1995.
RFC-1801
Implementation supports [RFC 1801]: Kille, S., MHS Use of the
X.500 Directory to support MHS Routing, June 1995.
RFC-1803
Implementation supports [RFC 1803]: Wright, R., Getchell,
Howes, T., Sataluri, S., Yee, P., and Yeong, W.,
Recommendations for an X.500 Production Directory Service, June
1995.
RFC-1804
Implementation supports [RFC 1804]: Mansfield, G., Rajeev, P.,
Raghavan, S., and Howes, T., Schema Publishing in X.500
Directory, June 1995.
Apple & Rossen Informational [Page 8]
RFC 2116 X.500 Implementations Catalog-96 April 1997
2.1.5 Consistence with Other Relevant Standards and Profiles
ADI12
Implementation support ISO/IEC pdISP 10615-2: DSA Support of
Directory Access.
ADI21
Implementation supports ISO/IEC ISP 10615-3: Directory System: DSA
Responder Role.
ADI22
Implementation supports ISO/IEC ISP 10615-4: Directory System: DSA
Initiator Role.
ADI31
Implementation supports ISO/IEC pdISP 10615-X: DUA Support of
Distributed Operations.
ADI32
Implementation supports ISO/IEC pdISP 10615-X: DSA Support of
Distributed Operations.
FDI11
Implementation supports ISO/IEC pdISP 10616: Common Directory
Use.
FDI3
Implementation supports ISO/IEC pdISP 11190: FTAM Use of The
Directory.
XDS
Implementation supports the XDS API defined in IEEE 1224.2
2.1.6 Support for Popular Schema Elements
NADF
Implementation supports the directory schema defined in NADF SD-4.
Apple & Rossen Informational [Page 9]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Other Popular Schemas
Implementation supports other popular schema elements.
2.1.7 Miscellaneous Functionality
DYN-OBJ
Implementation allows the object class of an entry to be changed
dynamically (not allowed in X.500[1988], allowed in 1993)
ALIAS-CONSISTENCY
Implementation incorporates facilities for maintenance of alias
integrity in the face of modification or deletion of the aliased
object.
2.1.8 Implementation Type
API
Implementation comes with an application programmer's interface
(i.e., a set of libraries and include files).
DSA Only
Implementation consists of a DSA only. No DUA is included.
DSA/DUA
Both a DSA and DUA are included in this implementation.
DUA Interface
Implementation is a DUA-like program that uses either DAP, but
supporting only a subset of the DAP functionality, or uses a
protocol different from DAP to communicate with a DSA or DUA.
DUA Only
Implementation consists of a DUA only. No DSA is included.
LDAP
DUA interface program uses the Lightweight Directory Access
Protocol (LDAP).
Apple & Rossen Informational [Page 10]
RFC 2116 X.500 Implementations Catalog-96 April 1997
2.1.9 Internetworking Environment
CLNS
Implementation operates over the OSI ConnectionLess Network
Service (CLNS).
OSI Transport
Implementation operates over one or more OSI transport protocols.
RFC-1006
Implementation operates over [RFC 1006] with TCP/IP transport
service. [RFC 1006] is an Internet Standard.
X.25
Implementation operates over OSI X.25.
2.1.10 Pilot Connectivity
DUA Connectivity
The DUA can be connected to the pilot, and information on any
pilot entry looked up. The DUA is able to display standard
attributes and object classes and those defined in the COSINE and
Internet Schema.
DSA Connectivity
The DSA is connected to the DIT, and information in this DSA is
accessible from any pilot DUA.
2.1.11 Miscellaneous
Included in ISODE
DUAs that are part of ISODE.
Limited Functionality
Survey states that the implementation has some shortcomings or
intended lack of functionality, e.g., omissions were part of the
design to provide an easy-to-use user interface.
Apple & Rossen Informational [Page 11]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Motif
Implementation provides a Motif-style X Window user interface.
OpenView
Implementation provides an OpenView-style X Window user interface.
X Window System
Implementation uses the X Window System to provide its user
interface.
Language Support
Implementation supports single or multiple languages.
Documentation Language Support
Documentation for implementation is available in single or
multiple languages.
Number of Implementations
Implementor gave an estimate of the number of instantiations of
their implementation are deployed in live directory services.
Existing Database Support
Implementation includes support for a non-X.500 DIT repository,
synchronization with non-X.500 DBMS, or non-X.500 DBMS to X.500
DIT repository format conversion tools.
2.1.12 Operating Environment
MS Windows
Implementation runs under Microsoft Windows.
MS Windows NT
Implementation runs under Microsoft Windows NT.
MS Windows95
Implementation runs under Microsoft Windows95.
Apple & Rossen Informational [Page 12]
RFC 2116 X.500 Implementations Catalog-96 April 1997
386
Implementation runs on a 386-based platform.
486
Implementation runs on a 486-based platform.
Pentium
Implementation runs on a Pentium-based platform.
Bull
Implementation runs on a Bull platform.
CDC
Implementation runs on a CDC MIPS platform.
DEC ULTRIX
Implementation runs under DEC ULTRIX.
DEC UNIX
Implementation runs under DEC UNIX.
DEC OpenVMS AXP
Implementation runs on a DEC AXP platform running OpenVMS.
DEC OpenVMS VAX
Implementation runs on a DEC VAX platform running OpenVMS.
HP
Implementation runs on an HP platform.
IBM PC
Implementation runs on a PC.
IBM RISC
Implementation runs on IBM's RISC UNIX workstation.
Apple & Rossen Informational [Page 13]
RFC 2116 X.500 Implementations Catalog-96 April 1997
ICL
Implementation runs on an ICL platform.
Macintosh
Implementation runs on a Macintosh.
Multiple Vendor Platforms
Implementation runs on more than one hardware platform.
Sequent
Implementation runs on a Sequent platform.
SNI
Implementation runs on a Siemens Nixdorf platform.
Solbourne
Implementation runs on a Solbourne platform.
Sun
Implementation runs on a Sun platform.
Tandem
Implementation runs on a Tandem platform.
UNIX
Implementation runs on a generic UNIX platform.
2.2 Implementations Indexed by Keyword
This section contains an index of implementations by keyword. You
can use this list to identify particular implementations that meet
your chosen criteria.
Table 2-1 shows the implementations about which information can be
found in this document as well as the abreviation used to represent
this implementation and the page number on which each implementation
description begins.
Apple & Rossen Informational [Page 14]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Implementation Name |Abbreviation | Page
======================================|================|======
A-Window-To-Directory |AWTD | 33
--------------------------------------|----------------|------
Critical Angle X.500 Enabler |CAXE | 35
--------------------------------------|----------------|------
cxdua |cxdua | 39
--------------------------------------|----------------|------
Cycle (tm) LiveData (tm) |Cycle | 41
--------------------------------------|----------------|------
DC X500 |DCX500 | 43
--------------------------------------|----------------|------
Directory Enquiries |DE | 52
--------------------------------------|----------------|------
Digital X.500 Directory Server |DXDS | 55
--------------------------------------|----------------|------
DIR.D(tm) V2.6 |DIR.D | 61
--------------------------------------|----------------|------
DIR.X(tm) V3.1 |DIR.X-3.1 | 64
--------------------------------------|----------------|------
DIR.X(tm) V4.0 |DIR.X-4.0 | 70
--------------------------------------|----------------|------
DIR.X-SYNC(tm) V2.0 |DIR.X-SYNC | 76
--------------------------------------|----------------|------
DX500 OpenDirectory(tm) |DX500 | 80
--------------------------------------|----------------|------
FORUM LOOK'UP(tm) |FORUM | 82
--------------------------------------|----------------|------
FX*500(tm) |FX*500 | 87
--------------------------------------|----------------|------
Global Directory Server |GDS | 95
--------------------------------------|----------------|------
i500 Enterprise Directory Server |i500 | 101
--------------------------------------|----------------|------
ISODE Rel. 3.0 X.500(1993) Directory |ISODE.r3 | 105
--------------------------------------|----------------|------
ISOPLEX DS (tm) DSA |ISOPLEX | 109
--------------------------------------|----------------|------
LDAP Implementation |LDAP | 113
--------------------------------------|----------------|------
maX.500 Macintosh DUA Interface |maX.500 | 117
--------------------------------------|----------------|------
Messageware DSA |MDSA | 120
--------------------------------------|----------------|------
Table 2-1: Table of Implementation Identifiers (cont.)
Apple & Rossen Informational [Page 15]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Implementation Name |Abbreviation | Page
======================================|================|======
Messageware PC-DUA |MDUA | 124
--------------------------------------|----------------|------
NonStop Directory Services |NSDS | 127
--------------------------------------|----------------|------
ORG.D(tm) V2.0/V2.1 |ORG.D | 132
--------------------------------------|----------------|------
OSIAM X.500-88 |OSIAM-88 | 136
--------------------------------------|----------------|------
OSIAM X.500-93 |OSIAM-93 | 139
--------------------------------------|----------------|------
PMDF-X500 |PMDF | 145
--------------------------------------|----------------|------
TransIT500 |T500 | 149
--------------------------------------|----------------|------
waX.500 :: Windows Access to X.500 |waX.500 | 163
--------------------------------------|----------------|------
X500-DS |X500-DS | 165
--------------------------------------|----------------|------
X500-DUA |X500-DUA | 165
--------------------------------------|----------------|------
Table 2-1: Table of Implementation Identifiers (cont.)
The index is organized as follows: keywords appear in alphabetical
order; implementations characterized by that keyword are listed
alphabetically as well.
For formatting purposes, we have used the abbreviations for
implementation names as defined above in Table 2-1.
ADI12 ADI21
AWTD AWTD
DIR.X-3.1 DIR.X-3.1
DIR.X-4.0 DIR.X-4.0
DXDS DXDS
GDS GDS
i500 i500
OSIAM-88 OSIAM-88
X500-DS X500-DS
X500-DUA X500-DUA
Apple & Rossen Informational [Page 16]
RFC 2116 X.500 Implementations Catalog-96 April 1997
ADI22
AWTD FORUM
DIR.X-3.1 FX*500
DIR.X-4.0 GDS
DXDS i500
GDS ISODE.r3
i500 LDAP
OSIAM-88 MDSA
X500-DS NSDS
X500-DUA OSIAM-88
OSIAM-93
ADI31 PMDF
X500-DS
AWTD X500-DUA
DIR.X-3.1
DIR.X-4.0 Available via FTP
GDS
OSIAM-88 CAXE
X500-DS cxdua
X500-DUA LDAP
maX.500
ADI32 MDSA
waX.500
DIR.X-3.1
DIR.X-4.0 BAC
GDS
i500 DCX500
OSIAM-88 DIR.X-4.0
X500-DS DXDS
X500-DUA FX*500
GDS
ALIAS-CONSISTENCY i500
ISODE.r3
AWTD MDSA
FORUM PMDF
GDS
i500 Bull
NSDS
X500-DS AWTD
X500-DUA OSIAM-88
OSIAM-93
API X500-DS
X500-DUA
AWTD
Cycle Commercially Available
DCX500
DIR.X-3.1 AWTD
Apple & Rossen Informational [Page 17]
RFC 2116 X.500 Implementations Catalog-96 April 1997
DIR.X-4.0 CAXE
DXDS cxdua
Cycle DEC UNIX
DCX500
DIR.D DXDS
DIR.X-3.1 ISODE.r3
DIR.X-4.0 LDAP
DIR.X-SYNC MDSA
DXDS PMDF
FORUM
FX*500 DEC OpenVMS AXP
GDS
i500 DXDS
ISODE.r3 PMDF
MDSA
NSDS DEC OpenVMS VAX
ORG.D
OSIAM-88 DXDS
OSIAM-93 LDAP
PMDF PMDF
X500-DS
X500-DUA DISP
DAP DCX500
DIR.X-4.0
AWTD DXDS
CAXE FORUM
Cycle FX*500
DCX500 GDS
DIR.X-3.1 i500
DIR.X-4.0 ISODE.r3
DXDS MDSA
FORUM OSIAM-93
FX*500
GDS Documentation Language Support
i500
ISODE.r3 AWTD
MDSA Cycle
NSDS DCX500
OSIAM-88 DIR.D
OSIAM-93 DIR.X-3.1
PMDF DIR.X-4.0
X500-DS DIR.X-SYNC
X500-DUA FORUM
FX*500
DEC ULTRIX GDS
LDAP
Apple & Rossen Informational [Page 18]
RFC 2116 X.500 Implementations Catalog-96 April 1997
ISODE.r3 maX.500
LDAP MDSA
MDSA ORG.D
OSIAM-88 OSIAM-93
OSIAM-93 PMDF
waX.500 X500-DS
X500-DUA
DOP
DSP
DIR.X-4.0
DXDS AWTD
CAXE
DSA Connectivity DCX500
DIR.X-3.1
CAXE DIR.X-4.0
DCX500 DXDS
DIR.X-3.1 FORUM
DIR.X-4.0 FX*500
DXDS GDS
FORUM i500
FX*500 ISODE.r3
GDS MDSA
i500 NSDS
ISODE.r3 OSIAM-88
MDSA OSIAM-93
OSIAM-88 PMDF
OSIAM-93 X500-DS
PMDF
DUA Connectivity
DSA Only
AWTD
CAXE CAXE
DCX500 DIR.D
FX*500 DIR.X-3.1
MDSA DIR.X-4.0
DXDS
DSA/DUA FORUM
GDS
AWTD i500
Cycle ISODE.r3
DIR.X-3.1 LDAP
DIR.X-4.0 maX.500
DXDS MDSA
FORUM ORG.D
GDS OSIAM-88
i500 OSIAM-93
ISODE.r3 PMDF
LDAP
Apple & Rossen Informational [Page 19]
RFC 2116 X.500 Implementations Catalog-96 April 1997
MDSA DUA Interface
NSDS
OSIAM-88 Cycle
DCX500 FORUM
DIR.D FX*500
DIR.X-SYNC GDS
DXDS i500
FORUM ISODE.r3
FX*500 LDAP
GDS MDSA
LDAP OSIAM-88
maX.500 OSIAM-93
NSDS
ORG.D FDI11
OSIAM-88
OSIAM-93 AWTD
PMDF DIR.X-3.1
DIR.X-4.0
DUA Only DXDS
GDS
AWTD i500
cxdua OSIAM-88
maX.500 X500-DS
MDSA X500-DUA
waX.500
X500-DUA FDI3
DYN-OBJ AWTD
DIR.X-3.1
AWTD DIR.X-4.0
CAXE DXDS
DCX500 GDS
DXDS i500
FORUM OSIAM-88
FX*500 X500-DS
GDS X500-DUA
i500
ISODE.r3 Free
LDAP
MDSA CAXE
NSDS cxdua
PMDF ISODE.r3
X500-DS LDAP
X500-DUA maX.500
waX.500
Existing Database Support
HP
CAXE
Apple & Rossen Informational [Page 20]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Cycle DCX500
DCX500 DIR.X-3.1
DXDS DIR.X-4.0
DIR.X-SYNC Included in ISODE
FORUM
GDS PMDF
i500
ISODE.r3 Language Support
LDAP
MDSA AWTD
OSIAM-88 Cycle
OSIAM-93 DCX500
DIR.D
IBM PC DIR.X-3.1
DIR.X-4.0
CAXE DIR.X-SYNC
Cycle DXDS
DCX500 FORUM
DIR.D FX*500
DIR.X-3.1 GDS
DIR.X-4.0 LDAP
DXDS MDSA
FORUM NSDS
FX*500 ORG.D
i500 OSIAM-88
ISODE.r3 OSIAM-93
LDAP PMDF
MDSA X500-DS
ORG.D X500-DUA
OSIAM-88
OSIAM-93 LDAP
IBM RISC CAXE
cxdua
DCX500 DIR.D
DIR.X-3.1 DXDS
DIR.X-4.0 FX*500
FORUM GDS
GDS i500
ISODE.r3 ISODE.r3
LDAP LDAP
MDSA maX.500
OSIAM-88 NSDS
OSIAM-93 ORG.D
X500-DS waX.500
X500-DUA
Limited Availability
Apple & Rossen Informational [Page 21]
RFC 2116 X.500 Implementations Catalog-96 April 1997
ICL
CAXE
i500 ISODE.r3
MDSA MDSA
NSDS MDSA
PMDF ORG.D
OSIAM-88
Limited Functionality OSIAM-93
waX.500
Cycle
DIR.D MS Windows95
Motif Cycle
DIR.D
DXDS DXDS
GDS LDAP
ISODE.r3 MDSA
MDSA ORG.D
PMDF OSIAM-93
waX.500
Macintosh
Multiple Vendor Platforms
FORUM
LDAP CAXE
maX.500 Cycle
DCX500
MS Windows DIR.D
DIR.X-3.1
cxdua DIR.X-4.0
Cycle DIR.X-SYNC
DIR.D FORUM
DXDS FX*500
FORUM GDS
LDAP ISODE.r3
MDSA LDAP
ORG.D MDSA
OSIAM-88 ORG.D
OSIAM-93 OSIAM-88
waX.500 OSIAM-93
PMDF
MS Windows NT
NADF
CAXE
Cycle DIR.D
DCX500 DIR.X-3.1
DIR.D DIR.X-4.0
DIR.X-3.1 FORUM
DIR.X-4.0 GDS
Apple & Rossen Informational [Page 22]
RFC 2116 X.500 Implementations Catalog-96 April 1997
DXDS ISODE.r3
GDS LDAP
i500 maX.500
LDAP MDSA
NSDS AWTD
ORG.D DCX500
OSIAM-88 DIR.X-3.1
OSIAM-93 DIR.X-4.0
PMDF DXDS
X500-DS FORUM
X500-DUA FX*500
GDS
Number of Implementations ISODE.r3
MDSA
Cycle NSDS
DIR.D OSIAM-88
DIR.X-3.1 PMDF
DIR.X-SYNC X500-DS
FORUM X500-DUA
GDS
LDAP OSI Transport
waX.500
AWTD
OpenView CAXE
Cycle
MDSA DCX500
DIR.X-3.1
OSF-DCE DIR.X-4.0
DXDS
AWTD FORUM
FX*500
OSI CLNS GDS
i500
AWTD ISODE.r3
Cycle MDSA
DIR.X-3.1 NSDS
DIR.X-4.0 OSIAM-88
DXDS OSIAM-93
FX*500 PMDF
GDS X500-DS
i500 X500-DUA
ISODE.r3
MDSA Other Popular Schemas
NSDS
OSIAM-88 CAXE
OSIAM-93 i500
PMDF ISODE.r3
X500-DS maX.500
Apple & Rossen Informational [Page 23]
RFC 2116 X.500 Implementations Catalog-96 April 1997
X500-DUA PMDF
OSI CONS Pentium-class
CAXE GDS
Cycle i500
DCX500 ISODE.r3
DIR.D LDAP
DIR.X-3.1 MDSA
DIR.X-4.0 NSDS
DIR.X-SYNC OSIAM-88
DXDS OSIAM-93
FORUM PMDF
FX*500 X500-DS
GDS X500-DUA
ISODE.r3
LDAP RFC-1202
MDSA
ORG.D GDS
OSIAM-88 MDSA
OSIAM-93 PMDF
waX.500
RFC-1249
PICS-AVAIL
GDS
CAXE
Cycle RFC-1274
DCX500
DIR.X-3.1 CAXE
DIR.X-4.0 DCX500
DXDS DIR.X-3.1
FX*500 DIR.X-4.0
i500 DXDS
ISODE.r3 FORUM
MDSA FX*500
NSDS GDS
OSIAM-88 i500
OSIAM-93 ISODE.r3
X500-DS LDAP
X500-DUA maX.500
MDSA
RFC-1006 NSDS
OSIAM-88
AWTD OSIAM-93
CAXE PMDF
Cycle waX.500
DCX500
DIR.X-3.1 RFC-1275
Apple & Rossen Informational [Page 24]
RFC 2116 X.500 Implementations Catalog-96 April 1997
DIR.X-4.0
DXDS GDS
FORUM ISODE.r3
FX*500 PMDF
RFC-1276 RFC-1558
GDS CAXE
MDSA DIR.D
PMDF DIR.X-3.1
DIR.X-4.0
RFC-1277 DXDS
GDS
AWTD i500
CAXE ISODE.r3
DIR.X-3.1 LDAP
DIR.X-4.0 maX.500
DXDS MDSA
FORUM ORG.D
GDS PMDF
ISODE.r3
MDSA RFC-1562
NSDS
OSIAM-88 GDS
OSIAM-93 ISODE.r3
PMDF MDSA
X500-DS PMDF
X500-DUA
RFC-1567
RFC-1278
DCX500
CAXE DIR.X-3.1
DIR.D DIR.X-4.0
DIR.X-4.0 FX*500
DXDS GDS
FORUM i500
GDS ISODE.r3
i500
ISODE.r3 RFC-1608
LDAP
MDSA MDSA
ORG.D PMDF
PMDF
RFC-1609
RFC-1279
MDSA
CAXE
DIR.X-3.1 RFC-1617
Apple & Rossen Informational [Page 25]
RFC 2116 X.500 Implementations Catalog-96 April 1997
GDS
ISODE.r3 CAXE
MDSA DXDS
NSDS FORUM
PMDF GDS
ISODE.r3 RFC-1779
MDSA
PMDF CAXE
DCX500
RFC-1777 DIR.D
DIR.X-3.1
CAXE DIR.X-4.0
cxdua DXDS
DCX500 FORUM
DIR.D FX*500
DIR.X-3.1 GDS
DIR.X-4.0 ISODE.r3
DXDS LDAP
FX*500 maX.500
GDS MDSA
i500 NSDS
ISODE.r3 ORG.D
LDAP OSIAM-88
maX.500 OSIAM-93
MDSA PMDF
NSDS waX.500
ORG.D
OSIAM-88 RFC-1781
OSIAM-93
PMDF FORUM
waX.500 GDS
ISODE.r3
RFC-1778 LDAP
maX.500
CAXE MDSA
DCX500 PMDF
DIR.D
DIR.X-3.1 RFC-1798
DIR.X-4.0
DXDS LDAP
FORUM PMDF
FX*500
GDS RFC-1801
ISODE.r3
LDAP CAXE
maX.500 DIR.X-3.1
MDSA DIR.X-4.0
Apple & Rossen Informational [Page 26]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NSDS DXDS
ORG.D GDS
OSIAM-88 ISODE.r3
OSIAM-93 MDSA
PMDF PMDF
waX.500
RFC-1803 ISODE.r3
LDAP
CAXE MDSA
DXDS OSIAM-88
GDS OSIAM-93
ISODE.r3
MDSA Tandem
PMDF
NSDS
RFC-1804
UNIX
MDSA
AWTD
SAC DCX500
DIR.X-3.1
DCX500 DIR.X-4.0
DIR.X-4.0 FORUM
DXDS FX*500
FX*500 ISODE.r3
GDS LDAP
i500 MDSA
ISODE.r3 OSIAM-88
MDSA OSIAM-93
NSDS X500-DS
PMDF X500-DUA
SNI XDS
DIR.D AWTD
DIR.X-3.1 DCX500
DIR.X-4.0 DIR.X-3.1
DIR.X-SYNC DIR.X-4.0
ISODE.r3 DXDS
ORG.D FORUM
FX*500
Solbourne i500
ISODE.r3
LDAP MDSA
NSDS
Sun OSIAM-88
OSIAM-93
Apple & Rossen Informational [Page 27]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CAXE X500-DS
DCX500 X500-DUA
DIR.X-3.1
DIR.X-4.0
FORUM
GDS
i500
X Window System x486
DXDS CAXE
GDS Cycle
ISODE.r3 DCX500
MDSA DIR.D
PMDF DIR.X-3.1
DIR.X-4.0
X.25 DIR.X-SYNC
DXDS
AWTD FORUM
DCX500 FX*500
DIR.X-3.1 GDS
DIR.X-4.0 ISODE.r3
DXDS LDAP
FORUM MDSA
FX*500 ORG.D
GDS OSIAM-88
i500 OSIAM-93
ISODE.r3 waX.500
MDSA
NSDS
OSIAM-88
OSIAM-93
PMDF
X500-DS
X500-DUA
x386
CAXE
Cycle
DCX500
DIR.D
DXDS
FORUM
FX*500
GDS
ISODE.r3
LDAP
Apple & Rossen Informational [Page 28]
RFC 2116 X.500 Implementations Catalog-96 April 1997
MDSA
ORG.D
OSIAM-88
OSIAM-93
waX.500
3. Implementation Descriptions
In the following pages you will find descriptions of X.500
implementations listed in alphabetical order. In the case of name
collisions, the name of the responsible organization, in square
brackets, has been used to distinguish the implementations. Note
that throughout this section, the page header reflects the name of
the implementation, not the date of the document. The descriptions
follow a common format, as described below:
NAME
The name of the X.500 implementation and the name of the responsible
organization. Implementations with a registered trademark indicate
this by appending "(tm)", e.g., GeeWhiz(tm).
