Danny Amor's Online Library/Danny Amor's Online Library - Volume 1.iso/html/faqs/faq/object-faq/part9

Text File | 1995-07-25 | 58.3 KB | 1,496 lines

Subject: Comp.Object FAQ Version 1.0.7 (10-27) Part 9/10
Newsgroups: comp.object,comp.answers,news.answers
From: Bob Hathaway <[e-mail]>
Date: 29 Oct 1994 11:42:35 GMT

Archive-name: object-faq/part9
Last-Modified: 10/27/94
Version: 1.0.7

If you find any bugs or make modifications (e.g., ports to other thread
packages) or port it to other systems, then please let me know so I can
keep the sources up-to-date for other users.

The package is available via anonymous ftp from arjuna.ncl.ac.uk


>39  commercial on cd-rom

From: [e-mail] (Jim Adcock)
Subject: Re: Non-defense Ada applications - answering several requests
Date: 11 Jun 93 18:56:55 GMT
Organization: Microsoft Corporation

 >...

1) Get a copy of the Computer Select Database.  [I notice the company
is offering free trial copies [the database is CD-ROM based]]

2) Select "Section: Software Product Specifications"

3) Select "Find: C++"

Behold!  A list of 734 commercially available software packages written
in C++, including some of the best known names in the software industry.


>40  C++ Signatures (subtyping)

From: [e-mail] (Gerald Baumgartner)
Newsgroups: comp.object,comp.lang.c++
Subject: signature implementation for G++ 2.5.2 and tech report available
Date: 4 Nov 1993 12:03:00 -0500
Organization: Department of Computer Sciences, Purdue University

Announcing the paper

    Signatures: A C++ Extension for
    Type Abstraction and Subtype Polymorphism

    by Gerald Baumgartner and Vincent F. Russo.
    Tech report CSD-TR-93-059, Dept. of Computer
    Sciences, Purdue University, September 1993.
    Submitted to Software Practice & Experience.

and a beta release of our implementation of

    signatures for GCC 2.5.2.


 How to Get that Stuff?
 ----------------------

You can get both the paper and the implementation by ftp from

    host:        ftp.cs.purdue.edu    (128.10.2.1)

    login:        anonymous

    password:    your e-mail address

    directory:    pub/gb

    files:        COPYING            Copyright notice.

            README            This file.

            Signatures.{dvi,ps}.gz    DVI and Postscript versions
                        of the paper.

            gcc-2.5.2.sig.diff.gz    Patch to upgrade GCC 2.5.2.

            test.tar.gz        Test files and script to run
                        the tests.

To make GCC 2.5.2 understand signatures, just copy the context diff
file into the GCC source directory, type

    gunzip gcc-2.5.2.sig.diff.gz
    patch < gcc-2.5.2.sig.diff

and rebuild and install `gcc,' `cc1plus,' the man pages, and the manual.

For compiling C++ code containing signatures, you need to use the
command line option

    -fhandle-signatures

We tested our extension on Sun 4 only, but since there are no changes
to the compiler backend, it is expected work on other architectures as
well.  To test whether it works on your architecture, unpack the file
`test.tar.gz' and run the shell script

    Test

It compiles the test programs and runs them.  If everything works
correctly, all the test programs (all 40 of them) should print

    Hello World.


 What are Signatures anyway?
 ---------------------------

Roughly, signatures are type abstractions or interfaces of classes.
They are related to ML's signatures, categories in Axiom, definition
modules in Modula-2, interface modules in Modula-3, and types in
POOL-I.

The main language constructs added are signatures and signature pointers.
For example, the signature declaration

    signature S
    {
      int foo (void);
      int bar (int);
    };

defines a new abstract type `S' with member functions `int foo (void)'
and `int bar (int).'  Signature types cannot be instantiated since they
don't provide any implementation.  Only signature pointers and signature
references can be defined.  For example,

    C obj;
    S * p = &obj;

defines a signature pointer `p' and initializes it to point to an object
of class type `C,' where `C' is required to contain the public member
functions `int foo (void)' and `int bar (int).'  The member function call

    int i = p->foo ();

executes then `obj.foo ().'

Class `C' is called an implementation of the abstract type `S.'  In
this example, we could have made `S' an abstract virtual class and `C' a
subclass of `S,' and we would have had the same effect.  The advantages
of signatures over abstract virtual classes are

    - you can build a type hierarchy separate from the class inheritance
      (implementation) hierarchy,
    - subtyping becomes decoupled from inheritance, and
    - signatures can be used with compiled classes, while you cannot
      retrofit an abstract virtual class on top of compiled class
      hierarchies.

For more information, please, see the paper.


 What's Implemented and what's not?
 ----------------------------------

Signature declarations and signature pointers are implemented and
working.  For examples of what's working and how to use them you can
have a look at the test files.

The following bugs are known:

      - The destructor of objects cannot be called though signature pointers.
      - A signature pointer cannot point to an object of a class defined
    by multiple inheritance.
      - The signature conformance check does not work if the signature
    contains other signature declarations or class declarations.
      - Operator and conversion operator member functions of signatures
    can only be called with function call syntax, such as
    `p->operator+(17),' but not with operator or conversion syntax.

The following language constructs and features are not yet implemented:

      - constants in signatures,
      - signature references,
      - signature inheritance,
      - the `sigof' (signature of a class) construct,
      - views (not even the parsing is done),
      - signature templates, and
      - exception specifications in signature member function declarations.

The following optimization is not implemented:

      - Looking up a virtual class member function through a signature
    pointer/reference requires double indirection.  This can be optimized
    by memoizing, so that only the first lookup of a member function
    requires double indirection and further lookups require only single
    indirection.

The items above are roughly in the order in which they will be implemented.

Besides bug fixes, the main features that have been implemented since the
last release are default implementations of signature member functions
and opaque types.


 Feedback
 --------

Please, send your questions, comments, suggestions, and complaints to

    [e-mail]

--
Gerald Baumgartner
Dept. of Computer Sciences, Purdue University,  W. Lafayette, IN 47907
Internet: [e-mail], UUCP: ...!{decwrl,gatech,ucbvax}!purdue!gb


>41 The Texas Persistent Store

  The Texas Persistent Store, version 0.1

Texas is a simple, portable, high-performance and (best of all) FREE
persistent store for C++ using "pointer swizzling at page fault time"
to translate persistent addresses to hardware-supported virtual addresses.

Texas is built on top of a normal virtual memory, and relies on the
underlying virtual memory system for caching.  It uses user-level virtual
memory protections to control the faulting of data from a persistent storage
file into virtual memory.

All addresses in a page are translated from a persistent format to
actual virtual addresses when the page is brought into virtual memory,
and subsequent memory references (including pointer traversals) are
just as fast as for non-persistent data.

Texas is easy to use, and is implemented as a UNIX library.  It is small
and can be linked into applications.  It requires no special operating
system privileges, and persistence is orthogonal to type---objects may be
allocated on either a conventional transient heap, or on the persistent
heap, as desired.

Texas supports simple checkpointing of heap data.  A log-structured storage
module is under development, and will provide fast checkpointing of small
transactions.

Texas is beta software, and the current prerelease version supports only
simple single-machine operation.  Future releases will support client-server
operation, a flexible access control scheme, and transaction support.

