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📄 rfc1292.txt

📁 著名的RFC文档,其中有一些文档是已经翻译成中文的的.
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	POD				      QUIPU	psiwp				      SD	QUIPU				      UCOM X.500	ud				      ud	VMS-ISODE			      WIN/DS	WIN/DS				      Xdi	Xdi				      XLU	Xds				      XT-DUA	xdua				      xwp [PSI]	XLU				      xwp [UWisc]   Sun					 Unisys	Alliance OSI X.500		      OSI-DSA	Custos				      OSI-DUA	Directory 500	DIXIE				 VMS	QUIPU	UCOM X.500			      DISH-VMS 2.0	ud				      VMS-ISODE	VTT X.500	Xds				 X Window System	xdua	XT-DUA				      QUIPU					      SD					      WIN/DS					      X.500 DUA	process					      Xdi					      Xds					      xdua					      XT-DUA					      xwp [PSI]					      xwp [UWisc]DISI Working Group				               [Page 11]RFC 1292		     X.500 Catalog		    January 1992   X.25	DCE/GDS	Directory 500	DISH-VMS 2.0	HP X.500 DDS	OSI Access and Directory	OSI-DSA	OSI-DUA	QUIPU	*UCOM X.500	VTT X.500	WIN/DS	X.500 DUA process	Xdi	XT-DUADISI Working Group				               [Page 12]RFC 1292		     X.500 Catalog		    January 19923.  Implementation Descriptions   In the following pages you will find	descriptions of	X.500 implemen-   tations listed in alphabetical order.  In the case of name colli-   sions, 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 fol-   low a common	format,	as described below:   NAME	The name of the	X.500 implementation and the name of the respon-	sible organization.  Implementations with a registered trademark	indicate this by appending "(tm)", e.g., GeeWhiz(tm).   LAST	MODIFIED	The month and year within which	this implementation description	was last modified.   KEYWORDS	A list of the keywords defined in Section 2 that have been used	to cross reference this	implementation.   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.   COMPLETENESS	A statement of compliance with respect to the 1988 CCITT Recom-	mendations X.500-X.521 [CCITT-88], specifically	Section	9 of	X.519, or the 1988 NIST	OIW Stable Implementation Agreements	[NIST-88].   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.DISI Working Group				               [Page 13]RFC 1292		     X.500 Catalog		    January 1992   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 sug-	gested or required configuration options.   SOFTWARE PLATFORMS	A list of operating systems, window systems, databases,	or	unbundled software packages required to	run this application.   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.DISI Working Group				               [Page 14]RFC 1292		   Alliance OSI	X.500		    January 1992NAME   Alliance OSI(tm) X.500   Touch Communications	Inc.LAST MODIFIED   July, 1991KEYWORDS   API,	Commercially Available,	DSA/DUA, HP, IBM (Non-PC and RISC),   MIPS, Macintosh, Multiple Vendor Platforms, OSI Transport, RFC-1006,   SunABSTRACT   Alliance OSI	includes XDS (API), DUA, DSA and DIB all as separate   components.   Touch's X.500 products have been designed for complete portability to   any operating system	or hardware environment.  The protocols	include   DAP and DSP of the OSI X.500	specification along with the required   XDS,	DUA, DSA and DIB components.  In addition to X.500, Touch sup-   plies other OSI protocol layers including: ROSE, ACSE, Presentation,   Session and any of the OSI lower layers (Transport, Network along   with	RFC-1006).  Touch also supplies	other application layer	proto-   cols	such as	X.400, FTAM, CMIP (and general network management), etc.   The Alliance	OSI X.500 is compliant with the	CCITT X.500 1988 Recom-   mendations. The ROSE/ACSE/Presentation/Session stack	can be option-   ally	provided by Touch.   The DUA may represent a single user,	or may represent a group of   users.  It may be attached to a given DSA within the	same system but   is also capable of invoking operations in Touch's or	any other   vendor's compliant DSA on a remote system.  The binding operation   requires the	user to	give a distinguished name and password in order   for the Directory to	identify the user.  Once an association	is esta-   blished the user may	invoke the following operations: READ, COMPARE,   ABANDON, LIST, SEARCH, ADD_ENTRY, REMOVE_ENTRY, MODIFY_ENTRY,   MODIFY_RDN.DISI Working Group				               [Page 15]RFC 1292		   Alliance OSI	X.500		    January 1992   Due to the fact that	access to the physical disk is in most	cases  a   blocking  operation	(synchronous)  Touch  has separated the	database   processing (I/O process) from the DSA protocol entity.  This	 separa-   tion	allows the DSA entity to continue processing during the	frequent   database accesses from the DSA. The DSA supports  all  the  Directory   operations  as specified in the CCITT X.500 specification.  Chaining,   Referral and	Multicasting are provided and supported	in the	Alliance   OSI	DSA.   The DSA supports	all the	service	control	options	included   in the operation command arguments.	Filtering  conditions  are  sup-   ported via the FILTER in the	SEARCH operation.   The Alliance	OSI X.500 product supports all the NIST	defined	manda-   tory	X.500 and X.400	object classes and attributes.   Alliance OSI	X.500 supports all the mandatory Directory attribute   types (and their associated abstract	syntaxes) in the NIST Directory   implementation profile. Touch has extended the Directory and	allows   users to define private attributes.	This means that	a user can util-   ize the Alliance OSI	Directory for a	general	purpose, user defined   database activity.   Touch provides a full set of	administration and Directory management   facilities.   Touch is in the process of integrating the X.500 product with the   Worldtalk 400 product. Worldtalk 400	is Touch's end user X.400 mes-   sage	switch,	providing gateways between proprietary mail systems   (SMTP, Microsoft Mail, MHS, cc:mail,	etc.) and X.400.  