ABSTRACT
A brief description of the application. This section may optionally
contain a list of the pilot projects in which the application is
being used.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
A statement of compliance with respect to the 1988 CCITT
Recommendations X.500-X.521 [CCITT-88], specifically Section 9 of
X.519, or the 1988 NIST OIW Stable Implementation Agreements [NIST-
88].
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
A statement of compliance with respect to the 1993 ITU-T
Recommendations X.500-X.521 [ITU-T-93], specifically Section 9 of
X.519, or the 1994 NIST OIW Stable Implementation Agreements [NIST-
94].
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
A statement of compliance with respect to the several proposed
Internet Standards.
Apple & Rossen Informational [Page 29]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
A statement of compliance with respect to the several informational
and experimental Internet RFCs.
INTEROPERABILITY
A list of other DUAs and DSAs with which this implementation can
interoperate.
PILOT CONNECTIVITY
Describes the level of connectivity it can offer to the pilot
directory service operational on the Internet in North America, and
to pilots co-ordinated by the PARADISE project in Europe. Levels of
connectivity are: Not Tested, None, DUA Connectivity, and DSA
Connectivity.
BUGS
A warning on known problems and/or instructions on how to report
bugs.
CAVEATS AND GENERAL LIMITATIONS
A warning about possible side effects or shortcomings, e.g., a
feature that works on one platform but not another.
INTERNETWORKING ENVIRONMENT
A list of environments in which this implementation can be used,
e.g., [RFC 1006] with TCP/IP, TP0 or TP4 with X.25.
HARDWARE PLATFORMS
A list of hardware platforms on which this application runs, any
additional boards or processors required, and any special suggested
or required configuration options.
SOFTWARE PLATFORMS
A list of operating systems, window systems, databases, or unbundled
software packages required to run this application.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
A statement regarding the number of implementations deployed in the
field.
Apple & Rossen Informational [Page 30]
RFC 2116 X.500 Implementations Catalog-96 April 1997
AVAILABILITY
A statement regarding the availability of the software (free or
commercially available), a description of how to obtain the software,
and (optionally) a statement regarding distribution conditions and
restrictions.
DATE LAST UPDATED or CHECKED
The month and year within which this implementation description was
last modified.
Apple & Rossen Informational [Page 31]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
A-Window-To-Directory (AWTD)
ABSTRACT
A-Window-To-Directory is a simple-to-use DUA interface available on
PC that provides access to the X.500 Directory Services. The
available operations are: bind (authenticated or anonymous), read,
list, compare, modify, modifyRDN, search, add, remove and unbind. It
is designed to be used with the Bull X500-DUA product and for that
reason is able to handle any of the defined schema. The new acronyms,
objects and attributes are automatically loaded without any
customisation. The interface of the application may be personalized
in several ways, through Local Preferences stored on the PC and
through User Settings stored on the UNIX machine that runs the Bull
X500-DUA product.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
A-Window-To-Directory offers all the services described in the 88
CCITT X.500 standard.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
No
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
No
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
No
INTEROPERABILITY
Is designed to interoperate with Bull X500-DUA and X500-DS products
PILOT CONNECTIVITY
[No information provided. -- Ed.]
BUGS
Bull S.A. provides complete software maintenance with the products.
Apple & Rossen Informational [Page 32]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CAVEATS AND GENERAL LIMITATIONS
[No information provided. -- Ed.]
INTERNETWORKING ENVIRONMENT
Proprietary protocol to access the Bull X500-DUA through TCP/IP
sockets. The product may be used on LAN (Ethernet) or WAN (X.25).
HARDWARE PLATFORMS
386SX/DX, 486SX/DX PC Ethernet board/connection 4 MBytes RAM 3 Mbytes
on disk
SOFTWARE PLATFORMS
MS-DOS 5.0 Microsoft Windows 3.1 Microsoft TCP/IP stack installed,
version 1.0
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
The product is commercially available since February 1995.
DATE LAST UPDATED or CHECKED
November 1995
ADDITIONAL INFORMATION and/or COMMENTS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 33]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
Critical Angle X.500 Enabler
(CAIx500e)
ABSTRACT
The X.500 Enabler product allows an LDAP-only directory server to be
integrated into X.500 environments, by transparently converting X.500
DAP and DSP requests into LDAP requests.
The initial release scheduled for 4Q96 will allow for connections
from X.500-capable clients and servers to an LDAP-capable server, and
will support the following features:
* LDAP version 2, as defined in RFC 1777,
* all attributes defined for LDAPv2, with the exception of
certificates and revocation lists,
* X.500(1988) DAP and DSP protocols over TCP/IP (using RFC
1006),
* the following operations: Bind (with none or simple
credentials), Read, Compare, List, Search, Abandon, AddEntry,
ModifyEntry, RemoveEntry and ModifyRDN,
* the X.500(1993) critical extensions field, to aid in
deployments incorporating 1993 DSAs.
This release will be available for Solaris 2.5 (SPARC and Intel) and
Windows NT 4.0 Server (Intel).
The product is expected to enter a public beta test period in
September 1996. Beta test evaluation copies will be free (limited to
two copies per site) but will be set to expire in December 1996.
Released versions of X.500 Enabler will be licensed per server, and
will be distributed over the Internet.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
The X.500 enabler accepts DAP and DSP connections.
It supports Bind (with none or simple credentials), Read, Compare,
List, Search, Abandon, AddEntry, ModifyEntry, RemoveEntry and
ModifyRDN.
Apple & Rossen Informational [Page 34]
RFC 2116 X.500 Implementations Catalog-96 April 1997
It supports the attributes and object classes defined in X.520 and
X.521.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
The X.500 Enabler will accept connections from X.500(1993) DUAs and
DSAs.
It supports the X.511(1993) critical extension mechanism.
Non-critical protocol fields which do not map onto LDAPv2 are
ignored.
Attribute and object classes from X.520(1993) and X.521(1993) are
supported, including collective. Operational attributes from X.501
are supported, with the exception of subschema.
As LDAPv3-based servers become available, it is expected that the
X.500 Enabler will be upgraded to map more of the X.500(1993)
protocol onto LDAPv3.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[RFC 1006] is the supported transport service.
The product supports the object classes and attributes defined in RFC
1274.
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided. -- Ed.]
INTEROPERABILITY
The X.500 Enabler is being tested with public-domain X.500 and LDAP
clients and servers, and with the various X.500 clients and servers
connected to the PARADISE project, such as from the ISODE Consortium.
Critical Angle intends to do interoperability testing with commercial
LDAP-only servers as they become available.
PILOT CONNECTIVITY
This product will be used to connect LDAP-only servers, such as
University of Michigan's slapd, and many vendor's forthcoming
commercial LDAP server products, into the PARADISE project directory,
so that they can be accessed by LDAP and X.500 DUAs throughout the
project.
Apple & Rossen Informational [Page 35]
RFC 2116 X.500 Implementations Catalog-96 April 1997
BUGS
Bugs reports may be sent to .
CAVEATS AND GENERAL LIMITATIONS
X.509 certificates and revocation lists are not supported due to
limitations in the LDAP version 2 protocol. This restriction will be
removed once LDAP version 3 servers become generally available.
Under Windows NT there are limitations on the number of simultaneous
incoming connections.
INTERNETWORKING ENVIRONMENT
This product supports RFC 1006 for DAP and DSP, and LDAP over TCP.
HARDWARE PLATFORMS
This product will initially be available for Sun Solaris 2.5 SPARC
and Intel, and Windows NT Server 4.0 Intel.
Subsequent versions may be available on additional platforms.
SOFTWARE PLATFORMS
An LDAP-based server, such as the freely-available slapd, is
required. It does not need to run on the same host as the X.500
Enabler.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
This product is licensed per-host server, and is distributed over the
Internet.
In addition to discounts for large deployment orders, subscription
programs permit customers to obtain subsequent update releases at a
substantial discount.
Beta test evaluations are free (limited to two copies per site), and
will expire 90 days after the start of the beta period.
Apple & Rossen Informational [Page 36]
RFC 2116 X.500 Implementations Catalog-96 April 1997
DATE LAST UPDATED or CHECKED
September 1996
ADDITIONAL INFORMATION and/or COMMENTS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 37]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
cxdua
Chromatix, Inc. 10451 Twin Rivers Rd, Suite 265 Columbia, MD 21044
ABSTRACT
The CXDUA is a Windows 3.1 DUA that has been derrived from a highly
portable and flexible Unix based Administrative Directory User Agent.
The goal of the original design was to support features to assist a
directory administrator in managing the directory. These features
include a highly portable GUI, Entry Templates, Entry Lists, Batch
Operations and Directory Control Functions.
Both the Windows and the Unix versions support strong authentication.
The Unix DUA has been used in various DMS and NSA pilot projects.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
[No information provided. -- Ed.]
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
[No information provided. -- Ed.]
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[No information provided. -- Ed.]
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided. -- Ed.]
INTEROPERABILITY
[No information provided. -- Ed.]
PILOT CONNECTIVITY
[No information provided. -- Ed.]
BUGS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 38]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CAVEATS AND GENERAL LIMITATIONS
[No information provided. -- Ed.]
INTERNETWORKING ENVIRONMENT
[No information provided. -- Ed.]
HARDWARE PLATFORMS
Windows 3.1
SOFTWARE PLATFORMS
[No information provided. -- Ed.]
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
The software is freely available via anonymous ftp from
ftp.chromatix.com or can be obtained via the WEB at
http://www.chromatix.com. Commercial versions will be available in
the near future.
DATE LAST UPDATED or CHECKED
0496
ADDITIONAL INFORMATION and/or COMMENTS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 39]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
Cycle (tm) LiveData (tm) (Cycle)
Cycle Software,Inc.
ABSTRACT
A component of the Cycle Virtual Data Highway.
Network software product used to break down barriers between isolated
systems. Available separatly as Cycle LiveNet (DUA) and Cycle
LiveNet Directory (DUA & DSA)
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
Cycle LiveData is compliant with the 1988 NIST OIW Stable Agreements
to the extent that implementations based on the more recent stable
agreements are compliant.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
Cycle LiveData is compliant with the 1993 NIST OIW Stable Agreements.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
Unknown
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
Unknown
INTEROPERABILITY
Not tested
PILOT CONNECTIVITY
Not tested
BUGS
No known bugs
CAVEATS AND GENERAL LIMITATIONS
Current release supports objects of the Application Entity Object
Class only. This limitation is being relaxed in the next release.
Apple & Rossen Informational [Page 40]
RFC 2116 X.500 Implementations Catalog-96 April 1997
INTERNETWORKING ENVIRONMENT
[RFC 1006] with TCP/IP,TP4, [RFC-1070] with IP,IPX, and NetBEUI.
HARDWARE PLATFORMS
Runs on Microsoft Windows hardware platforms.
SOFTWARE PLATFORMS
Windows 95, Windows NT, Windows for Workgroups
NUMBER OF IMPLEMENTATIONS IN THE FIELD
> 1,000
AVAILABILITY
Commercially Available.
Contact:
Cycle Software,Inc.
1212 Hancock St.
Quincy, MA 02169
Voice- 617-770-9594
Fax- 617-770-9903
E-mail cycle@livedata.com.
DATE LAST UPDATED or CHECKED
1/96
ADDITIONAL INFORMATION and/or COMMENTS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 41]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
DC X500
Data Connection Ltd
100 Church Street
Enfield
Middlesex
EN2 6BQ
UK
ABSTRACT
DC X500 provides a truly scalable X.500 based enterprise directory
server with the necessary architectural flexibility to enable
integration with existing database and directory technologies.
From a pure X.500 standpoint, DC X500 provides a full function
state-of-the-art DSA implementation.
* Architected from scratch according to the 1993 X.500
standards (i.e. not a 1988 DSA with 1993 features grafted on)
* Support for all the key X.500 OSI protocols:
* Directory Access Protocol (DAP) for user access
* Directory System Protocol (DSP) for distributed DSA
comunications
* Directory Information Shadowing Protocol (DISP) to support
replication between servers to give improved performance
in a distributed network
* Support of the 1993 Basic Access Control and Simplified
Access Control models
* Support for the key Internet X.500 related standards:
* integrated Lightweight DAP (LDAP)for DUA access
* Madman MIBs for easy integration with SNMP
The DC X500 architecture is based on Data Connection's underlying
product architecture which has evolved since 1987 and includes:
* genuine multi-threaded implementation
Apple & Rossen Informational [Page 42]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* true portability (the product is available on a range of
operating systems e.g Windows NT, AIX, HP-UX. OS/2 etc and it
is possible to port the core technology to any
hardware/software platform)
* secure service recording for operation tracking and billing
* support for system monitoring (both alarms and statistics)
Key product features include:
* Name resolution and integrated use of Search Indices based on
2-3 trees leads to high performance operation evaluation
(subsecond response times on million entry DSAs)
* Generic schema support based on 1993 concepts that allows
customers to tailor the schema to meet their precise data
structuing requirements
* System recycle time is minimised (e.g. DC X500 can be backed
up while running and search indices are dynamically updated),
helping achieve the goal of continuous (24x7) availability
and high reliability.
* No artificial software constraints are imposed resulting in a
truly scalable product - assuming the availability of the
necessary hardware DC X500 can be configured to support
millions of entries in a single DSA.
DC X500 is certified for used within the Paradise Pilot project. The
product has also undergone interoperability testing at the EuroSInet
interoperability workshops in Europe.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
From 1988 X.519
9.2 Conformance by DSAs
9.2.1 Statement Requirements
a) directoryAccessAC and directorySystemAC are both supported
b) the DSA can act as a first level DSA
c) the chained mode of ooperation is supported.
Apple & Rossen Informational [Page 43]
RFC 2116 X.500 Implementations Catalog-96 April 1997
d) security levels none and simple as supported with the
delivered product. However, the product is architectured
to interface to an external security module to support
strong authentication.
e) DC X500 supports the selected attribute types defined
in X.520.
f) DC X500 supports the selected object classes defined in X.521.
9.2.2 Static Requirements
DC X500 supports the static requirements implied by the above
statement.
9.2.3 Dynamic Requirements
DC X500 supports the dynamic requirements implied by the above
statement.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
From 1993 X.519
9.2 Conformance by DSAs
9.2.1 Statement Requirements
a) directoryAccessAC and directorySystemAC are both supported
b) n/a
c) the DSA can act as a first level DSA
d) the chained mode of ooperation is supported.
e) security levels none and simple as supported with the delivered
product. However, the product is architectured to interface to
an external security module to support strong authentication.
f) DC X500 supports the selected attribute types defined in X.520.
Attributes based on the syntax DirectoryString using the
UNIVERSAL STRING choice can be stored however the UNIVERSAL
STRING choice cannot be used for matching rules.
g) DC X500 supports the selected object classes defined in X.521.
Apple & Rossen Informational [Page 44]
RFC 2116 X.500 Implementations Catalog-96 April 1997
h) DC X500 supports the following extensions
subentries Y
copyShallDo Y
attributeSizeLimit Y
extraAttributes Y
modifyRightsRequest N
pagedResultsRequest N
matchedValuesOnly N
extendedFilter N
targetSystem N
useAliasOnUpdate Y
newSuperior Y
i) DC X500 does not support collective attributes
j) DC X500 does not support hierarchical attributes
k) DC X500 supports the following operational attributes
Directory Operational Attributes:
structural object class
governing structural rule
create timestamp
modify timestamp
creators name
modifiers name
prescriptive ACI
entry ACI
subentry ACI
DSA Operational Attributes:
myAccessPoint
superiorKnowledge
supplierKnowledge (*)
consumerKnowledge(*)
secondaryShadows (*)
* - supported using local proprietary extension
Distributed Operation Attributes (dsa-shared):
specificKnowledge
nonSpecificKnowledge
Apple & Rossen Informational [Page 45]
RFC 2116 X.500 Implementations Catalog-96 April 1997
l) DC X500 supports return of alias names
m) DC X500 supports indicating that returned entry information is
complete
n) DC X500 supports modifying the object class attribute to add
and/or remove values identifying auxiliary object classes
o) DC X500 supports Basic Access Control
p) DC X500 supports Simplified Access Control
q) DC X500 does not support subschema administration as defined
in X.501.
r) DC X500 supports the name binding defined in X.521
s) DC X500 cannot administer collective attributes.
9.2.2 Static Requirements
DC X500 supports the static requirements implied by the above
statement.
9.2.3 Dynamic Requirements
DC X500 supports the dynamic requirements implied by the above
statement.
9.3 Conformance By Shadow Supplier
9.3.1 Statement Requirements
a) shadowSupplierInitiatedAC and shadowConsumerInitiatedAC
are supported.
b) security levels none and simple as supported with the delivered
product. However, the product is architectured to interface to
an external security module to support strong authentication.
c) DC X500 supports the following UnitOfReplication:
* Entry filtering on object class is supported
* Selection/Exclusion of attributes via a AttributeSelection
is not supported
Apple & Rossen Informational [Page 46]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Inclusion of subordinate knowledge in the replicated area is
supported
* Inclusion of extended knowledge in addition to subordinate
knowledge is supported
9.3.2 Static Requirements
a) DC X500 supports the shadowSupplierInitiatedAC and
shadowConsumerInitiatedAC
b) DC X500 provides support for modifyTimestamp and createTimestamp
operational attributes
9.3.3 Dynamic Requirements
a) DC X500 conforms to the mapping onto used services defined
in clause 8
b) DC X500 conforms to the procedures of X.525 as they relate
to DISP.
9.4 Conformance by a Shadow Consumer
9.4.1 Statement Requirements
a) shadowSupplierInitiatedAC and shadowConsumerInitiatedAC
are supported.
b) security levels none and simple as supported with the delivered
product. However, the product is architectured to interface to
an external security module to support strong authentication.
c) DC X500 can act as a secondary supplier.
d) DC X500 does not support shadowing o overlapping units
of replication. (Overlapping Administration Points
are supported though).
9.4.2 Static Requirements
a) DC X500 supports both shadowSupplierInitiatedAC and
shadowConsumerInitiatedAC.
b) DC X500 supports the modifyTimestamp and createTimestamp
operational attributes.
Apple & Rossen Informational [Page 47]
RFC 2116 X.500 Implementations Catalog-96 April 1997
c) DC X500 supports the copyShallDo service element
9.4.3 Dynamic Requirements
a) DC X500 conforms to the mapping onto used services defined
in clause 8
b) DC X500 conforms to the procedures of X.525 as they relate
to DISP.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[No information provided. -- Ed.]
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided. -- Ed.]
INTEROPERABILITY
DC X500 has interoperated with the following implementations:
DUAs:
ICL
SNI
Net-tel
Bull
AT&T
CDC
Digital
ICL
Nexor
DSAs:
SNI
ICL
AT&T
CDC
Digital
ICL
Net-tel
Nexor
Apple & Rossen Informational [Page 48]
RFC 2116 X.500 Implementations Catalog-96 April 1997
PILOT CONNECTIVITY
DC X500 has been tested and approved for connectivity to the PARADISE
pilot project.
BUGS
[No information provided. -- Ed.]
CAVEATS AND GENERAL LIMITATIONS
[No information provided. -- Ed.]