Texas currently runs under SunOS and ULTRIX, using Sun CC or GNU C++.
Porting to other modern systems (e.g., OS/2, WNT, Mach) should be easy---it
requires only mprotect(), signal(), and sbrk() calls (or their equivalent)
to control virtual memory protection setting and trap handling.

Papers about the pointer swizzling scheme and Texas itself (referenced
below) are available via anonymous ftp from cs.utexas.edu (IP address
128.83.139.9), as postscript files swizz.ps and texaspstore.ps in the
directory pub/garbage.

The source code for Texas is also available, in the directory
pub/garbage/texas.

References:

Paul R. Wilson and Sheetal V. Kakkad, "Pointer Swizzling at Page Fault
Time: Efficiently and Compatibly Supporting Huge Address Spaces on Standard
Hardware," Proc. Second Int'l. Workshop on Object Orientation in Operating
Systems, Sept. 1992, Dourdan, France, pp. 364--377.

Vivek Singhal, Sheetal V. Kakkad, and Paul R. Wilson, "Texas: an Efficient,
Portable Persistent Store", Proc. Fifth Int'l. Workshop on Persistent Object
Systems, Sept. 1992, San Miniato, Italy, pp. 11-33.


>42 OSE C++lib

OSE is a collection of programming tools and class libraries for C++. The
core of the environment is the C++ class libraries, of which three are
provided. These are:

  OTCLIB - A library of generic components, including support for error
  handling, error message logging, error recovery, program debugging,
  memory management, resource management, generic collections, text
  manipulation, operating system interfacing and event driven systems.

  OUXLIB - A library of components which primarily extends classes in the
  OTCLIB library to support features specific to the UNIX operating
  system.

  OTKLIB - A library of components which builds on the OTCLIB and OUXLIB
  libraries to allow integration of the TCL/TK library into applications
  using the event driven systems framework provided by the OTCLIB
  library.

The C++ libraries are portable to a wide range of C++ compilers on the UNIX
platform. Supported C++ compilers include those from USL (CFRONT), DEC, HP,
IBM, Lucid, SGI, SUN, CenterLine and ObjectStore, as well as the freely
available GNU C++ compiler. If your C++ compiler does not support
templates, it is possible to use a template preprocessor which is supplied
with OSE. Portability to all the major variants of UNIX has been achieved.
Supported platforms include BSD, HPUX, IRIX, Linux, OSF, SCO, Solaris,
SunOS, SYSV and Ultrix. In addition to being available under UNIX, the
OTCLIB library is portable to DOS and OS/2 using Borland and Watcom C++
compilers.

OSE was winner of CODA'94, the ComputerWorld Object Developer Awards which
is held in conjunction with ObjectWorld in Sydney, Australia. The category
in which OSE was a winner was "Best implementation of a reusable development
environment for company deployment".

OSE can be obtained via anonymous ftp from:

  Europe:

    ftp.th-darmstadt.de [130.83.55.75]
    directory pub/programming/languages/C++/class-libraries/OSE

  United States

    straylight.acs.ncsu.edu [152.1.65.11]
    directory /pub/ose

  Australia:

    csis.dit.csiro.au [192.41.146.1]
    directory pub/SEG/ose

Documentation for OSE is available online via WWW at:

  http://www.tansu.com.au/Docs/ose/doc/ose-home.html

Questions about OSE can be directed to the author (Graham Dumpleton) at:

  [e-mail]

A mailing list for discussion of OSE, and a mail server providing a list of
known problems and fixes is also available.


>43 Traces,kiczales,MOP,DI

From: [e-mail] (Gregor Kiczales)
Subject: Re: Dynamic Objects
In-Reply-To: [e-mail]'s message of 25 Aug 93 21:52:56 GMT
Message-ID: <[e-mail]>
Organization: Xerox Palo Alto Research Center
References: <[e-mail]> <[e-mail]>
Date: 3 Sep 93 09:35:06

Earlier in this series of messages, Craig Chambers and others mentioned
his ECOOP'93 paper on predicate classes, which provide a powerful handle
on some of the problems that have been mentioned in this series of
messages, specifically, how dynamic changes to an object or its context
can be harnessed to reliably effect the object's (message receipt)
behavior.  As I see it, predicate classes are a key step towards solving
one of the most frustrating problems of OO programming: the struggle
over whether to encode some difference among objects in the value of a
slot (that is one of its parts) or in the object's `method table' (class
or that which it is one-of).

A closely related problem, that has also come up in this series of
messages, is how so-called factory objects can dynamically select the
behavior of the objects they create.  We have developed a new OO
language concept called Traces, that can be used to make much more
powerful factory objects, as well as handle some of the things predicate
classes do.  The two ideas are similar in that they both make behavior
selection a much more dynamic phenomena.

My ISOTAS'93 paper presents the concept of Traces and shows it
application to some problems.  This paper is available for anonymous FTP
from ftp.parc.xerox.com, in the /pub/mops directory.  The file is
traces.ps.

Gregor

Following is the abstract from the paper:

Object-oriented techniques are a powerful tool for making a system
end-programmer specializable.  But, in cases where the system not only
accepts objects as input, but also creates objects internally,
specialization has been more difficult.  This has been referred to as
the ``make isn't generic problem.''  We present a new \oo{} language
concept, called traces, that we have used successfully to support
specialization in cases that were previously cumbersome.

The concept of traces makes a fundamental separation between two kinds
of inheritance in \oo{} languages: inheritance of default implementation
-- an aspect of code sharing; and inheritance of specialization, a
sometimes static, sometimes dynamic phenomenon.


>44 C++ coding standard

From: [e-mail] (Igor Metz)
Subject: Re: C++ coding standard
Organization: Dept. of CS, University of Berne, Switzerland
Date: Tue, 7 Sep 1993 07:08:21 GMT

euagate.eua.ericsson.se   (Internet Address: 134.138.134.16)
~ftp/pub/eua/c++/rules.ps.Z

[Also an archive site.  E.g. Coplien includes a dir of C++ examples]


>45 Kala Archive

From: [e-mail] (Sergiu S Simmel)
Subject: Kala White Paper now available via anonymous ftp
Message-ID: <[e-mail]>
Organization: Penobscot Development Corporation, Cambridge MA
Date: Fri, 10 Sep 1993 07:18:11 GMT

An 8-page paper providing an overview of what Kala is and what Kala is
for is now available, in PostScript format, in the Kala Archive. The
file is accessible, via anonymous FTP, at the following location:

          [e-mail]:/pub/kala/TechDocs/Overview.ps

The outline is the following

        1 What is Kala For?
        2 Software Infrastructure
                Persistent Data and Persistent Stores
        3 Data Transfer
        4 Data Visibility
                Changing Visibility
                Sharing Visibility
                Transactions
                Versions
        5 Runtime and Architectural Models
        6 Relationship to Other Technologies

This paper is targeted towards those who don't know anything about
Kala and would like to find out a bit in 10 pages or less.

Enjoy!

P.S. For those of you who do not have FTP access and would like to
     obtain this file, please send a brief e-mail message to
     [e-mail], requesting that the file be e-mailed to you.
     Beware that the file is approximately 425Kbytes long (the paper
     contains 13 illustrations!).


