The Learning Maya 2009 Collection Result Search:
Jeopardy in Web 2.0What on earth is Web 2.0? Web 2.0 carries a high profile and surrounding hype. Developers must surely be feeling the heat to quickly adopt the new second generation of dynamic, interactive and simple by design technologies.
Web 2.0 is the term pioneered by O’Reilly for new generation Web applications.Live.com, start.com, Google maps, Google Docs, YouTube, Flickr, and MySpace are few examples. Adaptation of this technology vector has changed the web application development approach and methodology significantly.AJAX (Asynchronous JavaScript), RIA(Rich Internet Applications) and Web Services form the core components of Web 2.0applications.
AJAX delivers a rich user interface by displaying more dynamic content. Another common technique is Real Simple Syndications feeds (RSS), an XML based standard that allows subscribers to promote information feeds. This is most commonly used to subscribe to blogs and news articles. AJAX and Rich Internet Application (RIA) clients are enhancing client-end interfaces in the browser itself. XML is making a significant impact at both presentation and transport (HTTP/HTTPS) layers. To some extent XML is replacing HTML at the presentation layer while SOAP is becoming the XML-based transport mechanism of choice.
With Web 2.0, the functionality and experience of the sites become the primary focus, and the technology empowering the dynamic content is hidden behind the scenes to the average user. Yet the web applications underneath the polished finish remain just as complex, and add a variety of new and often unproven or unsecured technologies to the back end. Worms like Spaceflash, Yamanner and Samy are exploiting “client-side” AJAX frameworks,USB Switch US-401 Users Manual GuideSupports both Open Host Controller Interface (OHCI) and Universal Host Controller Interface (UHCI) • Bus Powered - No External Power Supply Required • Electronic Circuit (Non-Mechanical) Switch For Reliability Directions For Use The US-401 provides four Type B USB ports for connecting the unit to the computers, and one Type A USB port for connecting the unit to the peripheral device (printer, scanner, modem, etc.).
To connect up the US-401 and select an active computer, do the following: 1. Plug the B Connector end of a USB cable into any available B (Upstream) port on the US-401; plug the A Connector end of the USB cable into the USB port on the computer. 2. Plug the B Connector end of a USB cable into the B (Upstream) port on the peripheral device; plug the A Connector end of a USB cable into the A (Downstream) port on the US-401. Note: When you first power up, the unit automatically links to Port1. If you want a computer attached to one of the other ports to be active, you must manually switch to it. 3. Press the electronic pushbutton switch, located on the top of the unit, to cycle among the connected computers to select the one you want to have access to the peripheral. A LED lights to indicate which port is selected. Important! The first time in a session that any of the computers connects to the USB device, the USB device driver for that computer automatically loads. You must NOTMeasurement Studio - Development Tools for Visual Basic, Visual C#, and Visual C++National Instruments Measurement Studio is an integrated suite of native measurement and automation controls, tools, and class libraries for Visual Studio. NI Measurement Studio dramatically reduces application development time with ActiveX and .NET controls, object- oriented measurement hardware interfaces, advanced analysis libraries, scientific user interface controls, measurement data networking, wizards, interactive code designers, and highly extensible classes.
Building on more than 15 years of measurement programming expertise, National Instruments created Measurement Studio with tools designed specifically for Microsoft Visual Basic, Visual C#, and Visual C++ to bring you simplified integration with data acquisition and instrument control interfaces for easier hardware integration. With Measurement Studio, you use your Visual Studio programming knowledge to get measurements started quickly and create a complete measurement solution.
Measurement Studio delivers an interactive design approach for developing measurement and automation systems inside Visual C++. Because the tools for Visual C++ integrate into the environment, you can use them exactly as you would native Microsoft tools. You can use the Measurement Studio AppWizard together with controls and class libraries to easily create your C++ measurement system. The AppWizard creates a project according to your specifications and includes a code template and the measurement tools you need to design your application. These tools include C++ classes for instrument control, data acquisition, data analysis, and live data transfer across the Internet. In addition, custom controls are included for creating your measurement user interface. Data object classes, which seamlessly encapsulate and pass data from acquisition to analysis to presentation, link the measurementFord Focus Midget Engine Owners ManualThe Focus Midget engine is equipped with an opposite rotation water pump impeller, and the water pump pulley turns in the opposite direction when compared to the street version of the engine. This does not reverse the coolant flow through the engine, it simply allows the pulley to be driven with the HTD belt instead of using the back-side of a serpentine belt. No modifications to the water pump impeller or water pump pulley are allowed. This photo shows a typical “burp tank” installation.
