Роман написано від імені 35-річного комп’ютерного програміста, який на тлі особистої драми прискіпливо, глибоко й болісно сканує усі вивихи нашого глобалізованого часу.У світі надмірної (дез)інформації і тотального відчуження він — заручник світових абсурдів — прагне подолати комунікативну прірву між чоловіком і жінкою, між родиною і професією, між Україною і світом. За жанровою стилістикою «Записки українського самашедшого» — насичений мікс художньої літератури, внутрішніх щоденників, сучасного літописання і публіцистики.

This book shows software developers the powerful set of tools (CLOS) available for developing object-oriented programs in Common Lisp. The advantages of using CLOS to design, develop, maintain, and extend complex programs are many: it allows for modular implementation; programs more closely resemble what they model; programs are conveniently extensible; and CLOS defines conventions that will be shared across the Common Lisp community. CLOS has been adopted as part of Common Lisp by the X3J13 committee, which is working on creating the ANSI Standard Common Lisp. Common Lisp programmers can use this book to start developing object-oriented programs in Common Lisp as quickly as possible. Readers who are not familiar with Common Lisp can discover from this book the major themes of object-oriented programming.

Vol. 1 : Fundamental algorithms. - 650 p.

One of the great benefits of Unix is the vast array of free and inexpensive software tools that are available for the platform. Programming with GNU Software provides an overview of how C and C++ programmers can use some of these tools: the source-code editor Emacs, the gcc compiler, gdb debugger, gprof profiler, and the RCS version-control system. The book offers a quick-paced tutorial that, unlike some introductions to Unix tools, is particularly focused on the needs of C programmers.

The Windows 2000 Device Driver Book can lead any experienced Windows programmer through every step of device driver development: planning, implementation, testing, debugging, installation, and distribution. Thoroughly updated to reflect Microsoft's Windows Driver Model (WDM) for Windows 2000 and 98, it covers everything from architecture to tools, and includes a powerhouse library of exclusive tools and C and C++ code for streamlining device driver projects. Starting with a high-level overview of WDM components, the book quickly moves into the details of the development environment and driver installation. Master the I/O Manager, its data structures, and its interaction with drivers. Understand Plug and Play and Power Management through extensive practical examples; learn how to construct safe reentrant driver code; log errors and events using Windows Management Instrumentation; utilize kernel-mode threads; layered drivers; and more. The accompanying CD-ROM includes sample drivers, C++ classes to jumpstart your projects, driver installation utilities, even an exclusive device driver AppWizard!

Quick and easy to use, this reference provides a detailed examination of the C# language as used in .NET development for both the current version of .NET (1.1), and forthcoming version 2.0.

This book is an entertaining read, that shows how to change your mindset from website construction to website destruction so as to avoid writing dangerous code.

Applications Interface Programming Using Multiple Languages is a comprehensive, hands-on, and practical guide to interface programming between multiple languages. Today, as computer technology develops rapidly, a single programming language sometimes is not enough to handle complicated, real-world implementations. Each language has its strong and weak points and it is very difficult to find one language to satisfy all applications requirements. Mixed-language programming, or interface programming between multiple languages, has emerged to meet the needs of complicated applications and implementations in scientific research, industrial controls, and manufacturing, as well as in commercial applications. Using interface programming, professional Graphic User Interfaces, flexible databases, multitask environments, and real-time controllability can be integrated to form an optimal computer system that can complete challenging applications tasks.

The Mainframe Programmer's Guide to .NET is designed to be a guide covering the entire .NET platform. In order to cover as wide of a scope as this book does, low-level reference type detail is conservatively included. Richardson's book carefully covers every aspect .NET. Starting with a complete list of .NET Retraining Prerequisites and a full chapter answering the question "What is .NET", the author skillfully takes the reader through the .NET Framework, Database Access, Windows, Web, and Web Services topics. Additional topics range from Printing with Crystal Reports, using XML, and HTML to advanced .NET topics like .NET Configuration and Security for Web Services. The Mainframe Programmer's Guide to .NET is certainly a complete guide for the Mainframe programmer. Each chapter provides valuable references for continued learning. Having been given a context, the informed reader is then encouraged to take advantage of the references for continued in-depth training.