>46 BeBOP(seq,par,LP,OO,meta)

From: [e-mail] (Andrew Davison)
Subject: BeBOP v.1.0 Available
Message-ID: <[e-mail]>
Organization: Department of Computer Sci, University of Melbourne
Follow-Up: comp.parallel
Date: Mon, 13 Sep 1993 04:08:41 GMT

 BeBOP and bp Version 1.0 now available
 ======================================

 What is BeBOP?
 ==============
The language BeBOP is a unique combination of sequential
and parallel Logic Programming (LP), object oriented
programming and meta-level programming.

The LP component offers both don't know non-determinism
and stream AND-parallelism, a combination not possible
with concurrent LP languages.

BeBOP's object oriented features include object IDs,
encapsulation, message passing, state updating, and
object behaviour modification.

The meta-level capabilities are based on the treatment
of Prolog theories as first order entities, which
enables them to be updated easily, and for fragments
to be passed between objects in messages.

BeBOP is implemented by translation down to NU-Prolog,
and its parallel extension, PNU-Prolog. An unusual
aspect of this is the way that object IDs are utilized
as a communication mechanism between objects.

 What is bp?
 ===========
The bp interactive interpreter supports BeBOP programming
by allowing the flexible invocation of objects, and
offering the means for setting up communication links
between objects at any time. An incidental benefit is
the ability to use `global' variables in queries. Since
bp is an augmentation of the NU-Prolog np system, objects
and Prolog goals can be combined, and a by-product is
that the floundering of Prolog queries is avoided.


 Where are they?
 ===============
The BeBOP system (BeBOP and bp), and the PNU-Prolog
preprocessor pnp, can be found at the anonymous ftp
site munnari.oz.au (128.250.1.21), in the directory
pub as the file bebop.tar.Z. Remember to use binary
mode when copying it.

The release comes with a user manual, several papers
(in Postscript format), sample programs, and source code.


 System requirements
 ===================
The BeBOP system requires the following:

* The NU-Prolog system, compiler and interpreter
* The pnp preprocessor
  (this is included as part of the BeBOP system release)
* GCC or similar compiler
* Yacc (or Bison) and Lex


 For more details, contact:
 ==========================
        Andrew Davison
        Dept. of Computer Science
        University of Melbourne
        Parkville, Victoria 3052
        Australia

Email:  [e-mail]
Fax:    [phone]
Phone:  [phone] / 9101
Telex:  AA 35185


>47 Knowledge Media, Massive cd-rom, lots of freeware

A "Resource Library" of cd-rom discs .  CDs for language/OS, graphics, multi-
media, mega-media (3), and audio.  "Gathered from the resources of the
Internet, CompuServe, Genie, BIX, and other BBS's".  Some shareware.  Should be
available at your local software store.

From the back of the Languages CD:

  'Over 100 Languages'
        ...

This is the largest collection of compilers, interpreters, libraries, and
source code for standard and experimental computer languages and operating
systems ever assembled.  A must for anyone interested in computer programming,
this disc is just right for everyone, whether he or she is a researcher,
student, or an interested hobbist.

Knowledge Media Inc.
Paradise, CA  95969 USA


>48 u++, C++ Trans. and Concry RTS

From: [e-mail] (Nat Makarevitch)
Subject: Re: 'Concurrent Objects' - Suggestions needed
Date: 10 Oct 1993 02:41:15 GMT
Organization: LIVIA

       u++ - uC++ Translator and Concurrency Runtime System

DESCRIPTION
The u++ command introduces  a  translator  pass  over  the
specified source files after the C preprocessor and before
the actual C++ compilation.  The translator converts  sev-
eral  new  uC++  constructs  into C++ statements.  The u++
command also provides  the  runtime  concurrency library,
which must be linked with each uC++ application.


REFERENCES
uC++:  Concurrency in the Object-Oriented Language C++, by
P.A.  Buhr,  G.  Ditchfield,  R.A.   Stroobosscher,   B.M.
Younger, C.R.  Zarnke;   Software-Practise and Experience,
22(2):137--172, February 1992.  This paper describes  uC++
v2.0, which has been significantly extended.

The  uC++  system is available via anonymous FTP
from watmsg.UWaterloo.ca:pub/uSystem.  A license agreement
is required to use uC++.


>49 Real Time

From: [e-mail] (David B Stewart)
Subject: Re: Object-Oriented Systems and Realtime
Organization: The Robotics Institute, Carnegie Mellon University
Date: Mon, 11 Oct 1993 16:51:19 GMT

In article <[e-mail]>,
Chris Zimmermann <[e-mail]> wrote:
>Hi community:
>
>What is the state of the art concerning real time in
>object-oriented systems (if any)? By this, I mean the
>marriage of more or less traditional real time systems
>(including systems concerned with "soft" real time aspects
>like multimedia) with the OO paradigm.
>[...]

We've done significant work in that area.  Check out the following tech
report:

D. B. Stewart, R. A. Volpe, and P. K. Khosla, "Design of Dynamically
    Reconfigurable Real-Time Software using Port-Based Objects,"
    Carnegie Mellon University Tech Report #CMU-RI-TR-93-11, July 1993.

    Abstract: The current development of applications for sensor-based
    robotic and automation (R&A) systems is typically a `one-of-a-kind'
    process, where most software is developed from scratch, even though
    much of the code is similar to code written for other applications.
    The cost of these systems can be drastically reduced and the capability
    of these systems improved by providing a suitable software framework
    for all R&A sys tems. We describe a novel software framework, based on
    the notion of dynamically reconfigurable software for sensor-based
    control systems. Tools to support the implementation of this framework
    have been built into the Chimera 3.0 Real-Time Operating System. The
    framework provides for the systematic development and predictable
    execution of flexible R&A applications while maintaining the ability to
    reuse code from previous applications. It combines object-oriented
    design of software with port-automaton design of digital control
    systems. A control module is an instance of a class of port-based
    objects. A task set is formed by integrating objects from a module
    library to form a specific configuration. An implementation using
    global state variables for the automatic integration of port-based
    objects is presented. A control subsystem is a collection of jobs
    which are executed one at a time, and can be programmed by a user.
    Multiple control subsystems can execute in parallel, and operate
    either independently or cooperatively. One of the fundamental concepts
    of reconfigurable software design is that modules are developed
    independent of the target hardware. Our framework defines classes of
    reconfigurable device driver objects for proving hardware independence
    to I/O devices, sensors, actuators, and special purpose processors.
    Hardware independent real-time communication mechanisms for
    inter-subsystem communication are also described. Along with providing
    a foundation for design of dynamically reconfigurable real-time
    software, we are also developing many modules for the control module,
    device driver, and subroutine libraries. As the libraries continue to
    grow, they will form the basis of code that can eventually be used by
    future R&A applications. There will no longer be a need for developing
    software from scratch for new applications, since many required modules
    will already be available in one of the libraries.

This report is available via anonymous FTP as follows:

    % ftp IUS4.IUS.CS.CMU.EDU    (128.2.209.143)
    Name:       anonymous
    Password:   yourname@yourmachine
    ftp> binary
    ftp> cd /usr/chimera/public
    ftp> get CMU_RI_TR_93_11.ps.Z
    ftp> quit
    % uncompress CMU_RI_TR_93_11.ps.Z
    % lpr CMU_RI_TR_93_11.ps    (must be a postscript printer)

For more information, 'finger [e-mail]'.

>50 Ada-9x (compiler, GNU)

From: [e-mail] (Tucker Taft)
Subject: Re: which language to use ...?
Organization: Intermetrics, Inc.
Date: Mon, 1 Nov 1993 23:22:42 GMT

 >[...]

