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Aspects of AJAXThe basic elements for an application using the AJAX technologies, JavaScript and the XMLHttpRequest object, are not difficult to understand and there are many articles on the web that show how to use this object and declare that being AJAX. I think there are a lot more topics that should be understood and talked about.
The right selection from the available technologies as well as a suitable abstraction in using these elements is important for the success of the realization of an application. One main goal behind the architecture of the AJAX engine was to build an AJAX framework that you can reuse every time you want some asynchronous processing or when you need a smart way to refresh information on the current web page.
When targeting applications with some hundred sides and WebServices and with in sum about a thousand methods the developer must have a clear and simple kind and pattern for coding the JavaScript code on the client to avoid errors and to not think about the implementation details. Only by using a simple approach a good quality and maintenance can be achieved.
The idea of the AJAX engine on the client is the simplification of the implementation of the code that we need for implementing a specific functionality on the client. Like with the WebService framework of ASP.NET on the server the details of communication over SOAP on the client are completely hidden from the developer and also the recurring code portion is only realized once in a centralWeb-enabled RCP Applications with the Rich Ajax PlatformThe AJAX hype keeps growing. Buzzwords like Comet or RIA are on everybody’s lips. In the area of enterprise software RCP is already firmly established as a client application platform. Replacing or extending existing Rich-Client-Applications with web front-ends has traditionally required a significant investment. The Rich Ajax Platform (RAP) provides a fast-path bridge between the application development with RCP and the increasingly important Web 2.0 environment
How do I get my RCP-Application on the Web? This question is asked more and more these days. Besides pure provisioning solutions like Java Web Start there are different approaches that use Eclipse Equinox on the server and recreate the user interface using JSPs or similar technologies. This approach has the disadvantage of a reduced code reuse in the UI, since it is almost impossible to recreate the workbench concept and the familiar extension points with different technologies. This is remedied by RAP, a web-platform that can execute regular RCP applications with few restrictions. This gives developers the opportunity to take an existing RCP application and deliver it as an “ajaxified” web application with a small effort, without coming into contact with Servlets, HTML or JavaScript. With it, RCP concepts like Views, Perspectives or Wizards can be put into web applications.
The First Steps
In order to become familiar with RAP we will start by installing and starting the available demo application. To do this, we download a new RAP version from the project's homepage [1] and unpack it in any directory. RAP is being delivered asSprintScan 35 User Guide pdfMacintosh system requirements 1-2 PC system requirements 1-3 Technical Support 1-4 Registration card 1-4 Unpacking 1-5 2 Setup and use The scanner 2-1 Positioning the scanner 2-3 SCSI guidelines 2-4 SCSI ID numbers 2-6 Installing a SCSI adapter in a PC 2-7 Connecting the scanner to your computer 2-7 Diagrams of various SCSI configurations 2-8 Turning on the scanner 2-10 Inserting originals for scanning 2-11 3 Care and maintenance Maintenance 3-1 Changing the lamp 3-2 Changing the fuse (ES scanner only) 3-4 Troubleshooting 3-6 SprintScan 35 warranty 3-8 SprintScan 35 service 3-8 Polaroid Offices and Service Centers 3-9 Radio and television interference (LE and Plus) 3-11 Radio and television interference (ES) 3-12
Appendix A: Specifications A-1 Index I-1 Use this as a quick reference for scanning. For details, see the pages indicated. See page: 1-5 1 Unpack the SprintScan 35 scanner package. 2-7 2 Install a SCSI host adapter card in your computer (PC-compatibles only). 2-6 3 Change the SCSI ID number of the scanner, if necessary. The scanners are factory set to SCSI ID number 6. 2-7 4 With all equipment turned off, connect the scanner to your computer using the SCSI cable provided. If the scanner is the last device in the chain, use a terminator at the scanner (LE and ES scanners) or move the termination switch to ON (Plus scanner). 2-10 5 Plug the power cable into the scanner and into a grounded power outlet. 2-10 6 Turn on the scanner, then your computer. Virtools 4 Introduction pdfComprehensive Life Platform for Creating Highly Interactive 3D Applications The Virtools 4 Life Platform ushers in a unique solution for pervasively developing and deploying 3D experiences on personal computers, game consoles, Intranets and the web, demonstrating Dassault Systèmes’ commitment to bringing the power of 3D to all user communities. The open-ended architecture of Virtools 4 supports a wide variety of 3D formats. 3D Content Capture plugins support most commonly used DCC software formats (3ds Max®, Maya®, XSI®, Lightwave®, Collada®) for importing/exporting 3D XML files, making real-time 3D technology easily available. Now based on the new Product-Context Scenario (PCS) paradigm, Virtools 4 allows users to imagine, share and experience highly interactive 3D content.