INTERNETWORKING ENVIRONMENT
DC X500 supports the following network connectivity:
* [RFC 1006] with TCP/IP
* TP0 with X.25
HARDWARE PLATFORMS
DC X500 is a portable product
SOFTWARE PLATFORMS
DC X500 is a portable product. It is available on the following
plaforms:
* UNIX, including
* IBM AIX
* HP UX
* Sun Solaris
* Windows NT
* OS/2.
Porting to further UNIX platforms is very straightforward, in
particular where existing transport services are available. Other
proprietary systems (such as Novell's Netware, Digital's VMS or fault
tolerant or mainframe environments) can also be supported if
required.
Apple & Rossen Informational [Page 49]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
DC X500 is commercially available.
For further details, please contact:
Nigel Ratcliffe Data Connection Ltd 100 Church Street Enfield
Middlesex EN2 6BQ UK
Tel: +44 181 366 1177
E-mail: nr@datcon.co.uk
DATE LAST UPDATED or CHECKED
February 1996
ADDITIONAL INFORMATION and/or COMMENTS
Data Connection provides a whole series of directory applications,
including a corporate telephone directory, e-mail synchronisation,
security services, groupware directory integration and a directory
publishing application. These can be accessed by Windows
applications or standard web browsers.
Further information can be found at http://www.datcon.co.uk.
Apple & Rossen Informational [Page 50]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
DE
ABSTRACT
DE (Directory Enquiries) is intended to be a simple-to-use DUA
interface, suitable for the naive user, and suitable for running as a
public access dua. it will work on any terminal. The user is
presented with a series of (verbose) prompts asking for person's name
department organization country. There is extensive on-line help.
The matching algorithms are such that near matches are presented to
the user before less good matches.
There have been a few minor enhancements since the description in
[RFC 1632]. The power searching feature still sets DE apart from
most other DUAs - this allows a user to search for an entry even when
they do not know the name of the organisation in which the person
works - you still have to specify the country. DE also allows UFN
style searching. DE uses slightly different search algorithms
depending on whether it is accessing part of the Directory mastered
by a Quipu DSA - Quipu DSAs tend to use lots of replication and so
encourage searching. DE incorporates a QOS feature where it
maintains a database of past information availability and DSA
responsiveness. Translations exist into at least 4 different
languages.
DE runs over ISODE DAP and University of Michigan LDAP. There is a
version of DE, called DOS-DE, which has been ported to DOS, and this
uses LDAP.
DE was funded by the COSINE PARADISE project, and DE is used as the
PARADISE public access dua. You can test the software by telnet to
directory.ja.net and logging in as dua -- no password required.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
N/A
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
[No information provided -- Ed.]
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[RFC 1274] and [RFC 1487] Yes and yes
Apple & Rossen Informational [Page 51]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[RFC 1484]. yes
INTEROPERABILITY
N/A
PILOT CONNECTIVITY
The interface is widely used in the publicly accessible PARADISE
directory.
BUGS
Doesn't handle aliases well when power searching.
Send bug reports to:
p.barker@cs.ucl.ac.uk
CAVEATS AND GENERAL LIMITATIONS
DE tries to cater well for the general case, at the expense of not
dealing with the less typical. The main manifestation of this is
that the current version does not handle searching under localities
very well.
It can handle photographs and reproduce sound attributes if these are
dealt with by ancillary programs.
INTERNETWORKING ENVIRONMENT
[RFC 1006] with TCP/IP, TP0 or TP4 with X.25, and LDAP.
HARDWARE PLATFORMS
UNIX + DOS platforms
SOFTWARE PLATFORMS
UNIX + DOS
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 52]
RFC 2116 X.500 Implementations Catalog-96 April 1997
AVAILABILITY
The software is freely available from
ftp://cs.ucl.ac.uk/dirpilot/de-7.0.tar.Z
The DOS version is freely available. Look in the following
directory:
ftp://ftp.bath.ac.uk/pub/x500/dosde7/
DATE LAST UPDATED or CHECKED
March 96
ADDITIONAL INFORMATION and/or COMMENTS
[No Information Provided -- Ed.]
Apple & Rossen Informational [Page 53]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
Digital X.500 Directory Server Digital Equipment Corporation
This single entry covers a number of different products
ABSTRACT
The Digital X.500 Directory Services product set includes a directory
server product and a variety directory user agents, as well as a
directory synchronizer utility.
The Digital X.500 Directory Server product provides a high
performance DSA implemented according to the 1993 edition of the
standard. The InfoBroker Server product extends this to provide the
server component for LDAP and WWW user agents. Features of these
servers include:
* Integrated multi-protocol support allowing concurrent DAP,
DSP, DISP and DOP access over OSI and TCP/IP (using [RFC
1006]) protocols.
* Indexed database (DIB) to support high-performance searching
and sophisticated matching including approximate match.
* A DIB based on the 1993 edition Extended Information Models.
* Support for chaining and referrals in support of a
distributed DIB
* Support for the 1993 edition Basic Access Control scheme.
* Configurable schema based on the 1993 edition (including
attributes, object classes, structure rules, name forms).
* Support for 1993 edition Shadowing using the DISP and DOP
protocol, including both incremental and on-change features
for high performance.
* Remote management to control DSAs and log significant events.
* Support for the LDAP protocols using the InfoBroker Server
product across either TCP/IP or DECnet transport protocols.
* A Look-up Daemon that accepts requests from Web Browsers,
allowing access to the directory from any web browser.
* Both X/OPEN XDS/XOM and LDAP APIs.
Apple & Rossen Informational [Page 54]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* An award winning documentation set.
The Digital X.500 Administration Facility, X.500 Information Manager
and InfoBroker Client products provide MS-Windows, Motif and command
line interfaces to access and manage the information stored in the
X.500 directory, including:
* Support for different ways of accessing the directory, either
by browsing or searching based on an extensible set of
filters.
* Support for bulk load, unload and reload of entries.
* Driven off the same configurable schema information as the
DSA allowing extensibility of window layouts and text to
support customer-defined object classes and attributes.
The Synchronizer-500 is an X.500 DUA which:
* Enables bi-directional synchronization between X.500 and
virtually ANY other non-X.500 directory facilitating common
management.
* Maps incoming data into X.500 using flexible configuration
files
* Facilitates creation of a multivendor electronic mail
database, creating addresses in the appropriate syntax for
any mail system.
* Provides uniqueness checking on mnemonic O/R addresses,
preventing address duplication
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
The Digital X.500 Directory Services products are based on the 1993
edition standard. They are compatible with, and interwork with, 1988
edition DUAs and DSAs, and are implemented to conform to relevant
NIST OIW and EWOS agreements and the X.500 Implementors Guide.
OSTC conformance testing (1988 DUA/DAP, DSA/DAP) has been completed
and registered successfully.
The X.500 Directory Server is registered as conformant to US-GOSIP.
Apple & Rossen Informational [Page 55]
RFC 2116 X.500 Implementations Catalog-96 April 1997
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
Conformance with respect to clause 9.2 of ISO/IEC 9594-5:1993:
* Supports the directoryAccessAC (DAP) and directorySystemAC
(DSP) application contexts.
* The DSA is capable of acting as a first-level DSA.
* Chaining is supported.
* Bind security levels of simple (unprotected password) and
none are supported.
* Supports the shadowSupplierInitiatedAC and
shadowConsumerInitiatedAC in both synchronous and
asynchronous variants (DISP protocol) and the
directoryOperationalBindingManagementAC (DOP protocol) for
shadowing
* All attribute types defined in ISO/IEC 9594-6:1993 are
supported except for 1993 edition supertypes and collective
attributes and EnhancedSearchGuide. Customers can define new
attribute types. UNIVERSAL STRING is not supported for
attributes based on DirectoryString.
* All object classes defined in ISO/IEC 9594-7:1993 are
supported. Customers can define new object classes.
* The following operational attributes are supported:
governingStructureRule myAccessPoint
modifyTimestamp supplierKnowledge
superiorKnowledge specificKnowledge
consumerKnowledge prescriptiveACI
dseType entryACI
createTimestamp
* Dynamic modification of object class is permitted
* Basic Access Control is supported with some restrictions.
* All name forms defined in ISO/IEC 9594-7:1993 are supported.
Customers can defined new name forms and structure rules.
Apple & Rossen Informational [Page 56]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
The InfoBroker products support the V1 and V2 LDAP protocols for easy
integration into LDAP-compliant client and server environments.
Standards supported include [RFC 1006], [RFC 1274], [RFC 1277], [RFC
1777], [RFC 1779].
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
RFCs supported include [RFC 1278], [RFC 1558]
INTEROPERABILITY
Digital has performed X.500 interoperability testing at various
Eurosinet and OSInet events, during the COS Pilot activity and in-
house. In addition, Digital's products were part of the EEMA
Interoperability Demonstration in Amsterdam 1995.
Digital has achieved successful DAP and DSP interworking with a
number of vendors. In the a recent Eurosinet Interoperability event,
tests were performed against:
AT&T ISOCOR
Control Data Systems NET-TEL Computer Systems Ltd
DCL (Data Connection Ltd) NEXOR
ICL SNI (Siemens Nixdorf)
In addition, previous interoperability tests have been performed
against:
Hewlett Packard Telstra
ISODE Consortium UNISYS
QUIPU
Digital has performed limited successful 1993 DISP (Replication)
interworking with two vendors at a Eurosinet Interoperability event.
These were:
ICL NEXOR
All interoperability test results will be available on request from
Digital.
PILOT CONNECTIVITY
Digital is actively involved in both public and private pilots of
X.500.
Apple & Rossen Informational [Page 57]
RFC 2116 X.500 Implementations Catalog-96 April 1997
BUGS
Digital provides complete software maintenance services with products
on a worldwide basis.
CAVEATS AND GENERAL LIMITATIONS
None
INTERNETWORKING ENVIRONMENT
The Digital X.500 Services products operate over:
* [RFC 1006] over TCP/IP
* OSI TP0, TP2 and TP4 over CLNS and CONS as appropriate
* TCP/IP or DECnet transport protocols to communicate with an
LDAP server.
HARDWARE PLATFORMS
The Digital X.500 Directory Service products run on:
* Alpha processors supported by Digital UNIX
* Alpha and VAX processors supported by OpenVMS
SOFTWARE PLATFORMS
The Digital X.500 Directory Service products currently run on:
* Digital UNIX running DECnet/OSI
* OpenVMS/AXP running DECnet/OSI
* OpenVMS/VAX running DECnet/OSI
For the latest availability on these and other other hardware and
software platforms please contact Digital.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 58]
RFC 2116 X.500 Implementations Catalog-96 April 1997
AVAILABILITY
The Digital X.500 Directory Service products are commercially
available from Digital Equipment Corporation. For further
information please contact your local Digital office and quote SPD
numbers 40.77.XX, 53.32.XX, 53.33.XX and 60.43.XX, or contact one of:
Ian Gunn, Product Manager: Nick Tatham, Engineering
Manager:
Tel: +1 603 881 0762 Tel: +44 1734 203635
Email: ian.gunn@zko.mts.dec.com Email:
nick.tatham@reo.mts.dec.com
Digital Equipment Corporation Digital Equipment Co. Ltd
Corporate Software Engineering Corporate Software
Engineering
110 Spit Brook Road PO Box 121
Nashua, NH. 03062-2698 Reading, RG2 0TU
USA UK
DATE LAST UPDATED or CHECKED
13th November 1995
ADDITIONAL INFORMATION and/or COMMENTS
None
Apple & Rossen Informational [Page 59]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
DIR.D(tm) V2.6
Siemens Nixdorf Informationssysteme AG
ABSTRACT
DIR.D V2.6 is Siemens Nixdorf's directory browser product. Through
its file manager like user interface only retrieval operations are
supported. The DDE interface also allows for modification operations.
DIR.D is an MS-Windows application acting as an LDAP client.
Among others, DIR.D has the following features:
* Graphical representation of the DIT
* Tree browsing
* Simple and complex searches, including approximate search
* Adaptable to any directory schema
* Configurable user interface
* Automatic unbind after idle time
* Anonymous and simple unprotected bind
* Tight integration with SNI's X.400 user agent MAIL.D and
CIT
product ComfoPhone
* Data transfer to Windows applications via clipboard, file,
Drag&Drop, and DDE
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
DIR.D V2.6 is an LDAP client.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
DIR.D V2.6 is an LDAP client.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
DIR.D V2.6 is compliant with the following RFCs: [RFC 1777], [RFC
1778], [RFC 1779].
Apple & Rossen Informational [Page 60]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
DIR.D V2.6 is compliant with the following RFCs: [RFC 1278], [RFC
1558].
INTEROPERABILITY
DIR.D V2.6 is based on University of Michigan's LDAP implementation
V3.0. It can interoperate with any LDAP server.
PILOT CONNECTIVITY
DIR.D V2.6 is used to browse in the European NameFLOW-PARADISE pilot
network.
BUGS
To report bugs and/or to retrieve additional information on SNI's
directory products please send mail to infoline-
com@s41.mch1.x400scn.sni.de.
CAVEATS AND GENERAL LIMITATIONS
DIR.D V2.6 was designed for information retrieval.
INTERNETWORKING ENVIRONMENT
LDAP with TCP/IP
HARDWARE PLATFORMS
PC (Intel)
SOFTWARE PLATFORMS
Windows 3.1 + Winsockets Windows for Workgroups 3.11 +
Winsockets
Windows 95
Windows NT 3.5
OS/2 3.0 + Windows for OS/2 +
Winsockets
NUMBER OF IMPLEMENTATIONS IN THE FIELD
> 10,000
Apple & Rossen Informational [Page 61]
RFC 2116 X.500 Implementations Catalog-96 April 1997
AVAILABILITY
DIR.D V2.6 can be delivered as a binary product. It is commercially
available from:
Siemens Nixdorf Informationssysteme AG
ASW BA COM 1
D-81730 Munich
Germany
Please contact
Giovanni Rabaioli
Voice: +49/89-636-41095
Fax: +49/89-636-42552
Mail: Giovanni.Rabaioli@mch.sni.de
DATE LAST UPDATED or CHECKED
April 1996
ADDITIONAL INFORMATION and/or COMMENTS
The following X.500 products are also part of SNI's X.500 product
family:
DIR.X V4.0 1993 X.500 Directory Service
DIR.X V3.1 1988 X.500 Directory Service
ORG.D V2.1 Full administrative LDAP browser
DIR.X-SYNC V2.0 Directory synchronization
Apple & Rossen Informational [Page 62]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
DIR.X (tm) V3.1 Siemens Nixdorf Informationssysteme AG
ABSTRACT
DIR.X V3.1 is Siemens Nixdorf's Directory Service product compliant
with the 1988 ITU-T X.500 recommendations. Siemens Nixdorf has
supplied its Directory Service product as the GDS (Global Directory
Service) component to OSF DCE. However, DIR.X V3.1 has a number of
features and enhancements which are not available in the GDS
component of OSF DCE.
DIR.X V3.1 is a distributed, replicated Directory Service. It
consists of DSA, DUA and a tools package including comfortable
administration and management utilities. DIR.X implements the
protocol stack ranging from LDAP, DAP, DSP over ACSE, ROSE,
Presentation, Session down to [RFC 1006]. On transport layer it
supports TCP/IP and OSI LAN/WAN protocols.
Data stored by DIR.X can be accessed via
* the MS-Windows user interfaces DIR.D/ORG.D which are
available as separate products from Siemens Nixdorf
* any third-party LDAP or DAP browser
* directory applications using the standardized X/Open XDS/XOM
APIs (Directory Service / OSI Abstract Data Manipulation).
The Siemens Nixdorf implementation was the first to gain
XPG4-certification.
* a command-line administration program
* a menu-driven administration program
* WWW
* a shell interface
* the Query-by-mail interface of SNI's directory
synchronization product DIR.X-SYNC
DIR.X enables
* The storage of globally-unique, tree-like name structures
which can be mapped onto organizations.
Apple & Rossen Informational [Page 63]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* The use of several alternative names (aliases) for one and
the same directory entry.
* Search queries that allow the user to select objects on the
basis of specific attributes and their values, as with a
"Yellow Pages" telephone directory
* Treemanagement functions which can cover entire subtrees.
* The creation and automatic updating of copies ("shadows")
from remote computers.
* Access protection at attribute level, which regulates access
on an object-specific basis.
* The storage of unstructured attributes (graphics, pixels).
The tools package of DIR.X V3.1 includes:
* gdssetup: A simple-to-use tool for the generation and
initialization of a directory configuration.
* gdshdsch: Enables the directory administrator to modify the
directory schema off-line.
* X.500 MIB access via SNMP
* gdscp: A TCL based administration tool for UNIX clients with
full XDS functionality
* gdshd: A powerful import/export tool
Additional features include:
* support for ISO 8859-1 characters
* dynamic schema modifications
* caching.
Apple & Rossen Informational [Page 64]
RFC 2116 X.500 Implementations Catalog-96 April 1997
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
DIR.X V3.1 fully complies with the following ITU-T recommendations
and ISO/IEC standards:
ITU-T ISO/IEC Title
X.500 9594-1 Overview of Concepts, Models, and Services
X.501 9594-2 Models
X.511 9594-3 Abstract Service Definition
X.518 9594-4 Procedures for Distributed Operations
X.519 9594-5 Protocol Specifications
X.520 9594-6 Selected Attribute Types
X.521 9594-7 Selected Object Classes
X.509 9594-8 Authentication Framework
DIR.X V3.1 was successfully conformance tested by the OSI Test
Laboratory of Siemens Nixdorf. The OSI Test Laboratory is accredited
by BAPT/DEKITZ (registration number TTI-P-G055/92-40). Test reports,
PICS per X.581/X.582 and PIXITs are available for all tested
protocols: DSA/DAP, DUA/DAP, Presentation, ACSE, and Session embedded
in X.500.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
DIR.X V3.1 is not compliant with the 1993 ITU-T recommendations.
Please refer to the DIR.X V4.0 implementation description.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
DIR.X V3.1 is compliant with the following RFCs: [RFC 1274], [RFC
1277], [RFC 1565], [RFC 1567], [RFC 1777], [RFC 1778], [RFC 1779].
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
DIR.X V3.1 is compliant with the following RFCs: [RFC 1278], [RFC
1558], [RFC 1801].
INTEROPERABILITY
DIR.X V3.1 can interoperate with:
* OSF DCE Global Directory Service (GDS)
* ISODE Consortium Quipu V8.0
* ISODE Consortium 93 DSA R3.0
* AT&T OpenDirectory 2.0.1
Apple & Rossen Informational [Page 65]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Bull X.500-DS and X.500-DUA
* Control Data MailHub 2.4
* Data Connection DC X500 V1
* Digital DEC X.500 Directory Services V2.0
* ICL I500 DSA V5.2
* ISOCOR ISOPLEX DS V1.00
* NET-TEL RouteFinder 500 DSA 1.0
* NEXOR Messageware Directory Server V0.9
* Olivetti UX_X500 V1.1
* Unisys TransIT X.500 V7.1
PILOT CONNECTIVITY
Several DIR.X V3.1 DSAs and DUAs are connected to the European
NameFLOW- PARADISE pilot network.
BUGS
To report bugs and/or to retrieve additional information on SNI's
directory products please send mail to infoline-
com@s41.mch1.x400scn.sni.de.
CAVEATS AND GENERAL LIMITATIONS
DIR.X V3.1 is highly portable and without any general limitation.
SNMP support is available for SNI platforms only.
INTERNETWORKING ENVIRONMENT
[RFC 1006] with TCP/IP
OSI TP0, TP2 with X.25
OSI TP4 with CLNP
OSI TP4 with CONS (LAN)
HARDWARE PLATFORMS
SNI platforms (RM200/300/400/600, Pyramid Nile
100/150, MX300i/500i) for X.25: X.25 board needed
Apple & Rossen Informational [Page 66]
RFC 2116 X.500 Implementations Catalog-96 April 1997
IBM RS/6000
for X.25: X.25 board needed
HP 9000
for X.25: X.25 board needed
Sun Sparc
no X.25 board needed (X.25 can use the serial line)
PC (Intel)
for X.25: X.25 board needed
SOFTWARE PLATFORMS
SINIX 5.42 + CMX + XTI
for X.25: WAN-CCP needed
Pyramid Nile 100/150 DC/OSx1.1
Unixware
AIX 3.2
for X.25: OSI/6000 needed
HP-UX 9.01
for X.25: OTS 9000 needed
Solaris 2.3
for X.25: SunLink X.25 and SunLink OSI needed
NUMBER OF IMPLEMENTATIONS IN THE FIELD
100 and growing
AVAILABILITY
DIR.X V3.1 can be delivered as a binary product or as source to OEM
customers. It is commercially available from:
Siemens Nixdorf Informationssysteme AG ASW BA COM 1 D-
81730 Munich Germany
Please contact
Giovanni Rabaioli
Voice: +49/89-636-41095
Fax: +49/89-636-42552
Mail: Giovanni.Rabaioli@mch.sni.de
Apple & Rossen Informational [Page 67]
RFC 2116 X.500 Implementations Catalog-96 April 1997
DATE LAST UPDATED or CHECKED
April 1996
ADDITIONAL INFORMATION and/or COMMENTS
The following X.500 products are also part of SNI's X.500 product
family:
DIR.X V4.0 1993X.500 Directory Service
DIR.D V2.6 LDAP browser for information retrieval
ORG.D V2.1 Full administrative LDAP browser
DIR.X-SYNC V2.0 Directory synchronization
Apple & Rossen Informational [Page 68]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
DIR.X (tm) V4.0 Siemens Nixdorf Informationssysteme AG
ABSTRACT
DIR.X V4.0 is Siemens Nixdorf's Directory Service product compliant
with the 1993 ITU-T X.500 recommendations. The implementation
incorporates SNI's experience of 10 years development, support and
maintenance of the DIR.X products conformant to the 1988 Directory
Standards, and has the following main features:
* It conforms to the 1993 Directory standards, with particular
emphasis on the requirements for interoperability with other
X.500 implementations
* The implementation is scaleable: it handles small-scale
workgroup directories as well as very large directories for
backbone solutions in large organisations
* The implementation is extensible: new functionality can
easily be incorporated
* Existing databases and proprietary directory services can be
accessed or integrated with the implementation.