Also, there is a preliminary release of a GNU-GCC-based Ada 9X
compiler available from NYU on cs.nyu.edu in pub/gnat/...
The front end is written in Ada itself; the back end
is the usual GCC back end (enhanced as appropriate).

S. Tucker Taft  [e-mail]
Intermetrics, Inc.
Cambridge, MA  02138


>51 OO Course Slides

From: [e-mail] (David Weller)
Subject: Re: Slides on OOP or OMT wanted
Organization: Sigma Software Engineering, Inc.
Date: Fri, 5 Nov 1993 11:01:44 EST

In article <2bdot7$[e-mail]> [e-mail] (Mikal Ziane (Univ. Paris 5 and INRIA) ) writes:
>
>Hello netters,
>
>Is anybody aware of public domain slides available on an ftp site ?
>I'd like slides on OO programming or OO design methods (esp. OMT).
>I know I am crazy to ask for that but someone told me he saw
>a very good C++ course on some ftp site ! (he does not remember which one
>unfortunatemy)
>

It's true!  On WUArchive (wuarchive.wustl.edu) there is a series of
slides developed in Microsoft's PowerPoint.  The course material
includes lesson plans, tests, and workbooks, along with full notes
accompanying each slide.

There's one _little_ catch -- it's in the Public Ada Library.  Now,
the OOP course (there's three courses, one on OOD, OOP, and Software
Engineering) covers both C++ and Ada.  It was designed to let the
students work in both languages to get an objective opinion of the
pluses and minuses of each language (gee, what a concept!).

The OOD slides do NOT cover OMT.  Some material is used from Booch's
OOD book, but not the notation.  From looking at the slides, it appears
very easy to insert your own notation.  The important part for students
is communicating the concepts, which (for the price) these slides do
a DAMN good job of. <- (Safire's Violation #45: "A perposition is a
bad thing to end a sentence with." :-)

Ah, but WHERE on WUArchive are they?  If you look under
languages/ada/crsware, I believe you'll find them.  Good luck!

dgw
--
type My_Disclaimer is new Standard.Disclaimer with record
    AJPO, SEI : Cognizance := Disavow_All_Knowledge;
end record;--)


>52 GTE Distrib Reports

From: [e-mail] (Emon)
Subject: Reports Available From The Distributed Object Computing Department
Date: 5 Nov 93 18:10:15 GMT
Organization: GTE Laboratories, Inc.

                        REPORTS AVAILABLE FROM
             THE DISTRIBUTED OBJECT COMPUTING DEPARTMENT
                     GTE LABORATORIES INCORPORATED
                        40 Sylvan Road, M/S 62
                     Waltham, Massachusetts 02254


For over six years, the primary focus of the Distributed Object Computing
Department within GTE Laboratories has been the Distributed Object
Management (DOM) project. The DOM project conducts research into
object-oriented technology for integrating heterogeneous, autonomous,
distributed (HAD) computer systems/resources. Major research areas include:
interoperable object models; interoperable, distributed object
architectures; heterogeneous, extended transaction models; and information
requests in HAD environments. We are experimenting in these areas using our
prototype DOM system which we have developed over the past five years. This
technology is based on ideas from a number of technical areas including
distributed, object-oriented, databases, multi-database systems, operating
systems, and programming languages.

Permission is granted at this time for the operations and uses listed
below. However, this permission is non-transferable and is subject to
revocation on a report-by-report basis, due to possible copyright transfers
that are normal in the publication process. Any additional copyright
restrictions are noted in the reports themselves. Default permissions are
for anonymous ftp, electronic viewing, and single-copy printing.
Permissible uses are research and browsing. Specifically prohibited are
SALES of any copy, whether electronic or hardcopy, of any of these reports
for any purpose. Also prohibited is copying, excerpting or extensive
quoting of any report in another work without the written permission of one
of the report's authors.

Reports marked with a "*" can be retrieved in postscript(ascii) form via
anonymous ftp from ftp.gte.com (132.197.8.2) in the "pub/dom" subdirectory.

 >>>>>>>>> 1994

[GEOR94a]*   Georgakopoulos, D., M. Rusinkiewicz, and W. Litwin,
"Chronological Scheduling of Transactions with Temporal Dependencies," to
appear in the VLDB journal, January 1994 (submitted in December 1990).

[GEOR94b]*   Georgakopoulos, D., M. Hornick, P. Krychniak, and F. Manola,
"Specification and Management of Extended Transactions in a Programmable
Transaction Environment," to appear in the Proceedings of the 10th
International Conference on Data Engineering, Houston, Texas, February
1994. Also published as TC-0207-02-93-165, GTE Laboratories Incorporated,
February 1993.


 >>>>>>>>> 1993

[BROD93a]*   Brodie, M.L., "The Promise of Distributed Computing and the
Challenge of Legacy Information Systems," in Hsiao, D., E.J. Neuhold, and
R. Sacks-Davis (eds), Proc. IFIP TC2/WG2.6 Conference on Semantics of
Interoperable Database Systems, Lorne, Australia, November 1992, Elsevier
North Holland, Amsterdam 1993.

[BROD93b]*   Brodie, M.L. and M. Stonebraker, "DARWIN: On the Incremental
Migration of Legacy Information Systems," DOM Technical Report,
TR-0222-10-92-165, GTE Laboratories Inc., March 1993.

[GEOR93a]*   Georgakopoulos, D., M. Hornick, and P. Krychniak, "An
Environment for Specification and Management of Extended Transactions in
DOMS," to appear in Proceedings of the 3rd International Workshop on
Interoperability in Multidatabase Systems, Vienna, Austria, April 1993.

[GEOR93c]*   Georgakopoulos, D., M. Rusinkiewicz and A. Sheth, "Using
Ticket-based Methods to Enforce the Serializability of Multidatabase
Transactions," to appear in the IEEE Transactions on Data and Knowledge
Engineering December 1993 (submitted in February 1992).

[GEOR93e]*   Georgakopoulos, D., M. Hornick, F. Manola, M. Brodie, S.
Heiler, F. Nayeri, and B. Hurwitz, "An Extended Transaction Environment for
Workflows in Distributed Object Computing," in IEEE Data Engineering, pp.
24-27, vol. 16, no. 2, June 1993.

[MANO93a]   Manola, F., "The Need for Object Model Interoperability,"
Workshop Report, Workshop on Application Integration Architectures, Dallas,
Texas, February 1993

[MANO93c]*   Manola, F. and S. Heiler, "A 'RISC' Object Model for Object
System Interoperation: Concepts and Applications," TR-0231-08-93-165, GTE
Laboratories, Inc., August 1993.

[MITC93a]   Mitchell, G., "Extensible Query Processing in an
Object-Oriented Database," PhD Thesis, Brown University Technical Report
No. CS-93-16, May 1993. Available in hard copy from Brown University,
Computer Science Department, and postscript format via anonymous ftp from
wilma.cs.brown.edu as file techreports/93/cs93-16.ps.Z

[NAYE93c]*   Nayeri, F., and B. Hurwitz, "Experiments with Dispatching in a
Distributed Object System," GTE Laboratories, Inc., TR-0236-09-93-165, July
1993.

[NAYE93d]*   Nayeri, F., "Addressing Component Interoperability in the OMG
Object Model," position paper submitted to ORB Implementors' Workshop, San
Francisco, June 1993.

