Chaman L. Sabharwal · IEEE Potentials · 1998
Everyone is talking about Java. The driving force for this chatter is Java's simplicity and potential power. Java is programming language, and a language for the intranet and the World Wide Web (WWW). Java is a Write On one platform and Run on Many platforms (WORM) language. For network-friendly, platform-independent applications, Java (originally Oak) is an object oriented programming language. Java source code is compiled into a virtual machine code or bytecode. This makes the Java platform independent. It can be placed on a Web site, and executed on the client side on a PC-Intel, Mac, Motorola or UNIX-Solaris machine without recompiling. Sun Microsystems formally announced Java in May 1995. Java is the first language that has built-in capabilities for networking applications, in particular, creating dynamic Web pages. Java programs that run on the Internet Web pages are called applets. These applets are easily incorporated into Web pages. These applets are executed from homepages on remote Web sites. Java programs run interpretively on the client side. Java reduces development costs and speeds up the learning curve. Traditional client server development tools-such as Delphi, Power-Builder and Visual Basic-are losing ground to Java as a result. By the year-end of 1996, Java had moved ahead in use of both C and C++ and these application development tools.
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Det gule Palæ's Orkester København, Gabarouche · Bulletin of Miscellaneous Information (Royal Gardens Kew)
Performer: Det gule Palæ's Orkester København Writer: Gabarouche Mazurka. Digitized at 78 revolutions per minute. Four stylii were used to transfer this record. They are 3.5mil truncated eliptical, 2.3mil truncated conical, 2.8mil truncated conical, 3.3mil truncated conical. These were recorded flat and then also equalized with Turnover: 500.0. The preferred versions suggested by an audio engineer at George Blood, L.P. have been copied to have the more friendly filenames. Matrix number: E23 11 23 Catalog number: No. 1716 Other IDs from the record include: 1716
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Zenia C. Bahorski · 2014
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Det gule Pala's orkester · Bulletin of Miscellaneous Information (Royal Gardens Kew) · 1923
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Kathryn S Mckinley, Stephen M Blackburn · 2007
The experimental systems community relies on benchmarks to evaluate proposed innovations. Therefore, the choice of benchmarks and the programming language in which they are written is a gating function for innovation in our field. While application developers are increasingly embracing managed languages such as Java and C#, systems researchers have not. This disconnect between researchers and application developers may lead to misdirected research. This problem is partially due to a dearth of appropriate benchmarks and appropriate evaluation methodologies. This paper demonstrates and recommends how to perform meaningful experiments with managed languages and contrasts them with methodologies in use for C or C++. The paper also recommends some approaches for encouraging community benchmark and infrastructure development. To further inform systems research, it may behoove some researchers to follow language implementers who “eat their own dog food”, and build systems in managed languages. I.
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R. Morelli and R.Walde · Bulletin of Miscellaneous Information (Royal Gardens Kew)
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Eckstein, Robert, Loy, Marc, Wood, Dave · 1998
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Oaks, Scott · 1998
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2008
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B‰ÛÓheme ork., Gaboroche & Fred Pearly, B‰ÛÓheme ork. et al. · Bulletin of Miscellaneous Information (Royal Gardens Kew) · 1925
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Arne J. Aadlan, Rudy S. K. Phoa · 1981
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Eric R. Abbey · Intellect Books · 2022
Distillation of Sound - Dub and the Creation of Culture; Distillation of Sound traces the beginnings of dub music in Jamaica and how the culture is distilled throughout the world. It focuses on the analysis of some of the most famous full-length albums of dub music and how the engineers, producers, and musicians created a new sound that changed the way that people heard music. 15 b/w illus.
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Francisco, Pedro Filipe do Amaral Goucha · Portuguese National Funding Agency for Science, Research and Technology (RCAAP Project by FCT) · 2012
A programação por contrato é uma metodologia de programação que implementa mecanismos de correcção de forma bem adaptada à programação orientada por objectos, facilitando a construção de software correto e robusto, permitindo também a sua documentação e especificação e a construção de programas tolerantes a falhas. No entanto, ao contrário da programação orientada por objectos, a programação por contrato tem uma difusão bastante reduzida. Uma das razões para tal facto é a quase completa ausência de suporte para a metodologia na grande maioria das linguagens de programação usadas actualmente, nas quais se inclui a linguagem Java. Apesar de existirem algumas ferramentas para tentar suprir essa omissão da linguagem Java, são aproximações incompletas que não permitem usufruir de todas as vantagens e capacidades da programação por contrato. Neste trabalho pretende-se definir quais as características necessárias numa linguagem de modo a permitir a implementação completa da metodologia, avaliando as falhas que as ferramentas existentes possuem e, de seguida, definir e construir uma nova linguagem, “Contract-Java”, definida como uma extensão da linguagem Java, que permita usar a programação por contrato na sua totalidade.
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Morelli, R., Walde, R. · BiblioBoard Library Catalog (Open Research Library) · 2012
We have designed this third edition of Java, Java, Java to be suitable for a typical Introduction to Computer Science (CS1) course or for a slightly more advanced Java as a Second Language course. This edition retains the “objects first” approach to programming and problem solving that was characteristic of the first two editions. Throughout the text we emphasize careful coverage of Java language features, introductory programming concepts and object-oriented design principles. The third edition retains many of the features of the first two editions, including: •Early Introduction of Objects *Emphasis on Object Oriented Design (O.O.D.) *Unified Modeling Language (U.M.L.) *Diagrams *Self-study Exercises with Answers *Programming, Debugging and Design Tips from the Java Library Sections *Object-Oriented Design Sections *End-of-Chapter Exercises *Companion Web Site, with Power Points and other Resources The In the Laboratory sections from the first two editions have been moved onto the book’s Companion Web Site. Table One shows the Table of Contents for the third edition.
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Al Hossain · 2026
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Bourtayre, Henri · 1946
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Unbekannt
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Castle Park, Cambridge Cb Rd, Zhixue Wu et al. · 1997
Java has become popular as a programming language for the Internet because of its ability to simplify the development of flexible, portable applications with graphical user interfaces. Using Java, users can write a program once and run it on any platform. However, Java lacks a good mechanism to support integration of system software, which is required by new applications such as mobile computing, networked interactive multimedia and network programming. In this paper, we present the Reflective Java project which aims to enable Java-powered systems to be customised dynamically, flexibly and transparently to cater for the particular requirements of an application, or changes in its run-time environment. Reflective Java enables metalevel programming of systems functions as wrappers around method calls. Using metalevel programming, a clear separation can be made between those parts of an application that are concerned with implementing its basic functionality and those parts that are concerned with addressing system issues. Thus, it becomes possible to change the quality of application delivery through alternative infrastructures without disturbing the application components. We first explain how to use a metaobject protocol to achieve flexibility and customisability. Then we show how reflection can be obtained without making any change to the Java language, its compiler or its virtual machine. As an example, an object transaction service is described to demonstrate the benefits and feasibility of Reflective Java.
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SpringerReference · 2011
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Ricardo Devis · 1998
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