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JacORB 2.1 Programming GuideThe idea behind CORBA is to model distributed resources as objects that provide a well-defined interface, and to invoke services through remote invocations (RPCs). Since the transfer syntax for sending messages to objects is strictly defined, it is possible to exchange requests and replies between processes running program written in arbitrary programming languages and hosted on arbitrary hardware and operating systems. Target addresses are represented as Interoperable Object References (IORs), which contain transport addresses as well as identifiers needed to dispatch incoming messages to implementations.
Interfaces to remote objects are described declaratively in an programming language-independent Interface Definition Language (IDL), which can be used to automatically generate language-specific stub code.
It is important to stress that:
• CORBA objects are abstract entities seen by clients and represented by artifacts in potentially arbitrary, even non-OO languages. These artifacts are called servants in CORBA terminology.
• CORBA objects achieve location transparency, i.e., clients need not be (and generally are not) aware of the actual target hosts where servants reside. However, complete distribution transparency is not achieved in the sense that clients would not notice a difference between a local function call and a remote CORBA invocation. This is due to factors such as increased latency, network error conditions, and CORBA-specific initialization code in applications, and data type mappings.
Download pdf JacORB 2.1 Programming GuideWeb 2.0 in 2008Applications manufacturers today offer tools that allow companies to reap all of the potential benefits of Web 2.0. Behind most of these initiatives lies a simple yet very promising idea for the corporate world. Without installing “in house” software (that is under the cloud computing format), companies can capitalize on these free on-line services for a series of activities requiring coordination or collaboration. These include organizing meetings, sharing contacts and documents, and creating communities. Furthermore, integration with social networks allows companies to get to know their clients and their preferences better in order to choose the ideal candidates. In this sense, it seems logical to assume that Web 2.0 will undergo a strong new surge due to its commitment to mobility, and specific applications are already coming out on the market.
In general, Spanish companies have been slow to jump onto the bandwagon. There are a few exceptions, though. One of the most noteworthy of these is Actibva, the Web 2.0 platform launched by BBVA that is designed to inform users about the evolution of financial markets and foment relationships among parties interested in savings and economic topics from the viewpoint of markets as well as the personal finances. BBVA’s team of specialized journalists selects news according to completely independent criteria and offers its own views in the Actibva blog. As such, users can vote on news items and introduce their own commentaries.
Beyond this example, there are a few interesting Web 2.0 initiatives gathering force among younger Spanish companies. One ofAn Overview of Microsoft® Visual Studio® 2008Microsoft® Visual Studio® 2008 delivers on Microsoft’s vision of smart client applications by enabling developers to rapidly create connected applications that deliver the highest quality, rich user experiences. With Visual Studio 2008, organizations will find it easier than ever before to capture and analyze information to help them make effective business decisions. Visual Studio 2008 enables organizations of every size to rapidly create more secure, manageable, and reliable applications that take advantage of Windows Vista™ and the 2007 Office system.
Visual Studio 2008 delivers key advances for developers in three primary pillars:
- Rapid application development
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This white paper discusses the different customer experiences that deliver on these three pillars through the following seven technology areas.
- Developing Smart Client Applications. Visual Studio 2008 delivers new and easy ways for developers to build smart clients. It provides a comprehensive set of tools and classes that simplify integrating smart clients with new or existing Web applications, and it enables local data caching for disconnected scenarios.
- Creating Microsoft Office Applications. Visual Studio Tools for Office (VSTO) is fully integrated into Visual Studio 2008 Professional Edition. Developers can now customize various Office applications, such as Outlook® and PowerPoint®, to improve user productivity and simplify deployment.
- Building Windows Vista Applications. Developers can easily leverage new platform technologies, and deliver more compelling applications to their customers, by effortlessly incorporating new Windows Presentation Foundation features into both existing Windows Forms applications and new applications.
- Handling Data More Productively. The introduction of Language Integrated QueryHow Web 2.0 technologies move Talent ManagementFor many of today’s companies, a greater volume of work is expected from a limited number of employees. This environment makes it essential for companies to have a strategy in place to nurture and track employee talent. A lack of effective talent management can critically impact business operations and employee productivity. For example, companies without adequate sales and support training programs take longer to bring new products to market; customer retention issues arise from poorly trained support representatives; and employee productivity remains low when workforce talent is not aligned with business processes and goals.
Since the 1990s, the process of talent management has been utilized by companies to develop workers’ skills, improve overall performance, and ultimately enhance the corporate bottom line. Today, forward-looking companies have begun to develop talent that is aligned with their business by tapping into online communities—known collectively as Web 2.0 technologies—such as blogs, wikis, and social networks. This paper discusses the morphing of traditional talent management into a more sophisticated, collaborative method of cultivating employee skills using Web 2.0 technologies.
Transforming traditional Talent Management
Talent management—the acquisition and development of employee talent—has become somewhat of a buzzword due to factors such as globalization and outsourcing to foreign markets. One key aspect of talent management is performance management: how companies develop and rate individual employee performance. Yet talent management equates to far more than performance management. It is an overarching umbrella that encompasses the means by which companies attract, develop, promote, and retain their employees. The components of talent managementSAS Add-In for Microsoft OfficeEach day business users everywhere gather, manipulate and report information using Microsoft Office applications. But in most cases, the data that is needed for analyses and reports originates in, or is analyzed by, systems and applications outside of the Microsoft Office suite. Business analysts frequently need access to large data sources that exceed the limitations of Microsoft Office tools.
