Geometry.Net - the online learning center
Home  - Basic_M - Modula Programming
e99.com Bookstore
  
Images 
Newsgroups
Page 6     101-115 of 115    Back | 1  | 2  | 3  | 4  | 5  | 6 
A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z  

         Modula Programming:     more books (100)
  1. Modula-2 for Pascal Programmers (Springer Books on Professional Computing) by Richard Gleaves, 1984-11
  2. Einführung in die Programmierung mit Modula-2 (Studienreihe Informatik) by Günther Blaschek, Gustav Pomberger, et all 1987-08-28
  3. Making Sense of Modula-2 by Eric W. Tatham, Irene Glendinning, 1994-10
  4. Modula-2: A Software Development Approach by Gary Ford, Richard Wiener, 1985-03
  5. COOLING MODULA 2 MICROCOMPUTER SYSTEMS by J. E. Cooling, 1988-04-30
  6. From Modula to Oberon: The programming language Oberon ([Report] / Eidgenössische Technische Hochschule Zürich, Departement Informatik. Institut für Computer Systeme) by Niklaus Wirth, 1989
  7. Modula 2: A Second Course in Programming (Prentice Hall advances in computer science series) by K. J. Gough, George M. Mohay, 1988-04
  8. Ural: Introduction Programming Modula-2 Solutions Manual (Pr Only) by S URAL, 1986-12-30
  9. Programming With Data Structures: Modula-2 Version by Robert L. Kruse, 1989-05
  10. Advanced Modula 2 Programming for the IBM PC, XT & at by David W. Carroll, 1987-04
  11. An Introduction to Programming With Modula-2 (International Computer Science Series) by Patrick D. Terry, 1987
  12. An advanced problem-oriented introduction to imperative programming with Modula-2 (Technical report. University of Queensland. Dept. of Computer Science) by Paul A Bailes, 1987
  13. Modula-2 Programming IBM (D) by W C Jones, 1987-12-30
  14. Modula-2 Programming by John W.L. Ogilvie, 1985

101. ECS EPrints Service - Comparing Pascal And Modula-2 As Systems Programming Langu
Hartel, PH (1983) Comparing Pascal and modula2 as systems programming languages. In Proceedings of programming languages and systems design, pages pp.
http://eprints.ecs.soton.ac.uk/3085/
@import url(http://www.ecs.soton.ac.uk/style/css/ecs.php); @import url(http://eprints.ecs.soton.ac.uk/eprints.css); Skip to main content Skip to sub navigation Site Search
Comparing Pascal and Modula-2 as systems programming languages
Hartel, P. H. Comparing Pascal and Modula-2 as systems programming languages . In Proceedings of Programming languages and systems design , pages Bormann, J. , Eds. Full text of this item is not available.
Authors
Editors
  • J. Bormann
Metadata available via OAI as: (unqualified dublin core) ECS Staff Only: edit this record

102. Chapters.indigo.ca - Books > Computers > Programming > Programming Languages > M
4, programming in modula2 Niklaus Wirth Hardcover Springer-Verlag New York, Incorporated January 1985. Temporarily Unavailable to Order
http://www.chapters.indigo.ca/default.asp?N=35 531442&Section=books&Catalog=Book

103. An Object Model For Multiparadigm Programming
programming environment every paradigm forms a class, and every module and its concrete realisation in the form of modula2 Wir85 programs,
http://www.spinellis.gr/pubs/conf/1994-OOPSLA-Multipar/html/mlom.html
http://www.spinellis.gr/pubs/conf/1994-OOPSLA-Multipar/html/mlom.html
This is an HTML rendering of a working paper draft that led to a publication. The publication should always be cited in preference to this draft using the following reference:
  • Diomidis Spinellis, Sophia Drossopoulou, and Susan Eisenbach. An object model for multiparadigm programming . In Dennis Kafura, Greg Lavender, and Siva Challa, editors, OOPSLA '94 Workshop on Multi-Language Object Models , October 1994. http://actor.cs.vt.edu/~siva/wshop.html.
Diomidis Spinellis Publications
An Object Model for Multiparadigm Programming
Diomidis Spinellis, Sophia Drossopoulou, and Susan Eisenbach
Department of Computing
Imperial College of Science, Technology and Medicine
180 Queen's Gate, London SW7 2BZ
July, 1994
1 Introduction
We became interested in multi-language object models while researching problems related to multiparadigm programming ]. It is widely accepted that different types of tasks can be best implemented in different paradigms. As an example the logic programming paradigm is particularly well suited for implementing expert systems, while many operations on lists can be elegantly described in the functional programming paradigm. Multiparadigm programming can allow each part of a system to be implemented in the most suitable paradigm. Some of the problems in achieving this ideal are:
  • accommodation of different syntactic notations