* Particular emphasis is placed on ease of administration of
the Directory Service a service based on DIR.X V4.0 can be
administered effectively from a central site, including the
management of configuration and monitoring options
* The implementation has a high throughput performing well not
only on small systems, but also on high-performance backend
servers, handling hundreds of requests in parallel on a
multiprocessor machine.
DIR.X V4.0 is a distributed, replicated Directory Service. It
consists of:
* DSA
* DUA
* Command-line DUA using a TCL (Tool Control Language) shell
interface (dirxcp)
* Management centre (dirxadm)
Apple & Rossen Informational [Page 69]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Toolkit for application development
Data stored by DIR.X can be accessed via
* the MS-Windows user interfaces DIR.D/ORG.D which are
available as separate products from Siemens Nixdorf
* any third-party LDAP or DAP browser
* directory applications using the standardized X/Open XDS/XOM
APIs (Directory Service / OSI Abstract Data Manipulation).
The Siemens Nixdorf implementation was the first to gain
XPG4-certification.
* a command-line administration program
* a menu-driven administration program
* WWW
* a shell interface
* the Query-by-mail interface of SNI's directory
synchronization product DIR.X-SYNC
DIR.X V4.0 is fully backwards compatible with 1988 DSAs and DUAs.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
DIR.X V4.0 is fully backwards compatible with the following ITU-T
recommendations and ISO/IEC standards:
ITU-T ISO/IEC Title
X.500 9594-1 Overview of Concepts, Models, and Services
X.501 9594-2 Models
X.511 9594-3 Abstract Service Definition
X.518 9594-4 Procedures for Distributed Operations
X.519 9594-5 Protocol Specifications
X.520 9594-6 Selected Attribute Types
X.521 9594-7 Selected Object Classes
X.509 9594-8 Authentication Framework
Apple & Rossen Informational [Page 70]
RFC 2116 X.500 Implementations Catalog-96 April 1997
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
DIR.X V4.0 fully complies with the following ITU-T recommendations
and ISO/IEC standards:
ITU-T ISO/IEC Title
X.500 9594-1 Overview of Concepts, Models, and Services
X.501 9594-2 Models
X.511 9594-3 Abstract Service Definition
X.518 9594-4 Procedures for Distributed Operations
X.519 9594-5 Protocol Specifications
X.520 9594-6 Selected Attribute Types
X.521 9594-7 Selected Object Classes
X.509 9594-8 Authentication Framework
X.525 9594-9 Replication
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
DIR.X V4.0 is compliant with the following RFCs: [RFC 1274], [RFC
1277], [RFC 1565], [RFC 1567], [RFC 1777], [RFC 1778], [RFC 1779].
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
DIR.X V4.0 is compliant with the following RFCs: [RFC 1278], [RFC
1558], [RFC 1801].
INTEROPERABILITY
Interoperability tests have not been completed yet.
PILOT CONNECTIVITY
[No information provided. -- Ed.]
BUGS
To report bugs and/or to retrieve additional information on SNI's
directory products please send mail to infoline-
com@s41.mch1.x400scn.sni.de.
CAVEATS AND GENERAL LIMITATIONS
DIR.X V4.0 is highly portable and without any general limitation.
Apple & Rossen Informational [Page 71]
RFC 2116 X.500 Implementations Catalog-96 April 1997
INTERNETWORKING ENVIRONMENT
[RFC-1006] with TCP/IP
OSI TP0, TP2 with X.25
OSI TP4 with CLNP
OSI TP4 with CONS (LAN)
HARDWARE PLATFORMS
SNI platforms (RM200/300/400/600, Pyramid Nile 100/150)
for X.25: X.25 board needed
IBM RS/6000
for X.25: X.25 board needed
HP 9000
for X.25: X.25 board needed
Sun Sparc
no X.25 board needed (X.25 can use the serial line)
PC (Intel)
for X.25: X.25 board needed
SOFTWARE PLATFORMS
SINIX 5.42 + CMX + XTI
for X.25: WAN-CCP needed
Pyramid Nile 100/150 DC/OSx1.1
Windows NT 3.51
AIX 4.1
for X.25: OSI/6000 needed
HP-UX 10.0
for X.25: OTS 9000 needed
Solaris 2.5
for X.25: SunLink X.25 and SunLink OSI needed
NUMBER OF IMPLEMENTATIONS IN THE FIELD
Field testing to be started in Summer 1996.
Apple & Rossen Informational [Page 72]
RFC 2116 X.500 Implementations Catalog-96 April 1997
AVAILABILITY
DIR.X V4.0 can be delivered as a binary product or as source to OEM
customers. It is commercially available from:
Siemens Nixdorf Informationssysteme AG
ASW BA COM 1
D-81730 Munich
Germany
Please contact
Giovanni Rabaioli
Voice: +49/89-636-41095
Fax: +49/89-636-42552
Mail: Giovanni.Rabaioli@mch.sni.de
DATE LAST UPDATED or CHECKED
April 1996
ADDITIONAL INFORMATION and/or COMMENTS
The following X.500 products are also part of SNI's X.500 product
family:
DIR.X V3.1 1988 X.500 Directory Service
DIR.D V2.6 LDAP browser for information retrieval
ORG.D V2.1 Full administrative LDAP browser
DIR.X-SYNC V2.0 Directory synchronization
Apple & Rossen Informational [Page 73]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
DIR.X-SYNC (tm) V2.0 Siemens Nixdorf Informationssysteme AG
ABSTRACT
DIR.X-SYNC V2.0 enables the synchronization of existing e-mail
address directories in the X.500-based DIR.X directory service. The
standard DIR.X, DIR.X-SYNC and DIR.D (all available from Siemens
Nixdorf) products are the foundations on which the corporate
directory solutions can be tailored to meet the customer's needs. The
corporate directory then becomes the universal information system
within the company.
The user can access corporate directory information in different
ways:
* Using DIR.D, SNI's Windows client for the X.500 service, PC
users can gain easy access to the DIR.X server containing the
corporate directory data. The data found can be transferred
to other applications by means of DDE, drag and drop or cut
and paste. (See DIR.D V2.6 for further information).
* Query by mail: Authorized users can access data stored in the
central or distributed directory system over their own mail
system. DIR.X-SYNC retrieves the inquiry transmitted by mail
and directs it on to the X.500 service. The search results
are then delivered back to the user by mail. Using a WWW
interface based on TCL scripts
Query by mail does not require additional software on the end system.
Each mail system connected to the X.400 backbone (e.g. MS-Mail,
cc:Mail etc.) can use this function. DIR.X-SYNC currently supports
the address formats of the following e-mail systems:
* MAIL.X-OD V2.3
* MAIL.2000 V1.2, AKOM
* MS-Mail
* cc:Mail
* Intelligent Messaging Mail (Banyan)
Apple & Rossen Informational [Page 74]
RFC 2116 X.500 Implementations Catalog-96 April 1997
The standardized ISO-10021 interface for X.400 addresses is
supported, enabling need for extension. This means that any type of
system capable of generating this format (e.g. WordPerfect, Lotus
Notes) can be connected. Address acknowledgment is carried out in ISO
format.
Functions for the administrator:
* Export: Addresses can be exported from local directories.
They are delivered as mail messages in ASCII format to the
DIR.X-SYNC server.
* Upload: The upload server stores the exported local addresses
in DIR.X as globally valid X.400 addresses.
* Query by Mail: DIR.X-SYNC enables mail members to send a
search to the DIR.X-SYNC server by e-mail. Using this
function, authorized administrators of the synchronized
directories can acquire copies of the corporate directory
data.
* Administration of the DIR.X-SYNC server with an
administration tool which can be used via command line or a
command file.
Other features include:
* Replication and distribution: In addition to the central
solution with a single corporate directory server, DIR.X-SYNC
also supports replicated or distributed data storage in
DIR.X-SYNC server.
* Authentication/Authorization: To prevent unauthorized use of
the corporate directory system, the O/R addresses of the
authorized administrators and users are configured by the
DIR.X-SYNC administrator. When a query by mail or an update
arrives, the sender address is compared with this address.
* Logging: In the case of error, e.g. incorrect file format,
the sender (and the administrator configurable) are informed
of the fault by mail. At the same time, the error message is
saved in a log file for the DIR.X-SYNC administrator. In
addition, a "history file" enables the monitoring of the
uploads that have run or are currently running
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
DIR.X-SYNC is a directory application.
Apple & Rossen Informational [Page 75]
RFC 2116 X.500 Implementations Catalog-96 April 1997
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
DIR.X-SYNC is a directory application.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[No information provided. -- Ed.]
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided. -- Ed.]
INTEROPERABILITY
[No information provided. -- Ed.]
PILOT CONNECTIVITY
[No information provided. -- Ed.]
BUGS
To report bugs and/or to retrieve additional information on SNI's
directory products please send mail to infoline-
com@s41.mch1.x400scn.sni.de.
CAVEATS AND GENERAL LIMITATIONS
The DIR.X-SYNC server runs with SNI's mail service products MAIL.X
V2.3 or MAIL.X V3.0.
INTERNETWORKING ENVIRONMENT
[No information provided. -- Ed.]
HARDWARE PLATFORMS
SNI platforms (RM200/300/400/600, MX300i/500i)
HP 9000
SOFTWARE PLATFORMS
SINIX 5.42
HP-UX 10.0
Apple & Rossen Informational [Page 76]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NUMBER OF IMPLEMENTATIONS IN THE FIELD
100
AVAILABILITY
DIR.X-SYNC V2.0 can be delivered as a binary product. It is
commercially available from:
Siemens Nixdorf Informationssysteme AG ASW BA COM 1 D-
81730 Munich Germany
Please contact
Giovanni Rabaioli
Voice: +49/89-636-41095
Fax: +49/89-636-42552
Mail: Giovanni.Rabaioli@mch.sni.de
DATE LAST UPDATED or CHECKED
April 1996
ADDITIONAL INFORMATION and/or COMMENTS
The following X.500 products are also part of SNI's X.500 product
family:
DIR.X V4.0 1993 X.500 Directory Service
DIR.X V3.1 1988 X.500 Directory Service
DIR.D V2.6 LDAP browser for information retrieval
ORG.D V2.1 Full administrative LDAP browser
Apple & Rossen Informational [Page 77]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
DX500 OpenDirectory(tm)
Datacraft Australia Pty Ltd
ABSTRACT
DX500 OpenDirectory is a family of carrier grade, version 1993 X.500
conformant products
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
[No information provided. -- Ed.]
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
See WEB page: http://www.datacraft.com.au/dx500ovr.html for up to
date details.
PICS are available upon request.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[No information provided. -- Ed.]
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided. -- Ed.]
INTEROPERABILITY
OpenDirectory DSA supports:
* DX-plorer, 93 full DAP stack, [RFC 1006] client over Winsock
* ISOPRO 1.5+ messaging clients
* ISOPRO for MAPI messaging clients
* ISOPLEX Navigator
* ISOPLEX Management Centre
* ISOPLEX DS
* ISOPLEX Web Gateway
* Uni of Mich. - WAX500
* Quipu emulation mode
Apple & Rossen Informational [Page 78]
RFC 2116 X.500 Implementations Catalog-96 April 1997
PILOT CONNECTIVITY
[No information provided. -- Ed.]
BUGS
[No information provided. -- Ed.]
CAVEATS AND GENERAL LIMITATIONS
[No information provided. -- Ed.]
INTERNETWORKING ENVIRONMENT
[No information provided. -- Ed.]
HARDWARE PLATFORMS
[No information provided. -- Ed.]
SOFTWARE PLATFORMS
[No information provided. -- Ed.]
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
The software is commercially available from Datacraft, or its
distributors.
DATE LAST UPDATED or CHECKED
March, 96
ADDITIONAL INFORMATION and/or COMMENTS
Capable of supporting a million entries, with subsecond response
time, on small Unix, with 32 mgbytes of ram, due to a unique
patented meta-data design.
Apple & Rossen Informational [Page 79]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
Forum LOOK'UP (tm)
Telis Systemes & Communications
ABSTRACT
Forum LOOK'UP (tm) is a Corporate directory solution based on the
X.500 recommendations. It includes:
* a Directory System Agent (DSA),
* Directory User Agents (DUAs).
* local network connections
* remote workstation access
* a WEB and videotex access
* data updating tools
* a directory editing tool
Forum LOOK'UP is a product based on PIZARRO, the research prototype
developed at INRIA by Christian Huitema's team, and commercialized by
Telis, a member of the France Telecom group.
Characteristics of the DSA are:
* The DAP and DSP protocols are provided conformant with X.500
(88).
* The DIB is maintained in ASN.1 encoded format in the Unix
file system.
* Utilities are provided to load and dump the DIB from and to
ASCII text files.
* As an option, an ORACLE V7 database can also be used.
* The DIT structure is held in main memory. Frequently used
attributes may be held in inverted tables in memory to speed
up searches.
* Knowledge management: knowledge on managed domains is stored
in Forum LOOK'UP specific attributes of the DSA entries.
Apple & Rossen Informational [Page 80]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Schema: The X.500 (88), X.400 (88) and most of the Cosine and
Internet Schema are supported. Object class and attribute
definitions are enforced. Users may define their own.
* Simple authentication is provided strong authentication and
signed operations have been tested operationally through
Telis's participation in PASSWORD, a VALUE project with aim
to pilot a European security infrastructure for network
applications.
* Access control : the DSA offers a mechanism defined by Telis
that is functionally equivalent to a profile of the X500 '93
access control mechanism. The mechanism is based on the
notion of administrative domains (autonomous and semi-
autonomous). A domain defines the user groups (categories)
and their access rights (consult, modify) to specified
attribute types. The access rights are defined in
prescriptive and entry ACI attributes.
* Phonetic searches : administrators may specify a language
(English, French, ...) for a subtree of the DIT. Approximate
(phonetic) searches will then be carried out in the given
language. The software loads a rule database to which new
languages and new rules may be added easily.
* Management: a Forum LOOK'UP DSA object has been defined to
allow operational parameters of the DSA to be managed via
DAP. Forum LOOK'UP conforms to X.500 (88) as specified in
poaragraph 9 of X.519 Administration tools are provided :
* to generate usage statistics automatically and distribute
these by mail to administrators
* to replicate subtrees of the DIT to other FORUM LOOK'UP
DSAs and automatically update shadow copies,
* to extract hardcopy listings from the database in an Excel
compatible format for "paper" directories, all the
management tasks are performed through a GUI (X/Motif).
* The GUI includes a "dashboard" for monitoring of servers and
the hardware they are installed on.
* The DUAs include a graphical directory browser with powerful
search functionality for PCs and Macintosh.
Apple & Rossen Informational [Page 81]
RFC 2116 X.500 Implementations Catalog-96 April 1997
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
Forum LOOK'UP conforms to X.500 (88) as specified in paragraph 9 of
X.519
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
[No information provided. -- Ed.]
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[RFC 1274], [RFC 1277], [RFC 1778], [RFC 1779] are supported
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[RFC 1278], [RFC 1279] are supported
INTEROPERABILITY
Through the use of Forum LOOK'UP in the French Paradise pilot,
interoperability has been informally but extensively tested with
Quipu, Marben, SNI DIR/X.
PILOT CONNECTIVITY
DSA connectivity to the PARADISE pilot.
BUGS
Forum LOOK'UP is a commercial product. As such, it is supported and
bugs are fixed when detected.
Bug reports can be sent to our support team via electronic mail.
CAVEATS AND GENERAL LIMITATIONS
* The DIT structure and inverted attribute tables are stored in
main memory.
* The recommended main memory size for a DSA is 1kb per node,
i.e., 10 Mb for a database of 10,000 objects.
* The current recommended maximum for the proprietary database
(based on the Unix file system) is a database size of the order
of 100,000 objects.
* For a larger database one unique server (up to 300,000 objects),
the use of the Oracle database is recommended
Apple & Rossen Informational [Page 82]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Of the selected attribute types defined in X.500 (88), the
searchGuide attribute is not supported
* neither are the following attributes from the Cosine and
Internet Schema [RFC 1274]: OtherMailbox, MailPreferenceOption
and the various quality attributes.
INTERNETWORKING ENVIRONMENT
Forum LOOK'UP includes a transport stack for TP0 with TCP/IP [RFC
1006] and X.25. The stack has been ported to SunNet OSI for TP4 with
CLNP.
DUAs on a LAN (Novell Netware, Microsoft Lan Manager, IBM Lan Server)
can access the DSA without the need for IP on every Workstation. A
module (called SOLO server) available on Novell, OS/2 and UNIX allows
to have an IP or X.25 stack only on the file server. It is in charge
of forwarding the request to a DSA.
A direct access (DUA / DSA) through IP, X.25, PSTN or ISDN is also
available.
HARDWARE PLATFORMS
Forum LOOK'UP can easily be ported to any UNIX machine.
It currently runs on: Sun Solaris and Hewlett Packard.
A port on IBM AIX is to be completed.
SOFTWARE PLATFORMS
The Forum LOOK'UP server is portable to any UNIX-like operating
system. X/Motif is the interface used for management.
The DUAs are available on Windows and Macintosh.
ORACLE V7 can be used as a database (option).
NUMBER OF IMPLEMENTATIONS IN THE FIELD
30 servers
Apple & Rossen Informational [Page 83]
RFC 2116 X.500 Implementations Catalog-96 April 1997
AVAILABILITY
Forum LOOK'UP is commercially available. For further information
contact:
Laurence Puvilland, Product manager
Email: C=fr A=atlas P=telis-sc O=telis-sc OU1=paris S=puvilland
laurence.puvilland@paris.telis-sc.fr
or:
Ascan Woermann, X.500 development manager
Email: C=fr A=atlas P=telis-sc O=telis-sc OU1=sophia S=Woermann
ascan.woermann@sophia.telis-sc.fr
DATE LAST UPDATED or CHECKED
April 1996
ADDITIONAL INFORMATION and/or COMMENTS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 84]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
FX*500
Firefox International Limited
ABSTRACT
FX*500 is a core component of Firefoxs product suite for mail,
messaging and directories.
FX*500 provides a Directory System Agent (DSA) which adheres to the
latest 1993 X.500 standards.
FX*500 may be used in conjunction with the Firefox FX*400 messaging
products or may be combined with a range of Directory User Agent and
Gateway products in order to satisfy a broad range of directory
requirements.
FX*500 affords unique integration opportunities with Novell's NetWare
Directory Service (NDS) by offering the option of true dynamic
directory integration between NDS and X.500.
FX*500 provides support for key features of the X.500 1993 standard
while continuing to support interworking with 1988 based directory
user agents and system agents. The main 1993 features of X.500
supported by FX*500 are:
* Basic Access Control
* The 1993 DSA Information Model
* Replication and Shadowing
In summary, FX*500 supports:
* 1988 and 1993 X.500 Directory Access Protocol (DAP)
* 1988 and 1993 X.500 Directory System Protocol (DSP)
* 1993 X.500 Directory Information Shadowing Protocol (DISP)
* 1993 Basic (or Simplified) Access Control
* the Lightweight Directory Access Protocol (LDAP), as defined
by [RFC 1777]
Apple & Rossen Informational [Page 85]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* configuration of knowledge information for distributed
operation using 1993 operational attributes
* local management services, including a knowledge
configuration application and extensive diagnostic facilities
* an extended set of management applications
* operation in a wide variety of network environments including
connectivity over X.25, TCP/IP [RFC 1006] and OSI LANs.
* an application developer's toolkit
The optional application developer's toolkit includes:
* the X/Open Directory Services (XDS) API to support directory
user agent applications
* a Gateway (G-XDS) API which is based on a simplified version
of the XDS API syntax and allows developers to implement
gateways to existing/ proprietary directory databases
* a Network Management Interface (NMI) to support management
applications and integration with management services.
FX*500 is delivered with a schema defined to support the Common Use
and MHS (X.402) Schemas defined by UK GOSIP V4. The subschema for
FX*500 can be modified by the customer and updated dynamically.
FX*500 provides for search optimisation by supporting keyed search
whereby specific attributes can be identified as 'keyed' through
local configuration data. This optimisation avoids the need to do a
"brute force" search which requires a traversal of all the nodes of a
subtree. Approximate match search filters are also supported by using
a phonetic search based on the "Soundex" algorithm.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
FX*500 meets both the static and dynamic requirements implied by
section 9.2 of X.519 1988.
From section 9.2 of X.519 1988 regarding DSA conformance:
* FX*500 supports both the directoryAccessAC and
directorySystemAC application contexts.
* The FX*500 DSA can act as a first level DSA
Apple & Rossen Informational [Page 86]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* The chained mode of operation is supported.
* The security levels "none" and "simple" are supported, the
"strong" security level can be supported with the addition of
an appropriate security module.
* The attribute types defined in X.520 and the object classes
defined in X.521 are supported.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
FX*500 meets both the static and dynamic requirements implied by
sections 9.2, 9.3 and 9.4 of X.519 1993 regarding the conformance of
DSA, Shadow Supplier and Shadow Consumer.
From section 9.2 of X.519 1993 regarding DSA conformance:
* FX*500 supports both the directoryAccessAC and
directorySystemAC application contexts
* the FX*500 DSA can act as a first level DSA
* the chained mode of operation is supported.
* the security levels "none" and "simple" are supported, the
"strong" security level can be supported with the addition of
an appropriate security module.
* the selected attribute types defined in X.520 are supported.
The UNIVERSAL STRING choice for DirectoryString is supported
but cannot be used for matching rules.
* the selected object classes defined in X.521 are supported.