This new paradigm represents a highly intuitive means of capturing the 3D experience and easily mapping product behavior, along with contextual environment scenarios. With PCS, the Virtools 4 Life Platform enables easy development of virtual experiences such as driving, shopping, product use, maintenance and marketing tests. Virtools 4 also extends the range of target environments for deploying 3D experiences: Microsoft Windows and Apple MacOS® computers and Sony PSP® game consoles, Intranets via 3D Office and 3D XE Players, Internet via the 3D Life Player, as well as immersive environments via the VR Library. This broad scope highlights the diversity of potential deployment options and provides a large range of communities with a powerful solution to create and experience life content.
Download Virtools 4 Introduction pdfMaking Life Easier with Templates and StylesSeasoned Microsoft Office users may be familiar with both templates and styles; in Office, they’re a key to increased productivity. However, many Office users never touch them. In OOo, styles and templates are even more important than in Office, and wise users will become familiar with both the concepts and the details of using them.
What is a style?
A style is a group of formatting characteristics gathered together and given a name. Styles offer a number of advantages. First, they make it easy to apply the same formatting to different parts of a document; just use the same style. Second, they make it easy to change formatting uniformly; change the formatting of the style and everything using that style changes. Finally, because you can save styles in templates (discussed later in this chapter), it’s easy to use the same formatting across a whole family of documents.
For example, you may decide to write a document using 10-point Arial for the text and 14-point Arial for headings. If you later decide to change to Times New Roman, with styles, you make the change in two places—the definitions of your body text and heading styles. Without styles, you have to go through and change each paragraph.
OpenOffice.org offers a variety of style types, varying with the application. Table 1 shows the types of styles available in the various applications.
Download pdf Making Life Easier with Templates and StylesSimpleMail 4.3 User's GuideThis booklet tells you how to set up and use the SimpleMail internet e-mail transport. For the background on Newton e-mail, please refer to Apple’s Newton E-Mail guide
Getting started
There are several things you need to do in order to use e-mail.
- You need to create an Internet setup using the Newton Internet Enabler (NIE) [5] so that your Newton device can communicate with your Internet Service Provider (ISP) or intranet.
- If you’re using a modem, you need to set your modem preferences.
- You need to set up SimpleMail [8]. Once these steps are done, you should be able to use e-mail on your Newton device.
Note
Because SimpleMail uses the Newton Internet Enabler, it will only work with Newton 2.x devices. It will not work on the Original MessagePad (OMP), MP100, MP110 or early models of the MP120 which use Newton 1.x.x
Since then Paul Guyot has created a 2.1 (710031) update for the English MP2000 and MP2100 that fixes a Dates/Find bug.
The six-digit number tells you what type of Newton device the system update applies to, and when it was built. See the Newton FAQ: Newton OS [3] for a full description of the numbering system.
Newton Internet Enabler
Your Newton must be Internet Enabled before you can use SimpleMail. You need to install Apple’s Newton Internet Enabler (NIE) [5], of which there are two versions.
- NIE 1.1 works on any Newton 2.x device. It is the only option for the MP120 and MP130.
- NIE 2.0 works only on Newton 2.1 devices, ie MP2000,What is Web 2.0? Ideas, technologies and implications for educationWithin 15 years the Web has grown from a group work tool for scientists at CERN into a global information space with more than a billion users. Currently, it is both returning to its roots as a read/write tool and also entering a new, more social and participatory phase. These trends have led to a feeling that the Web is entering a ‘second phase’—a new, ‘improved’ Web version 2.0. But how justified is this perception?