[NICO93a]   Nicol, J., T. Wilkes, and F. Manola, "Object Orientation in
Heterogeneous Distributed Computing Systems," IEEE Computer, pp. 57-67,
Vol. 26, No.6, June 1993.

[VENT93]*   Ventrone, V. and S. Heiler, "Some Practical Advice for Dealing
with Semantic Heterogeneity in Federated Database Systems," Submitted to
USENIX.


 >>>>>>>>> 1992

[BGR92]*   Batra, R., D. Georgakopoulos, and M. Rusinkiewicz, "A
Decentralized Deadlock-free Concurrency Control Method for Multidatabase
Transactions," in Proceedings of 12th International Conference on
Distributed Computing Systems, Yokohama, Japan, June, 1992.

[BRO92b]*   Brodie, M.L. and J. Mylopoulos , "Artificial Intelligence and
Databases: Dawn, Midday, or Sunset?," Canadian Information Processing
/Informatique Canadienne, July/August 1992.

[BROD92c]*   Brodie, M.L. and S. Ceri, "On Intelligent and Cooperative
Information Systems," in International Journal of Intelligent and
Cooperative Information Systems 1, 2 September 1992.

[BUCH92]   Buchmann, A.P., M.T. Ozsu, M. Hornick, D. Georgakopoulos, F.A.
Manola, "A Transaction Model for Active Distributed Object Systems," in
Database Transaction Models for Advanced Applications, A.K. Elmagarmid,
(ed.), Morgan Kaufmann, San Mateo, CA, Spring 1992.

[GEOR92]*   Georgakopoulos, D., "A Framework for Dynamic Specification of
Extended Multidatabase Transactions and Interdatabase Dependencies,"
Proceedings of Third Workshop on Heterogeneous Databases and Semantic
Interoperability, Boulder, February, 1992.

[HEIL92]   Heiler, S., S. Haradhvala, B. Blaustein, A. Rosenthal, and S.
Zdonik, "A Flexible Framework for Transaction Management in Engineering
Environments," in Database Transaction Models for Advanced Applications,
A.K. Elmagarmid (ed.), Morgan Kaufmann, San Mateo, CA, Spring 1992.

[MANO92]*   Manola, F., S. Heiler, D. Georgakopoulos, M. Hornick, M.
Brodie, "Distributed Object Management," International Journal of
Intelligent and Cooperative Information Systems 1, 1 March 1992.

[MANO92a]*   Manola, F. and S. Heiler, "An Approach To Interoperable Object
Models," Proceedings of the International Workshop on Distributed Object
Management, Edmonton, Canada, August 1992 (also in Distributed Object
Management, M.T. Ozsu, U. Dayal, and P. Valduriez (eds.), Morgan Kaufmann,
San Mateo, CA, 1993).


 >>>>>>>>> 1991

[BROD91]   Brodie, M., "Distributed Object Management Research,"
Proceedings of the Second Telecommunications Information Networking
Architecture (TINA) Workshop, pp. 297-303, Chantilly, France, March 1991.

[BROD91a]*   Brodie, M. and M. Hornick, "An Interoperability Development
Environment For Intelligent Information Systems," Proceedings of the
International Workshop on the Development of Intelligent Information
Systems, Niagara-on-the-Lake, April 1991.

[BUCH91]*   Buchmann, A.P., M. Tamer Ozsu, and D. Georgakopoulos, "Towards
a Transaction Management System for DOM," TR-0146-06-91-165, GTE
Laboratories Incorporated, June 1991.

[GEOR91a]*   Georgakopoulos, D., M. Rusinkiewicz, and A. Sheth, "On
Serializability of Multidatabase Transactions Through Forced Local
Conflicts," Proceedings of the 7th International Conference on Data
Engineering, Kobe, Japan, April 1991.

[GEOR91b]*   Georgakopoulos, D., "Multidatabase Recoverability and
Recovery," Proceedings of the First International Workshop on
Interoperability in Multidatabase Systems, Kyoto, Japan, April 1991.

[GRL91]   Georgakopoulos, D., M. Rusinkiewicz, and W. Litwin,
"Chronological Scheduling of Transactions with Temporal Dependencies," in
the VLDB journal, available draft also as a Technical Report from the
Department of Computer Science at the University of Houston, UH-CS-91-03,
February, 1991.

[HEIL91]*   Heiler, S., "Extended Data Type Support in Distributed DBMS
Products: A Technology Assessment and Forecast," TR-170-12-91-165. GTE
Laboratories Incorporated, December 1991.

[HORN91]*   Hornick, M.F., J.D. Morrison, and F. Nayeri, "Integrating
Heterogeneous, Autonomous, Distributed Applications Using the DOM
Prototype," TR-0174-12-91-165. GTE Laboratories Incorporated, December
1991.

[MANO91]   Manola, F. and U. Dayal, "An Overview of PDM: An Object-Oriented
Data Model," in K.R. Dittrich, U. Dayal, and A.P. Buchmann (eds.), On
Object-Oriented Database Systems, Springer-Verlag, 1991.

[MANO91a]*   Manola, F., "Object Data Language Facilities for Multimedia
Data Types," TR-0169-12-91-165. GTE Laboratories Incorporated, December
1991.

[MANO91b]   Manola, F., "The Third-Generation/OODBMS Manifesto, Commercial
Version," SIGMOD Record, Vol. 20, No. 4, December 1991.

[RUSI91]   Rusinkiewicz, M. and D. Georgakopoulos, "Multidatabase
Transactions: Impediments and Opportunities," Compcon Spring '91 Digest of
Papers, San Francisco, February 1991.

[VENT91]   Ventrone, V. and S. Heiler, "Semantic Heterogeneity as a Result
of Domain Evaluation," SIGMOD Record Special Issue: Semantic Issues in
Multidatabase Systems, Vol. 20, No. 4, December 1991.


 >>>>>>>>> 1990

[BREI90]   Breitbart, Y., D. Georgakopoulos, and M. Rusinkiewicz, A.
Silberschatz, "Rigorous Scheduling in Multidatabase Systems," Proceedings
of Workshop in Multidatabases and Semantic Interoperability, Tulsa, pp.
658-667, November 1990.

[BROD90]*   Brodie, M.L., F. Bancilhon, C. Harris, M. Kifer, Y. Masunaga,
E.D. Sacerdoti, K. Tanaka, "Next Generation Database Management Systems
Technology," in Deductive and Object-Oriented Databases, W. Kim, J-M
Nicolas, S. Nishio, (eds.), Elsevier Science Publishers, 1990.

[HEIL90]   Heiler, S., F. Manola and S. Zdonik, "An Object-Oriented
Database Approach to Federated Systems," (unpublished paper), 1990.

[MANO90]   Manola, F., "Object-Oriented Knowledge Bases," AI Expert, 5(3),
5(4), March and April 1990.

[MANO90a]*   Manola, F. and A. Buchmann "A Functional/Relational
Object-Oriented Model for Distributed Object Management: Preliminary
Description" TM-0331-11-90-165. GTE Laboratories Incorporated, December
1990.

[MANO90b]*   Manola, F., M. Hornick, and A. Buchmann "Object Data Model
Facilities for Multimedia Data Types" TM-0332-11-90-165, GTE Laboratories
Incorporated, December 1990.