* FX*500 supports the following 1993 extensions to the DAP and
DSP protocols:
* subentries
* copyShallDo
* attributeSizeLimit
* extraAttributes
* useAliasOnUpdate
* newSuperior
Apple & Rossen Informational [Page 87]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* FX*500 supports the following operational attributes:
* structural object class
* governing structural rule
* create timestamp
* modify timestamp
* creators name
* modifiers name
* prescriptive ACI
* entry ACI
* subentry ACI
* myAccessPoint
* superiorKnowledge
* supplierKnowledge (supported by local mechanism)
* consumerKnowledge (supported by local mechanism)
* secondaryShadows (supported by local mechanism)
* specificKnowledge
* nonSpecificKnowledge
* FX*500 supports return of alias names and indication that
returned entry information is complete
* support is given to modifying the object class attribute to
add and/or remove values identifying auxiliary object classes
* FX*500 supports both Basic Access Control and Simplified
Access Control
* FX*500 supports the name bindings defined in X.521
Apple & Rossen Informational [Page 88]
RFC 2116 X.500 Implementations Catalog-96 April 1997
From section 9.3 and 9.4 of X.519 1993 regarding conformance of a
Shadow Supplier and Shadow Consumer respectively:
* FX*500 supports the shadowSupplierInitiatedAC and
shadowConsumerInitiatedAC application contexts
* the security levels "none" and "simple" are supported, the
"strong" security level can be supported with the addition of
an appropriate security module.
* FX*500 supports the following UnitOfReplication:
* Entry filtering on object class
* Inclusion of subordinate knowledge in the replicated area
* Inclusion of extended knowledge in addition to subordinate
knowledge
* FX*500 can act as a secondary shadow supplier.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
Supports [RFC 1274], [RFC 1567],[RFC 1777],[RFC 1778],[RFC 1779]
FX*500 maintains statistics that are a superset of those defined by
[RFC 1567] "X.500 Directory Monitoring MIB".
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided. -- Ed.]
INTEROPERABILITY
Firefox are members of EurOSInet and test FX*500 by direct links with
other members and at interoperability workshops.
PILOT CONNECTIVITY
Firefox are participating in the NameFLOW-Paradise project, which is
the successor to the Paradise European X.500 directory pilot.
BUGS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 89]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CAVEATS AND GENERAL LIMITATIONS
[No information provided. -- Ed.]
INTERNETWORKING ENVIRONMENT
FX*500 utilises the Firefox FX*STACK product to provide an OSI stack
for use over local or wide-area networks. This enables the X.500
DAP, DSP and DISP protocols operate over a range of different network
types. The current network options are:
* OSI LANs are supported by Transport Class 4 over CLNP (ISO
8473), including the ES-IS routing protocol.
* X.25 networks are supported in either a Connection-Oriented
Network Service (CONS) or a Connection-Less Network Service
(CLNS) environment.
* For CONS, Transport Classes 0, 2 and 4 are supported over
X.25(1984).
* For CLNS, Transport Class 4 is supported over CLNP (ISO
8473) utilising X.25 as a subnetwork.
* TCP/IP networks are supported by an implementation of [RFC
1006], which supports Transport Class 0 over TCP/IP.
HARDWARE PLATFORMS
Intel 386, 486, Pentium
SOFTWARE PLATFORMS
FX*500 is available on NetWare 3.12 and 4.1, UnixWare 1.1.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
FX*500 is commercially available.
Apple & Rossen Informational [Page 90]
RFC 2116 X.500 Implementations Catalog-96 April 1997
For further details please contact:
Keith Vallance
Product Manager
Firefox International Limited
668 Hitchin Road
Stopsley
Bedfordshire LU2 7UH
UK
Tel: +44 (0)1582 29007
Fax: +44 (0)1582 29107
email: keithv@firefox.co.uk
Ken Sanofsky
Firefox (U.S.) Inc.
Seventh Floor
2099 Gateway Place
San Jose
CA 95110-1017
Tel: +1 408 321 8344
Fax: +1 408 321 8311
email: kens@firefox.com
DATE LAST UPDATED or CHECKED
April 1996
ADDITIONAL INFORMATION and/or COMMENTS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 91]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
Global Directory Server
Control Data Systems, Inc.
ABSTRACT
Control Data's X.500 implementation, called the Global Directory
Server, is compliant with the 1993 ITU-T Recommendations X.500-X.521,
except for DOP, schema publication, and non-specific subordinate
references. Features include:
* 1993 administrative framework
* 1993 operational attributes
* 1993 reference structure
* 1993 distributed operations
* 1993 incremental and full replication including:
* Supplier or consumer initiated
* Periodic (by update interval) or onchange replication
* Complete subtree specification to select replicated
area
* Reference replication
* 1993 basic access control including:
* Prescriptive, entry and subentry ACI supported
* Item first and user first specification
* All user classes supported including users by subtree
specification
* Access control by entry, attribute, and attribute value
* All priority levels supported
* 1993 collective attributes
* 1993 hierarchical attributes
Apple & Rossen Informational [Page 92]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* 1993 operational extensions
* 1993 modifyDN operation
* Full interoperability with "quipu" implementations including:
* quipu replication for designated portions of DIT
* quipu reference model for designated portions of DIT
* enhanced quipu access controls (ACLs)
* quipu operational attributes for designated portions of
DIT
* Can "automatically" migrate quipu DIT to 1993 DIT:
* Migration process is dynamic, can occur while DSA is
operating
* Process preserves quipu attributes if desired
Also:
* Directory API based on the X.400 API
* Support for X.400 objects including those to support MHS use
of directory to support MHS routing
* Integration with Control Data's Mail*Hub standards-based E-
mail and directory integration products
* DUA interfaces that support the full set of directory
operations
* A DUA daemon that provides directory access for applications
* Directory synchronization tools for synchronizing
PC/Mac/DEC/IBM mail directories and other sources of
information, such as human resources databases, with X.500
* Hash indexing for fast string search
* dixie, dad, finger, whois, and ph.x500 support
* SNMP based monitoring and management of DSAs
* Support for DAP, LDAP, DSP, and DISP
Apple & Rossen Informational [Page 93]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Can be browsed via standard World Wide Web browsers
Control Data Systems offers complete integration services to design,
plan, install, configure, tailor and maintain X.500 services. These
services may include the preparation of customer unique DUAs and
tools for X.500 integration, synchronization, operational control and
management.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
The Global Directory Server complies with the 1988 CCITT
Recommendations X.500-X.521 [CCITT-88] and the 1988 NIST OIW Stable
Implementation Agreements [NIST-88]. It also complies with all
static and dynamic requirements of X.519.
The Global Directory Server also provides:
* Full interoperability with "quipu" implementations including:
* quipu replication for designated portions of DIT
* quipu reference model for designated portions of DIT
* enhanced quipu access controls (ACLs)
* quipu operational attributes for designated portions of
DIT
* Can "automatically" migrate quipu DIT to 1993 DIT:
* Migration process is dynamic, can occur while DSA is
operating
* Process preserves quipu attributes if desired
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
The Global Directory Server complies with the 1993 ITU-T
Recommendations X.500-X.521, except for DOP, schema publication, and
non-specific subordinate references. It also complies with the 1994
NIST OIW Stable Implementation Agreements. And it complies with all
static and dynamic requirements of X.519. Compliance features:
* 1993 administrative framework
* 1993 operational attributes
* 1993 reference structure
Apple & Rossen Informational [Page 94]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* 1993 distributed operations
* 1993 incremental and full replication including:
* Supplier or consumer initiated
* Periodic (by update interval) or onchange replication
* Complete subtree specification to select replicated area
* Reference replication
* 1993 basic access control including:
* Prescriptive, entry and subentry ACI supported
* Item first and user first specification
* All user classes supported including users by subtree
specification
* Access control by entry, attribute and attribute value
* All priority levels supported
* 1993 collective attributes
* 1993 hierarchical attributes
* 1993 operational extensions
* 1993 modifyDN operation
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
Global Directory Server is compliant with the following RFCs: [RFC
1274], [RFC 1276], [RFC 1277], [RFC 1567], [RFC 1778], [RFC 1777],
[RFC 1779]
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
Global Directory Server is compliant with the following RFCs: [RFC
1202], [RFC 1249], [RFC 1275], [RFC 1278], [RFC 1279], [RFC 1558],
[RFC 1562], [RFC 1617], [RFC 1781], [RFC 1801], [RFC 1802], [RFC
1803], [RFC 1836], [RFC 1837], [RFC 1838]
Apple & Rossen Informational [Page 95]
RFC 2116 X.500 Implementations Catalog-96 April 1997
INTEROPERABILITY
Control Data X.500 has successfully interoperated with other X.500
implementations including those from HP, DEC, ESL, ISODE Consortium,
Telstra, ICL, Marben (HP), Nexor, Unisys, and Siemens.
PILOT CONNECTIVITY
Control Data's X,500 implementation interoperates with other
implementations in the Internet X.500 pilots. It also provides the
base routing tree for the MHS Use of the Directory pilot (Longbud) on
the Internet.
BUGS
Control Data provides complete software maintenance services with
products.
CAVEATS AND GENERAL LIMITATIONS
None.
INTERNETWORKING ENVIRONMENT
[RFC 1006] with TCP/IP, TP4 with CLNS, TP0 with X.25.
HARDWARE PLATFORMS
Global Directory Server is supported on UNIX for SUN SPARC, HP 9000,
and IBM RS/6000 platforms, and on Windows NT for Intel platforms.
Other platforms are pending.
SOFTWARE PLATFORMS
Distributed and supported for SUN Solaris 2.x, HP-UX 10.x, IBM AIX
4.x, and Windows NT.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
Product was introduced in December 1995. 5 implementations in the
field to date.
Apple & Rossen Informational [Page 96]
RFC 2116 X.500 Implementations Catalog-96 April 1997
AVAILABILITY
Commercially available from:
Control Data Systems Inc.
Electronic Commerce Solutions, ARH290
4201 Lexington Avenue North
Arden Hills, MN 55126-6198 U.S.A.
1-800-257-OPEN (U.S. and Canada)
1-612-482-6736 (worldwide)
FAX: 1-612-482-2000 (worldwide)
EMAIL: info@cdc.com
or
s=info p=cdc a=attmail c=us
DATE LAST UPDATED or CHECKED
July 1996
ADDITIONAL INFORMATION and/or COMMENTS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 97]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
i500 Enterprise Directory Server
ICL
ABSTRACT
ICL's i500 Enterprise Directory Server (simply termed "i500") is a
high performance X.500 distributed Directory system providing
features such as:
* multi-protocol support covering 1993-edition DAP, DSP and
DISP plus LDAP and WWW client access
* dynamically configurable schema (object classes, attributes,
structure rules etc.) including support for user-defined
schema items and auxiliary object classes
* a scalable, disk-based database incorporating configurable
indexing facilities to enable rapid, large-scale searching,
including approximate matching
* storage of a variety of information types including text,
image and sound
* the capabaility to operate as a "first-level" DSA
* 1993-edition replication of information (both primary and
secondary shadowing using DISP and supporting total refresh,
incremental or on-change updates)
* information security, using X.509 authentication techniques
together with either 1993-edition Basic or Simplified Access
Controls
* gateway facilities to enable X.500, LDAP and WWW client
access to non-X.500 based information
* a variety of APIs and associated development toolkits
including LDAP and X/Open XDS/XOM Directory access APIs
* support of the [RFC 1567] "MADMAN" systems management MIB
* a Windows (3.11, 95 or NT) based management station
Apple & Rossen Informational [Page 98]
RFC 2116 X.500 Implementations Catalog-96 April 1997
COMPLIANCE withX.500-1988 (applicable only forDSAs and DUAs)
i500 is compliant with the 1993-edition of X.500 and interoperates
with 1988-edition DUAs and DSAs.
COMPLIANCE withX.500-1993 (applicable only forDSAs and DUAs)
i500 is compliant with the 1993-edition of X.500 and is implemented
in-line with the ISO/ITU-T Directory Implementor's Guide and the
emerging 1993 International Standardized Profiles (ISPs) being
produced by the NIST OIW, EWOS and AOW workshops.
Full Protocol Implementation Conformance Statements (PICS) are
available on request to either:
i500@reston.icl.com or k.richardson@man0523.wins.icl.co.uk
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
i500 supports a variety of proposed Internet standards and in
particular, [RFC 1274] (schema), [RFC 1567] (MIB) and [RFC 1777]
(LDAP).
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
i500 is developed in-line with any necessary informational and
experimental RFCs, e.g.[RFC 1278] and [RFC 1558] are supported.
INTEROPERABILITY
ICL are members of EuroSInet and EEMA. As such, i500 is regularly
tested for interoperability at EuroSInet workshops and has also been
included in public demonstrations of X.500 interoperability at EEMA
annual exhibitions. Other X.500 products with which i500 has been
proven to interoperate include those from the following vendors:
* Boldon-James
* Control Data
* DCL
* Digital
* ISOCOR
* ISODE
Apple & Rossen Informational [Page 99]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Net-Tel
* NeXor
* SNI
* Unisys
* WorldTalk
PILOT CONNECTIVITY
i500 operates within the Internet PARADISE network controlled by
DANTE.
BUGS
No known bugs. World-wide software maintenance services are provided
with primary support desks based in North America and Europe.
CAVEATSAND GENERAL LIMITATIONS
None.
INTERNETWORKING ENVIRONMENT
TCP/IP for LDAP and WWW client (HTTP) access
TCP/IP with [RFC 1006]
OSI TP0, TP2, TP3, (X.25, CONS) and TP4 (CLNP)
HARDWARE PLATFORMS
HP, Intel PC, ICL, SUN, Pyramid and platforms which support UNIXWARE
2.0
SOFTWARE PLATFORMS
HP UX-9.04 and 10.0, Windows NT 3.51, ICL DRS/NX 7, SUN Solaris 2.4
and 2.5, Pyramid OSx, UNIXWARE 2.0
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 100]
RFC 2116 X.500 Implementations Catalog-96 April 1997
AVAILABILITY
i500 is commercially available from ICL High Performance Systems.
For further information please contact either:
i500 Marketing Manager, or David Longley (i500 Business Manager),
ICL Inc., ICL,
11490 Commerce Park Drive, Wenlock Way,
Suite 500, West Gorton,
Reston, Manchester,
VA 22091-1532 USA M12 5DR, UK
Tel. +1 703 648 3300 Tel. +44 (0)161 223 1301 ext.2832
Fax. +1 703 648 3350 Fax. +44 (0)161 223 0482
I/net. i500@reston.icl.com I/net.
d.c.longley@man0505.wins.icl.co.uk
Information on i500 is also provided at
http://www.icl.com/hps/i500.html.
DATE LAST UPDATED or CHECKED
July 29, 1996
ADDITIONAL INFORMATION and/or COMMENTS
None.
Apple & Rossen Informational [Page 101]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
ISODE Consortium Release 3.0 X.500(1993) Directory ISODE Consortium
Ltd.
ABSTRACT
This implementation is a source release of an X.500(1993) Directory
System Agent (DSA). It has been designed an implemented as an X.500
1993 DSA not as a 1988 DSA with '93 extensions. Emphasis has been
placed on providing support for a flexible information model, access
control, X.509 security features, and standard replication.
The 1993 DSA offers a strong technical foundation on which to build
an information and messaging infrastructure that relies on robust and
scalable directory services. The implementation of this DSA
incorporates the experience gained through the development, support,
and maintenance of the earlier QUIPU, as well as operational
experience and standards support.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
The DSA is aligned to the 1988 ISO IS and the NIST OIW Directory
Implementors Guide Version 1. X.500(1993) features such as
replication, access control, as well as X.509 certification are also
available. Interoperability testing with other DSAs has been
performed.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
Please contact the ISODE Consortium if you wish to obtain our
protocol information conformance statements. PICS may also be
available from member organizations for their binary products.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[RFC 1781],[RFC 1779],[RFC 1778],[RFC 1777], [RFC 1274], [RFC 1277].
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[RFC 1838], [RFC 1837], [RFC 1836],[RFC 1801], [RFC 1275], [RFC
1278], [RFC 1279].
Apple & Rossen Informational [Page 102]
RFC 2116 X.500 Implementations Catalog-96 April 1997
INTEROPERABILITY
Interoperability with several other DSAs has been demonstrated in
pilot operation and at Eurosinet in October 1995.
At Eurosinet, X.500 interoperability testing used the X.500 DAP
(Directory Access) and DSP (Directory System) protocols. Successful
testing was done between the ISODE Consortium X.500(1993) DSA and
DSAs from four other vendors including Siemens-Nixdorf and Bull. The
ISODE Consortium was the only vendor to bring an X.500(93) compliant
DSA to the workshop for the scheduled X.500(93) testing.
PILOT CONNECTIVITY
Connectivity to the global research pilots (PARADISE etc.) has been
demonstrated. It is expected that this system will be used
extensively in a wide range of pilot activities. DUA Connectivity,
and DSA Connectivity.
BUGS
Bugs should be reported to the ISODE Consortium via email.
CAVEATS AND GENERAL LIMITATIONS
None
INTERNETWORKING ENVIRONMENT
The IC R3.0 release is application level code, and assumes vendor
provided lower layers. It provides the following modules with support
for a range of APIs to handle associated lower layers:
* [RFC 1006] (vendor supplied TCP/IP using sockets or TLI)
* Transport service (vendor supplied transport, which may be
any class and use any network service. TLI, XTI and various
vendor-specific APIs).
* TP0 (Vendor supplied X.25 or CONS using NTI and various
vendor specific APIs).
HARDWARE PLATFORMS
Reference platform is SUN SPARC Solaris 2. The software has been
ported to various other platforms by the IC and by member
organizations. Contact the ISODE Consortium for a complete member
product list.
Apple & Rossen Informational [Page 103]
RFC 2116 X.500 Implementations Catalog-96 April 1997
SOFTWARE PLATFORMS
Reference OS is Solaris 2.3/2.4. It is also known to run on various
other UNIX platforms. Contact the ISODE Consortium for a complete
member product list.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
Available to members of the ISODE Consortium. Membership is open to
any organisation. An earlier version of the source release is
available under licence (zero cost) to universities and equivalent
educational institutions.
Contact:
ISODE Consortium
The Dome, The Square
Richmond
TW9 1DT
UK
Phone: +44-181-332-9091
Fax: +44-181-332-9019
Email:
DATE LAST UPDATED or CHECKED
January 1996
ADDITIONAL INFORMATION and/or COMMENTS
More information may be obtained by contacting the ISODE Consortium,
or by visiting our WWW site, http://www.isode.com/
Our X.400 address is s=ic-info; o=ISODE Consortium; p=ISODE;
a=MAILNET; c=FI
Apple & Rossen Informational [Page 104]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
ISOPLEX DS (tm) DSA
ISOCOR
ABSTRACT
ISOCOR's ISOPLEX DS Directory Services Product Family also includes:
ISOPLEX DS Import/Export Utility for Windows
ISOPLEX DS Navigator
ISOPLEX DS Directory Access XDS/XOM APIs
ISOGATE DS (tm) Oracle
The ISOPLEX DS provides a 1988 X.500 conformant Directory System
Agent (DSA), a Lightweight Directory Access Protocol (LDAP) daemon to
service Directory requests via LDAP, a UNIX Directory shell user
agent (DISH), a Motif Directory Administrator interface to configure
the first level and subordinate DSAs, and supporting utilities to
handle bulk loading of the Directory, maintain statistics, and
provide logging information.
In addition to supporting memory-based Directory Information Bases
(DIBs), the ISOPLEX DS includes the optional configuration of
delegate DSA processes for storing selected subtrees of the Directory
Information Tree (DIT) in disk-based index and data files.
The ISOPLEX DS includes a set of utilities integrating it with key
technology. The most important of these tools is the World Wide Web
to X.500 gateway, which supports Hyper-Text Markup Language (HTML)-
based DUA bindings to the ISOPLEX DS DSA via the ISOPLEX DS LDAP
daemon process.
The ISOPLEX DS additionally provides Simple Network Management
Protocol (SNMP) functionality that works in conjunction with an
existing SNMP environment. The ISOPLEX DS functionality is
specifically designed to monitor a DSA's DSP and DAP connections from
a network managment system and uses the X.500 Directory monitoring
Management Information Base (MIB), which is based on [RFC 1567].
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
The ISOPLEX DS conforms to the 1988 CCITT Recommendations X.500-X.521
as detailed in the Protocol Implementation Conformance Statements
X.581 (1988) and X.582 (1988). It conforms in part to Version 7 of
the NIST OIW Stable Implementation Agreements.
Apple & Rossen Informational [Page 105]
RFC 2116 X.500 Implementations Catalog-96 April 1997
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
The ISOPLEX DS does not conform to the 1993 ITU-T Recommendations
X.500-X.521.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
The ISOPLEX DS conforms with the following proposed Internet Standard
RFCs: [RFC 1274], [RFC 1276], [RFC 1277], [RFC 1567], [RFC 1777],
[RFC 1778], [RFC 1779], and [RFC 1798].
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
The ISOPLEX DS is consistent with the following informational and
experimental RFCs: [RFC 1275], [RFC 1278], [RFC 1279], [RFC 1558],
[RFC-1617], [RFC 1781], [RFC-1801], [RFC-1803], and [RFC-1804].
INTEROPERABILITY
The ISOPLEX DS interoperates with the following systems: Control
Data, Digital Equipment, Hewlett Packard, Marben, Nexor, The
Wollongong Group, and Unisys.
PILOT CONNECTIVITY
The ISOPLEX DS provides DUA Connectivity and DSA Connectivity via the
PARADISE project in Europe and via the Internet in North America.
BUGS
If problems arise with the ISOPLEX DS, the customer can report these
to the relevant ISOCOR reseller or contact ISOCOR Technical Support
directly. ISOCOR Technical Support staffs are available in two
locations: one in the US at +1 (310) 581-8100 (phone), +1 (310) 581-
8111 (fax), and helpdesk@isocor.com; the other in Ireland at +353 (1)
284-3802 (phone), +353 (1) 280-0365, and helpdesk.isocor.ie.
CAVEATS AND GENERAL LIMITATIONS
Not applicable.
