21. Assembly Language Resource assembly language programming. Assembly Language Tools. Filename. Comment. Size. Turbo Assembler 5.0. TASM 5.0 full. 4200 kb. Turbo Assembler 5.0 Disk 1. Firstrate assembler from Borland. This is the latest release and possibly the last one. Windows 95 assembly language programming. The BEST tutorial on writing Win95 programs with ASM . TASM http://www.geocities.com/SiliconValley/Lab/1563/assembly.html

Assembly Language Programming Assembly Language Tools Filename Comment Size Turbo Assembler 5.0 TASM 5.0 full 4200 kb Turbo Assembler 5.0 Disk 1 First-rate assembler from Borland. This is the latest release and possibly the last one. Borland seems reluctant to support TASM further. Turbo Assembler 5.0 Disk 2 Turbo Assembler 5.0 Disk 3 Turbo Assembler 5.0 Patch Turbo Assembler 4.0 Help File Though it cannot replace the manual, it's better than nothing. Outline some assembler directives. Microsoft Macro Assembler 6.0 Disk 1/4 Assembler from Micro$oft. Preferred by some programmers. But doesn't include support for Windows programming. :( Microsoft Macro Assembler 6.0 Disk 2/4 Microsoft Macro Assembler 6.0 Disk 3/4 Microsoft Macro Assembler 6.0 Disk 4/4 Microsoft Macro Assember 6.11c Full version with programmer's workbench and all the goodies eg. examples, include files etc. This version cannot be upgraded to 6.13 Microsoft Macro Assembler 6.11d Just the necessary executables to get you up and running fast. Ripped from Win98 DDK. Microsoft Macro Assembler 6.11 Patch to 6.12

22. Linux Assembly: Resources Linux assembly language programming by Bob Neveln. In Dutch language. Introduction to RISC assembly language programming by John Waldron. ISBN 0201398281. http://linuxassembly.org/resources.html

; Page holds UNIX assembly programming related resources. ; If you start a new project, or find a resource not listed here, ; please let me know I will add it to this page ; Note that links are in not necessarily particular order projects: ; various UNIX projects written in assembly language ; of course all of them feature extremely small size ; if you're looking for source code and examples, here they are name short description platform OS assembler asmutils miscellaneous utilities, small libc Linux, *BSD (Unixware, Solaris, AtheOS, BeOS) nasm libASM assembly library (lots of various routines) Linux nasm WordStar-like text editor Linux, *BSD, AtheOS, BeOS, Win32 nasm Commodore C64 emulator Linux nasm Forth kernel implemented as shared library Linux nasm Tiny Programs tiny Linux executables Linux nasm Softer Orange terminal emulator Linux nasm ta traffic accounting daemon Linux nasm cpuburn CPU loading utilities Linux, FreeBSD gas 3-stack Forth-like language (and other stuff from Rick Hohensee) Linux gas x86 Linux fig-Forth Linux gas eforth eforth converted to nasm/asmutils Linux nasm eforth original Linux eforth Linux gas ASMIX several command-line utilities IA32, PPC, SPARC, PDP11

23. Windows 95/98/Me Device Driver (VxD) Development Tool A Windows 95/98 virtual device driver development tool. It enables you to develop Windows 95/98 virtual device driver (VxD) in C/C++. No assembly language programming skill is required with this tool. http://www.techsoftpl.com/vxd/

VxDWriter Develop VxD in C/C++ Products Services Support Overview ... Buy it VxDWriter is a tool for developing Windows 95/98/Me Virtual Device Driver (VxD) quickly and efficiently in C/C++. No assembly language programming skill is required with this tool. The resulting VxD, when compiler optimization is enabled, will be comparable with that written in assembly language in code efficiency and size. This tool aims to reduce the Total Cost of Development and Maintenance for your VxDs. Key features VxDWizard to generate a working skeletal VxD with few inputs. Special VxD run-time library for handling callback functions, simulating interrupts, memory management, string and memory manipulation, file I/O, debugging, calling 32-bit DLLs in application-time, floating-point operations, etc. More than 620 additional VxD service wrapper functions. Highly optimized VxD Foundation Class Library for developing VxD in C++ using object oriented design methodology without sacrificing performance Support for developing VxD in MS Visual C++ IDE. Integrated help file with Win98 DDK, which can be accessed from MS Visual C++ 6.0 IDE.

