Explains the basic concepts of assembly language and how to apply it for use on the Amiga, and includes programming examples and discussions of the Amiga's software and hardware

The Commodore Amiga is known for the great capabilities it introduced at the time of its launch. These capabilities were down to the hardware as well as it's graphical pre-emptive multitasking operating system, now usually referred to as the classic AmigaOS. This book provides an introduction into the programming of the classic AmigaOS using C as well as assembly language. It is aimed at programmers who have not programmed for the Amiga before as well as programmers who did this years ago and would like a refresher before diving back in. A general knowledge of computer programming is therefore assumed. The beauty of the classic AmigaOS is that it provides most of the things one would expect of a modern graphical pre-emptive multitasking operating system, but at the same time the OS is lean enough for the programmer to understand what is going on under the hood. The first chapters provide information on setting up programming software on a classic Amiga. The chapter about the 68000 processor will provide an overview of the processor's inner workings and instructions. The chapters about Exec, Intuition, GadTools, ASL, Graphics and Diskfont will explain the usage of these libraries and the functionality they provide. The use of files, directories as well as low-level disk access is detailed in the DOS and Trackdisk chapters.

Exploring the often-overlooked history and technological innovations of the world's first true multimedia computer. Long ago, in 1985, personal computers came in two general categories: the friendly, childish game machine used for fun (exemplified by Atari and Commodore products); and the boring, beige adult box used for business (exemplified by products from IBM). The game machines became fascinating technical and artistic platforms that were of limited real-world utility. The IBM products were all utility, with little emphasis on aesthetics and no emphasis on fun. Into this bifurcated computing environment came the Commodore Amiga 1000. This personal computer featured a palette of 4,096 colors, unprecedented animation capabilities, four-channel stereo sound, the capacity to run multiple applications simultaneously, a graphical user interface, and powerful processing potential. It was, Jimmy Maher writes in The Future Was Here, the world's first true multimedia personal computer. Maher argues that the Amiga's capacity to store and display color photographs, manipulate video (giving amateurs access to professional tools), and use recordings of real-world sound were the seeds of the digital media future: digital cameras, Photoshop, MP3 players, and even YouTube, Flickr, and the blogosphere. He examines different facets of the platform—from Deluxe Paint to AmigaOS to Cinemaware—in each chapter, creating a portrait of the platform and the communities of practice that surrounded it. Of course, Maher acknowledges, the Amiga was not perfect: the DOS component of the operating systems was clunky and ill-matched, for example, and crashes often accompanied multitasking attempts. And Commodore went bankrupt in 1994. But for a few years, the Amiga's technical qualities were harnessed by engineers, programmers, artists, and others to push back boundaries and transform the culture of computing.

Assembly language is as close to writing machine code as you can get without writing in pure hexadecimal. Since it is such a low-level language, it's not practical in all cases, but should definitely be considered when you're looking to maximize performance. With Assembly Language by Chris Rose, you'll learn how to write x64 assembly for modern CPUs, first by writing inline assembly for 32-bit applications, and then writing native assembly for C++ projects. You'll learn the basics of memory spaces, data segments, CISC instructions, SIMD instructions, and much more. Whether you're working with Intel, AMD, or VIA CPUs, you'll find this book a valuable starting point since many of the instructions are shared between processors. This updated and expanded second edition of Book provides a user-friendly introduction to the subject, Taking a clear structural framework, it guides the reader through the subject's core elements. A flowing writing style combines with the use of illustrations and diagrams throughout the text to ensure the reader understands even the most complex of concepts. This succinct and enlightening overview is a required reading for all those interested in the subject . We hope you find this book useful in shaping your future career & Business.

Consolidates the wealth of information every Amiga programmer needs. Includes alphabetized descriptions of system calls and data structures, a discussion of libraries and devices, and full decriptions of Amiga hardware.

A vast increase in running speed can be obtained when using programs written in assembly language, which in essence entails direct programming of the computer without using a high level built-in language such as BASIC. However, this can only be undertaken by someone who has a reasonable understanding of the microprocessor and some of the other hardware used in the computer, but it is not as difficult as one might think and this book tells the story

A user's manual, a technical reference manual and a developer's manual, this is the only book that shows Amiga owners how to use the machine's disk operating system. All the available DOS commands and ways to utilize them on this new computer are covered in this book.