INTERNETWORKING ENVIRONMENT
Though the internetworking capability of the product depends on the
specific hardware/software platform, the ISOPLEX DS in general
supports the following environments:
[RFC 1006] with TCP/IP
Apple & Rossen Informational [Page 106]
RFC 2116 X.500 Implementations Catalog-96 April 1997
TP2 over X.25, CONS (ISO 8878), APS on Async
TP4 over CLNS, PAD (X.29) Server
HARDWARE PLATFORMS
Hewlett Packard
Intel 486/Pentium
Sun
Stratus
SOFTWARE PLATFORMS
Hewlett Packard HP-UX v9.x/v10.x, HP OSI Transport Services 9000
SCO v3.2.4, v3.2.5, SCO OpenDesktop, TCP/IP, IEEE 802.3, Eicon R3.1
for X.25 networking software and hardware
Solaris v2.4, Sunlink OSI 8.0.2, Sunlink X.25 8.0.2
Stratus ftx v2.2, OSI Open Networking Platform (ONP), Stratus Window
Manager 1.2 End User System, MIT X11R5 Graphics End User System, MIT
X11R5 Graphics Fonts package, MIT X11R5 Graphics Openlook Software
package
Motif/X11R5 runtime support
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
The ISOPLEX DS is commercially available either directly from ISOCOR
or from a licensed ISOCOR reseller.
DATE LAST UPDATED or CHECKED
December 31, 1995.
ADDITIONAL INFORMATION and/or COMMENTS
Not applicable.
Apple & Rossen Informational [Page 107]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
LDAP
University of Michigan
ABSTRACT
UM-LDAP is an implementation of the Lightweight Directory Access
Protocol. LDAP is a draft Internet standard directory service
protocol that runs over TCP/IP. It can be used to provide a stand-
alone directory service, or to provide lightweight access to the
X.500 directory. LDAP is defined by [RFC 1777] and [RFC 1778].
The UM-LDAP package includes the following components:
* slapd - a stand-alone LDAP directory server
* slurpd - a stand-alone LDAP replication server
* ldapd - an LDAP-to-X.500 gateway server
* centipede - an LDAP centroid generation and maintenance
program
* libldap - an LDAP client library
* liblber - a lightweight BER/DER encoding/decoding library
* ldif tools - data conversion tools for use with slapd
* in.xfingerd - a finger-to-LDAP gateway server
* go500 - a gopher-to-LDAP gateway server for searching
* go500gw - a gopher-to-LDAP gateway server for searching and
browsing
* rcpt500 - an email-to-LDAP query responder
* mail500 - an LDAP-capable mailer
* fax500 - an LDAP-capable mailer that supports remote printing
* LDAP tools - A collection of shell-based LDAP utility
programs
Apple & Rossen Informational [Page 108]
RFC 2116 X.500 Implementations Catalog-96 April 1997
In addition, there are some contributed components:
* web500 - an HTTP-to-LDAP gateway
* whois++d - a WHOIS++-to-LDAP gateway
* saucer - a simple command-line oriented client program
The latest information about LDAP can always be found on the LDAP
Home Page at this URL:
http://www.umich.edu/~rsug/ldap/
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
The U-M LDAP distribution is a complete implementation of the LDAP
protocol. The LDAP protocol does not support access to all X.500
features and operations. The operations supported are bind, search,
compare, add, delete, modify, modify RDN, and abandon. Note that
read and list operations can be emulated using the search operation.
Size and time limits may be specified, as may alias dereferencing and
searching, but all X.500 service controls are not supported.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
Since the LDAP protocol itself has not yet been updated to support
any 1993-specific X.500 features, this implementation does support
any 1993 features yet either.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
Believed to be compliant with:
[RFC 1274], [RFC 1777], [RFC 1778], [RFC 1779], [RFC 1781]
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
Includes an implementation of the LDAP API, as defined in [RFC 1823].
Search filters used within UM-LDAP comply with [RFC 1558].
INTEROPERABILITY
The current implementation of the X.500-backended LDAP server (ldapd)
is known to work with ISODE-based DAP libraries and the QUIPU DSA.
PILOT CONNECTIVITY
DUA connectivity should be possible to all pilots.
Apple & Rossen Informational [Page 109]
RFC 2116 X.500 Implementations Catalog-96 April 1997
BUGS
Bug reports should be sent to bug-ldap@umich.edu.
CAVEATS AND GENERAL LIMITATIONS
None, aside from those mentioned above under completeness.
INTERNETWORKING ENVIRONMENT
LDAP clients use TCP to communicate with the LDAP server. The LDAP
server normally uses [RFC 1006] with TCP/IP to communicate with the
DSA, though any other transport mechanism for DSA communication
supported by ISODE should be possible.
HARDWARE PLATFORMS
The complete UM-LDAP package has been ported to a wide variety of
UNIX systems, including: Sun3 and SPARCs running SunOS 4.1.x or
Solaris 2.x, DECStations running Ultrix 4.3, HP 9000 series running
HP-UX 9.05, IBM RS6000 running AIX 3.2.5, PCs running SCO, FreeBSD,
NetBSD, or LINUX, DEC Alphas running OSF/1, and NeXTStatios running
NeXTSTEP 3.2. The complete package has also been ported to VMS. In
addition, the LDAP client libraries and some client programs have
been ported to Apple Macintosh and PCs running MSDOS or Windows.
SOFTWARE PLATFORMS
The complete UM-LDAP package has been ported to a wide variety of
UNIX systems, including: SunOS 4.1.x, Solaris 2.x, Ultrix 4.3, HP-UX
9.05, AIX 3.2.5, SCO, FreeBSD, NetBSD, LINUX, OSF/1, and NeXTSTEP
3.2. It has also been ported to VMS. In addition, the LDAP client
libraries and some clients have been ported to Macintosh (System 7),
MSDOS (some TCP/IP stacks), and Microsoft Windows 3.1, 95, and NT.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
Unknown; used by almost all Internet X.500 sites.
AVAILABILITY
This software is openly available for all to use. It may be obtained
by anonymous FTP from terminator.rs.itd.umich.edu in the /ldap/
directory (URL: ftp://terminator.rs.itd.umich.edu/ldap/). The latest
information about LDAP can always be found on the LDAP Home Page at
this URL:
http://www.umich.edu/~rsug/ldap/
Apple & Rossen Informational [Page 110]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Send e-mail to ldap-support@umich.edu for additional assistance.
This software was developed at the University of Michigan by Tim
Howes with help from Mark Smith, Bryan Beecher, Gordon Good, Steve
Rothwell, Lance Sloan as well as many others around the Internet. It
is subject to the following copyright:
Copyright (c) 1992-1996 Regents of the University of Michigan.
All rights reserved. Redistribution and use in source and binary
forms are permitted provided that this notice is preserved and
that due credit is given to the University of Michigan at Ann
Arbor. The name of the University may not be used to endorse or
promote products derived from this software without specific prior
written permission. This software is provided ``as is'' without
express or implied warranty.
DATE LAST UPDATED or CHECKED
December 1995
ADDITIONAL INFORMATION and/or COMMENTS
[No Information Provided -- Ed.]
Apple & Rossen Informational [Page 111]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
maX.500 :: Macintosh DUA Interface
University of Michigan
ABSTRACT
maX.500 is a Directory User Agent (client) for Apple Macintosh. It
is widely used within Paradise and other Internet X.500 pilots.
maX.500 supports searching, browsing, and modifying directory
entries. Display of textual information, playing of audio, and
viewing of both black-and-white (fax) and color (JPEG) images are
supported. Communication with directory servers is via the
Lightweight Directory Access Protocol (LDAP) over TCP/IP. maX.500
works both with standalone LDAP directory servers (such as slapd) and
with X.500-backended LDAP servers (such as ldapd).
maX.500 is a native Macintosh application, and has a friendly
interface. It requires System Software version 6.0.5 or later and
Apple's MacTCP or Open Transport TCP/IP networking. The current
version of maX.500 is 2.0.2, although version 2.1 is in beta test.
The latest information about maX.500 can always be found on the
maX.500 Home Page at this URL:
http://www.umich.edu/~rsug/ldap/max500/
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
maX.500 works over LDAP, and is subject to LDAP's limitations. The
bind, search, compare, add, delete, abandon, modify, and modifyrdn
operations are all used by maX.500. Size and time limits may be
specified, as may alias dereferencing control.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
maX.500 currently uses LDAP as defined in [RFC 1777], which does not
support any 1993-specific X.500 features.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
Believed to be compliant with:
[RFC 1274], [RFC 1777], [RFC 1778], [RFC 1779], [RFC 1781]
Apple & Rossen Informational [Page 112]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
Search filters comply with [RFC 1558].
Uses the LDAP API, as defined in [RFC 1823].
INTEROPERABILITY
maX.500 is known to work with the U-M LDAP servers (ldapd and slapd).
It has also been tested with other commerical LDAP servers, such as
Control Data's server. maX.500 has been used with a wide variety of
DSAs (always through an LDAP server).
PILOT CONNECTIVITY
DUA connectivity should be possible to all pilots.
BUGS
Bug reports should be sent to max500-bugs@umich.edu.
CAVEATS AND GENERAL LIMITATIONS
maX.500 does not support modification of "photo" (fax), "jpegPhoto",
or "audio" attributes. Versions of maX.500 before 2.1 did not
support a fully functional browse facility.
INTERNETWORKING ENVIRONMENT
maX.500 is an LDAP client, and as such is uses TCP to communicate
with the LDAP server. Apple's MacTCP control panel or Open Transport
TCP/IP networking is required.
HARDWARE PLATFORMS
maX.500 runs on Apple Macintosh Plus or later Macintosh computers,
including PowerMacs. It requires 600K of free RAM.
SOFTWARE PLATFORMS
maX.500 requires Apple System Software 6.0.5 or later (System 7
preferred) and MacTCP 1.1 or later (2.0.6 preferred). maX.500 2.1,
which is currently in beta test, will run natively on the PowerMac
and use the native Open Transport networking interface if it is
installed.
Apple & Rossen Informational [Page 113]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
This software is openly available for all to use. It may be obtained
by anonymous FTP from terminator.rs.itd.umich.edu in the /ldap/max500
directory (URL: ftp://terminator.rs.itd.umich.edu/ldap/max500). The
latest information about maX.500 can always be found on the maX.500
Home Page at this URL:
http://www.umich.edu/~rsug/ldap/max500/
Send e-mail to max500@umich.edu for additional assistance.
This software was developed at the University of Michigan by Mark
Smith with help from Tim Howes and many others around the Internet.
It is subject to the following copyright:
Copyright (c) 1995 Regents of the University of Michigan. All
rights reserved. Redistribution and use in binary forms is
permitted provided that this notice is preserved and that due
credit is given to the University of Michigan at Ann Arbor. The
name of the University may not be used to endorse or promote
products derived from this] software without specific prior
written permission. This software is provided ``as is'' without
express or implied warranty.
DATE LAST UPDATED or CHECKED
December 1995
ADDITIONAL INFORMATION and/or COMMENTS
[No Information Provided -- Ed.]
Apple & Rossen Informational [Page 114]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
Messageware DSA
NEXOR
ABSTRACT
Messageware DSA is a high performance X.500(93) DSA. Characteristics
of the DSA are:
* DAP access
* DISP for replication and shadowing information
* DSP access
* LDAP
* Full 1993 Basic and Simple Access Control
* Support for X.400, X.500, and [RFC 1274] attributes and
object classes
* Approximate match based on Soundex.
* Flexible schema management
* Anti-trawling access control
* Knowledge management mapped onto DIT
* Attribute inheritance
* Remote management
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
Messageware DSA is an X.500 1993 compliant DSA
XT-QUIPU is a X.500 1988 compliant DSA conforming to NIST SIA version
2.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
Messageware DSA isn X.500 1993 compliant DSA implementing standard
access control, replication and shadowing, X.509, for a full
conformance statement see the NEXOR web site(http://www.nexor.com).
Apple & Rossen Informational [Page 115]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
The following are supported: String DN format [RFC 1485], [RFC 1274],
[RFC 1276], and [RFC 1277].
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
The following are supported: UFN [RFC 1781], [RFC 1278], and [RFC
1279].
INTEROPERABILITY
Messagware DSA has been extensively interoperability tested at
Eurosinet workshops and at the EEMA X.500 demonstration. Other
vendors DSAs/DUAs interoperated with include:
ICL, Control Data, Unisys, Digital, Isocor, DCL, SNI, Boldon James
It is also in operation with DSAs used in the PARADISE and other
pilot projects.
PILOT CONNECTIVITY
Messageware DSA is fully connected to the PARADISE and PSI White
Pages X.500 Pilots.
BUGS
No known bugs. Support is given via phone or email to
"support@nexor.co.uk"
CAVEATS AND GENERAL LIMITATIONS
None.
INTERNETWORKING ENVIRONMENT
OSI TP4 wtih CLNP
OSI TP0 with X.25 or CONS
[RFC 1006] with TCP/IP
HARDWARE PLATFORMS
Sun: SunOS
Solaris
X86
IBM RS/6000: AIX
HP 9000
Apple & Rossen Informational [Page 116]
RFC 2116 X.500 Implementations Catalog-96 April 1997
It is available on a number of other UNIX platforms
SOFTWARE PLATFORMS
SunOs 4.1.3 Solaris 2.4 AIX 3.2 DRS/NX 6000 HP-UX 9.01
Other software platforms are available.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
Messageware DSA is available from NEXOR and NEXOR partners. For more
details contact:
NEXOR
PO Box 132
Nottingham
NG7 2UU
UK
DN: c=GB@o=NEXOR Ltd
Telephone: +44 115 952 0510
Fax: +44 115 952 0519
E-Mail: info@nexor.co.uk
DATE LAST UPDATED or CHECKED
Dec 95
ADDITIONAL INFORMATION and/or COMMENTS
[No Information Provided--Ed.]
Apple & Rossen Informational [Page 117]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
MESSAGEWARE PC-DUA
NEXOR
ABSTRACT
PC-DUA provides a MS Windows based user interface to the X.500
Directory.
Features include:
o Modify - allows users and administrators alike to add, change or
delete directory entries
o Searching - powerful searching tool so specific information can
be quickly located. Also lists close matches
o Highly flexible - can be customised to suit an organisations
particular requirements
o Directory Browser - to enable user to identify directory entries
o History - allowing quick access to previously referenced parts
of the DIT.
o User Friendly Name (UFN) based searching
o Hypertext-like navigation.
o Friendly names for attribute labels.
o Intelligent choice of entries to display when moving to a new
location in the DIT.
o On-line hypertext help.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
Compliant with LDAP 3.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
Compliant with 1993 versions of ITU X.500/ISO 9594 services and
protocols
Apple & Rossen Informational [Page 118]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
The following are supported: [RFC 1006]
[RFC 1202]
[RFC 1274]
[RFC 1277]
[RFC 1777]
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided--Ed.]
INTEROPERABILITY
PC-DUA has interoperated with LDAP 2.0 and 3.0 distributions.
Eurosinet Workshop:
SNI, CDS, AT&T, ICL, Digital, ISOCOR, UNISYS and QUIPU.
PILOT CONNECTIVITY
Full DUA connectivity to the NADF, PARADISE and PSI White Pages X.500
Pilots.
BUGS
No known bugs. Support is given via phone or email to
"support@nexor.co.uk"
CAVEATS AND GENERAL LIMITATIONS
None.
INTERNETWORKING ENVIRONMENT
WinSock based TCP/IP stacks
HARDWARE PLATFORMS
386 PC or greater WITH 4MGBYTES RAM
SOFTWARE PLATFORMS
MS WINDOWS 3.1
Windows NT
Windows95
Apple & Rossen Informational [Page 119]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
PC-DUA is commercial software. For more details contact:
NEXOR
PO Box 132
Nottingham
NG7 2UU
UK
DN: c=GB@o=NEXOR Ltd
Telephone: +44 (0) 115 952 0510
Fax: +44 (0) 115 952 0519
E-Mail: info@nexor.co.uk
DATE LAST UPDATED or CHECKED
Dec 95
ADDITIONAL INFORMATION and/or COMMENTS
[No Information Provided--Ed.]
Apple & Rossen Informational [Page 120]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
NonStop Directory Services (NSDS)
Tandem Computers, Inc.
ABSTRACT
The Tandem NonStop Directory Services (NSDS) product provides a
distributed open directory service on Tandem platforms. It is an
industrial strength implementation incorporating the Tandem product
fundementals of resilience, linear extensibility, fault-tolerance, and
continuous availability. NSDS runs on the NonStop Kernel Guardian
Personality which includes support for Tandem system characteristics
such as data integrity, process persistence, and server classes. NSDS
supports access over X.25 WAN, LAN and TCP/IP networks.
NSDS is a port of OSF's DCE GDS Reference Implementation, with Tandem
enhancements including 1993 X.500 Simplified Access Control. Tandem
server class management provides fault events, tracing, accounting and
configuration services for NSDS. TM/MP (Transaction Management) is
used to protect all file operations that affect the integrity of the
directory entries in the DIB.
Major Features Include:
* X/Open Directory Services (XDS) API and X/Open Object
Management (XOM) interface in conformance with X/Open CAE
Specifications, and an additional Tandem extension package
* 1988 Edition X.500 Conformant DAP and DSP, capable of inter-
operating with 1993 Edition DUA or DSA implementations
* Simplified Access Control as specified in the 1993 edition of
the X.500 standard.
* Unprotected Simple Authentication (name and password in
clear)
* Character set support for T61 Printables, IA5 and Teletex
Strings
* The DSA-SC server class performs the functions of a DSA.
Multiple processes are used for fault tolerance and load
balancing.
* The DUA-ACCESS server class handles communications between
local applications and remote DSA's using DAP across an OSI
stack.
Apple & Rossen Informational [Page 121]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* The DSA-ACCESS server class handles communications from
remote DUAs or DSAs to the DSA-SC server class using the
Tandem OSI stack implementation which includes [RFC 1006]
support for TCP/IP networks.
* The DSA-CHAIN server class handles chaining communications
between the DSA-SC server class and remote DSAs.
* NSDS GUI Viewer supports administration/management of an NSDS
DIB on a PC Windows workstation. The NSDS GUI Viewer is
supported by a persistent server process on the Tandem
NonStop Kernel. The GUI Viewer allows a directory entry and
a complete set of attributes and values to be inserted
anywhere in the directory tree (DIT), to be deleted or
changed, read or searched based on distinguished name
components, with or without wild-card.
* NSDS SCRIPTOR allows customers to explore features of the XDS
programmatic interface in advance of writing their XOM/XDS
application. NSDS SCRIPTOR is a menu-driven batch interface
to XDS functions.
* A BulkUnload/BulkLoad utility allows a branch of the DIB to
be dumped to an editable flat file and restored from that
file. The flat file can be modified before being bulk-loaded
into a DIB which may conform to a different schema
definition.
* Support for the LDAP protocol.
* Messaging-Based Directory Query (MDQ) provides a text-based
query interface to the directory from an X.400 messaging
system, such as Tandem OSI/MHS, via the XAPIA compliant GPI
interface.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
NSDS complies with the '88 CCITT X.500 and ISO 9594 standard, and
part of '93 X.500 standard.
NSDS DSA and DUA are compliant with OIW Agreements, with the
following features yet to be implemented:
* Strong Authentication (Sections 6.6.2 and 8.4e)
* Priority Service Control (Section 7.4)
Apple & Rossen Informational [Page 122]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Digital Signature, Replication and Shadowing (Sections 8.8-
8.12)
* Authentication (Sections 9.1.7 and 14.1-
14.2)
* Directory Trace Information (Section 9.2.2)
* Abandon and ROSE operation class 2 (Section 10.1)
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
* NSDS supports the directoryAccessAC (DAP) and directorySystemAC
(DSP) application contexts.
* The DSA is capable of acting as a first-level DSA.
* Chaining is supported.
* security levels of simple unprotected password and none are
supported.
* All attribute types defined in ISO/IEC 9594-6:1993 are supported
except for collective attributes and enhancedSearchGuide.
Customer defined attributes can also be added. UNIVERSAL STRING
is not supported.
* All object classes defined in ISO/IEC 9594-7:1993 are supported.
Customer defined object classes can be also be added.
* Name forms defined in ISO/IEC 9594-7:1993 are all supported.
Customer defined name forms can also be added.
* Simplified Access Control is supported.
* Support for collective attributes is not provided.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[RFC 1277], [RFC 1777], [RFC 1779], [RFC 1778]
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[RFC 1279]
Apple & Rossen Informational [Page 123]
RFC 2116 X.500 Implementations Catalog-96 April 1997
INTEROPERABILITY
NSDS DSAs interoperate with various 1988 X.500 and 1993 X.500
conformant DUAs with unrecognized features of the incoming 1993-based
request ignored.
PILOT CONNECTIVITY None at the present time.
BUGS
Information is provided with the production installation guide.
CAVEATS AND GENERAL LIMITATIONS
The OSF/DCE "GDS Extension Package" is not supported by NSDS. A
Tandem "NDS Extension Package" is provided to support 1993 Simplified
Access Control.
INTERNETWORKING ENVIRONMENT
The underlying protocols carrying DAP and DSP protocols are provided
by OSI higher layer stack over X.25, LAN and/or TCP/IP via [RFC-
1006].
HARDWARE PLATFORMS
Tandem NonStop Himalaya Systems
SOFTWARE PLATFORMS
D30.02 NonStop Kernel. The operator's GUI runs under Microsoft
Windows 3.1 or later.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
The NSDS Rev 1.0 production version has been available since October
1995.
Apple & Rossen Informational [Page 124]
RFC 2116 X.500 Implementations Catalog-96 April 1997
For more details, please contact:
Don S. Jones
NSDS Product Manager
Phone: (408) 285-6480
Fax: (408) 285-6004
e-mail: JONES_S_DON@TANDEM.COM
DATE LAST UPDATE or CHECKED
July 1996.
ADDITIONAL INFORMATION and/or COMMENTS
None.
