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Smalltalk Programming: more books (104)

Smalltalk V (Object-Oriented Programming Systems (OOPS)) - 4 Booklet Set - Communications Application Pack, EGA/VGA Color Extension Pack, Goodies #2. Goodies #3 - IBM Version (Object-Oriented Programming System (OOPS))
Object Oriented Programming With Smalltalk/V by Dusko Savic, 1991
Object Oriented Programming with Smalltalk by Marchesi, 1994
An exemplar based Smalltalk (SCS-TR. Carleton University. School of Computer Science) by David A Thomas, 1986
Smalltalk / V Object Oriented Programming System (OOPS) (Tutorial and Programming Handbook) by None, 1987
A Taste of Smalltalk by Ted Kaehler, Dave Patterson, 1986-05
Smalltalk-80: Bits of History, Words of Advice (Addison-Wesley series in computer science)
Smalltalk / V : Tutorial and Programming Handbook by Editors; Digitalk Inc., 1986-01-01
Smalltalk/V: Tutorial and Programming Handbook by Author not stated, 1986
Class-Based Programming Languages: Java, C++, Python, Eiffel, Smalltalk, Ruby, Simula, Common Lisp, Oberon, Clu, Objective-C, Squeak, Sather

lists with details

Smalltalk Programming Language
smalltalk programming language. Smalltalk is a dynamically typed object Smalltalk programs are usually compiled to bytecodes, run by a virtual machine.
http://www.fact-index.com/s/sm/smalltalk_programming_language.html

Extractions: Main Page See live article Alphabetical index Smalltalk is a dynamically typed object oriented programming language designed at Xerox PARC by Alan Kay , Dan Ingalls, Ted Kaehler, Adele Goldberg , and others during the . The language was generally released as Smalltalk-80 and has been widely used since. In spite of its 20-year history, it is widely believed that the overall programming experience and productivity of Smalltalk is still unsurpassed by other development environments. Smalltalk is in continuing active development, and has gathered a loyal community of users around it. Smalltalk has been had a great influence on the development of many other computer languages, including: Objective-C , Actor, Java and Ruby . Many software development ideas of the came from the Smalltalk community, such as Design Patterns (as applied to software), Extreme Programming and Refactoring . Among Smalltalkers is Ward Cunningham , the inventor of the WikiWiki concept. Smalltalk's big ideas include: "Everything is an object ." Strings, integers, booleans, class definitions, blocks of code, stack frames, memory are all represented as objects.
DDJ>2002 Dr. Dobb's Excellence In Programming Awards
To Adele Goldberg, Dan Ingalls, pioneers of objectoriented programming, and smalltalk language and development environment. As researchers at Xerox's Palo Alto Research Center (PARC), each saw in their own way the promise of objects, and was in a unique position to put theory into practice in an architecture based on objects at all levels. Dr. Dobb's Journal
http://www.ddj.com/documents/s=7119/ddj0205a/0205a.htm

Extractions: DDJ Dr. Dobb's Articles Dr. Dobb's Journal, 2002 May 2002 Dr. Dobb's Journal May 2002 Since 1995, Dr. Dobb's Journal has presented its Excellence in Programming Award to individuals who, in the spirit of innovation and cooperation, have made significant contributions to the advancement of software development. Past recipients of the Dr. Dobb's Excellence in Programming Award include: Alexander Stepanov, developer of the C++ Standard Template Library. Linus Torvalds, for launching Linux. Larry Wall, author of Perl. James Gosling, chief architect of Java. Ronald Rivest, educator, author, and cryptographer. Gary Kildall, for his work in operating systems, programming languages, and user interfaces. Erich Gamma, Richard Helm, John Vlissides, and Ralph Johnson, authors of Design Patterns: Elements of Reusable Object-Oriented Software. Guido van Rossum, Python creator.
Instructor Machine
Experimental objectoriented programming language; looks and feels much like the original smalltalk, adds features to specify access to object detail.
http://tools.fiu.edu/
TOM Programming Language
Object oriented language much in the spirit of the smalltalk, ObjectiveC, Eiffel set of languages. The differences to Objective-C are mainly related to code reuse/use issues. Example in TOM it makes NO difference in code reuse if one has the source or not.
http://gerbil.org/tom/
CS545S: Modular Programming
College course on basic programming concepts modular (encapsulation, abstract data types); objectoriented (class, inheritance, polymorphism, dynamic binding); concurrent (thread, synchronization); via Java compared to Oberon, smalltalk; then dataflow model.
http://www.cs.wustl.edu/~tdk/courses/Cs545/

