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O MNI B ROKERO MNI B ROKER is an Object Request Broker (ORB) that is compliant to the Common Object Request Broker Architecture (CORBA) specification, revision 2.0, as defined in [1] and [2] by the Object Management Group (OMG).
Some highlights of O MNI B ROKER
are:
Full CORBA IDL support
Complete CORBA IDL–to–C++ mapping
Complete CORBA IDL–to–Java mapping
Uses IIOP as native protocol
Dynamic Invocation Interface
Dynamic Skeleton Interface
Interface Repository
Peer–to–Peer communication with nested method invocations
Support for non-blocking method invocations
Support for timeouts
Seamless integration with X11 and Windows
A COS compliant Naming Service
IDL–to–HTML translator for generating “javadoc”–like documentation
DynAny API for dynamic Any type handling
The current beta version has the following limitations:
Only persistent (i.e. manually launched) servers are currently supported No multi–threaded C++ applications (OmniBroker for Java supports tread–per–request and thread–per–client).
This manual is — apart from the “Getting started” chapter — not a replacement for
a good CORBA book. There are many excellent introductory books on CORBA
fundamentals, for example [4] or [5].
This manual does also not contain the precise specifications of the CORBA standard. This would definitely be out of its scope. However, for the understanding of this manual, a good knowledge of the CORBA specification in [1] is absolutely necessary. Especially the chapters covering CORBA IDL and the IDL–to–C++ mapping should be studied thoroughly. Do not expect any of the CORBA teaching books to be a reference for the IDL–to–C++ mapping. The books currently available only give an overview and are neither complete nor up–to–date. There is no substitute for the official CORBA specification as defined in [1].
What thismanual does contain,however, is informationon howClient Billing ApplicationIn this document, we describe a simple application that keeps track of payments made to client accounts. Setup: The current version of the application is configured to use an HSQLDB database (although connections to a MySQL database and an MS Access database are also included in comments at the beginning of ClientBillingDB.java).
To use an HSQLDB, download the HSQLDB system from http://hsqldb.sourceforge.net/ and copy hsqldb.jar into the JRE lib/ext folder (this jar file is also included in the HSQLDB folder). A sample database (clients.properties and clients.script) has been included in the project folder.
To use a MYSQL database, download the MYSQL server from http://www.mysql.com/, install the server and create the database. A script that creates the database has been included in the MYSQL folder in the project folder. If MYSQL is used, it is worthwhile downloading the MYSQL Control Center which provides GUI access to the databases. To use an MS Access database under Windows, an ODBC connection that links the database, “clients.mdb”, and the logical database name used in the system, Clients, must be defined. ODBC connections are defined in the control panel (ODBC) on earlier versions of Windows and are defined in “DataSources (ODBC)” in the Administrative Tools section of the Control Panel in more recent versions of Windows.
Download pdf Client Billing ApplicationIntroduction to C# 2.0C# 2.0 introduces several language extensions, the most important of which are generics, anonymous methods, iterators, and partial types.
• Generics permit classes, structs, interfaces, delegates, and methods to be parameterized by the types of data they store and manipulate. Generics are useful because they provide stronger compile-time type checking, require fewer explicit conversions between data types, and reduce the need for boxing operations and runtime type checks.
• Anonymous methods allow code blocks to be written “in-line” where delegate values are expected. Anonymous methods are similar to lambda functions in the Lisp pro- gramming language. C# 2.0 supports the creation of “closures” where anonymous methods access surrounding local variables and parameters.
• Iterators are methods that incrementally compute and yield a sequence of values. Itera- tors make it easy for a type to specify how the foreach statement will iterate over its elements.
• Partial types allow classes, structs, and interfaces to be broken into multiple pieces stored in different source files for easier development and maintenance. Additionally, partial types allow separation of machine-generated and user-written parts of types so that it is easier to augment code generated by a tool.
This chapter introduces these new features. Following the introduction are four chapters that provide a complete technical specification of the features.
The language extensions in C# 2.0 were designed to ensure maximum compatibility with existing code. For example, even though C# 2.0 gives special meaning to the words where, yield, and partial in certain contexts, these words can still be used as identifiers. Indeed,Simple Apache + Tomcat howtoHow to setup a Web Server in a Linux or MS-Windows environement with Tomcat, Apache and the WARP Connector (WebApp).