Apple & Rossen Informational [Page 125]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
ORG.D (tm) V2.0 / V2.1
Siemens Nixdorf Informationssysteme AG
ABSTRACT
ORG.D V2.0 is Siemens Nixdorf's administrative directory client
product. Through its file manager like user interface retrieval and
DIT administration operations are supported. ORG.D offers a DDE
interface and with ORG.D V2.1 additionally OLE / OCX / MAPI interfaces
are supported. ORG.D V2.1 is an MS-Windows application acting as an
LDAP client.
Among others, ORG.D has the following features:
* Comprehensive, simple-to-use search and positioning options
* complex searches, including approximate search
* Several databases visible at the same time in an interface
* Private address books: available on every desktop
* Optional use of distribution lists and private address book
* Support for MS-Word mail merge by means of special export
format
* adaptable print listings and comfortable list&label
functionality
* customizing tool in order to adapt to any directory schema
* Configurable user interface
* Automatic unbind after idle time
* Anonymous and simple unprotected bind
* Data transfer to Windows applications via file, Drag&Drop,
and DDE
* Central administration of distribution lists/groups
* "Domain administrators" with limited rights defined only for
home site/department
Apple & Rossen Informational [Page 126]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Direct modification / creation of DIT entries from the user
interface
* Choice of a proposal list when new employee data is added
Tight integration in SNI4s X.400/SMTP-MIME mail service and CIT
products
* DDE connection and drag&drop data transfer to SNI's X.400
user agent MAIL.D and SNI4s CIT product ComfoPhone
* Setting up and administering mailboxes on remote mailbox
servers
* Central administration of server addresses and logon data
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
ORG.D V2.1 is an LDAP client.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
ORG.D V2.1 is an LDAP client.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
ORG.D V2.1 is compliant with the following RFCs: [RFC 1777], [RFC
1778], [RFC 1779].
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
ORG.D V2.1 is compliant with the following RFCs: [RFC 1278], [RFC
1558].
INTEROPERABILITY
ORG.D V2.1 is based on University of Michigan's LDAP implementation
V3.0. It can interoperate with any LDAP server.
PILOT CONNECTIVITY
In future ORG.D will be used to browse in the European NameFLOW-
PARADISE pilot network. Currently SNI's directory client product DIR.D
V2.6 is used to browse in the European NameFLOW-PARADISE pilot
network.
Apple & Rossen Informational [Page 127]
RFC 2116 X.500 Implementations Catalog-96 April 1997
BUGS
To report bugs and/or to retrieve additional information on SNI's
directory products please send mail to infoline-
com@s41.mch1.x400scn.sni.de.
CAVEATS AND GENERAL LIMITATIONS
[No information provided. -- Ed.]
INTERNETWORKING ENVIRONMENT
LDAP with TCP/IP
HARDWARE PLATFORMS
PC (Intel)
SOFTWARE PLATFORMS
Windows 3.1 + Winsockets
Windows for Workgroups 3.11 + Winsockets
Windows 95
Windows NT 3.5
OS/2 3.0 + Windows for OS/2 + Winsockets
NUMBER OF IMPLEMENTATIONS IN THE FIELD
Field testing is to be started in Spring 1996.
AVAILABILITY
ORG.D V2.0 / V2.1 can be delivered as a binary product. It is
commercially available from:
Siemens Nixdorf Informationssysteme AG
ASW BA COM 1
D-81730 Munich
Germany
Please contact
Giovanni Rabaioli
Voice: +49/89-636-41095
Fax: +49/89-636-42552
Mail: Giovanni.Rabaioli@mch.sni.de
Apple & Rossen Informational [Page 128]
RFC 2116 X.500 Implementations Catalog-96 April 1997
DATE LAST UPDATED or CHECKED
April 1996
ADDITIONAL INFORMATION and/or COMMENTS
DIR.X V4.0 1993 X.500 Directory Service
DIR.X V3.1 1988 X.500 Directory Service
DIR.D V2.6 LDAP browser for information retrieval
DIR.X-SYNC V2.0 Directory synchronization
Apple & Rossen Informational [Page 129]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
OSIAM X.500-88
MARBEN
ABSTRACT
OSIAM X.500-88 is Marben's 1988 compliant directory product. It
provides:
* DUA, offering X/Open XOM and XDS APIs
* Pocket DUA, providing Microsoft MAPI(tm)
* DSA and C-ISAM based DIB
* LDAP Server
OSIAM DUA is a portable Directory User Agent implement, which
implements DAP engine. It provides X/Open XOM and XDS APIs. It works
on multiple lower layer stacks (OSI Transport or TCP/IP). An LDAP
Server may be provided with the DUA.
Pocket DUA is a light DUA implement which offers full DAP access, but
light in terms of code size and memory occupation, and is mainly
designed for PC environments. It provides MAPI(tm) interface, as an
address book provider. It provides multiple network connectivities:
X.25, [RFC 1006] over TCP/IP, and APS.
OSIAM X.500 DSA provides full X.500 1988 functionality. Main features
include: chaining/multicasting, extensible schema, proprietary access
control list, comprehensive administration facilities.
MARBEN is currently developing a new generation of directory product,
providing X.500 1993 functionality. Main targets are:
* high performance
* robustness and administration facility with DIB on commercial
RDBMS
* replication
* access control
* extended information models
Apple & Rossen Informational [Page 130]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Please contact MARBEN for more information on '93 product.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
OSIAM X.500-88 DUA and DSA implement CCITT X.500 (1988) an ISO 9594
standards.
Compliant with EWOS and NIST OIW Stable Implementor's Agreement.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
1993 product is under development.
Please contact MARBEN for more information on '93 product.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
Compliant with the following Internet Standards:
* [RFC 1274]: the COSINE and Internet X.500 Schema (partially
supported)
* [RFC 1277]: encoding of network addresses
* [RFC 1778], [RFC 1777], [RFC 1779]: LDAP and related
standards
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
None is supported at the present time.
INTEROPERABILITY
Have successfully interoperated, both on DAP and DSP, with QUIPU, E3X
and other implementations involved in Paradise pilot project.
PILOT CONNECTIVITY
Connected to Paradise pilot project.
BUGS
[No Information Provided--Ed.]
CAVEATS AND GENERAL LIMITATIONS
[No Information Provided--Ed.]
Apple & Rossen Informational [Page 131]
RFC 2116 X.500 Implementations Catalog-96 April 1997
INTERNETWORKING ENVIRONMENT
[RFC 1006] with TCP/IP, TP0 with X.25, TP4 with CLNS
HARDWARE PLATFORMS
OSIAM X.500-88 is highly portable, and has been ported to a wide
range of platforms, including:
* HP9000 series
* SUN SPARC Stations
* SCO UNIX
* Tandem
* MARK III, etc.
MARBEN Pocket DUA runs on PC/Windows and NT.
SOFTWARE PLATFORMS
See HARDWARE PLATFORMS.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
Commercially available from:
MARBEN
11 Rue Curie
92150 Suresnes, France
Contact Person: Karim Jammal or Shaofeng Li
Phone: (33 - 1) 41 38 10 00
Fax: (33 - 1) 41 38 10 01
X.400: C=FR;A=Atlas;P=Marben;O=Suresnes;OU1=MxMs;S=KJammal
E-Mail:sli@wtk.suresnes.marben.fr
Apple & Rossen Informational [Page 132]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Also available from:
MARBEN Products Inc.
2105 Hamilton Avenue, Suite 320
San Jose, CA95125, USA
Contact Person: Jean-Francois Chapuis
Phone: (408) 879 4000
Fax: (408) 879 4001
E-Mail: jfchapuis@marben.com
DATE LAST UPDATED or CHECKED
October 1995
ADDITIONAL INFORMATION and/or COMMENTS
[No Information Provided--Ed.]
Apple & Rossen Informational [Page 133]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
OSIAM X.500-93
MARBEN
ABSTRACT
OSIAM X.500-93 is Marben's 1993 compliant directory product.
Open Directory
* OSIAM X.500-93 provides both DAP and LDAP access
* Support for distribution using the DSP protocol
* Support for replication using the DISP protocol
* Pocket DUA, providing Microsoft MAPI0(tm) and MAPI1(tm)
interface to MS-Mail(tm) or Exchange(tm)
* WEB gateway to access Directory information from WEB browsers
* X/Open XOM/XDS API
* High performance direct API
High Capacity
* Mapped on a RDBMS
* Over 1.000.000 entries
* Use of transaction, to ensure robustness
* Can run on high-available hardware systems
* Isolated interface, to be customized for various RDBMS
High Performance
* Use of cache at DUA level
* Use of cache at DSA level
Apple & Rossen Informational [Page 134]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Use of replication. Can act as shadow supplier, shadow
consumer or secondary shadow supplier. Support for total or
incremental refresh. Support for both scheduled update and
"on change" update.
* Based on an indexed database, to ensure high-performance
elaborated search.
Security
* Anonymous bind, simple and simple protected authentication
* X.509 certificates storage
* Access control
Ease of administration
* Extensible schema
* Backup-recovery
* Event logging
* Statistics information about Directory use
* Billing dockets generation
Ease of integration
* Provided as binary product or as portable source code
* MARBEN services: training, consulting, system integration,
hot-line support, maintenance.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
OSIAM X.500-93 DUA and DSA implement CCITT X.500 (1988) and ISO 9594
standards.
Compliant with EWOS and NIST OIW Stable Implementor's Agreement.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
OSIAM X.500-93 DUA and DSA implement CCITT X.500 (1993) and ISO 9594
standards.
Apple & Rossen Informational [Page 135]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
Compliant with the following Internet Standards:
* [RFC 1274]: the COSINE and Internet X.500 Schema (partially
supported)
* [RFC 1277]: encoding of network addresses
* [RFC 1778], [RFC 1777], [RFC 1779]: LDAP and related
standards
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
None is supported at the present time.
INTEROPERABILITY
Have successfully interoperated, both on DAP and DSP, with QUIPU, E3X
and other implementations involved in Paradise pilot project.
PILOT CONNECTIVITY
Connected to Paradise pilot project.
BUGS
[No Information Provided--Ed.]
CAVEATS AND GENERAL LIMITATIONS
[No Information Provided--Ed.]
INTERNETWORKING ENVIRONMENT
[RFC 1006] with TCP/IP, TP0 with X.25, TP4 with CLNS
HARDWARE PLATFORMS
OSIAM X.500-93 is highly portable, and has been ported to a wide
range of platforms, including:
* Windows NT
* HP-UX
* IBM AIX
Apple & Rossen Informational [Page 136]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* SUN Solaris
* SCO UNIX
* IBM MVS
MARBEN Pocket DUA runs on PC/Windows and NT.
SOFTWARE PLATFORMS
See HARDWARE PLATFORMS.
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
Commercially available from:
MARBEN
11 Rue Curie
92150 Suresnes, France
Contact Person: Marc Chauvin or Olivier Gatine
Phone: (33 - 1) 41 38 10 00
Fax: (33 - 1) 41 38 10 01
E-Mail:sales@suresnes.marben.fr
Also available from:
MARBEN Products Inc.
2105 Hamilton Avenue, Suite 320
San Jose, CA95125, USA
Contact Person: Jean-Francois Chapuis
Phone: (408) 879 4000
Fax: (408) 879 4001
E-Mail: jfchapuis@marben.com
DATE LAST UPDATED or CHECKED
July 1996
ADDITIONAL INFORMATION and/or COMMENTS
[No Information Provided--Ed.]
Apple & Rossen Informational [Page 137]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
PMDF-X500
from:
Innosoft International, Inc. 1050 East Garvey Ave. South West
Covina, California 91790
Phone: +1 818-919-3600 email: sales@innosoft.com
ABSTRACT
PMDF-X500 is Innosoft's implementation of the X.500 standards for
Directory Services. PMDF-X500 is based upon the ISODE Consortium
code-base. The core of PMDF-X500 is the Directory System Agent (DSA)
server. This server provides directory information to Directory User
Agents (DUA) using either OSI or TCP/IP networking protocols. Since
PMDF-X500 is based on a widely used implementation, it interoperates
particularly well with a whole host of X.500-based products from other
sources.
In order to facilitate initial loading of directory data as well as
ongoing coordination with other directory services, PMDF-X500 includes
tools to import from and export directory information to Entry
Description File (EDF) files. EDF files are flat text files.
PMDF-X500 provides directory coordination functions using EDF files
for the following directories:
* X.500 DSAs supporting LDAP access
* cc:Mail
* Digital's DDS
* GroupWise
* Microsoft Mail
* PMDF generic databases
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
OSI directory services as specified in CCITT X.500 Recommendations
and ISO 9594 use the Directory Access Protocol (DAP) and the
Directory System Protocol (DSP).
Apple & Rossen Informational [Page 138]
RFC 2116 X.500 Implementations Catalog-96 April 1997
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
PMDF-X500 does not yet support the 1993 changes to the X.500
standard. Support for the 1993 X.500 recommendations is planned for
a future release of PMDF-X500.
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
PMDF-X500 supports DAP and DSP accesses using Internet protocols as
specified in [RFC 1006]. In addition, the Internet community has
proposed two lightweight alternatives to DAP called Lightweight
Directory Access Protocol (LDAP), which is specified in [RFC 1777],
and Connectionless Lightweight Directory Access Protocol (CLDAP),
which is specified in [RFC 1798]. LDAP and CLDAP, which are currently
specified to run over TCP/IP, are much simpler protocols than DAP and
were designed to reduce the cost of entry associated with using X.500
protocols in client applications. PMDF-X500 includes both LDAP and
CLDAP servers.
The LDAP server accesses X.500 directory information using DAP to
communicate with X.500 DSAs. PMDF-X500 provides an LDAP server which
translates LDAP requests into DAP requests to communicate with X.500
DSAs. CLDAP defines a very low overhead method for accessing X.500
directory information. CLDAP is suitable for providing access to
information that does not require access controls.
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided. -- Ed.]
INTEROPERABILITY
PMDF-X500 interoperates with a large number of DUAs and DSAs. This is
demonstated by the fact that PMDF-X500 is DSA used by several Internet
White Pages Project participants. PMDF-X500 DSA interoperability
includes at least all of the DSA that are used in the White Pages
Project.
PMDF-X500 is delivered with several DUAs and in addition is know to
support the DUAs from Unisys and Digital Equipment Corporation as well
as the publically available DUAs MaX500, Cello, Swix, and the NASA
DUA.
PILOT CONNECTIVITY
PMDF-X500 is used by several sites that are participants of the
Internet White Pages Project include the Innosoft DSA.
Apple & Rossen Informational [Page 139]
RFC 2116 X.500 Implementations Catalog-96 April 1997
BUGS
[No information provided. -- Ed.]
CAVEATS AND GENERAL LIMITATIONS
[No information provided. -- Ed.]
INTERNETWORKING ENVIRONMENT
DAP and DSP are layered on top of the OSI protocol suite. PMDF-X500
supports this protocol suite over multiple network transports. For a
pure OSI protocol stack, DECnet/OSI can be used to provide the lower
layers of the stack. In addition, PMDF-X500 supports running OSI upper
layer protocols over a TCP/IP transport in accordance with [RFC 1006].
It is important to note that while [RFC 1006] specifies TCP/IP as a
transport, all of the OSI upper layer protocols are always used with
DAP and DSP.
HARDWARE PLATFORMS
Digital VAX systems
Digital Alpha/AXP systems
SOFTWARE PLATFORMS
OpenVMS/VAX
OpenVMS/AXP
Digital UNIX
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 140]
RFC 2116 X.500 Implementations Catalog-96 April 1997
AVAILABILITY
PMDF-X500 is a commerical product that is part of the PMDF family of
eMail Interconnect products. PMDF-X500 requires the presence of
PMDF-MTA, Innosoft's SMTP/MIME mailer. PMDF-X500 and PMDF-MTA can be
obtained from:
Innosoft International, Inc.
1050 East Garvey Ave. South
West Covina, California 91790
Phone: +1 818-919-3600
FAX: +1 818-919-3614
email: sales@innosoft.com
DATE LAST UPDATED or CHECKED
December 1995
ADDITIONAL INFORMATION and/or COMMENTS
No information provided. -- Ed.]
Apple & Rossen Informational [Page 141]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
TransIT 500 Unisys Corporation
ABSTRACT
TransIT 500 is a commercial-grade implementation of the 1993 X.500
directory standards (ITU X.500 Directory Services and ISO 9594)
including replication, extensible schemas and access control.
TransIT 500 is designed for performance, scalability, conformance and
interoperability for enterprise-wide usage and is available for
Microsoft Windows NT, Hewlett Packard HP/UX, Unisys U6000 and as
portable source code. TransIT 500 is comprised of the following:
TransIT 500 Directory Services
TransIT 500 Directory Services is a high-performance, 1993 standards
based Directory System Agent (DSA). TransIT 500 includes many
features required by today's enterprise for global access and
mission-critical applications:
* Adheres to the 1993 ITU & ISO 9594 X.500 Directory Services
standards
* Full support for Replication (X.525/DISP)
* Access controls and extensible schemas
* Support of all X.520 attribute types & syntaxes, all X.521
object classes & attribute sets
* Automated loading of directory entries
* Support for Basic Access Control and Simplified Access
Control
* High performance, commercial-grade operations
* Integration with popular databases such as Microsoft SQL
Server, Informix, and Oracle
* Multi-platform availability
* Authentication services
* Support of industry standard APIs, including LDAP, DAP, DSP,
DISP, XDS/DOM and XAP
Apple & Rossen Informational [Page 142]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* High-capacity network integration with both TCP/IP (RFC 1006)
and OSI networks.
TransIT 500 Administrator
TransIT 500 Administrator is an extremely powerful tool designed to
assist administrators in all directory administration, maintenance
and security functions. Available for Microsoft Windows NT, Windows
95 and Windows 3.1.1 based systems, TransIT 500 Graphical
Administration is the first tool of its kind to provide fully
graphical X.500 directory management. All functions are provided and
multiple DSAs can be managed simultaneously from a single
administrative console:
* Directory Service Operations
* Directory Controls Management
* Access Control Management
* Schema Management & Maintenance
* Directory Information Tree Management
* Knowledge References & Information
* Replication Agreements & Information
* Logging, Tracing and System Logs
* Directory System Configuration
* Data Import & Export
* Directory Backup & Restore Operations
TransIT 500 Browser
TransIT Browser is a powerful, graphical information retrieval tool
designed to make navigating directories as simple as possible. The
Browser interface makes detailed directory searches and retrievals
easy while the unique Directory Lookup interface provides extra
ease-of-use for simple lookups. TransIT Browser is available for
Microsoft Windows 3.1, Windows 95 and Windows NT systems.
* Browse multiple directories from a single console
* Two interfaces to directories:
Apple & Rossen Informational [Page 143]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Tree-oriented Browser
* Tabular Directory Lookup
* Object classes mapped to icons to enhance object recognition
* Extensive attribute search capabilities
* Save/Load scratchpad for search criteria & prefix criteria
* LDAP support
* Configurable cache to speed data delivery
TransIT 500 Developer
TransIT 500 Developer is a development toolkit which provides
programming interfaces, utilities and documentation for the
development of directory enabled applications. The Directory
Information Tree (DIT) can be extended and re-compiled for the
addition of application-specific information to the directory. The
Administration application provides for the verification and
installation of new schemas and the maintenance of directory tree
items. Utilities are provided for the bulk importation or exportation
or directory information from and to external sources.
TransIT 500 also supports user-written programs using the X/Open
Directory Services Application Program Interface (XDS API).
COMPLIANCE with X.500- 1988
The TransIT 500 implementation conforms to the specifications
outlined in the ISO/IEC 9594-1 to ISO 9594-9, CCITT X.500 standards.
COMPLIANCE with X.500- 1993
TransIT 500 makes the following claims of conformance as outlined in
ISO/IEC 9594-5:
Conformance by DUAs:
Statement Requirements
Conformance is claimed for the following operations:
* DirectoryBind
* DirectoryUnbind
Apple & Rossen Informational [Page 144]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* Read
* Compare
* Abandon
* List
* Search
* AddEntry
* RemoveEntry
* ModifyEntry
* ModifyDN
Conformance is claimed for the following security-levels:
* None
* Simple
Conformance is claimed for the following extensions:
* subentries
* copyShallDo
* extra attributes
* useAliasOnUpdate
* newSuperior
Static Requirements
The DUA supports the application contexts directoryAccessAC and
directorySystemAC.
The DUA conforms to the following extensions for which the DUA
is capable of initiating:
* subentries
* copyShallDo
Apple & Rossen Informational [Page 145]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* extra attributes
* useAliasOnUpdate
* newSuperior
Dynamic Requirements
The DUA conforms to the mapping of the DAP services (i.e.,
DirectoryBind, DirectoryUnBind) onto the used services of the
ACSE.
The DUA conforms to the versions and rules of extensibility as
outlined in clause 7.5.1 of X.519.
Conformance by DSAs:
Statement Requirements
The DSA supports the application contexts directoryAccessAC and
directorySystemAC.
The DSA does not make any claims for operational binding types.
The DSA is capable of acting as a first-level DSA as defined in
ITU-T Rec. X.518 ISO/IEC 9594-4.
The DSA supports the application context directorySystemAC and
the chained mode of operation.
Conformance is claimed for the following security-levels:
* None
* Simple
Conformance is claimed for all attribute types defined in ITU-T
Rec. X.520 ISO/IEC 9594-6.
Conformance is claimed for all object classes defined in ITU-T
Rec. X.521 ISO/IEC 9594-7.
Conformance is claimed for the following extensions:
* subentries
* copyShallDo
Apple & Rossen Informational [Page 146]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* extra attributes
* useAliasOnUpdate
* newSuperior
Conformance is not claimed for collective attributes as defined
in X.501 and X.511.
Conformance is not claimed for hierarchical attributes as
defined in X.511.
Conformance is claimed for the following operational attribute
types defined in X.501:
* createTimestamp
* modifyTimestamp
* creatorsName
* modifiersName
* administrativeRole
* subtreeSpecification
* collectiveExclusions
* accessControlScheme
* prescriptiveACI
* entryACI
* subentryACI
* dseType
* myAccessPoint
* superiorKnowledge
* specificKnowledge
* nonSpecificKnowledge
* supplierKnowledge
Apple & Rossen Informational [Page 147]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* consumerKnowledge
* secondaryShadows
* dITStructureRules
* nameForms
* dITContentRules
* objectClasses
* attributeTypes
* matchingRules
* matchingRuleUse
Conformance is claimed for return of alias names as defined in
7.7.1 of X.511 IS0/IEC 9594-3.