Extractions: E-mail : tdk@cs.wustl.edu Office : Jolley Hall Phone : Introduction 1 week Principle of Modular Programming 1 week Object Oriented Programming in Java 2 weeks Parallel Programming in Java 2 weeks Dataflow Paradigm 2 weeks Modular Programming with Oberon and Smalltalk 3 weeks Project Presentations and Tests 2 weeks Weekly Schedule (Tentative) Homework (30%)
Programming Language Comparison
Table compares popular objectoriented languages Eiffel, smalltalk, Ruby, Java, C++, Python, Perl, Visual Basic.
http://www.jvoegele.com/software/langcomp.html

Extractions: jvoegele.com Programmer's Corner > Programming Language Comparison by Jason Voegele What follows is my personal evaluation and comparison of many popular programming languages. It is intended to provide very high-level information about the respective languages to anyone who is trying to decide which language(s) to learn or to use for a particular project. You can find a similar comparisons from Google Note: N/A indicates that a topic or feature is not applicable to the language. Eiffel Smalltalk Ruby Java C# C++ Python Perl Visual Basic Object-Orientation Pure Pure Pure Hybrid Hybrid Hybrid / Multi-Paradigm Hybrid Add-On / Hybrid Partial Support Static / Dynamic Typing Static Dynamic Dynamic Static Static Static Dynamic Dynamic Static Generic Classes Yes N/A N/A No No Yes N/A N/A No Inheritance Multiple Single Single class, multiple "mixins" Single class, multiple interfaces Single class, multiple interfaces Multiple Multiple Multiple None Feature Renaming Yes No Yes No No No No No No Method Overloading No No No Yes Yes Yes No No No Operator Overloading Yes Yes?
Leda Project, Timothy Budd, Oregon State University
Multiparadigm language, by Timothy Budd, creator of Little smalltalk, Oregon State University. Combines procedural (imperative), objectoriented, logic, and functional programming, in one coherent, unified system.
http://cs.oregonstate.edu/~budd/leda.html

Extractions: Leda is a multiparadigm programming language. The idea of a multiparadigm language is to provide a framework in which programmers can work in a variety of styles, freely intermixing constructs from different paradigms. The techniques supported by Leda include imparative programming, the object-oriented approach, logic programming, and functional programming. A complete description of Leda can be found in the book, Multiparadigm Programming in Leda , published by Addison-Wesley , 1995. Sample chapters from this forthcoming book are available on-line ; these include an introduction to the Leda language and a formal description of the Leda grammar. Other information, including sources for several implementations and various technical reports and other documentation, can be obtained using the deparmental mail server. Send e-mail to almanac@cs.orst.edu ; place the words send leda catalog in the body of your request. The same information is available via anonymous ftp or through the www from the machine ftp.cs.orst.edu
Fabrik - A Visual Programming Environment
Kit of objectoriented computational and user-interface components that can be 'wired' together to build new components and applications; diagrams use bidirectional dataflow links as shorthand for multiple paths of flow.
http://users.ipa.net/~dwighth/smalltalk/Fabrik/Fabrik.html