24. Edwin's Resume Java, Servlets, FORTRAN, Prolog, C, C++, assembly language programming for 8085 and 80x86, Unix Shell Programming (BASH). http://members.rediff.com/edwinvaz/Resume/Resume.html

Edwin Vaz e-mail : edwinvaz@worldmailer.com Mobile : +91-9840088949 Download My Resume Education : B. E. Computer Science (1995 to 1999) Goa Engineering College, Farmagudi, Ponda, Goa. First Class with Honours with Distinction Experience : 18 Months in Wipro Technologies Certifications : Brainbench Certified Java 1.2 programmer th May 2000) www.brainbench.com (Transcript ID: 609149) Computer System Experience : OS Linux (Slackware, RedHat and Debian), Win 95, Win NT, MS DOS Programming Java (OOP, Multithreading, Applet Programming, JDBC, Network Programming, Java Mail, JNDI, AWT, Multimedia), Servlets , FORTRAN, Prolog, C, C++, Assembly Language Programming for 8085 and 80x86, Unix Shell Programming (BASH). Database ORACLE 8, MySQL Front-end JSP DHTML JavaScript , Java AWT Technologies EJB XML Significant Projects : Project TBA (Total Bond Analysis) Online , Phase 2 Client DAIWA, Japan Period 7 Months Position Team Member (Programmer) Contribution Participated in the Design of framework for Market (Poet-SB) module High Level Technical Design documentation in Rational Rose Developing (Coding) 4 screens for Market (Poet-SB) module, viz. st0941 (Type Spread Chronological Analysis Condition Setting Screen), st09411 (Type Spread Chronological Analysis Display Screen), st094111 (Type Spread Chronological Analysis Details Display Screen) and st09412 (Type Spread Chronological Analysis Graphical Display Screen). Generation of PDF Reports and Graphs was also involved in the above mentioned screens.

25. ARM Assembly Language Programming ARM assembly language programming. Introduction. This page is the portal to a webbased version of my 1987 book, ARM assembly language programming (AALP). http://www.peter-cockerell.net:8080/aalp/

ARM Assembly Language Programming Introduction This page is the portal to a web-based version of my 1987 book, ARM Assembly Language Programming (AALP). For this first release, I'm just making the original files and various conversions of the book available on this site, the most useful one probably being the HTML linked to above. (I generated the PDF from IE5.5's rendering of the HTML because NS6 didn't seem to agree with some of the whitespace that GoLive embeds. I've tried to set the margins so it should print OK on both US Letter and A4 paper, but let me know if that's not the case.) If there is sufficient interested, I will try to get the files on to some kind of sharing website (e.g. sourceforge) so that people can update the book with information about the many generations of ARM since AALP was written. If nothing else, though, it's an interesting historical document. Please feel free to contact me if you're interested in getting involved with the project. History ARM Assembly Language Programming is a book I wrote back in 1987 describing the instruction set of the then current ARM architecture, which was ARM3. It also contained some tutorial information about machine code, assembly language, data structures and using the BBC BASIC assembler. The book is long out of print, and even I don't have any copies left, my last one having been swiped by a psychotic QA engineer from a previous employer of mine. I think she took it back to Australia with her. Oh well.

26. ARM Assembly Language Programming http://www.peter-cockerell.net:8080/aalp/html/frames.html

Please use a browser that supports frames to view this

27. André Schoorl's Home Page HP48 calculator programs. The interests here are programs and related items for system RPL and assembly language programming as well as symbolic math. http://www.engr.uvic.ca/~aschoorl/

Publications CEng 420 Public Key Recent history I was born and raised in Victoria, B.C., Canada. I am an alumni from Electrical Engineering at the University of Victoria . I recently taught CEng 420: Artificial Intelligence . My master's thesis involved research in mobile computing in the Laboratory for Parallel and Intelligent Systems . Specifically, investigating ways of supporting client mobility and fault tolerance in a distributed network data system. Here are my and publications Here are some of the programs, documents, and links I provide and/or maintain: HP48 FAQ FAQ Home Page I maintain the world wide HP48 Frequently Asked Questions List Newsgroup comp.sys.hp48 I will post a text version here every few weeks, as well as a periodic reminder Jazz Jazz v6.8 HP49 v6.8e Light v6.7 light Source code ... LaTeX Universal Font Library UFL Home Page Manual Essential Links HP48 Archive web site ftp.hp.com ftp site ftp.cis.com ftp site Programming GNU Tools Source code Linux MS-DOS Entries supported entries user level commands by subject by address Measured GX cycle counts SRPL entry execution times The Rosetta Stone SADHP v1.05