X.500	is a key   component for a messaging network.COMPLETENESS   Strong Authentication is not	supported however Simple Authentication   is supported.INTEROPERABILITY   No interoperability testing has been	completed as of	yet.PILOT CONNECTIVITY   Numerous OEMs are using the Alliance	OSI X.500 product in product   development as well as in pilot networks.BUGS   N/ADISI Working Group				               [Page 16]RFC 1292		   Alliance OSI	X.500		    January 1992CAVEATS	AND GENERAL LIMITATIONS   Currently the Alliance OSI X.500 DIB	has only been validated	within a   UNIX	File System.  The protocol components are portable as is the   interface between the DSA and the DIB.INTERNETWORKING	ENVIRONMENT   Alliance OSI	X.500 can be utilized over TCP/IP and/or OSI Transport   on LANs and WANs.  Currently	X.500 has only been verified over OSI,   however other Alliance OSI application layers have been configured   over	a RFC-1006 which is available as part of the Alliance OSI pro-   duct	line.HARDWARE PLATFORMS   Alliance OSI	has been ported	to numerous platforms ranging from IBM   Mainframes MVS to Apple Macintosh.  For UNIX	environments Touch has   portations for 386 AT/Bus, SUN-3 and	4, Mips, and HP.SOFTWARE PLATFORMS   As stated above, the	Alliance OSI product have been ported to   numerous systems.  In the UNIX environment the X.500	product	exists   on SUN OS 4.0 and greater, Mips RISC	OS, Interactive	386 and	HP-UX.AVAILABILITY   Alliance OSI	is commercially	available from:	   Touch Communications	Inc.	   250 E. Hacienda Ave	   Campbell, CA	95008	   Sales and Information: (408)	374-2500	   FAX:	(408) 374-1680DISI Working Group				               [Page 17]RFC 1292		  Cray OSI Version 2.0		    January 1992NAME   Cray	OSI Version 2.0   Cray	Research Inc.LAST MODIFIED   July, 1991KEYWORDS   CLNP, Commercially Available, Cray, DSA/DUA,	OSI Transport, RFC-1006ABSTRACT   The product is packaged with	the Cray OSI product. It includes a DSA   and DUA capable of OSI or TCP/IP connections.  The implementation is   based on the	ISODE QUIPU product.COMPLETENESS   Compliance with CCITT88 plus	access control extensions.  Strong   authentication not yet implemented.INTEROPERABILITY   Interoperates with ISODE QUIPU based	implementations.PILOT CONNECTIVITY   The software	has been operated in conjunction with the White	Pages   Pilot Project.BUGS   [No information provided--Ed.]CAVEATS	AND GENERAL LIMITATIONS   See ISODE QUIPU limitations.INTERNETWORKING	ENVIRONMENT   TCP/IP, TP4DISI Working Group				               [Page 18]RFC 1292		  Cray OSI Version 2.0		    January 1992HARDWARE PLATFORMS   Runs	on UNICOS based	Cray machines with OS level 7.0	or greater.SOFTWARE PLATFORMS   Supported for CRAY UNICOS 7.0 or greater.AVAILABILITY   Commercially	available via Cray Research Inc. Sales Representatives.DISI Working Group				               [Page 19]RFC 1292			 Custos			    January 1992NAME   Custos   National Institute of Standards and TechnologyLAST MODIFIED   November, 1991KEYWORDS   API,	DSA/DUA, Free, Limited Functionality, Multiple Vendor Platforms,   Requires ISODE, OSI Transport, RFC-1006, Sun, UNIXABSTRACT   The implementation consists of a set	DUA library routines, a	terminal   interface, and a DSA. The implementation was	developed in C on Sun 3   workstations	under the UNIX operating system. All underlying	services   are provided	by the ISODE development package. The development pack-   age is also used for	encoding and decoding ASN.1 data as well as for   other data manipulation services. Using the ISODE package the imple-   mentation can be run	over both OSI and TCP/IP protocols.   The DSA provides full support for both DAP and DSP protocols, confor-   mant	with ISO 9594/CCITT X.500 standards. The DIB is	maintained using   a locally developed relational database system. The interface to the   database system consists of a set of	SQL-like C functions.  These are   designed to allow straightforward replacement of the	local database   system with a more powerful commercial system. To achieve better per-   formance several options are	supported that permit loading of   selected portions of	the database into core.	When these options are   selected data can be	retrieved more quickly from in-core tables; all   modifications to the	DIB are	directly reflected in the in-core tables   and the database.COMPLETENESS   To date the Read, Compare, List, Add	Entry, and Remove Entry	opera-   tions have been implemented and are supported over both DAP and DSP;   aliasing and	replication are	also supported.	 The version under   current development (available January '92) includes	simple authenti-   cation, access control, and the Search operation. The modify	opera-   tions and Abandon are not supported and there is no support for   schema checking.DISI Working Group				               [Page 20]RFC 1292			 Custos			    January 1992INTEROPERABILITY   Have	successfully interoperated with	QUIPU and OSIWARE over the DAP.   No DSP interoperability testing has been done.PILOT CONNECTIVITY   Not tested.BUGS   Some	testing	in the near term future	will be	done to	try to identify   these, but presently	it's not possible to give an accurate list of   bugs.CAVEATS	AND GENERAL LIMITATIONS   No limitations on file sizes, etc. The only side effects to creating   large files should be in the	area of	performance. Specifically,   optimization	requires loading parts of the DIB in core so greater   memory requirements will be necessary for achieving better perfor-   mance with a	large database.	 Any platform the implementation can be

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