Be careful that the new versions (Apache 2 and tomcat 4) needs some particular changes. I will try to integrate them, but for now, check the Chapter 5 at the end of this document ! Besides, consider using Tomcat stand-alone : if it is fast enough, don't loose your time until the connector configuration is more stable. Enventually consider RESIN ($500) [http://www.caucho.com/] or Orion ($1500) [http://www.orionserver.com/], whish are much cheaper than the well known BEA WebLogic or IBM WebServer.
The 4.0.4 version of Tomcat is very new. I tested it on Windows but still not on Linux. Besides, which WARP Con- nector version to use is not clear. The main problem is to make Apache and TomCat work together. This is done through the WebApp connector, which installation is not trivial.
This can be done with the APJ connector (mod_jk or mod_fk2) too (and Coyote ?). But we will not be treat this here. It is a more "traditional" solution. I didn't find a lot of information which compared the APJ and WARP con- nectors, but from the little I have read, the WARP one seemed the best. (At least, I saw this note on the Jakarta Web site : [Using the WARP connector is recommended on platforms on which it is available .])
Download pdf Simple Apache + Tomcat howtoMeasuring web 2.0 Technologies with webTrends Marketing labWeb 2.0 continues to play an increasingly important role in online business today as consumers look for a new and more engaging online experience and increased flexibility in how they interact with businesses online. In the business brief Measuring Web 2.0 with WebTrends Marketing Lab, Part 1: RIA and RSS Up Close, we demonstrated how to measure Web 2.0 technologies like Rich Internet Applications (RIA)—including AJAX and Flash—to improve the user experience. We also showed that measuring the effectiveness of Real Simple Syndication (RSS) can ensure that you successfully extend the reach of your web content.
Our discussion of Web 2.0 wouldn’t be complete without addressing broadcast media, which is a market that’s emerging as an increasingly important content distribution channel. As an example, a recent eMarketer survey showed that more than one-third of the total US population viewed video at least monthly during 2006, and in three years, more than half of all Americans will be part of the online video audience. In this guide, we’ll examine the challenges marketers face when leveraging broadcast media technologies such as online video and mobile media to drive customer engagement and build brand loyalty. We’ll also focus on best practices for measuring and optimizing these technologies.
Business Challenges
Consumers have taken control over their online experience. It’s the consumer who dictates when, where and how they engage with your company. Marketing WebTrends departments are responding to this shift by investing more in Web 2.0 technologies to provide more choices and more media channels.
This shift inJapanese Manage to Overclock A Pentium 4 All the Way Up to 5 GHz6 February 2006. By: Adrian Stanciu, Sci-Tech News Editor. Japanese Manage to Overclock A Pentium 4 All the Way Up to 5
6 February 2006 By: Adrian Stanciu, Sci-Tech News Editor Japanese Manage to Overclock A Pentium 4 All the Way Up to 5 GHz Pentium 4 Model 631 Many doubted that such a performance could be achieved, but the information posted on a Japanese website goes to prove with screehots and pictures that a basic Pentium 4 processor was successfully peuaded to go up to 5 GHz. One of the most important features that made this experiment possible was the cooling system, which didnt use Liquid Nitrogen as one might expect (coidering that is the usual substance for such extreme cooling tasks). The Japanese used a gas cooling solution and a big part of the equation was the huge heatsink and all the big fa around the processor. According to information posted by The Inquirer and tralated directly from the Japanese source, the processor at stake is a basic model 631, which usually ru quietly at 3 GHz, but now was overclocked to 5 GHz
Download PDFBeginning Data Structures in C++Many simple programs that you have written up to now have undoubtedly consisted only of a main() function that performed all the necessary steps to solve that problem. Yet, you were always encouraged to break the problem down into one or more subprograms or functions. When you break a program down into a series of functions, you are doing what is called functional abstraction. This book begins with a formalization of this process of functional abstraction: its methods, techniques, benefits, and so on.