28. AsmSource : Assembly Language Programming This is what you get free. Windows (32bit) Assembly Language Programs. Dos (16-bit) Assembly Language Programs. MegaMail Project. Computer Humour. http://asmsource.cjb.com/

location = "http://asmsource.8k.com/index.htm"; http://asmsource.8k.com/index.htm AsmSource : Assembly Language Programming Source files in IBM PC assembly, for x86 ms-dos programming. .asm, x86 programming, x86 assembly, assembly,asm files, assembly source files, asm source, msdos programming

29. Rohit's Homepage Software, tutorials, manuals related to linux, networking, and assembly language programming. http://alien.dowling.edu/~rohit/

home ideas links project ... contact .:: Hi and Welcome HOMEPAGES result from a global conspiracy to waste human time. Millions of man-hours are spent creating configurations of dipoles that together with whole lotta other stuff make things appear on screens, and almost always make no sense (Steve, you listening?). Obviously, homepages don't existonly the process of navigating to them forces them to appear. "Observations not only disturb what is to be measured, they produce it...We compel the particle to take a definite position" [quoted by Griffiths (as a quote of Jordon) from Mermin]. Regardless of its existence, though, you have arrived here. If you think you exist, leave a permanent mark on this site. Permanent, cause I won't erase it. .:: The ritual begins ACCORDING to the homepage-ritual, you must learn something about me before you leave. I am a big fan of Enigma, and I also listen to Deep Forest, Robert Miles, Vanessa Mae, and Yanni. Other bands come and go on my list. My favourite books are: sci-fi: The Hitchhiker's Guide to the Galaxy, 2001 a Space Odyssey, 1984. Not so favorites include Jurassic Park, The Lost World, and the list goes on ...

30. Assembly Language Programming - Index assembly language programming. 3460306. Introduction, Introduction to assembly language programming. Data Representation, Data Representation. http://www.cs.uakron.edu/~margush/306old/

Assembly Language Programming Summer 2002 MTuWThF 12:00-1:15 PM CH 323 Bulletin Description Syllabus Assignments Dr. Margush's page Course Helps Download EDXOR - A text/hexadecimal editor (freeware) Download FreeZip (freeware) Download HJZip (freeware) You can use HJZip in the labs by running Here is a series of tutorials related to computer hardware by Dr. R Mark Meyer Chapters 1-5 of this material should be studied This is some info on Finite State Machines and Sequential Circuit Synthesis Here is an example of a traffic light controller This site has some info on floating point representation and some good questions to answer. You might go here for the index to a larger section Here is a quick overview of IEEE formats This are conversion utilities to convert from decimal and IEEE floating point codes or from IEEE to decimal along with some detailed specifications This, from the Microsoft Knowledge Base: INFO: Why Floating Point Numbers May Lose Precision Linking C++ and Assembly PowerPoint Presentations on Various Assembly Language Topics: Html Version PowerPoint Version Introduction Introduction to Assembly Language Programming Data Representation Data Representation ... Bit Manipulation - Logic, Shifts, and Rotations

31. Assembly Language Windows Applications . Even though assembly language programming seems to be a lost and dying art, the Web is chock full of interesting and useful resources. http://grc.com/smgassembly.htm

Authoring Windows Applications In Assembly Language Huh? . . . Windows in Assembler? Am I sick? Perhaps. Am I a dinosaur destined for early extinction? Yeah, probably. But I truly love programming. It's what I do. It fulfills me and sustains me . . . and I'm never in a hurry to "just be done with it." I can't stand sloppiness in my work, so for me that means writing the smallest, tightest, fastest, most economical computer programs possible. And THAT means authoring Windows applications in Assembly Language. Though the rest of the world may argue that they're more "productive" (when measured by hard disk space consumed per second), I stand by the principle that: "Small Is Beautiful" Small Is Beautiful? Sure, I think so. Don't you? When I began the development of the first Windows application I'd ever created, ChromaZone , I was determined not to let the fact that I was writing for Windows keep me from creating really great software. And frankly, I just don't consider a utility program that's 4 megabytes big, and contains all sorts of files that the author didn't create, to be "really great software". Do you? So I needed to figure out how to write Windows Applications in Assembly Language. (Just as I had created SpinRite and all prior products in my life.) Well, I did that, and

32. Assembly Tutorial An extensive tutorial on assembly language programming with language instructions, interruptions and file managing, macros and procedures, and program examples. http://thsun1.jinr.ru/~alvladim/man/asm.html