Conformance is claimed for indicating that returned entry
information is complete, as described in 7.7.6 of X.511
ISO/IEC 9594-3.
Conformance is claimed for modifying the object class attribute
to add and/or remove values identifiying auxiliary object
classes, as described in 11.3.2 of X.511 ISO/IEC 9594-3.
Conformance is claimed for Basic Access Control.
Conformance is claimed for Simplified Access Control.
Conformance is claimed for the DSA s ability to administer the
subschema for its portion of the DIT, as defined in X.501
ISO/IEC 9594-2.
Conformance is claimed for all name bindings defined in X.521
ISO/IEC 9594-7.
Conformance is claimed for the DSA s ability to administer
collective attributes, as defined in X.501 ISO/IEC 9594-2.
Static requirements
The DSA supports the application contexts directoryAccessAC and
directorySystemAC.
Apple & Rossen Informational [Page 148]
RFC 2116 X.500 Implementations Catalog-96 April 1997
The DSA conforms to the information framework defined by X.501
ISO/IEC 9594-2.
The DSA conforms to the minimal knowledge requirements defined
in ISO/IEC 959-4.
The DSA operates as a first-level DSA and conforms to the
requirements support of the root context as defined in X.518
ISO/IEC 9594-4.
The DSA supports the attributes for which conformance is
claimed above.
The DSA supports the object classes for which conformance is
claimed above.
The DSA conforms to the following extensions for which
conformance is claimed:
* subentries
* copyShallDo
* extra attributes
* useAliasOnUpdate
* newSuperior
Conformance is claimed for the DSA s ability to administer the
subschema for its portion of the DIT, as defined in X.501
ISO/IEC 9594-2.
Conformance is not claimed for collective attributes, as
defined in X.501 ISO/IEC 9594-3.
Conformance is not claimed for hierarchical attributes, as
defined in X.501 ISO/IEC 9594-3.
The DSA supports the operational attribute types for which
conformance is claimed above.
The DSA supports Basic Access Control and is capable of holding
ACI items that conform to the definitions of Basic Access
Control.
Apple & Rossen Informational [Page 149]
RFC 2116 X.500 Implementations Catalog-96 April 1997
The DSA supports Simplified Access Control and is capable of
holding ACI items that conform to the definitions of Simplified
Access Control.
Dynamic Requirements
The DSA conforms to the mapping onto used services as defined
in clause 8.
The DSA conforms to the procedures for distributed operations
of the Directory related to referrals, as defined in X.518
ISO/IEC 9594-4.
The DSA supports application-context directoryAccessAC and
conforms to the procedures of X.518 ISO/IEC 9594-4 as they
relate to the referral mode of the DAP.
The DSA supports application-context directorySystemAC and
conforms to the referral mode of operation, as defined in
X.518 ISO/IEC 9594-4.
The DSA conforms to the chained mode of interaction as defined
in X.518 ISO/IEC 9594-4.
The DSA conforms to rules of extensibility procedures as
defined in clause 7.5.2 of X.518 ISO/IEC 9594-4.
The DSA supports Basic Access Control and has the capability to
protect information within the DSA in accordance with the
procedures of Basic Access Control.
The DSA supports Simplified Access Control and has the
capability to protect information within the DSA in accordance
with the procedures of Simplified Access Control.
Conformance is not claimed for shadowOperationalBindingID -- as
such, conformance is not claimed for the procedures of X.525
ISO/IEC 9594-9 and X.501 ISO/IEC 9594-2 as they relate to DOP.
Conformance is not claimed for specificHierarchicalBindingID --
as such, conformance is not claimed for the procedures of X.518
ISO/IEC 9594-9 and X.501 ISO/IEC 9594-2 as they relate to
operational bindings.
Conformance is not claimed for non-
specificHierarchicalBindingID -- as such, conformance is not
claimed for the procedures of X.518 ISO/IEC 9594-9 and X.501
ISO/IEC 9594-2 as they relate to operational bindings.
Apple & Rossen Informational [Page 150]
RFC 2116 X.500 Implementations Catalog-96 April 1997
Conformance by a shadow supplier:
Statement Requirements
The DSA supports the application contexts
shadowSupplierInitiatedAC.
Conformance is claimed for the following security-levels:
* None
* Simple
Conformance is claimed for UnitofReplication.
Static Requirements
The DSA supports the application contexts
shadowSupplierInitiatedAC for which conformance is claimed.
Conformance is claimed for the operational attributes
modifyTimestamp and createTimestamp.
Dynamic Requirements
The DSA conforms to the mapping onto used services as defined
in clause 8.
The DSA conforms to the procedures of X.525 ISO/IEC 9594-9 as
they relate to the DISP.
Conformance by a shadow consumer:
Statement Requirements
The DSA supports the application contexts
shadowConsumerInitiatedAC.
Conformance is claimed for the following security-levels:
* None
* Simple
Static Requirements
The DSA supports the application contexts
shadowConsumerInitiatedAC for which conformance is claimed.
Apple & Rossen Informational [Page 151]
RFC 2116 X.500 Implementations Catalog-96 April 1997
The DSA supports operational attributes modifyTimestamp and
createTimestamp.
The DSA supports the copyShallDo service control.
Dynamic Requirements
The DSA conforms to the mapping onto used services as defined
in clause 8.
The DSA conforms to the procedures of X.525 ISO/IEC 9594-9 as
they relate to the DISP.
CONFORMANCE with PROPOSED INTERNET STANDARDS
TransIT 500 supports the following standards: RFC-1777, RFC-1778,
RFC-1779.
CONSISTANCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
RFCs supported include: RFC-1558.
INTEROPERABILITY
Interoperability has been achieved with numerous directory systems.
TransIT 500 has participated in Eurosinet internetworking
demonstrations involving DSAs from:
* AT&T GIS
* Bolden James
* Control Data
* DEC
* ICL
* Nex-tel
* Nexor
* Siemens Nixdorf
Apple & Rossen Informational [Page 152]
RFC 2116 X.500 Implementations Catalog-96 April 1997
PILOT CONNECTIVITY
TransIT 500 is actively involved in pilot projects, including the COS
X.500 Internetworking Project based at The Southern Company in
Atlanta, Georgia, where interoperation was performed with directories
from Digital, Control Data, Hewlett-Packard and Telstra.
BUGS
TransIT 500 products are fully supported category 1 software, which
means:
* These products are periodically updated, revised, and
enhanced.
* Unisys provides software corrections for these products as
necessary.
CAVEATS AND GENERAL LIMITATIONS
[No information provided. -- Ed.]
INTERNETWORKING ENVIRONMENT
[No information provided. -- Ed.]
HARDWARE PLATFORMS
The TransIT 500 software operates on the following hardware
platforms:
* Unisys U6000 Series and Clearpath SMP
* HP 9000 Series
* 386 and above Intel platforms
SOFTWARE PLATFORMS
The DSA is supported on any of the following platforms:
* System V Release 4 (SVR4)
* HP-UX
* Windows NT
Apple & Rossen Informational [Page 153]
RFC 2116 X.500 Implementations Catalog-96 April 1997
The DUA is supported on any of the following platforms:
* Windows 95
* Windows for Workgroups
* Windows NT
Additional software required to run TransIT 500 includes Database
software:
* SQL Server
* Informix
* Oracle
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
TransIT 500 is commercially available through Unisys Corporation.
For further information, contact the following:
Unisys Corporation
Malvern Building, M.S. B221
2476 Swedesford Road
Paoli, PA 19301, USA
Phone: (800) 874-8647, ext. 584
Fax: (610) 695-5378
e-mail: transit@unisys.com
Apple & Rossen Informational [Page 154]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
waX.500
University of Michigan
ABSTRACT
waX.500 :: Windows Access to X.500
waX.500 is a (currently 16-bit) DUA that run on Microsoft Windows
(3.1, Win95, & WinNT). It uses libldap.dll which uses the winsock
(v1.1) interface. It works on any vendors tcp/ip stack that I've
seen so far (some configuration may be required).
waX.500 was developed by the University of Michigan for use by its
faculty, staff and students. UM's online directory is an X.500
directory containing 50,000+ entries.
I keep the following Web page up to date with respect to latest
release, etc.:
http://www-personal.umich.edu/~rsug/ldap/wax500/
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
[No information provided. -- Ed.]
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
[No information provided. -- Ed.]
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
[No information provided. -- Ed.]
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided. -- Ed.]
INTEROPERABILITY
[No information provided. -- Ed.]
PILOT CONNECTIVITY
Can see and browse anything in the world as far as I know.
Apple & Rossen Informational [Page 155]
RFC 2116 X.500 Implementations Catalog-96 April 1997
BUGS
report bugs to wax500.bugs@umich.edu
CAVEATS AND GENERAL LIMITATIONS
[No information provided. -- Ed.]
INTERNETWORKING ENVIRONMENT
Microsoft Windows (3.1, 95, & NT) Winsock (v1.1) tcp/ip (any vendor)
HARDWARE PLATFORMS
Any Windows machine with internet connectivity. Both ethernet and
dialup PPP.
SOFTWARE PLATFORMS
Microsoft Windows (3.1, 95, & NT) Winsock (v1.1) tcp/ip (any vendor).
NUMBER OF IMPLEMENTATIONS IN THE FIELD
This implementation is distributed at no cost to the user; accurate
numbers are not available.
AVAILABILITY
http://www-personal.umich.edu/~rsug/ldap/wax500
ftp://terminator.rs.itd.umich.edu/ldap/wax500/wax...
DATE LAST UPDATED or CHECKED
13 Dec 1995
ADDITIONAL INFORMATION and/or COMMENTS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 156]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NAME
X500-DS
X500-DUA
Bull S.A.
ABSTRACT
X500-DS and X500-DUA are integral part of the large Bull OSI offer.
Although based on the DCE/GDS (Distributed Computing
Environment/Global Directory Service) of OSF, those two products may
be installed and used without the DCE environment. Some enhancements
have been added for the user and the management facilities. X500-DS is
designed to implement both the DUA and the DSA functions, whilst
X500-DUA only provides the DUA functions.
The X500-DUA package contains:
* The standards APIs XOM (X/Open OSI-Abstract-Data Manipulation
API) and XDS (X/Open Directory Service API) for the
development of portable applications,
* A core DUA to translate all user's requests (bind, read,
list, compare, modify, modifyRDN, search, add, remove, unbind
...) into the DAP protocol used for communication with
distant DSAs,
* The OSI standard high layers (ASN.1, ROSE, ACSE, Presentation
and Session) for communication with the distant DSAs. The
interface with the low layers is XTI. [RFC 1006] is supported
under XTI or the OSI Session,
* A DUA Cache to improve performances when accessing remote
DSAs,
* A powerful management application facilitating the
configuration of the product and controlling the operations,
logs and traces,
* A user application for the manipulations of the database
entries,
* A generic tool to load and unload ASCII and binary files
in/from distributed DSAs,
Apple & Rossen Informational [Page 157]
RFC 2116 X.500 Implementations Catalog-96 April 1997
* The support of the LDAP [RFC 1777] thanks to an LDAP Server,
* A DUA Server that allows to use A-Window-To-Directory (refer
to this DUA product description) on a PC.
The X500-DS package contains:
* All components of the X500-DUA,
* A core DSA to process all requests received from distant DUAs
through DAP protocol or from distant DSAs through DSP
protocol,
* The support of the referral, chained and multi-casting modes
of operation, access control lists and management of
knowledge information (for distribution, shadows and copies
of sub-trees),
* The support of the simple authentication and of the DCE
authentication,
* A management application for managing the schema information
(creation, deletion and modification of object classes and of
attribute types, management of the rules of the DIT).
* A C-ISAM database that is specially designed for high
performances: e.g. less than 10 ms to read an entry on an
Escala at the XOM/XDS interface.
These two products are easely installed, configured and administered
thanks to the System Management Interface Tool (SMIT) screens of AIX.
COMPLIANCE with X.500-1988 (applicable only for DSAs and DUAs)
Compliant with EWOS and OIW Agreements
Consists of both DUA and DSA implementation according to the '88
CCITT X.500 and ISO 9594 standard. The X/Open standard XDS and XOM
interface libraries are also provided. When the product is installed
with the DCE environment, XDS and XOM interfaces are also used to
access DCE/CDS (Local Cell Directory Service) transparently. A GDA
(Global Directory Agent) serves then as the gateway between the DCE
CDS and GDS.
COMPLIANCE with X.500-1993 (applicable only for DSAs and DUAs)
[New description field -- Ed.]
Apple & Rossen Informational [Page 158]
RFC 2116 X.500 Implementations Catalog-96 April 1997
CONFORMANCE WITH PROPOSED INTERNET STANDARDS
Supports [RFC 1277], [RFC 1777].
CONSISTENCE WITH INFORMATIONAL AND EXPERIMENTAL RFCs
[No information provided--Ed.]
INTEROPERABILITY
This implementation of DAP and DSP can interoperate with other X.500
implementations from other Cebit and EUROSINET demo participants
including IBM, HP, ICL, Siemens-Nixdorf, SUN, Marben, NEXOR, etc. It
also interoperates with ISODE QUIPU.
PILOT CONNECTIVITY
[No information provided--Ed.]
BUGS
Bull S.A. provides complete software maintenance with the products.
CAVEATS AND GENERAL LIMITATIONS
[No information provided--Ed.]
INTERNETWORKING ENVIRONMENT
OSI TP4 with CLNP (WAN - LAN)
OSI TP0, 2 & 4 with X.25 (WAN)
[RFC 1006] with TCP/IP
Either BSD sockets or XTI can be used to access the transports.
Through XTI, both OSI and TCP/IP protocols are possible on the same
machine, thus permitting to build a Directory Service distributed on
OSI and TCP/IP networks.
HARDWARE PLATFORMS
DPX/20, Escala SMP
SOFTWARE PLATFORMS
AIX 4.1.4
Apple & Rossen Informational [Page 159]
RFC 2116 X.500 Implementations Catalog-96 April 1997
NUMBER OF IMPLEMENTATIONS IN THE FIELD
[No information provided. -- Ed.]
AVAILABILITY
The release 3.1 described here is commercially available since 2 Q 96
Please contact:
Daniel Monges
Tel: + (33) 76 39 79 83
Fax: + (33) 76 39 77 70
e-mail: D.Monges@frec.bull.fr
Note that after October 18th 1996 (23:00), the telephon and fax numbers
will be:
Tel: + (33) 04 76 29 79 83
Fax: + (33) 04 76 29 77 70
DATE LAST UPDATED or CHECKED
April 1996
ADDITIONAL INFORMATION and/or COMMENTS
[No information provided. -- Ed.]
Apple & Rossen Informational [Page 160]
RFC 2116 X.500 Implementations Catalog-96 April 1997
4. References
[CCITT-88] CCITT, "Data Communications Networks Directory",
Recommendations X.500-X.521, Volume VIII Fascicle VIII.8, IXth
Plenary Assembly, Melbourne, November 1988.
[ITU-T-93] ITU-T,"Information Technology - Open Systems
Interconnection - The Directory", Recommendations X.500-X.525, May
1993.
[NIST-88] National Institute of Standards and Technology, "Stable
Implementation Agreements for Open Systems Interconnection
Protocols", Version 2 Edition 1, NIST Special Publication 500-162,
December 1988.
[NIST-94] National Institute of Standards and Technology, "Stable
Implementation Agreements for Open Systems Interconnection
Protocols", Version ? Edition ?, NIST Special Publication ???-???,
December 1994.
[RFC 1006] Rose, M., and Cass, D., "ISO Transport Service on top of
the TCP", STD 35, RFC 1006, Northrop Research and Technology Center,
May 1987.
[RFC 1070] Hagens, R., Hall, N., and Rose, M., "Use of the Internet
as a Subnetwork for Experimentation with the OSI Network Layer", RFC
1070, U of Wisconsin - Madison, The Wollongong Group, February
1993.
[RFC 1202] Rose, M., "Directory Assistance Service", RFC 1202,
Performance Systems International, Inc., February 1991.
[RFC 1249] Howes, T., Smith, M., and B. Beecher, "DIXIE Protocol
Specification", RFC 1249, University of Michigan, August 1991.
[RFC 1274] Barker, P., and S. Kille, "The COSINE and Internet X.500
Schema", RFC 1274, University College, London, England, November
1991.
[RFC 1275] Kille, S., "Replication Requirements to provide an
Internet Directory using X.500," RFC 1275, University College,
London, England, November 1991.
[RFC 1276] Kille, S., "Replication and Distributed Operations
extensions to provide an Internet Directory using X.500", RFC 1276,
University College, London, England, November 1991.
Apple & Rossen Informational [Page 161]
RFC 2116 X.500 Implementations Catalog-96 April 1997
[RFC 1277] Kille, S., "Encoding Network Addresses to support
operation over non-OSI lower layers", RFC 1277, University College,
London, England, November 1991.
[RFC 1278] Kille, S., "A string encoding of Presentation Address",
RFC 1278, University College, London, England, November 1991.
[RFC 1279] Kille, S., "X.500 and Domains", RFC 1279, University
College, London, England, November 1991.
[RFC 1484] Kille, S., "Using the OSI Directory to achieve User
Friendly Naming", RFC 1484, ISODE Consortium, July 1993.
[RFC 1485] S. Kille, "A String Representation of Distinguished
Names", RFC 1485, ISODE Consortium, July 1993.
[RFC1487] Yeong, W., Howes, T., and S. Kille, "X.500 Lightweight
Directory Access Protocol", RFC 1487, Performance Systems
International, University of Michigan, ISODE Consortium, July 1993.
[RFC 1488] Howes, T., Kille, S., Yeong, W., and C. Robbins, "The
X.500 String Representation of Standard Attribute Syntaxes", RFC
1488, University of Michigan, ISODE Consortium, Performance Systems
International, NeXor Ltd., July 1993. RFC-1558
[RFC 1558] Howes, T., "A String Representation of LDAP Search
Filters", RFC 1558, University of Michigan, December 1993.
[RFC 1562] Michaelson, G. and Prior, M., "Naming Guidelines for the
AARNet X.500 Directory Service", RFC 1562, The University of
Queensland, The University of Adelaide, December 1993.
[RFC 1567] Mansfield, G., and Kille, S., "X.500 Directory Monitoring
MIB", RFC 1567, AIC Systems Laboratory, ISODE Consortium, January
1994.
[RFC 1608] Johannsen, T., Mansfield, G., Kosters, M., and Sataluri,
S., "Representing IP Information in the X.500 Directory", RFC 1608,
Dresden University, AIC Systems Laboratory, Network Solutions, Inc.,
AT&T Bell Laboratories, March 1994.
[RFC 1609] Mansfield, G., Johannsen, T., and Knopper, M., "Charting
Networks in the X.500 Directory", RFC 1609, AIC Systems Laboratory,
Dresden University, Merit Networks, Inc., March 1994.
[RFC 1617] Barker, P., Kille, S., and Lenggenhager, T., "Naming and
Structuring Guidelines for X.500 Directory Pilots", RFC 1617,
University College London, ISODE Consortium, SWITCH, May 1994.
Apple & Rossen Informational [Page 162]
RFC 2116 X.500 Implementations Catalog-96 April 1997
[RFC 1777] Yeong, W., Howes, T., and Kille, S., "Lightweight
Directory Access Protocol", RFC 1777, Performance Systems
International, University of Michigan, ISODE Consortium, March 1995.
[RFC 1778] Howes, T., Kille, S., Yeong, W., and Robbins, "The String
Representation of Standard Attribute Syntaxes", RFC 1778, University
of Michigan, ISODE Consortium, Performance Systems International,
NeXor Ltd., March 1995.
[RFC 1779] Kille, S., "A String Representation of Distinguished
Names", RFC 1779, ISODE Consortium, March 1995.
[RFC 1781] Kille, S., "Using OSI Directory to Achieve User Friendly
Naming", RFC 1781, ISODE Consortium, March 1995.
[RFC 1798] Young, A., "Connection-less Lightweight Directory Access
Protocol", RFC 1798, ISODE Consortium, June 1995.
[RFC 1801] Kille, S., "MHS Use of the X.500 Directory to support MHS
Routing", RFC 1801, ISODE Consortium, June 1995.
[RFC 1803] Wright, R., Getchell, Howes, T., Sataluri, S., Yee, P.,
and Yeong, W., "Recommendations for an X.500 Production Directory
Service", RFC 1803, Lawrence Berkeley Laboratory, Lawrence Livermore
National Laboratory, University of Michigan, AT&T Bell Laboratories,
NASA Ames Research Center, Performance Systems International, Inc.,
June 1995.
[RFC 1804] Mansfield, G., Rajeev, P., Raghavan, S., and Howes, T.,
"Schema Publishing in X.500 Directory", RFC 1804, AIC Laboratories,
Hughes Software Systems, Indian Institute of Technology, Madras,
University of Michigan, June 1995.
[RFC 1823] Howes, T. and Smith, M., "The LDAP Application
Programming Interface", RFC 1823, University of Michigan, August
1995.
Apple & Rossen Informational [Page 163]
RFC 2116 X.500 Implementations Catalog-96 April 1997
5. Security Considerations
Security issues are not discussed in this memo.
6. Editors' Addresses
Chris Apple
Room 2D-104
AT&T Laboratories
600 Mountain Ave.
Murray Hill, NJ 07974
U.S.A.
e-mail: capple@master.control.att.com
Voice: (908) 582-2409
FAX: (908) 582-6113
Ken Rossen
MCI Systemhouse, Inc.
10 Williamsville Road
Hubbardston Center, MA 01452-1311
U.S.A.
e-mail: kenr@shl.com
Voice: (508) 928-5368
FAX: (508) 928-5399
Apple & Rossen Informational [Page 164]
|