104. Threads -- Issue 3
LowLevel Systems programming with modula-3 by Marc E. Fiuczynski, Not only does modula-3 prevent most common programming errors by virtue of its type
http://www.m3.org/threads/3/
Threads: The Modula-3 Systems Journal. Issue 3. Fall 1997
Critical Mass, Inc.

Edited by Farshad Nayeri Allan Heydon Lauren Schmitt , and Emon Mortazavi We are pleased to bring you the third issue of Threads, The Modula-3 Systems Journal . By publishing Threads we hope to establish a forum for discussion about Modula-3 and about what various industrial and academic organizations are doing with Modula-3. The articles are intended to be accessible to both currently active and potential Modula-3 users. We hope to invite those who now use other programming languages give Modula-3 a try, too. Production and distribution of Threads is sponsored by Critical Mass, Inc. We welcome your ideas and contributions in shaping the future of Threads . We imagine that Threads will change with your input over the next few issues. Please drop us a note at threads@cmass.com . This issue of Threads is also available in PDF format at: http://www.cmass.com/threads/3/threads3.pdf Feature Article
Critical Mass JVM: Modula-3 Befriends Java by Farshad Nayeri and Blair MacIntyre
JVM, Critical Mass's implementation of the Java Virtual Machine, is written entirely in Modula-3. In this article, Farshad Nayeri and Blair MacIntyre describe how they used JVM to build an industrial, Java-extensible serial port controller in Modula-3.

105. Modula-3 Resource Page - Books
programming in modula3 An Introduction in programming with Style, This book is an introductory programming text that uses modula-3 for its examples.
http://www.m3.org/books/
Books
Below is a listing of popular books related to the Modula-3 language, including on-line sources for purchasing the respective books. Each supplier listed at least two Modula-3 books, and their site had a relatively easy to use purchasing system. The pricing information is based on the purchase of 1 book by itself, using the lowest cost shipment method to an East Coast US address unless otherwise noted. It is recommended that you check out all of the available sources to see which offers the best options and pricing based on your preferences, covering everything from the book binding to the number of days you're willing to wait for delivery. The Internet Bookshop is a good place for European destinations as they seem to have all of the books listed below. Of course if you try to search on Modula-3 it doesn't find anything, you have to search for Modula and find the books that way. WARNING: Tattered Cover Book Store's ordering system doesn't allow you to back out at the last minute, so be certain what you are ordering! Shipping charges within the US vary by a couple dollars depending upon the destination based upon their ording policies . The price of $5.25 is the worst case scenario for the U.S.
Systems Programming with Modula-3 , Nelson, 1991.

106. EDM/2 - Modula-2 Legacy Code: Problems And Solutions
Some of the currently available modula2 programming systems contain library modules All modula-2 programming systems provide capabilities to access the
http://www.edm2.com/0606/modula2.html
Modula-2 Legacy Code: Problems and Solutions
Written by Dmitry Leskov Modula-2 and OS/2 have one common fact in their histories: shortly after they were introduced they were called "the programming language of the future" and "the operating system of the future", respectively. Back in 1980s, a significant number of companies had chosen Modula-2 as a major instrumental language. A few years later many companies had staked on OS/2. Apparently, there were companies that developed their OS/2 applications using Modula-2 compilers, such as TopSpeed and Logitech. As it turned out, most of those companies have to regret that decisions now: the Win32 customer base is much larger and grows dramatically, while the OS/2 one is stalled, if not reducing because of the movement to Win32. The situation with Modula-2 is not much better. Most OS/2 compiler vendors have dropped their Modula-2 products long ago. TopSpeed sells a new 32-bit compiler only as part of the Clarion package, which is very expensive and is not available for OS/2. If you develop custom applications that are shipped to clients along with the source code, you may be 100% sure nobody will order anything that relies on an unsupported 16-bit compiler. In addition, customers no longer want to buy programs written in "exotic" languages, which are those that are neither C nor C++. The ISO 10514 Modula-2 Standard [1], voted in 1996, appeared too late to seriously influence public attitude to the language.