33. SPARC Architecture, Assembly Language Programming And C, 2/E SPARC Architecture, assembly language programming, and C SECOND EDITION by RICHARD P. PAUL University of Pennsylvania. SPARC architecture http://cwx.prenhall.com/bookbind/pubbooks/paul/

SPARC Architecture, Assembly Language Programming, and C SECOND EDITION by RICHARD P. PAUL University of Pennsylvania SPARC architecture is covered in this book from a programmer's perspective, making use of UNIX tools(the macro processor; the as assembler; the gnu emacs editor; and the gdb debugger). Introductory material includes a formal definition of the von Neumann machine, its relationship to programmable calculators, and to the JAVA bytecode and JAVA virtual machine. The text is organized to allow readers to start programming in SPARC assembly language by the end of the Second Chapter. Frequent reference is made to C and C++ language constructs and their translation into SPARC assembly language. Chapters on control constructs, arrays, and structures give the reader an understanding of the complexity and cost of using various data and control structures in high-level languages. Chapters on floating point, traps, memory management, and other architectures provide optional course material. All necessary reference material, including the SPARC instruction set, is provided in the appendices. The text is suitable for a one semester introductory course on computer architecture. It is also suitable for programmers who will be programming SPARC architecture machine in languages such as C and C++ and have concerns with computational efficiency.

34. TI-83 Assembly Programming Texas Instruments calculator design teams actively monitor user feedback on our products and have watched the interest in assembly language programming grow. http://education.ti.com/us/product/tech/83/features/asm.html

Advanced Graphing TI-83 TI-83 Assembly Programming Note: The information on these pages applies only to the TI-83. For TI-83 Plus specific information, click here TI-83 system information Texas Instruments calculator design teams actively monitor user feedback on our products and have watched the interest in assembly language programming grow. Although TI cannot provide unlimited free support we do want to provide some information to users to support their interests. Our experience is that the user community can be somewhat self-supporting when basic information is provided. Assembly code (Z80 machine code) is the lowest level control of the micro-processor possible on the TI-83. There is no shell software to protect the rest of the system memory from corruption as there is with the high level programming language of the built in TI-83 software. There are risks involved with writing and executing assembly code on your TI-83. Before you experiment with assembly code on the TI-83 you should back up all of your data (programs, lists, variables, etc.) to a PC or MAC using the TI-Graph-Link cable. For any number of reasons you could easily lose your memory and crash the system while experimenting with executing assembly code. In some situations you could be forced to pull all the batteries, (main aaA batteries and the lithium backup battery) in order to recover the calculator. Although Texas Instruments is providing system information on the TI-83, TI is not providing development tools such as editors, assemblers, and linkers. The user community seems to have adequate access to such development tools.

35. Planet PDF - Art Of Assembly Language A textbook on machine organzation and assembly language programming developed by Randy Hyde for the CS 264 (assembly language programming) at Cal Poly Pomona http://www.planetpdf.com/mainpage.asp?WebPageID=326

36. Assembly - Internet Resources (assembly) book assembly language programming (3rd Edition) assembly language programming for the IBM / PC Family is an introductory Assembly language text written for http://www.eg3.com/softd/assembly.htm

Get your Windows Embedded Introductory Kit Today! home emb. software assembly vendors conf. google for RTI ScopeTools Flash Demo For VxWorks 5.5 users, Wind River Systems is offering a FREE trial evaluation of ScopeTools here. A beta program for MontaVista Linux 3.1 customers using x86 and PPC targets is currently underway. You may sign up for the beta program here. Embedded Introductory Kit book 80X86 IBM PC and Compatible Computers: Assembley Language, Design, and Interfacing ASSEMBLY LANGUAGE PROGRAMMING ON THE IBM PC, PS AND COMPATIBLES. Introduction to Computing. 1. The 80x86 Microprocessor. 2. Assembly Language Programming. 3. Arithmetic and Logic Instructions and Programs. 4. BIOS and DOS Programming in Assembly and C. 5. Macros and the Mouse. 6. Signed Numbers, Strings, and Tables. preview: http://www.amazon.com date book An Assembly Language Introduction to Computer Architecture: Using the Intel Pentium Assembly Language Programming is based on the pentium architecture. Students learn how computers work through a clear, generic presentation of a computer architecture; a departure from the traditional focus on a specific architecture. A computer's capabilities are introduced within the context of software, reinforcing the software focus of the text. 1999. preview: http://www.amazon.com

