Erick Gallesio. STk reference manual. Version 2.1, 1993/94. 23  Home/Search   Document Details and Download   Summary   Related Articles   Check

....An Interpreter for CMS The CMS interpreter consists of two parts: a basic Scheme interpreter written in the C language, and the module system, implemented as a completion of Etyma. The basic Scheme interpreter itself was extracted from a publicly available scriptable windowing toolkit called STk [15]. The interpreter implementation exports many of the functions implementing Scheme semantics, thus making it easy to access its internals. Furthermore, the interpreter was originally designed to be extensible, i.e. new Scheme primitives can be implemented in C C and easily incorporated into the ....

Erick Gallesio. STk reference manual. Version 2.1, 1993/94.

....structures. It also supports process orientation and an object oriented methodology could be deployed. The graphical user interface is quite simple and a much simpler tool than TeleUse would have been sufficient. In Erlang there is support for the graphical languages Tcl Tk [Wel94] and Scheme Tk [Gal] the portability of these are probably limited to UNIX environments, but for a Windows version Visual Basic could be used for the graphical interface. One of the strongest parts in the simulator is the design of the simulation controller. Actually, this is the only part for which we derived a ....

Erick Gallesio. STk Reference manual. Universit'e de Nice, version 2.1 edition.

....of the parallel architecture [8] This paper is about the graphical language named graph, on the top of the chain. This language is a graphical interface for a syntactic language built upon the matrices. As of this writing, graph is fully operational [7] It is written with the powerful Stk [14] language that offers a tcl tk [23] interface to scheme [5, 1] and an Object Oriented layer based on Clos, the Common Lisp Object System [17] The object oriented paradigm, and more precisely Stk, allows writing complete and complex programs in a very easy way. For example, graph is written ....

....and outputs ports. It can be saved, loaded and printed in a Postscript form. Modules are organized in libraries. A module can be copied into a library, that allows its reuse. In the example, filter is a main module. graph is written with the Stk scheme language that interfaces the tk library [14, 23]. 6 Future work The first version of graph is unable to run directly an application. It can only call translators that transform a program into other forms. Several translations are possible. The author is working in a scheme translator that allows direct simulations of programs, with a special ....

E. Gallesio. Stk reference manual, version 2.2. Technical report, Laboratoire I3S-CNRS URA 1376 - ESSI, email: kaolin.unice.fr:/pub/, october 1995.

....addition, I feel that the argumentation tool should be able to learn more about the program as it is being built, in the ways described under above in Section 2.1 (A Sampling of other information gathering systems for programming and debugging) 2. 3 Tools used IIC is implemented using the STk ([Gal]) interpreter. STk has the following properties: Scheme: STk is, at heart, a Scheme interpreter. STk is R4RS[CJR91] compatible. Tk: The most important of the extensions to Scheme in STk (and the basis for the name STk Scheme Tk) is the Tk[Ous94] widget set. The TK widget set combined with ....

....By visualizing parts of that information using graphs and charts, the programmer can extract meaning from it. The principles used by IIC for data visualization were derived from the work of William S. Cleveland ( Cle43] JMCT83] Cle93] 4 Implementation IIC was implemented using the STk ([Gal]) interpreter. IIC was implemented solely at the scheme level: no modifications were made to the interpreter itself. The reasons for this choice were ffl Portability: IIC can be more easily distributed if users don t have to compile a special version of STk to use it. ffl Ease of implementation: ....

Erick Gallesio. Stk reference manual.

....in Chapters 3 and 4. The CMS interpreter consists of two parts: a basic Scheme interpreter written in the C language, and the module system implemented as a completion of Etyma. The basic Scheme interpreter itself was derived from a publicly available scriptable windowing toolkit called STk [29]. The interpreter implementation exports many of the functions implementing Scheme semantics, thus making it easy to access its internals. Furthermore, the interpreter was originally designed to be extensible, i.e. new Scheme primitives can be implemented in C C and easily incorporated into the ....

Gallesio, E. STk reference manual. Version 2.1, 1993/94.

....separate process. The next application of Breezy was as a utility for extracting data from a specific parallel pC program for visualization. The parallel application dealt with objects in three dimensional space. These objects were visualized using a visualization language, VIZ, which is a STk[8] based language designed for building visualization tools and prototyping application specific visualizations. The latest project applying Breezy is a Distributed Array Visualizer Environment (DAVE) 9] 10] DAVE acts as a database front end to program data and information. DAVE, in turn, relies on ....

E. Gallesio, STk Reference Manual, version 2.1.6. Universite de Nice, Feb. 1995.

....a desktop reference. It can be ordered by mail from the Department of Computer Information Science at the University of Oregon (send e mail to jan cs.uoregon.edu) Alternatively, you can upload it from the MIT Scheme weblet on the World Wide Web (http: www swiss.ai. mit.edu scheme home.html ) Gallesio, E. 1994) STk reference manual. Version 2.1.7. Universite de Nice, Sophia Antipolis, France. Available with the STk distribution. See the STk home page: http: kaolin.unice.fr html STk.html. Written by the author of STk, this is the only reference we know of on Stk. It rather incomplete, but ....

Gallesio, E. (1994). STk reference manual. Version 2.1.7. Universite de Nice, Sophia-Antipolis, France. Available with the STk distribution. See the STk home page: http://kaolin.unice.fr/html/STk.html.

....An Interpreter for CMS The CMS interpreter consists of two parts: a basic Scheme interpreter written in the C language, and the module system, implemented as a completion of Etyma. The basic Scheme interpreter itself was derived from a publicly available scriptable windowing toolkit called STk [13]. The interpreter implementation exports many of the functions implementing Scheme semantics, thus making it easy to access its internals. Furthermore, the interpreter was originally designed to be Reuse parameter New Reused reuse Module Classes 7 25 78 system Methods 67 275 80.4 only Lines of ....

Erick Gallesio. STk reference manual. Version 2.1, 1993/94.

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Erick Gallesio. STk reference manual. Version 2.1, 1993/94. 23

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