The tank is mounted as high on the dash as possible. One line runs from the center of the tank to the radiator, and another line runs from the bottom of the tank to the water elbow at the rear of the cylinder head.
Download Ford Focus Midget Engine Owners ManualGnuCash Help ManualWhat is GnuCash? GnuCash is a personal and small business finance application. Its designed to be easy to use, yet powerful and flexible. GnuCash allows you to track your income and expenses, reconcile bank accounts, monitor stock portfolios and manage your small business finances. It is based on professional accounting principles to ensure balanced books and accurate reports. Getting Started Running GnuCash for the first time The very first time you run GnuCash you will be presented with the Welcome to GnuCash! menu with three choices. The following table describes the contents of the menu.
Table 1. Menu Item Description Create a new set of accounts Runs the New Account Hierarchy Setup Druid. Import my QIF files Open the new user tutorial Runs the Import QIF Files Druid. Opens the GnuCash Tutorial and Concepts Guide. This menu is intended for you to use to get quickly up and running. The Cancel button is used to exit the dialog. It will then prompt you to uncheck the checkbox if you do not want to see the Welcome to GnuCash! menu again. The default is to have the Welcome to GnuCash! menu run again. The OK button is used to confirm your selection. You can either use a preset hierarchy of accounts, import Quicken files (QIF files) or view the GnuCash Tutorial and Concepts Guide. Each of these choices will be explained in more depth in the following sections. If you wish to have a basic set of accounts to add account transactionsF-Secure Linux Server Security Mail Scanning Deployment Guide pdfIntroduction Studies have shown that over 90% of computer viruses spread by e-mail. Virus writers often take advantage of the most commonly used e-mail and groupware systems in order to maximize the speed and effects of viruses. By discovering vulnerabilities in different e-mail systems, they are able to create viruses that are more and more complex and destructive. F-Secure Linux Server Security can be utilized with an existing Mail Transport Agent (MTA) to effectively protect computers against viruses and other malicious content. It protects your corporate network, and also ensures that your company does not send out infected e-mail messages to customers or business partners.
F-Secure Linux Server Security also ensures that you avoid the network downtime, production slowdowns and costs associated with recovering virus-infected systems. 1.1 Key Benefits F-Secure Linux Server Security offers the following benefits: “Realtime Anti-Virus protection. Malware is scanned automatically and transparently in realtime. “Automatic virus definition updates. F-Secure updates the virus definition databases multiple times a day. If there is a new fast-spreading virus in the wild, the updates are taken immediately to use to ensure that you have the best possible protection available. “Riskware and Spyware detection. Riskware and spyware is detected and prevented from entering the organization. “Local protection. F-Secure Linux Server Security offers comprehensive local protection in addition to accurately scanning the emails
Download F-Secure Linux Server Security Mail Scanning Deployment Guide pdfLooking for a Holy Grail in e-learning: how to create reusable learning objects?Today you can buy dozens and dozens of books about learning objects (LO). The subject seems to be mature enough to be used widely in learning and teaching practice. But after the initial hype less than ten years ago, things have not gone as smoothly as expected. Why? Predictions were promising: LO repositories will create a market for learning content, this will reduce costs for instructional design, shorten the development time for e-learning courses, different instructors will be able to use the same materials.