37. Power Assembler An IDE for assembly language programming for Windows. Shareware http://web-matrix.ru/products/pasm32/

product info screenshots demo order online support System requirements What is Power Assembler Power Assembler works with two most popular assemblers: Borland (Inprize) Turbo Assembler (version 4.0 and/or higher) and Microsoft Macro Assembler (version 6.14 and higher). Power Assembler IDE offers you a convenient and powerful editor autoindent, autosave, context menu, syntax highlight, saving files in rich text format and other useful features. Power Assembler interface can be configured for your convenience - just create your own toolbar buttons and background images and place them in toolbars folder. Toolbars may also be repositioned. Furthermore, Power Assembler provides a lot of such features as inspector (source code navigating and editing tool), code library (categorized storage for frequently used code structures), templates base (categorized storage for templates), set of tools (frequently used applications), and much more. You can also attach external assembly language help file. Power Run feature will translate, link and run your assembler application. All assembler and linker errors and warnings are displayed in errors window which allows to find it in source code with double click. Errors can be automatically translated to other languages.

38. XComputer Lab 2 Labs for The Most Complex Machine. xComputer Lab 2 assembly language programming. Instead, programmers use assembly language or highlevel language. http://math.hws.edu/TMCM/java/labs/xComputerLab2.html

Labs for The Most Complex Machine xComputer Lab 2: Assembly Language Programming T HE MACHINE LANGUAGE FOR xComputer consists of thirty-one different instructions. Each instruction performs a very simple task. Nevertheless, very complex programs can be built up from these instructions. The previous lab introduced the xComputer applet and the basic xComputer machine language instructions. In this lab, you will learn more about programming the xComputer. Hopefully, you'll begin to appreciate how complex programs can be composed from very simple instructions. Machine language consists of binary numbers, but it would be almost impossible for people to program if they had to write programs directly in binary. Instead, programmers use assembly language or high-level language . The programs they write in these languages are translated by assemblers and compilers into machine language. You'll use a high-level language called "xTurtle" in later labs. In this lab and the next, you'll use assembly language. Assembly language is closely related to machine language, but has several features that make it much easier to use. You've already seen that assembly language uses meaningful instruction names, such as

39. Whiz Kid Technomagic assembly language programming for Windows. Source code samples included. http://www.geocities.com/SiliconValley/Heights/7394/

Adjust your monitor CGI Programming Tutorial Graphic Counter Language NEW Assembly Language source code download If you are interested in assembly language programming for Windows 95, download crc32.zip from here. It illustrates how to write a dynamic link library in assembly language. ( Unix version also available.) Or download clockwise.zip which contains a DLL (and ASM code) to determine whether a polygon is being drawn clockwise or counter-clockwise (quite important when interpreting PostScript fonts). With just slight modifications to the above DLL, we have convex.zip with a DLL to determine whether a polygon is convex or concave. As usual, ASM source is included. Examine the source code in polyarea.zip to see how to calculate the area of a polygon with just a few math coprocessor instructions. To get sample code for a full Windows 95 program in assembly language, download rand.zip . It contains the code and executables for two similar but different programs, now in version 1.0.0.1. This code teaches how to use the timer, process mouse input, create a memory bitmap, and copy a bitmap to Windows clipboard. Talking of copying a bitmap to the clipboard... Windows 95 comes with no utility to

40. Assembly Language Programming Notes Home Page . THE HISTORY OF assembly language programming, Part 1 home page next page. The disadvantages of assembly language programming are. http://www.xploiter.com/mirrors/asm/asm_1.htm

Assembly Language Notes Home Page THE H ISTORY OF A SSEMBLY L ANGUAGE PROGRAMMING, Part 1 Early computer systems were literally programmed by hand. Front panel switches were used to enter instructions and data. These switches represented the address, data and control lines of the computer system.To enter data into memory, the address switches were toggled to the correct address, the data switches were toggled next, and finally the WRite switch was toggled. This wrote the binary value on the front panel data switches to the address specified. Once all the data and instruction were entered, the run switch was toggled to run the program. The programmer also needed to know the instruction set of the processor. Each instruction needed to be manually converted into bit patterns by the programmer so the front panel switches could be set correctly. This led to errors in translation as the programmer could easily misread 8 as the value B. It became obvious that such methods were slow and error prone. With the advent of better hardware which could address larger memory, and the increase in memory size (due to better production techniques and lower cost), programs were written to perform some of this manual entry. Small monitor programs became popular, which allowed entry of instructions and data via hex keypads or terminals. Additional devices such as paper tape and punched cards became popular as storage methods for programs.

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