They also may need access to sophisticated analytic techniques such as predictive analysis and forecasting capabilities that are not available in standard reporting packages. Yet they still need to present the results of their analysis in formats that others can share and understand. As a result, IT groups spend valuable time developing custom systems to channel data, reports and analyses from various systems into Microsoft Office documents, or integrating analytics into standard reporting applications. This leads to IT backlogs, long wait times for reports and analyses, and invalid analyses based on highly aggregated data.
What if you could easily incorporate the powerful data management, analytics and reporting capabilities of SAS into your organization’s widely used Microsoft Office tools? With SAS® Add-In for Microsoft Office, you can. SAS Add-In for Microsoft Office is a Component Object Model (COM) add-in to Microsoft Office that enables organizations to harness the power of SAS analytics and provides easy access to data directly from Microsoft Word, Excel and PowerPoint.
Download pdf SAS Add-In for Microsoft OfficeOpen Suse 10.2 Gnome Quick Start PDFWhen you start your system, you are usually prompted to enter your username and password. If someone else installed your system, check with your system administrator for your username and password. After logging into GNOME for the first time, you see the GNOME desktop, which offers the following basic elements...
Download Open Suse 10.2 Gnome Quick Start PDFMetaballs in Cinema 4DMetaballs are pieces of geometry (balls, cubes, cylinders, etc.) that, in the case of C4D, have attractive ‘forces’ attached to them. When these metaball objects come into proximity, they stretch their surfaces towards each other – the extent to which they stretch relative to their distance, as well as how smoothly the bridging geometry is created are parameters that the user can control.
We’ll begin by creating a simple custom metaball object so that you can become familiar with the metaball concept and controls. Then we’ll go over how to import and turn into a metaball a simple PDB file for export to Maya. Open Cinema 4D – in order to navigate the viewport as you would in Maya, go to the Edit pull-down menu at the very top of the interface (not the viewport panel Edit!). Go to Edit ? Preferences… , and in the default “Common” tab (highlighted in red) activate the “Reverse Orbit” checkbox. Now, when you are in the main ‘Perspective’ viewport, you can alt+RMB to tumble, alt+MMB to move, and alt+LMB to zoom.
Download pdf Metaballs in Cinema 4DRuby on Rails - A CheatsheetRuby on Rails Commands
gem update rails
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rake appdoc
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ruby script/generate controller Controllername
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Download Ruby on Rails - A CheatsheetCitroen ZX Owners Manual PDFCitroen ZX Service and Repair Manual Mark Coombs Models covered All Citroen ZX Hatchback models with petrol engines, including special/limited editions 1360 cc, 1580 cc, 1761 cc, 1905 cc and 1998 cc (inc. 16-valve) Covers most features of Estate models Also covers 1124 cc engine Does not cover Diesel engine models (1881-320-10X1) © Haynes Publishing 1996 A book in the Haynes Service and Repair Manual Series All rights reserved.
No part of this book may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording or by any information storage or retrieval system, without permission in writing from the copyright holder. ISBN 1 85960 149 9 British Library Cataloguing in Publication Data A catalogue record for this book is available from the British Library. Printed by J H Haynes & Co Ltd, Sparkford, Nr Yeovil, Somerset BA22 7JJ, England Haynes Publishing Sparkford, Nr Yeovil, Somerset BA22 7JJ, England Haynes North America, Inc 861 Lawrence Drive, Newbury Park, California 91320, USA Editions Haynes S.A. 147/149, rue Saint Honore, 75001 PARIS, France Haynes Publishing Nordiska AB Box 1504, 751 45 UPPSALA, Sweden Rage Bad 2004, 2005 Contents LIVING WITH YOUR CITROEN ZX Introduction Safety First! General dimensions and weights Page Page Page MOT Test Checks Checks carried out from the driver’s seat Checks carried out with the vehicle on the ground Checks carried out with the vehicle raised Checks carried out on your vehicle’s exhaust emission system Roadside Repairs Buying spare parts and vehicle identificationWorking with Data in ASP.NET 2.0 - Querying Data with the SqlDataSource ControlAll of the tutorials we’ve examined so far have used a tiered architecture consisting of presentation, Business Logic, and Data Access layers. The Data Access Layer (DAL) was crafted in the first tutorial (Creating a Data Access Layer) and the Business Logic Layer in the second (Creating a Business Logic Layer). Starting with the Displaying Data With the ObjectDataSource tutorial, we saw how to use ASP.NET 2.0’s new ObjectDataSource control to declaratively interface with the architecture from the presentation layer.
While all of the tutorials so far have used the architecture to work with data, it is also possible to access, insert, update, and delete database data directly from an ASP.NET page, bypassing the architecture. Doing so places the specific database queries and business logic directly in the web page. For sufficiently large or complex applications, designing, implementing, and using a tiered architecture is vitally important for the success, updatability, and maintainability of the application. Developing a robust architecture, however, can be overkill when creating exceedingly simple, oneoff applications.
ASP.NET 2.0 provides five builtin data source controls – SqlDataSource, AccessDataSource, ObjectDataSource, XmlDataSource, and SiteMapDataSource. The SqlDataSource can be used to access and modify data directly from a relational database, including Microsoft SQL Server, Microsoft Access, Oracle, MySQL, and others. In this tutorial and the next three, we’ll examine how to work with the SqlDataSource control, exploring how to query and filter database data, as well as how to use the SqlDataSource to insert, update, and delete data.
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