But if we look around carefully, then despite a number of excellent examples (Chapman, 2007), LOs have not gained significant place in teaching and learning practice in most educational organizations. The number of available repositories and the number of LOs in them is growing, but not so fast as expected. Reuse and sharing of LOs lack widespread character. For example, in US (Matkin, 2002), with its huge higher education market, corporations and foundations started to finance e-learning content already more than ten years ago, hoping to earn their investment back quickly. But the higher education community is not a very typical community of "consumers", and investors claimed they miscalculated the demand. Cisco, one of the successful implementers of LOs, claims: "Very few organizations have actually developed a methodology to design, develop and implement Reusable Information Objects" (Cisco Systems Inc., 1999). In the rather developed Estonian e-learning community only 3% of teachers participating in the national e-learning conference in late 2007 claimed having used/created LOs. Many different kindsOptimizing P#: Translating Prolog to more Idiomatic pdfIn this paper, we discuss a major optimization of P#. Our optimization is based on the exploitation of semi-deterministic predicates. A predicate is semi-deterministic if it always either fails or succeeds with exactly one solution. If a predicate is semi-deterministic then there may be backtracking from one clause of the predicate to the next, if an earlier clause fails at some point. A semi-deterministic predicate which only calls other semi-deterministic predicates has the property that an individual clause will not be executed more than once by backtracking. In such cases we can do away with the Prolog stacks, which govern backtracking, and simulate in C# the fairly simple flow of control which is permitted for such a predicate. A predicate is non-deterministic if it may produce more than one solution.
A more specific class of predicates than the semi-deterministic predicates is that of the deterministic predicates. A predicate is deterministic if it always succeeds exactly once. Deterministic predicates occur frequently in idiomatic Prolog. Often, they are the result of coding a function in Prolog. When one wishes to code a predicate which will be used as a function, one generally expresses this as a Prolog predicate, some of whose arguments are input arguments, with the other arguments being output arguments. Input arguments are arguments which are known to be instantiated on entry into the predicate, and output arguments are those which are not instantiated on entry into the predicate, but which will be instantiated on exit from the predicate. The propertyVisual Studio Tools for Office Sample ChapterNow that we have considered the basic pattern of the Office object models, let us consider how developers pattern and build their Office solutions. There are three patterns that most solutions built using Office follow.
• Office automation executable
• Office add-in
• Code behind an Office document
An automation executable is a program separate from Office that controls and automates an Office application. An automation executable can be created with development tools such as Visual Studio .NET 2005. A typical example is a stand-alone console application or Windows Forms application that starts up an Office application and then automates it to perform some task. To start a solution built this way, the user of the solution starts the automation executable that will in turn start up the Office application. Unlike the other two patterns, the automation code does not run in the Office process but runs in its own process and talks cross process to the Office process being automated.
An add-in is a class in an assembly (DLL) that Office loads and creates when needed. An add-in runs in process with the Office application rather than requiring that a separate process from the Office application is running. To start a solution built this way, the user of the solution starts the Office application associated with the add-in. Office detects registered add-ins on
Download pdf Visual Studio Tools for Office Sample ChapterPeer-to-Peer Programming with Wireless DevicesPeer-to-Peer programming (P2P) has in recent years become a widely explored research area. With the evolution of wireless technology such as mobile phones, the idea to bring these two technologies together gives a new dimension to P2P communication, collaboration and resource sharing.
This master thesis explores the domain of Mobile Peer-to-Peer networking and proposes a Peer-to-Peer System with Wireless Devices. The system is based on an open, protocol-based P2P platform called JXTA. It allows any connected device on the network ranging from sensors and cell phones to personal computers and servers to communicate and collaborate in a Peer-to-Peer manner. It is platform and network independent and designed to be implemented on any networking device.
JXTA for J2ME (JXME) is a lightweight version of JXTA that gives P2P functionality to constrained wireless devices. The technology, which is open source, is under development by the JXTA community, and this thesis focuses on the development of JXME for the Connected Limited Device Configuration (CLDC).
The system proposed uses the JXME API, but suggests a more specific approach to implement different Peer operations such as Peer discovery, resource advertising and file transfer. Because of the limitations of wireless devices, one or more powerful Peers need to participate in the network as Proxy Services. This gives both the advantages of a fixed P2P network and the mobility of a wireless device.
The prototype developed demonstrates the P2P system with simple collaboration and file sharing. The application has been successfully tested on phone emulators, and network tests show that the