The book covers the latest version of the SQL standard, SQL-99, and includes two complete case studies, showing how to create and query the underlying database for a fully featured web site, and how to implement role-based security in your applications.

Written for web programmers and designers, this reference alphabetically lists every HTML tag supported by Netscape Navigator and Internet Explorer, along with their attributes, event handlers, CSS and JavaScript style properties, and much more

A dynamic, open source programming language with a focus on simplicity and productivity. It has an elegant syntax that is natural to read and easy to write.

Ruby is an Object Oriented Programming Language With ... A simple, consistent syntax Dynamic Type System Blocks, closures and continuations Regular Expressions Metaclasses and Introspection Cross Platform Support Runs on Windows, Linux, Macs, Unix, and BeOS Garbage collected memory management An interactive environment Singleton Objects

Prolog was invented in the early seventies by Alain Colmerauer and is colleagues at the University of Marseille. Prolog stands for Programmation en Logique (Programming in Logic). Prolog differs from the most common programming languages because it is a declarative language. This means that the programer specifies a goal which is to be achieved and the Prolog interpreter/compiler works out how to achieve it. Traditional programming languages are said to be procedural. This means that the programmer must specify in detail how to solve a problem. In purely declarative languages, the programmer only states what the problem is and leaves the rest to the language itself. Some applications of Prolog are: intelligent data base retrieval, natural language understanding, expert systems, specification language, machine learning, robot planning, graphics and problem solving . The iProlog version of Prolog includes a number of extensions intended to make it a powerful environment for data mining as well as logic programming. These extensions include a library of machine learning tools, ripple down rules, a frame language and functional notation.

Slate is a member of the Smalltalk family of languages which supports an object model in a similar prototype-based style as Self[Ungar et al 95], extended and re-shaped to support multiple-dispatch methods. However, unlike Self, Slate does not rely on a literal syntax that combines objects and blocks, using syntax more akin to traditional Smalltalk. Unlike a previous attempt at providing prototype-based languages with multiple dispatch[Chambers 97], Slate is dynamic and more free-form in style, supporting the simplicity and flexibility of syntax and environment of the Smalltalk family. It is intended that both Smalltalk and Self styles of programs can be ported to Slate with minimal effort. Finally, Slate contains extensions including optional keywords, optional type-declarations, subjective dispatch and syntactic macros, that can be used to make existing programs and environment organizations much more powerful than in traditional object-based programming.

This is the Winsock Programmer's FAQ, a more-or-less official continuation of the original FAQ by Mark Towfiq et al. This FAQ will try to answer the most commonly-asked questions on the alt.winsock.programming and comp.os.ms-windows.programmer.tools.winsock newsgroups.

Програма — це дані, призначені для управління конкретними компонентами системи обробки інформації (СОЇ) в цілях реалізації певного алгоритму. Звернути увагу: програма — це дані. Один з основних принципів машини фон Неймана — те, що і програми, і дані зберігаються в одній і тій же пам'яті. Програма, що зберігається в пам'яті, є деякими кодами, які можуть розглядатися як дані. Можливо, з погляду програміста програма — активний компонент, вона виконує деякі дії. Але з погляду процесора команди програми — це дані, які процесор читає і інтерпретує. З іншого боку програма — це дані з погляду обслуговуючих програм, наприклад, з погляду компілятора, який на вході отримує одні дані — програму на мові високого рівня, а на виході видає інші дані — програму в машинних кодах. Програмне забезпечення (ПО) — сукупність програм СОЇ і програмних документів, необхідних для їх експлуатації Істотно, що ПО — це програми, призначені для багатократного використання і застосування різними користувачами. У зв'язку з цим слід звернути увагу на ряд необхідних властивостей ПО.