107. The Vector Board: Pascal & Modula-2 Programming
Index of modula2 and Pascal Area. Parent Area Top of File Areas Vector Board Home Page. files.lst 31 bytes this file list; files.lzh 1541 bytes
http://www.vectorbd.com/bfd/pascal/
Index of Modula-2 and Pascal Area
Parent Area Top of File Areas Vector Board Home Page
files.lst 31 bytes
this file list
files.lzh 1541 bytes
above compressed
2trees.mzd 3072 bytes
Modula
async4.lzh 4695 bytes
async rs-232 unit for tp5.
bits.mzd 4096 bytes
Modula
bitwise.mzd 1024 bytes
Modula
case.lbr 27648 bytes
Modula
com.mod 3072 bytes
Modula
contour.lzh 61138 bytes
contour graphics with tp5 source.
crc-m2.lzh 6363 bytes
a crc calculator in modula-2.
ctopas.lzh 5822 bytes
pascal, modula, ada.. a 'c' to pascal conversion
dearc40.lzh 18117 bytes
Pascal
fdump.lbr 18432 bytes
Modula
fm2vwind.lzh 14079 bytes
virtual window routines in fst modula-2.
fnd106.lzh 14711 bytes
Modula
graph1.lbr 25728 bytes
Modula
importck.mzd 3456 bytes
hi-level, i to m analyzes turbo modula-2
ioproces.lbr 49408 bytes
modula-2 for turbo modula-2
it-trig.lzh 5171 bytes
Modula
keycode2.lzh 17466 bytes
ibm key codes and scan codes, topspeed m-2
ltcomm.exe 164864 bytes
communications toolbox for tp5.
m2bits.lbr 5120 bytes
Modula
m2cmplex.lzh 1167 bytes
complex number procedures for modula-2.

108. Modula--Programming - Prentice Hall Catalog
Business Law, Business Math, Business programming, Business Studies, CAD / Engineering Graphics / Drafting, Chemistry, Chinese Modulaprogramming
http://vig.prenhall.com:8081/catalog/academic/course/0,1143,637,00.html
Select a Discipline Accounting and Taxation Agriculture Allied Health: Clinical Lab Science / Medical Tech Allied Health: Dental Hygiene / Dental Assisting Allied Health: Health Professions Allied Health: Massage Therapy Allied Health: Medical Assisting Allied Health: Physical / Occupational Therapy Allied Health: Respiratory Therapy Anthropology Art Automotive Technology BRADY: EMS / Emergency Medical Services Biology Business Communications Business Law Business Math Business Programming Business Studies CAD / Engineering Graphics / Drafting Chemistry Chinese Civil / Construction Technology Computer Applications / Microsoft Office Computer Concepts Computer Graphics / Arts Computer Science Computer Training and Certification Contren Counseling Criminal Justice Decision Science Economics Education: Agricultural Education Education: Early Childhood Education Education: Foundations / Intro to Teaching Education: Instructional Technology Education: Special Education Electronics and Computer Technology Engineering: Bioengineering Engineering: Chemical Engineering: Civil and Environmental Engineering: Electrical Engineering: General Engineering: Industrial Engineering: Mechanical English: Composition English: Developmental Environmental Science Environmental Technology Fashion Finance Fire / Police Science Foods and Nutrition French Geography Geology / Oceanography German Greek History Insurance Interior Design Introduction to Business Italian Japanese Latin MIS Management Marketing Mathematics Mech / Manufacturing / Industrial Tech Music Nursing - LPN / LVN

