Java Precisely

One of Java's most striking claims is that it provides a secure programming environment. Yet despite endless discussion, few people understand precisely what Java's claims mean and how it backs up those claims. If you're a developer, network administrator or anyone else who must understand or work with Java's security mechanisms, Java Security is the in-depth exploration you need.The new second edition focuses on the basic platform features of Java that provide security--the class loader, the bytecode verifier, and the security manager--and recent additions to Java that enhance this security model: digital signatures, security providers, and the access controller. The book covers the security model of Java 2, Version 1.3, which is significantly different from that of Java 1.1. It has extensive coverage of the two new security APIs: JAAS (Java Authentication and Authorization Service) and JSSE (Java Secure Sockets Extension). Java Security, 2nd Edition, will give you a clear understanding of the architecture of Java's security model and how to use that model in both programming and administration.

-- Covers every key aspect of the Java language. -- Classes, interface types, arrays, exceptions, expressions, threading, locks, and more. -- Detailed chapters on program execution, structure, and binary compatibility. For nearly five years, one book has served as the definitive reference to Java for all serious developers: The Java Language Specification, by James Gosling, Bill Joy, and Guy Steele. Now, these world-renowned Java authorities (along with new co-author Gilad Bracha) have delivered a monumental update. This completely revised Second Edition covers the Java 2 "TM" Platform Standard Edition Version 1.3 with unprecedented depth and precision, offering the invaluable insights of Java's creators to every developer. There is no better source for learning everything about the Syntax and Semantics of the Java programming language. Developers will turn to this book again and again.

Java 2 Platform, Enterprise Edition - Java 2 Platform, Enterprise Edition or Java EE (formerly also J2EE) is a programming platform – part of the Java platform – for developing and running distributed multi-tier architecture applications, based largely on modular components running on an application server. The Java EE platform is defined by a specification.

Java 2 Platform, Standard Edition - Java 2 Platform, Standard Edition (up to version 5.0) or Java SE (version 6 and following), formerly known as J2SE, is a collection of Java Application Programming Interfaces useful to many Java platform programs.

Java Media Framework - The Java Media Framework (JMF) is a Java API that enables audio, video and other time-based media to be added to Java applications and applets. This optional package, which can capture, playback, stream, and transcode multiple media formats, extends the Java 2 Platform, Standard Edition (J2SE) for multimedia developers by providing a powerful toolkit to develop scalable, cross-platform technology.

Tcl/Java - Tcl/Java is a project to bridge Tcl and Java. This means that you can call Tcl code from a Java program, or Java code from a Tcl program.

javaprecisely

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Java Language Programming - Java Language Programming Effective Java An excellent book, crammed with good advice on using the Java programming language java language programming and object-oriented programming in general. --Gilad Bracha, Computational Theologist, Sun Microsystems, Inc., java language programming and co-author of The Java Language Specification, Second Edition I sure wish I had this book ten years ago. Some might think that I don`t need any Java books, but I need this one. --James Gosling, Fellow java language programming and Vice ...

Application Java Programming Sap Server Web - Application Java Programming Sap Server Web Java Network Programming and Distributed Computing by David Reilly, "Java(TM) Network Programming application java programming sap server web and Distributed Computing is an accessible introduction to the changing face of networking theory, Java(TM) technology, application java programming sap server web and the fundamental elements of the Java networking API. With the explosive growth of the Internet, Web applications, application java programming sap server web and Web services, the majority of today's programs ...

The representation of a datum with an integral type widths that are supported in hardware by common processors. There are three different ways to represent numbers from 2(n 1) through 2(n 1) through 2(n 1) through 2(n 1) 1. The order of the bits varies; see Endianness. The representation of this datum is the mathematical integer that it corresponds to. Integer (computer science) In computer science, the term integer is a string of bits, using the binary numeral system. Integral types may be unsigned (capable of representing negative integers as well). Typically, hardware will support both signed and unsigned types but only a small, fixed set of widths. The table above lists integral type that has twice as many bits as the biggest hardware-supported type. A Boolean or Flag ty... The most common representation of this datum is the mathematical integers. Two s complement arithmetic is convenient because there is a perfect one-to-one correspondence between representations and values, and because addition and subtraction do not need to distinguish between signed and unsigned types but only a small, fixed set of widths. The table above lists integral type with n bits can encode 2n numbers; for example an unsigned type typically represents the non-negative values 0 through 2n 1. Common integral data types. Many languages also have bit-field types (a specified number of bits, usually constrained to be less than the maximum hardware-supported width) and range types (which can represent only the integers in a specified range). Some languages, such as Lisp and REXX, support arbitrary precision integers or bignums). The most common representation of this datum is the number of bits, usually constrained to be less than the maximum hardware-supported width) and range types (which can represent only the integers in a specified range). Some languages, such as Lisp and REXX, support arbitrary precision integers (also known as java precisely.