This TechWatch report was commissioned to investigate the substance behind the hyperbole surrounding ‘Web 2.0’ and to report on the implications this may have for the UK Higher and Further Education sector, with a special focus on collection and preservation activities within libraries. The report argues that by separating out the discussion of Web technologies (ongoing Web development overseen by the W3C), from the more recent applications and services (social software), and attempts to understand the manifestations and adoption of these services (the ‘big ideas’), decision makers will find it easier to understand and act on the strategic implications of ‘Web 2.0’. Indeed, analysing the composition and interplay of these strands provides a useful framework for understanding its significance.
The report establishes that Web 2.0 is more than a set of ‘cool’ and new technologies and services, important though some of these are. It has, at its heart, a set of at least six powerful ideas that are changing the way some people interact. Secondly, it is also important to acknowledge that these ideas are not necessarilySource Code Migration to DOT NET Framework: A Re-engineering Application PerspectiveDOT NET is one of the key products that enable application development under the new vision. However, DOT NET is not quite backward compatible with prior versions like visual basic version 6. This makes migration a serious issue. Converting existing source code to DOT NET architecture is not just a matter of loading it to the new version. DOT NET has its built-in migration tool, which performs the vital task of converting the source code syntax. But that's just half of the work done. But before the converted code is actually compiled, the developer needs to enable it to smoothly fix lot of issues to fit into DOT NET architecture. In present efforts to find out solutions to these migration issues, a re-engineering Migration Model for Legacy Source Code (MMLC) has been proposed in this study. Proposed model has been further validated using a in-house project at one of the leading software development organisation. It is envisaged from the experimental try-out that the model would help the developer community to easily convert their legacy source code to DOT NET framework.
The architecture of DOT NET offers several advantages, such as object-oriented features, ease of developing and deploying Windows and Web applications, ability to develop Web services and mobile applications, improved security features, ability to access data using disconnected record sets, backward compatibility etc. With all the above features, it becomes necessary to convert the legacy source code into DOTNET framework to sustain and improve the business[1].
It is evident form the literatureProceedings of the Linux SymposiumThis paper will discuss the difficulties and methods involved in debugging the Linux kernel on huge clusters. Intermittent errors that occur once every few years are hard to debug and become a real problem when running across thousands of machines simultaneously. The more we scale clusters, the more reliability becomes critical. Many of the normal debugging luxuries like a serial console or physical access are unavailable. Instead, we need a new strategy for addressing thorny intermittent race conditions. This paper presents the case for a new set of tools that are critical to solve these problems and also very useful in a broader context. It then presents the design for one such tool created from a hybrid of a Google internal tool and the open source LTTng project. Real world case studies are included.
Well established techniques exist for debugging most Linux kernel problems; instrumentation is added, the error is reproduced, and this cycle is repeated until the problem can be identified and fixed. Good access to the machine via tools such as hardware debuggers (ITPs), VGA and serial consoles simplify this process significantly, reducing the number of iterations required. These techniques work well for problems that can be reproduced quickly and produce a clear error such as an oops or kernel panic. However, there are some types of problems that cannot be properly debugged in this fashion as they are:
• Not easily reproducible on demand;
• Only reproducible in a live production environment;
• Occur infrequently, particularly if they occur infrequently onJADE – A FIPA-Compliant Agent FrameworkJADE is a software framework to develop agent applications in compliance with the FIPA specifications for interoperable intelligent multi-agent systems. The goal is to simplify development while ensuring standard compliance through a comprehensive set of system services and agents. JADE can then be considered an agent middle-ware that implements an Agent Platform and a development framework. It deals with all those aspects that are not peculiar of the agent internals and that are independent of the applications, such as message transport, encoding and parsing, or agent life-cycle.
This paper presents the JADE software describing its intended uses, as well as being a walkthrough of JADE internal architecture. The main architectural issues are discussed, and the major design decisions are outlined.
Download JADE – A FIPA-Compliant Agent Framework