[MYLO90]*   Mylopoulos, J. and M. Brodie, "Knowledge Bases and Databases:
Current Trends and Future Directions," Lecture Notes in Computer Science,
Vol. 474: Information Systems and Artificial Intelligence: Integration
Aspects, D. Karagiannia, (ed.), Springer-Verlag, New York, 1990.

[RUSI90]   Rusinkiewicz, M., D. Georgakopoulos, and R. Thomas, "RDS: A
Primitive for the Maintenance of Replicated Data Objects," Proceedings of
Second IEEE Symposium on Parallel and Distributed Processing, Dallas, pp.
658-667, December 1990.

[SILB90]   Silberschatz, A., M. Stonebraker, and J.D. Ullman (eds.), M.L.
Brodie, P. Buneman, M. Carey, A. Chandra, H. Garcia-Molina, J. Gray, R.
Fagin, D. Lomet, D. Maier, M.A. Niemat, A. Silberschatz, M. Stonebraker, I.
Traiger, J. Ullman, G. Wiederhold, C. Zaniolo, and M. Zemankova, P.A.
Bernstein, W. Kim, H.F. Korth, and A. van Tilborg, (co-authors), "Database
Systems: Achievements and Opportunities," ACM SIGMOD Record, 19, 4,
December 1990; also appeared in Communications of the ACM, Vol. 34, No.10,
pp. 110-120, October 1991.

[STON90]   Stonebraker, M. , L.A. Rowe, B. Lindsay, J. Gray, M. Carey, M.L.
Brodie, P. Bernstein, and D. Beech, "Third-Generation Data Base System
Manifesto," ACM SIGMOD Recored 19, 3, September 1990.

[ZERT90]   Zertuche, D.R. and A.P. Buchmann, "Execution Models for Active
Database Systems: A Comparison," TM-0238-01-90-165, GTE Laboratories
Incorporated, January 1990.


 >>>>>>>>> 1989

[BROD89]   Brodie, M., D. Bobrow, V. Lesser, S. Madnick, D. Tsichritzis,
and C. Hewitt, "Future Artificial Intelligence Requirements for Intelligent
Database Systems" Expert Database Systems: Proceedings From the Second
International Conference, L. Kerschberg (ed.), Benjamin/Cummings, Menlo
Park, CA, 1989.

[BROD89a]   Brodie, M. , J. Mylopoulos, "Future Intelligent Information
Systems: AI and Database Technologies Working Together," in M. Brodie, J.
Mylopoulos, (eds. and contributors), Readings in Artificial Intelligence
and Databases, Morgan Kaufmann, San Mateo, CA, 1989.

[MANO89]*   Manola, F., "Applications of Object-Oriented Database
Technology in Knowledge-Based Integrated Information Systems," GTE
Laboratories Incorporated, April 1989.

[MANO89a]*   Manola, F., "Object Model Capabilities For Distributed Object
Management," TM-0149-06-89-165, GTE Laboratories Incorporated, June 1989.

[MANO89b]*   Manola, F., "An Evaluation of Object-Oriented DBMS
Developments," TR-0066-10-89-165, GTE Laboratories Incorporated, October
1989.

[WELC89]   Welch, J.L. and A.P. Sistla, "Object-Based Concurrency Control
and Recovery Mechanisms," TM-0150-06-89-165, GTE Laboratories Incorporated,
June 1989.


 >>>>>>>>> 1988

[MANO88]*   Manola, F., "Distributed Object Management Technology,"
TM-0014-06-88-165, GTE Laboratories Incorporated, June 1988.


 >>>>>>>>> 1987

[MANO87]   Manola, F., "A Personal View of DBMS Security," Database
Security: Status and Prospects, C.E. Landwehr (ed.), Elsevier Science
Publishers B.V., North Holland, 1988, 23-34; TN CS1.1, GTE Laboratories
Incorporated, December 1987.



_[GEOR94a]* _[GEOR94b]*
_[BROD93a]* _[BROD93b]* _[GEOR93a]* _[GEOR93c]* _[GEOR93e]*
_[MANO93a]  _[MANO93c]* _[NAYE93c]* _[NAYE93d]* _[NICO93a]
_[VENT93]*
_[BGR92]    _[BRO92b]*  _[BROD92c]* _[BUCH92]   _[GEOR92]*
_[HEIL92]   _[MANO92]*  _[MANO92a]*
_[BROD91]   _[BROD91a]* _[BUCH91]*  _[GEOR91a]* _[GEOR91b]*
_[GRL91]    _[HEIL91]*  _[HORN91]*  _[MANO91]   _[MANO91a]*
_[MANO91b]  _[RUSI91]   _[VENT91]
_[BREI90]   _[BROD90]*  _[HEIL90]   _[MANO90]   _[MANO90a]*
_[MANO90b]* _[MYLO90]*  _[RUSI90]   _[SILB90]   _[STON90]
_[ZERT90]
_[BROD89]   _[BROD89a]  _[MANO89]*  _[MANO89a]* _[MANO89b]*
_[WELC89]
_[MANO88]*
_[MANO87]


>53  KEOBJ, OO DSP micro-kernel

From: [e-mail] (Chris Bidaut)
Subject: Object kernel for DSP & RISC processors
Date: Mon, 15 Nov 1993 22:48:46
Organization: Softia, Inc.

This is an announcement for KEOBJ, an object-oriented micro-kernel for Digital
Signal Processors (DSP) and RISC processors.  This is also a request for
comments from the Internet community. Feedback on the architecture and
programming interface will be appreciated and incorporated into the next
release.


1 DESCRIPTION
-------------

KEOBJ is an object-oriented micro-kernel optimized for advanced embedded
applications, and it particularly targets Digital Signal Processors (DSP)
and RISC processors in multimedia environments.

Its main features are object-orientation, real-time behavior, signal processing
support, micro-kernel architecture and scalability.

1.1 Object-orientation

The kernel is a collection of system classes exported to the applications
(e.g Process, Thread, Memory, ...).
An object name space provides a way to locate any public object (e.g. IPC,
memory) using a symbolic path.
The kernel is written in C++ and is easily portable.

1.2 Real-time behavior

The design stresses fast response time and predictability to qualify for the
real-time label. The kernel is reentrant and preeemptable.

1.3 Signal processing support

Besides providing an architecture appropriate for most general purpose
applications, the kernel incorporates dedicated features for signal processing
applications. This includes two phases interrupt processing, time-deadline
scheduling, Inter Process Communications, multiple memory pools, awareness of
the constraints due to a single data type (word).

1.4 Micro-kernel architecture

Probably the most important feature of the kernel is the ability to be
extended at run-time with new services such as devices drivers, public
classes (IPC, file systems, windowing systems). Applications and system
services are dynamically loaded by a COFF compatible loader.

The core kernel is customizable at run-time through a personality mechanism
to emulate other environments (Operating systems) or to tailor the processes
environments.

1.5 Scalability

The API supports physical and virtual memory organizations with the same
semantics.

Applications source code will be portable across DSP and RISC processors.

The architecture supports symmetric multiprocessing and distribution (Available
by mid-1994).