Extractions: Fabrik is a visual programming environment - a kit of computational and user-interface components that can be "wired" together to build new components and useful applications. Fabrik diagrams utilize bidirectional dataflow connections as a shorthand for multiple paths of flow. Built on object-oriented foundations, Fabrik components can compute arbitrary objects as outputs. Music and animation can be programmed in this way and the user interface can even be extended by generating graphical structures that depend on other data. An interactive type system guards against meaningless connections. As with simple dataflow, each Fabrik component can be compiled into an object with access methods corresponding to each of the possible paths of data propagation. Kits and Concrete Manipulation A kit is a set of primitive components, together with a framework for connecting the components to do new and interesting things. If objects built with the kit can in turn be used to augment the original set of components, then the range of application becomes very large, limited only by the capability of the primitive components and the manner of their interconnection. The kit approach has been around for a long time, manifest in the subroutine libraries of the last three decades. However, the ability to browse through, and experiment with the available components was extremely primitive, owing to the textual orientation of underlying computing environments during those early years.
DDJ>Jan01: Table Of Contents
Take the pure object orientation of smalltalk, remove the quirky syntax and reliance on a workspace. Add the convenience and power of Perl, but without the special cases and magic conversions. Give it a clean syntax based partly on Eiffel, add a few concepts from Scheme, CLU, Sather, Common Lisp. You end up with Ruby. Dr. Dobb's Journal
http://www.ddj.com/articles/2001/0101/
Home
Information on Design Patterns, Java and J2EE programming, ObjectOriented Design and smalltalk.
http://members.aol.com/kgb1001001/

Extractions: htmlAdWH('93212816', '728', '90'); Main Technology Welcome to my new website. I hope you find the look and feel more intuitive than my old site, and easier to navigate as well. I work for IBM where I'm Senior Technical Staff Member with the IBM Software Services for WebSphere group. We provide services and consulting to support IBM's WebSphere and Rational product families and help customers in building complex e-business applications in Java. Before I joined IBM, I had worked for Knowledge Systems Corporation for over seven years teaching Smalltalk, Java, and Object-Oriented Design to clients. My current interests include finding patterns in large-scale software systems and frameworks like J2EE. And yes, thats a really bad picture of me over to the right (although I NEVER wear a tie in real life) I've written quite a few Books, Papers and Articles over the years as part of my consulting practice, mostly about patterns in one form or another. When I'm not at work I'll occasionally teach classes on OO programming topics at the University of North Carolina at Chapel Hill or North Carolina State University. I have blog that I updated fairly regularly, but if you have a Java, WebSphere, or J2EE related question, its probably best to drop by the
Markus Eichenberger's Programming Site
Code samples and projects in various programming languages (C, C++, C , Java, Delphi, smalltalk, Basic, Scripts). Also german language site version.
http://mypage.bluewin.ch/programming/
Lukas Renggli: Home
Personal information, music. Publications. Photos gallery. Author's programming tools and games (with source by request). programming in HP48, Pascal, smalltalk. Scripts for Zope content management system.
http://renggli.freezope.org/

Extractions: nedstatbasic("ABxRLQ25K3HXxj7szSUuXnQDedHg", 0); Smalltalk turns Java obsolete (Harbor of Rotterdam) I hope you enjoy your visit. If you like my pages please leave your comments in my guest book and pass the Home Page to your family and friends. You are also able to contact me directly and send a personal feedback to my mail-box. Enjoy exploring my pages
Smalltalk.org | Main
The first place to link to for smalltalk related resources. the shackles of your Pascal or C programming heritage, smalltalk is much easier to read.
http://www.smalltalk.org/

Extractions: Run time type inference is a technique that has long been applied to dynamic programs to recover the type information while the program is running. It was experimented with at Xerox Parc. It is known that Dynamic Type Inference "recovers" type information - well recovers is not really the most accurate term, maybe "discovers" is better - and that the information may have additional uses. For example, the Self system uses this runtime "type/class" information of the prototypical objects to customize and recompile methods under the covers and on the fly which enables some performance optimizations. Other uses are certainly possible such as using the information for Refactoring.
Borges Home
A Ruby web application framework based on smalltalk's Seaside 2 that allows linear programming of web applications. Open source
http://borges.rubyforge.org/

Extractions: Sitemap Borges is a continuation-based web application framework originally ported from on Seaside 2 that allows a linear style of programming of web applications. Components of a Borges web page can call and return from each other in a natural way, allowing complex interaction between components from simple methods. Backtracking is supported seamlessly, allowing a simple approach to building web applications that does not get in the developer's way. Borges requires Ruby 1.8 . Examples are provided, and are typically installed in /usr/local/share/examples/ruby/borges/. Borges News RSS Feed Borges-1.1.0 fixes several memory issues allowing Borges to maintain a more stable memory size. Many Unit Tests have been added, and the Renderer API is mostly documented. You can download Borges-1.1.0 from the Borges filelist Kaspar Schiess has collected this nice Borges Quick Reference document. You can read the Borges Quickref , or browse the Borges RDoc You may also be interested in the Seaside 2 documentation: If you have any questions or comments about Borges, you can
Smalltalk.org | Versions | ANSIStandardSmalltalk.html
Order programming Language smalltalk Document Number ANSI/INCITS 3191998 Chapter 4 specifies a standard interchange format for smalltalk programs.
http://www.smalltalk.org/versions/ANSIStandardSmalltalk.html