109. Introduction To C And C++ Programming
9 modules which examine the programming process and the use of the related computer languages C and C++.
http://www.deakin.edu.au/~agoodman/ctutorial/
Language Development and Selection
In this sequence of modules we examine the programming process, and the use of related computer languages C and C++. The first module presents an overview of the evolution of computer languages, leading to an understanding of their variety. We will also classify languages by their organisation, structure and operation, leading to a typology of computer languages. By examining their evolution we will also be able to understand the current significance and popularity of specific languages. The module then examines the stages involved in learning new languages by building on experience with other languages. In subsequent modules these techniques are applied to learning the C and C++ languages, but are essentially generic.
Program Development in C
C and its derivative C++ are probably today's widely-used computer languages, across the full range of hardware platforms. This module looks at the overall characteristics of C by seeing how it fits into the language typology developed in the previous module. It goes on to examine the processes of software creation (editing, compiling, linking) in a PC-based C environment. The module also serves to introduce the specific techniques used for working in the Borland Turbo C system.
Programming in C
The next four Modules present a comprehensive (if not exhaustive) description of all the major components of the C language, with the assumption that the reader is familiar with at least one other equivalent language (such as Pascal). Starting with basic structures and constructs (

110. UGS: Products: NX: Machining: NC Programming
NX delivers processoriented NC programming solutions that optimize speed and The fixed-axis milling module offers complete and comprehensive functions
http://www.ugs.com/products/nx/machining/nc_programming.shtml
Note: Read more about why this site looks like plain text. Skip Navigation. Site Map Contact Us Search: Go
Select a Country: Austria Belgium Brazil Czech Republic Denmark France Greater China Germany India Italy Japan Korea Latin America Netherlands / Luxembourg Poland Russia Spain Sweden Switzerland United Kingdom United States
  • About Us NX Header Image.
    NC Programming
    With its reputation for dependability, productivity, and ease of use – key demands from today’s machine shops – tens of thousands of users continue to value its power, reliability and its "do anything" range of capabilities. Supporting customers ranging from the smallest shops to the largest manufacturing companies in the world, NX tools are applicable across a wide range of machining and industry requirements. Broadest range of capabilities NX serves virtually any machine tool programming needs, providing comprehensive tools for everyday machining activities such as 2- and 3-axis milling, turning, wire EDM, and drilling. In addition NX has a leading set of capabilities in more advanced areas from high speed machining, 4-and 5-axis complex milling to programming of the latest combination mill-turn machining centers. NX provides a single system for programming a wide range of part manufacturing jobs. Fixed axis milling NX delivers comprehensive programming capabilities for milling operations. The fixed-axis milling module offers complete and comprehensive functions to produce 3-axis motion toolpaths. Automatic operations like cavity milling and flow cutting reduce the number of steps required to cut the part. Optimization techniques in operations such as planar milling help reduce the time to cut parts with a large number of pockets.

111. The Karlsuhe Modula-2 Compiler MOCKA
modula2 Compiler KArlsruhe is the free modula-2 system developed by GMD research laboratory in Karlsruhe (Germany).
http://www.info.uni-karlsruhe.de/~modula/
Modula-2 Webring
List all
Random < Prev ... Join
The Modula-2 Compiler System MOCKA
You will find here
Problem with latest libraries in RedHat 6.0 (and similar) is fixed.
Get the version 9905 from our ftp server or - if you dare ;-) - exchange file M2RTS-elf.o in folder sys to the updated version (or compile it yourself from assembler source M2RTS-elf.s
Description of MOCKA
MOCKA (MOdula Compiler KArlsruhe) is the Modula-2 system developed by the GMD research laboratory Karlsruhe / Germany (Gesellschaft für Mathematik und Datenverarbeitung, German national computer science institute). It is a very fast Modula-2 compiler producing code for several target processors. The interactive user interface provides an automatic 'make' facility. The compilation speed and the user interface results in a very short turn around time (edit-compile-link). To compare MOCKA with other Modula-2 Compilers have a look to: C.Pronk; Stress Testing of Compilers for Modula-2; Software-Practice and Experience, Vol.22(10) 885-897, (October 1992)