2 WHERE TO FIND THE PACKAGE
---------------------------

A set of documentation about KEOBJ is available via anonymous ftp on the
following Internet server:
        netcom.com (192.100.81.100) in file /pub/softia/keobj.zip


If you do not have access to Internet, contact me for other delivery media at:
Chris Bidaut            [e-mail]
Telephone [phone]    Fax [phone]


>54  MindFrame for Windows

From: [e-mail] (Geoff Lee)
Subject: "MindFrame for Windows" (freeware) application is available for ftp
Date: Tue, 16 Nov 1993 21:07:28 GMT

    MindFrame for Windows 1.0 Release Note
    ======================================

mndframe.zip (MindFrame for Windows) is available for anonymous ftp
on ftp.cica.indiana.edu. It is currently in /pub/pc/win3/uploads.

"MindFrame for Windows" is a freeware application developed to
teach an object modeling approach presented in the
book: "Object-Oriented GUI Application Development" Geoff Lee,
Prentice-Hall, 1993, ISBN 0-13-363086-2.

This application is useful in many other areas as well, for
example, in Bible studying (metaphors, parables, prophecies,
types), neural modeling, ecological modeling, and task modeling.
There are 20 sample applications covering these areas. There
are also description of each of the sample application in the
on-line Help. Read "About MindFrame..." help topic for more
information.

This is a copyrighted software, but you can freely redistribute if
you keep the release intact.

The following is the content of mdnframe.txt file in the .zip file:

1. Installation Procedure:
   DOS> mkdir MndFrame
   DOS> cd MndFrame
   DOS> copy b:MndFrame.zip   (or where you kept the mndframe.zip file)
   DOS> unzip -d mndframe.zip  (extract files into subdirectories)
   DOS> copy grid.vbx \windows\systems (your local Windows system directory)

2. Running the application:
   . In Windows, open your "File Manager"
   . Go to \MndFrame directory
   . Find the MndFrame.exe file
   . Drag the MndFrame.exe file icon into a "Program Manager" window
   . Open the MndFrame.exe program

3. Sample applications:
   Once you are in the MindFrame application, open files in the
   \MndFrame\Samples subdirectories. There are 20 sample files organized
   according to areas of application (e.g., object modeling, neural
   modeling, bible studying). You can also find description of each of
   these samples in the On-Line Help file.

4. On-line help:
   Use the "About MindFrame..." menu item in the "Help" menu to learn more
   about this application. There is an on-line help provided for this
   application. Read through the help topics to learn about using this
   application.

5. Files in this release:
   mndframe.txt: this file.
   mdnframe.exe: the executable file of "MindFrame for Windows" freeware.
   mndframe.hlp: the on-line help file for "MindFrame for Windows".
   biblnote.ps:  the PostScript file of help text on using this application
                to study metaphors, parables, types, and prophecies in the
                Holy Bible.
   grid.vbx:     the visual basic grid control that is necessary to run this
                application. It must be copied into your local "system"
                directory for Windows (\windows\system in most cases).
   samples\*:    in this directory, there are 20 samples (*.frm files) in
                the subdirectories for each application area
                (e.g., objmodel, ecology, neural, parable).

New MindFrame anonymous FTP Directory:

It has been moved to a more permanent directory: /pub/pc/win3/programr.

>55  ACE Lib, C++ Networking

From: [e-mail] (Douglas C. Schmidt)
Subject: Re: C++ and Semaphores
Date: 22 Nov 1993 19:27:00 -0800
Organization: University of California at Irvine: ICS Dept.

       THE "ADAPTIVE COMMUNICATION ENVIRONMENT" (ACE) LIBRARY:

      A Collection of C++ Network Programming Components
      --------------------------------------------------

    The ACE library is available for anonymous ftp from the
ics.uci.edu (128.195.1.1) host in the gnu/C++_wrappers.tar.Z file
(approximately .4 meg compressed).  This release contains contains the
source code, documentation, and example test drivers for a number of
C++ wrapper libraries and higher-level network programming foundation
classes developed as part of the ADAPTIVE transport system project at
the University of California, Irvine.

    . The C++ wrappers encapsulate many of the user-level BSD and
      System V Release 4 IPC facilities such as sockets, TLI,
      select and poll, named pipes and STREAM pipes, the mmap
      family of memory-mapped file commands, System V IPC (i.e.,
      shared memory, semaphores, message queues), and explicit
      dynamic linking (e.g., dlopen/dlsym/dlclose) using
      type-secure, object-oriented interfaces.

    . The higher-level network programming foundation classes
      integrate and enhance the lower-level C++ wrappers to
      support the configuration of concurrent network daemons
      composed of monolithic and/or stackable services

    Many of the C++ wrappers and higher-level components have been
described in issues of the C++ Report, as well as in the proceedings
of (1) the 2nd Annual C++ World conference held in Dallas, Texas in
October, 1993, (2) the 11th Annual Sun Users Group Conference held in
San Jose, CA in December, 1993, and (3) the 2nd International Workshop
on Configurable Distributed Systems held at CMU in Pittsburgh, PA in
March, 1994.  A relatively complete set of documentation and extensive
examples are included in the release.  A mailing list is available for
discussing bug fixes, enhancements, and porting issues regarding ACE.
Please send mail to [e-mail] if you'd like to
become part of the mailing list.

CONTENTS OF THE RELEASE

    The following subdirectories are included in this release:

    . apps    -- complete applications written using the ACE wrappers
    . bin      -- utility programs for building this release such as g++dep
    . build      -- a separate subdirectory that keeps links into the main
             source tree in order to facilitate multi-platform
             build-schemes
    . include -- symbolic links to the include files for the release
    . lib      -- object archive libraries for each C++ wrapper library
    . libsrc  -- the source code for the following C++ wrappers:
            ASX -- higher-level C++ network programming foundation classes
            Get_Opt -- a C++ version of the UNIX getopt utility
            IPC_SAP -- wrapper for BSD sockets
            IPC_SAP_FIFO -- wrapper for FIFOS (named pipes)
            IPC_SAP_SPIPE -- wrapper for SVR4 STREAM pipes and connld
            Log_Msg -- library API for a local/remote logging facility
            Mem_Map -- wrapper for BSD mmap() memory mapped files
            Message_Queues -- wrapper for SysV message queues
            Reactor -- wrapper for select() and poll()
            Semaphores -- wrapper for SysV semaphores
            Server_Daemon -- a wrapper for dynamically linking
            Shared_Memory -- wrapper for SysV shared memory
            Shared_Malloc -- wrapper for SysV/BSD shared mallocs
            TLI_SAP -- wrapper for SVR4 TLI
    . tests -- programs that illustrate how to use the various wrappers

    Please refer to the INSTALL file for information on how to
build and test the ACE wrappers.  The BIBLIOGRAPHY file contains
information on where to obtain articles that describe the ACE wrappers
and the ADAPTIVE system in more detail.

    Also, please note that there is a companion tar file called
C++_wrappers_doc.tar.Z, which is approximately 1.5 Meg compressed.
This file is in the same ftp/gnu directory as the source code
distribution.  In this file is the following:

    . doc      -- LaTeX documentation (in both latex and .ps format)
    . papers  -- postscript versions of various papers describing ACE

COPYRIGHT INFORMATION

    You are free to do anything you like with this code.  However,
you may not do anything to this code that will prevent it from being
distributed freely in its original form (such as copyrighting it,
etc.).  Moreover, if you have any improvements, suggestions, and or
comments, I'd like to hear about it!  It would be great to see this
distributed evolve into a comprehensive, robust, and well-documented
C++ class library that would be freely available to everyone.
Natually, I am not responsible for any problems caused by using these
C++ wrappers.

