October 2001  
Dr. Dobb's Journal   
  
File: REGEXPP3.TXT
Title: : REGULAR EXPRESSIONS IN C++
Author: John Maddock 
Keywords: OCT01    C++  REGULAR EXPRESSIONS   REGX
Description: Published source code accompanying the article by
John Maddock in which he presents Regex++, a regular expression
engine that makes C++ as versatile for text processing as
script-based languages like Awk and Perl. Also see REGEXPP3.ZIP.

File: REGEXPP3.ZIP
Title: : REGULAR EXPRESSIONS IN C++
Author: John Maddock 
Keywords: OCT01    C++  REGULAR EXPRESSIONS   REGX
Description: Unpublished source code and related files
accompanying the article by John Maddock in which he presents
Regex++, a regular expression engine that makes C++ as versatile
for text processing as script-based languages like Awk and Perl.
Requires UNZIP/PKUNZIP to extract. 

File: EXTRACT.TXT
Title: EXTRACTION & EXAMINATION OF RELATIONS IN C++
Author: Keith Paton
Keywords: OCT01    C++  
Description: Published source code accompanying the article by
Keith Paton in which he discusses design flaws can be that can
automatically detected, as long as you can extract and
manipulate sets of key relationships among the entities in C++
systems. 

File: HEADERS.TXT
Title: PRE-COMPILED HEADERS & NORMAL C++ SEMANTICS
Author: Jeffrey Taylor
Keywords: OCT01   C++     HEADERS
Description: Published source code and related files
accompanying the article by Jeffrey Taylor in which he examines
pre-compiled headers, like those in Visual C++, can halve the
time it takes to build. However, it is possible also to arrange
pre-compiled header files in a manner which is inconsistent with
normal C++ semantics. 

File: SETCPP.TXT 
Title: C++ SET-THEORETIC OPERATIONS ON VIRTUAL CONTAINERS
Author: Gregory Begelman, Lev Finkelstein, Evgeniy Gabrilovich 
Keywords: OCT01   C++    STL
Description: Published source code accompanying the article by
Gregory Begelman, Lev Finkelstein, and Evgeniy Gabrilovich in
which they examine the C++ Standard Template Library's (STL)
set-theoretic operations. Also see SETCPP.ZIP.

File: SETCPP.ZIP
Title: C++ SET-THEORETIC OPERATIONS ON VIRTUAL CONTAINERS
Author: Gregory Begelman, Lev Finkelstein, Evgeniy Gabrilovich 
Keywords: OCT01   C++    STL
Description: Unpublished source code accompanying the article by
Gregory Begelman, Lev Finkelstein, and Evgeniy Gabrilovich in
which they examine the C++ Standard Template Library's (STL)
set-theoretic operations. Requires UNZIP/PKUNZIP to extract. 

File: C#PERL.TXT
Title: C# & PERL 
Author: Talbott Crowell
Keywords: OCT01    C#   PERL   .NET
Description: Published source code accompanying the article by
Talbott Crowell in which he presents common Perl scripts that
you can implement in C#. 

File: PYCONSOL.TXT
Title: SCRIPTING WITH JAVA & PYTHON
Author: Boudewijn Rempt
Keywords: OCT01    PYTHON   JAVA
Description: Published source code accompanying the article by 
Boudewijn Rempt in which he shows how you can embed a standard
language such as Python into a Java application. Also see
PYCONSOL.ZIP.

File: PYCONSOL.ZIP
Title: SCRIPTING WITH JAVA & PYTHON
Author: Boudewijn Rempt
Keywords: OCT01    PYTHON   JAVA
Description: Unpublished source code accompanying the article by 
Boudewijn Rempt in which he shows how you can embed a standard
language such as Python into a Java application. Requires
UNZIP/PKUNZIP to extract. 

File: SMS.TXT
Title: SHORT MESSAGE SERVICES
Author: Ron Hume
Keywords: OCT01   SMS    MESSAGING
Description: Published source code accompanying the article by
Ron Hume in which he examines Short Message Services (SMS), then
shows you how to send short text-based messages between wireless
devices, such as cellphones and pagers. 

File: EMHTTP.TXT
Title: AN EMBEDDABLE HTTP SERVER
Author: M. Tim Jones
Keywords: OCT01   HTTP    SERVER    EMBEDDED SYSTEMS
Description: Published source code accompanying the article by
M. Tim Jones inwhich he presents a small, but still powerful
embedded HTTP server. Also see EMHTTP.ZIP.

File: EMHTTP.ZIP
Title: AN EMBEDDABLE HTTP SERVER
Author: M. Tim Jones
Keywords: OCT01   HTTP    SERVER    EMBEDDED SYSTEMS
Description: Unpublished source code accompanying the article by
M. Tim Jones inwhich he presents a small, but still powerful
embedded HTTP server. Requires UNZIP/PKUNZIP to extract. 

File: ENROLL.TXT
Title: HIGH-PERFORMANCE WEB SITES: ADO VERSUS MSXML
Author: Tim Chester
Keywords: OCT01   ADO  MSXML  XML   WEB SITES
Description: Published source code accompanying the article by
Tim Chester in which he exaines ADO and MSXML are tools that can
be used to create high-performance web sites. 

File: VOICEXML.TXT
Title: VOICEXML & THE VOICE/WEB ENVIRONMENT
Author: Lee Anne Phillips
Keywords: OCT01   XML   VOICEXML   TELEPHONY
Description: Published source code accompanying the article by
Lee Anne Phillips in which she examines XML protocols such as
VoiceXML are providing access to a set of tools that address the
entire range of Web applications. Also see VOICEXML.ZIP.

File: VOICEXML.ZIP
Title: VOICEXML & THE VOICE/WEB ENVIRONMENT
Author: Lee Anne Phillips
Keywords: OCT01   XML   VOICEXML   TELEPHONY
Description: Unpublished source code and related files
accompanying the article by Lee Anne Phillips in which she
examines XML protocols such as VoiceXML are providing access to
a set of tools that address the entire range of Web
applications. Requires UNZIP/PKUNZIP to extract. 

File: JQA1001.TXT
Title: JAVA Q&A 
Author: Art Jolin
Keywords: OCT01   JAVA    
Description: Published source code accompanying the article by
Art Jolin in which he examines how you can J2EE manage cache and
pool memory. Also see JQA1001.ZIP.

File: JQA1001.ZIP
Title: JAVA Q&A 
Author: Art Jolin
Keywords: OCT01   JAVA    
Description: Unpublished source code accompanying the article by
Art Jolin in which he examines how you can J2EE manage cache and
pool memory. Requires UNZIP/PKUNZIP to extract. 

File: AA1001.TXT
Title: ALGORITHM ALLEY 
Author: Tom Cargill
Keywords: OCT01   COMPRESSION    ALGORITHM   LZW
Description: Published source code accompanying the article by
Tom Cargill in which he shows that data that compresses well
under a run-length encoding mechanism can be encoded in a way
that is compatible with LZW's output, but independent of its
patented algorithm. 
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