A program also has another form of abstraction — data abstraction. At a low level, we define two variables to “hold” the user’s entered cost and quantity values and define another variable to hold the total cost of their order which can subsequently be calculated. In essence, these variables can be considered an abstraction as well. When the program executes and the user enters a quantity of 10 and cost of 42.00, the variables then hold a “real” value. However, from a program design point of view, most all of the variables you have defined and used in programs to this point are instances of the intrinsic built-in C++ data types, such as int, double, and long. (If you have studied the C++ structures, those are not intrinsic data types.) Now when we speak of data abstraction, we normally do not mean this low level way of thinking about data. Rather the term data abstraction refers to larger scale ways and means of organizing and using data. ToHow to Use the New Internet for Business DevelopmentTen years ago, many managers of small professional practices were wondering if they needed their own company website. Many still get by without one today, but most consider a website essential for practice development. Doubts about whether to have a website seem quaint now. Ten years from now, the issue of whether to engage in the “Web 2.0 conversation” will seem quaint.
How the Web Was Won
Web 2.0 refers to the new version of the World Wide Web, which is more collaborative and “user-generated” than the previous version. In the early days of the Web, content flowed mainly one way: from websites to users. Web 2.0, also called the social Web, enables users—people with no web programming skills, HTML knowledge, or website development experience—to create content and form communities of content creators. In fact, Time magazine named such users (“You”) its Person of the Year in 2006. Instead of flowing one way, online content now flows every which way and back again—it’s a conversation.
Web 2.0 marketing tools include social networking sites (like Facebook and LinkedIn), which let you build your personal, professional, or company profile online, and connect with other site members to build relationships, share referrals, educate each other, and form virtual communities. Social media sites make it easy for anyone to publish original content, including news (Newsvine), information (Wikipedia), photos (Flickr), videos (YouTube), and user-generated content of all kinds on blogs (Blogger, WordPress), micro-blogs (Twitter), specialized wikis (Wikispaces, PBwiki, Google Sites), and forums (Google Groups). All of the aboveChrysler Sebring Coupe 2004 Owner’s ManualThe vehicle may not be able to receive the registered ID code from the key. This means the engine will not start even when the registered key is turned to the START position: • When the key comes into contact with a metallic or magnetic object. • When the key comes into contact with another immobilizing key, or with some other transponder. In case like these, the theft-alarm indicator (located in the instrument cluster) will blink after 10 seconds. The theft-alarm indicator will flash for approximately 30 seconds and then go off. Remove the above object from the key and turn the key back to the ACC or LOCK position. Then try again to start the engine.
If the engine does not start, consult an authorized dealer. 2. Since there is a transponder built into the key, be careful not to cause shock to the key, such as by dropping it or by putting heavy objects on top of it. 3. Do not leave the key where it may be exposed to heat caused by the high temperature and high humidity. 4. Sentry key is not compatible with remote starting systems. Use of these systems may result in vehicle starting problems and a loss of security protection. 5. A system failure is suspected when the ignition key is turned to the START position, the engine does not start. In such a case, consult an authorized dealer.
Download Chrysler Sebring Coupe 2004 Owner’s ManualWeaving Ada 95 into the .Net EnvironmentThis paper explains our efforts to add Ada to Microsoft’s family of .NET languages. There are several advantages to weaving Ada into the Common Language Environment provided by the .NET environment. This paper explains our approach and current progress on the research. We provide the means to extract Ada specification files from Microsoft Intermediate Language (MSIL) code and compile Ada programs into MSIL.
Microsoft’s .NET environment provides a large set of object- oriented libraries for application development, targeted especially for web-based applications. [11,12] It is an entirely new framework for programming Windows (and possibly other) machines. One of the key goals of .NET was to provide language interoperability. Ada shares similar goals, and was the first language to include mixed-language pragmas as part of its specification. Our A# project seeks to create a fully-interoperable environment for an Ada programmer to use .NET. Ada programmers will be able to use libraries written by other .NET programmers even if the libraries are written in other languages. Ada programmers will also be able to share their libraries with programmers using other languages.
This paper presents research being done at the Air Force Academy on the A# project. We will discuss our approach for compiling Ada into MSIL, extracting Ada specifications from MSIL, and our progress to date.
MICROSOFT’SCOMMON LANGUAGE RUNTIME
In building the .NET Environment, Microsoft has found a way to provide language independent development coupled with platform independent execution. Their Common Language Environment (CLR) provides developers with a choice of several different programming languages such as