112. ILU Reference Manual - Using ILU With Modula-3
To generate modula3 stubs from an ISL file, you use the program m3-stubber. Five files are generated from the `.isl file
http://dbpubs.stanford.edu:8091/~testbed/ilu/ilu20a7doc/manual_6.html
Go to the previous next section.
Using ILU with Modula-3
This document is for the Modula-3 programmer who wishes to use ILU. ILU currently supports only DEC SRC Modula-3 version 2.08.
Mapping ILU ISL to Modula-3
Names
An item named Bar in ISL interface Foo becomes an item named Bar in the Modula-3 interface Foo . A hyphen in an ISL name becomes an underscore in the corresponding Modula-3 name.
Types
ISL types appear in Modula-3 as follows:
  • SHORT INTEGER becomes
  • INTEGER becomes INTEGER
  • LONG INTEGER becomes TYPE LongInt = RECORD high: [-16_80000000 .. 2147483647]; low : Word.T (*[0 .. 4294967295]*) END; This represents the number high*2^32 + low . We always have the invariants and , even on systems whose natural word size is greater than 32 bits.
  • BYTE becomes
  • SHORT CARDINAL becomes
  • CARDINAL becomes Word.T
  • LONG CARDINAL becomes RECORD high, low: Word.T END . This representation works analogously to that for LONG CARDINAL
  • SHORT REAL becomes REAL
  • REAL becomes LONGREAL
  • LONG REAL becomes an opaque type. Values of this type can only be handed around; no other operations are provided, not even equality testing.
  • 113. Modula 2 - Quick Reference
    Use gpm to compile each of the modules of the program. If compilation errors are a) The minimum modula2 program MODULE SmallestModule2Program;
    http://www.sftw.umac.mo/~fstmcjr/modula2.html
    Modula 2 - Quick Reference
    Comments
  • The Gardens Point Modula (GPM) compilers are an ongoing research focus of the Programming Languages and Systems Group in the Faculty of Information Technology at the Queensland University of Technology in Brisbane. The following material was adapted to our needs. For further information, please get a look in the follow ing links: In order to use MODULA-2, the user must apply for an ALPHA user account from the CSB, in addition to their Unix account on SUN Workstation LAN. To run MODULA-2, you need to set some environment variables.
  • setenv M2LIB /usr/local/m2/m2lib
    setenv M2SYM /usr/local/m2/m2sym You can simply include the above line at the end of your .cshrc file.
    The Program Development Cycle
    The Program Development Cycle for an application program written in Modula-2 is summarized below : Use a text editor to create or modify the source modules. Source modules can be organised in a variety of ways. It is assumed the normal convention of writing separate definition and implementation modules is used in the development cycle. For example : pico filename
    (Remark: In our tutorial classes we are using pico editor, but you can use any available editor

    114. Modula-2 Compiler
    Simple modula 2 programs almost look like Pascal programs. The modula2 compiler and linker. Both are compiled modula-2 programs, which means (for this
    http://www.mactech.com/articles/mactech/Vol.01/01.06/Modula-2Compiler/
    The journal of Macintosh technology
    Magazine In Print About MacTech Home Page Subscribe Submit News ... Get a copy of MacTech RISK FREE MacTech Online Article Archives Source Code FTP MacTech News Previous News ... Register Low Cost Domain Names Jobs Want a new job? Post your job Inside MacTech Writer's Kit Editorial Staff Editorial Calendar Back Issues ... Advertising Contact Us Customer Service MacTech Store Webmaster Feedback ADVERTISEMENT
    Volume Number: Issue Number: Column Tag: Modula-2
    Modula-2 Compiler by Modula Corporation
    The Modula-2 version that I received from Modula Corporation came on one Macintosh disk with a three-ring binder manual. The disk contains: - The Modula-2 compiler and linker. Both are compiled Modula-2 programs, which means (for this system) that they are not native 68000 code, but rather M-code for a virtual machine, which has to be interpreted. - The interpreter. The disk contains two versions, one of which is used to run the compiler and linker, the other one to run your compiled Modula-2 program. - System libraries with precompiled modules for I/O, file handling, number conversion, string manipulation and - most important of all - toolbox access.

    115. Winserion - Petzold
    If your browser does not redirect you, please click here.
    http://www.nhm-wien.ac.at/Petzold/Index.html

    If your browser does not redirect you, please click here

    If your browser does not redirect you, please click here

    A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z  

    Page 6     101-115 of 115    Back | 1  | 2  | 3  | 4  | 5  | 6 

    free hit counter