    Thanks,

        Douglas C. Schmidt
        ([e-mail])
        Department of Information and Computer Science
        University of California, Irvine
        Irvine, CA 92717
        Work #: [phone]
        FAX #: [phone]

ACKNOWLEDGEMENTS

    Special thanks to Paul Stephenson for devising the recursive
Makefile scheme that underlies this distribution.  Also thanks to Olaf
Kruger for explaining how to instantiate templates for shared
libraries on SunOS 4.
--
Douglas C. Schmidt
Department of Information and Computer Science
University of California, Irvine
Irvine, CA 92717. Work #: [phone]; FAX #: [phone]


>56  Teaching Intro to OO Slides, T. Budd

From: [e-mail] (Tim Budd)
Subject: Re: Slides on OOP or OMT wanted
Date: 8 Nov 1993 07:46:08 GMT
Organization: DAIMI, Computer Science Dept. at Aarhus University

>...

I also have a series of slides that I have developed for use with my
text ``an introduction to object-oriented programming'' (timothy budd,
addison-wesley publishers).  These can be found at cs.orst.edu
directory pub/budd/oopintro/slides/*, or there is a mail server
called [e-mail] and if you say
    send oopintro slides chapter1
and so on you can get them via e-mail.  Warning, it yields a lot of
e-mail, so do it one at a time.
--tim


>57  Value Dependence Graphs

From: Michael D. Ernst <[e-mail]>
Subject:  Value dependence graphs paper available
Date: Tue, 9 Nov 1993 00:59:36 GMT

The paper "Value Dependence Graphs: Representation Without Taxation",
which describes a new intermediate representation which is particularly
amenable to optimization, is available.  (This version corrects typos and
clarifies a few minor points that may not have been completely clear in
the version which will appear in the POPL 94 proceedings.)  You can get a
copy in three ways:

1.  Via anonymous ftp, obtain file research.microsoft.com:/pub/papers/vdg.ps
    (or file vdg.ps635 if you have a HP LaserJet 4 printer).
2.  Reply to [e-mail] requesting PostScript by email,
    and I will send you the PostScript file of your choice.  (The files are
    483K and 1018K bytes, respectively.)
3.  Reply to [e-mail] sending me your physical mail
    address, and I will mail you a hardcopy.

The abstract is:

The value dependence graph (VDG) is a sparse dataflow-like representation
that simplifies program analysis and transformation.  It is a functional
representation that represents control flow as data flow and makes
explicit all machine quantities, such as stores and I/O channels.  We are
developing a compiler that builds a VDG representing a program, analyzes
and transforms the VDG, then produces a control flow graph (CFG) [ASU86]
from the optimized VDG.  This framework simplifies transformations and
improves upon several published results.  For example, it enables more
powerful code motion than [CLZ86, FOW87], eliminates as many redundancies
as [AWZ88, RWZ88] (except for redundant loops), and provides important
information to the code scheduler [BR91].  We exhibit a fast, one-pass
method for elimination of partial redundancies that never performs
redundant code motion [KRS92, DS93] and is simpler than the classical
[MR79, Dha91] or SSA [RWZ88] methods.  These results accrue from
eliminating the CFG from the analysis/transformation phases and using
demand dependences in preference to control dependences.

The paper's full citation is:

@InProceedings{WeiseCES94,
  author =      "Daniel Weise and Roger F. Crew and Michael Ernst and
            Bjarne Steensgaard",
    title =      "Value Dependence Graphs:  Representation Without Taxation",
    booktitle =     POPL94,
    pages =      "297-310",
    year =     1994,
    month =     jan,
    address =     "Portland, OR"
}

>58  Various on OO

I think our ftp-site should be mentioned under the PAPERS section of
appendix E of the comp.object FAQ. There are a number of interesting
papers about Object-Orientation, in particular about a new object-oriented
model, called 'Composition Filters'. Here is the uuencoded compressed
version of a postscript document that contains abstracts of the papers
which are available via ftp (ftp.cs.utwente.nl - /pub/doc/TRESE) or
WWW (http://www_trese.cs.utwente.nl - Recent Publications of the TRESE
project). You may also view this document from our WWW-site.

Greetings,

Richard.
---
TRESE project
Email: [e-mail]
TRESE WWW Server: http://www_trese.cs.utwente.nl

>59  ILU OMG CORBA

From:    Bill Janssen <[e-mail]>

ILU is a module system / object RPC system / CORBA implementation for
programming that supports object interfaces to modules.  It supports
inter-calling between modules written in different languages
(currently only C++, C, Modula-3 and Common Lisp are supported), as
well as inter-calling between modules running in different address
spaces.  It provides an implementation of object RPC compatible with
the OMG CORBA 1.2 spec (it will compile OMG IDL and generate OMG
compliant code for OMG-specified languages), as well as being
compatible with Sun RPC (existing Sun RPC services can be described as
ILU modules) and other RPC systems.  It is written in ANSI C, and
includes a metaobject protocol for configuration and flexibility.  The
source code is freely available.  More information is available at
ftp://parcftp.parc.xerox.com/pub/ilu/ilu.html.

Bill

>60 Internet Info CDROM, including FAQs

Walnut Creek CDROM announces the release of the Internet Info CDROM.
This CDROM contains 12,000 documents about computers and networks:

        * Answers to Frequently Asked Questions (FAQs).
        * Internet RFCs and IENs.
        * Computer security Documents.
        * Internet Network maps.
        * Usenet technical discussion Archives.
        * Ftp sites lists and descriptions of the archives they hold.
        * Extensive bibliographies and technical book reviews.
        * documents and standards from IEEE, ISO, NIST, ANSI and others.

The price is $39.95.  S&H is $5 for US/Canada/Mexico, and $10 for overseas.
If you live in California, please add sales tax.  You can pay by cash, check,
money order or Visa/MC/Dis/Amex.  This CDROM is fully guaranteed, if you are
dissatisfied with this disc for any reason whatsoever, you can return it for
an exchange or refund.

        Walnut Creek CDROM
        1547 Palos Verdes Mall, Suite 260
        Walnut Creek, CA  94596

        1 800 786-9907
        1 510 674-0783
        1 510 674-0821 FAX

        [e-mail]

The disc is available for FREE to anyone that has contributed any of their
own work.  This includes FAQ maintainers, RFC authors, etc.  Just email me
your name, address, and the name of the files(s) that you wrote.  Overseas
addresses are ok.

If you would like a more detailed list of other CDROM titles published by
Walnut Creek CDROM, you can ftp the latest list from
ftp.cdrom.com:/pub/cdrom/catalog, or send email to [e-mail].

>61  Metrics

From: [e-mail] (Dan Proskauer)
Subject: Re: Wanted: Data on McCabe and Halstead Comple
Organization: Teradyne, Inc. Boston MA
Date: Sat, 18 Dec 1993 20:58:33 GMT

    There is some publically available McCabe and Halstead analysis
software for C in gatekeeper.dec.com /pub/usenet/com.sources.unix/volume20/metrics.
I believe there is some explanation of the metrics along with it.  Some other
references are:

    The Art of Software Testing, Myers

    "An Internal Approach to Testing Horizontally Reusable
     Software", Proceedings of the 5th Annual STC Conference, 93
        Goldfedder (Overall of where McCabe fits in to A testing
        process)