Extractions: There is a continuing growth of interest in the language. Its use has spread beyond the education and research community to the commercial applications in recent years. Data from many sources (including polls in conferences and reports from independent consultants) indicate the growing popularity of Smalltalk as an object-oriented programming language.
The Ruby Programming Language
smalltalk is an operating system and a programming environment. Unlike smalltalk programs, Ruby programs are clearly separated from the language and its
http://www.informit.com/articles/article.asp?p=18225
Slashdot | Smalltalk Solutions 2001 Trip Report
Diverse opinions and debate, many useful points on Squeak, VisualAge, Dolphin, refactoring, Extreme programming, Java, LISP, and ObjectiveC. Slashdot
http://slashdot.org/article.pl?sid=01/04/18/001236
Slate Language Website
s, programming manual, tutorials, summaries, bulletin board Swiki, CVS. Open Source, LGPLLanguageOS based on CLOS, Self, smalltalk; smalltalk syntax; libraries inspired by Common Lisp, Dylan, Strongtalk (strong typing).
http://slate.tunes.org/

Extractions: Overview News Downloads Documentation ... Slate is a prototype-based object-oriented programming language based on Self CLOS , and Smalltalk-80 . Slate syntax is intended to be as familiar as possible to a Smalltalker, for the clarity of messages as phrases. Unlike the Smalltalk family, methods within Slate can be assigned to a signature of objects, instead of being installed on one favored receiver. Slate has also many further expansions of the semantics which enable more concise and natural ways to express solutions to problems. Particular attention is being paid to the design of a fuller and more useful set of libraries than even the usual Smalltalk set, for collections, streams, meta-level protocols, concurrency, and exception-handling, among others. Our prime inspirations are the libraries of Strongtalk, Common Lisp, and Dylan.
The Smalltalk Brewery, Inc
VisualWorks performance tuning, mentoring, training we attack and fix the underlying source/cause of 80% of the performance problems attributed to smalltalk Procedural Object Oriented programming POOP.
http://www.smalltalkbrewery.com/
VisualWorks: The Art And Science Of Smalltalk
Review of book, very positive; book introduces programming in smalltalk, explains optimal ways to think about and work with the system.
http://wiki.cs.uiuc.edu/VisualWorks/The Art and Science of Smalltalk

Extractions: Edit Rename Changes History ... Simon Lewis Paperback - 212 pages (June 1995) Prentice Hall; ISBN: 0133713458 Has a nice cover picture, and the contents are also excellent. I copied and pasted a review from amazon: All the complexities of Smalltalk amazingly simplified! Simon Lewis's book "The Art and Science of Smalltalk" has to be one of the best books on Smalltalk programming I have ever read. After spending months reading many other books on the subject and still not getting a clear, concise description of some important Smalltalk constructs, I could not believe how incredibly readable this book was. Lewis has managed to explain in a few pages what took other authors multiple chapters. In addition, diagrams and figures are only used when they will actually help the reader to understand a concept. Unlike other texts references to figures and diagrams occur in close proximity to them rather than twenty pages before or after. The book is divided into two parts which address different but equally important aspects of programming in Smalltalk. The first section deals with the "science" of Smalltak and covers the development environment, class library, and dependency mechanisms (Model-View-Controller Architecture). The second section gives sage advice on the "art" of Smalltalk. This includes sections on how to best utilize Smalltalk in an environment of extensive reuse, management of Smalltalk projects, and debugging techniques. I would rate this book as a must have for Smalltalk programmers at any level. If I were to teach a course in Smalltalk this book would be required. Lewis should be commended for his command of the Smalltalk language and his eloquence in explaining it to others.

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