Webs I love. Documentation - swfobject - Embedding Adobe Flash Player content using SWFObject 2 - SWFObject is an easy-to-use and standards-friendly method to embed Flash content, which utilizes one small JavaScript file. Translations: German by Powerflasher French by Matthieu Deloison Italian by Luka M. Japanese by Shuhei Terai Russian by Denis Kuznetsov Swedish by Seoserver Spanish by Juan Mediavilla Turkish by Serkan Avcı Greek by Kavvadias Spyridon Arabic by إسماعيل عنجريني What is SWFObject? SWFObject 2: Offers two optimized Flash Player embed methods; a markup based approach and a method that relies on JavaScript Offers a JavaScript API that aims to provide a complete tool set for embedding SWF files and retrieving Flash Player related information Utilizes only one small JavaScript file (10Kb / GZIPed: 3.9Kb) Is the successor of SWFObject 1.5, UFO and the Adobe Flash Player Detection Kit Intends to unify all existing Flash Player embed methods and provide a new standard for embedding Adobe Flash Player content Why should you use SWFObject?
The A List Apart article Flash Embedding Cage Match describes the full rationale behind SWFObject 2. Why does SWFObject use JavaScript? <! Required attributes: <! <! <! <! <! Interface Studies. Openaccess.uoc.edu/webapps/o2/bitstream/10609/1350/1/Caballe_LearningGridHandbook_2008.pdf. JavaScript Kit- Your comprehensive JavaScript, DHTML, CSS, and Ajax stop.
Web 2.0 scientific calculator. Formulary: Algebra - Basic Identities. Definitions: a : Real Number a b : Real Number b c : Real Number c Additive Identity a + 0 = a Additive Inverse a + (-a) = 0 Associative of Addition (a + b) + c = a + (b + c) Commutative of Addition a + b = b + a Subtraction a - b = a + (-b) Multiplicative Identity a * 1 = a Multiplicative Inverse a * (1/a) = 1 (if a is not 0) Multiplication times 0 a * 0 = 0 Associative of Multiplication (a * b) * c = a * (b * c) Commutative of Multiplication a * b = b * a Distributive Law a(b + c) = ab + ac Definition of Division a / b = a(1/b) Web 2.0 scientific calculator. Develop | Mobile Apps Developer | Vodafone.
If you’re building mobile apps you can bring them to market with Vodafone. Depending on where you are in the development chain we have a set of resources to help you design, build and test apps and bring them to market faster. Our application stores in emerging markets (live in India (VStore), South Africa (Vodacom Apps) & Egypt (Vodafone Apps)) support platforms such as: J2ME, Symbian, Android & Blackberry. We do not have specific SDKs or guidelines for these platforms, so please refer to the respective developer programs for them via the resource links below.
In addition to our guides and tools why not also keep up to date with the latest news and tips & tricks via our blog , and you can also following us on Twitter . If you are a mobile developer, we have a number of resources to help you test and bring your application to market with Vodafone . Here are some other useful resources out there for device and platform specific information. Use the web to learn more! /* CSS Day */ Home - HP webOS Developer Center.
Animating flexboxes: the lowdown. By Chris Mills Introduction On a recent plane flight, I starting noodling around with combining flexbox properties, animations and transitions. I came to the conclusion that, for simple accordion-type UI features (see Figure 1), this can be quite useful. Sure, it is tricky to get it working the same across all browsers, but using modernizr you can feed legacy properties to older browsers that support the 2009 legacy flexbox syntax, and then provide something completely different to those geriatric browsers we are still called upon to support that have no flexbox support at all — like a simple tabbed interface perhaps. Figure 1: A simple accordion interface created with flexbox, transitions and a touch of JavaScript. run the final example here . Let's explore! A simple barebones test To do the initial test, I created a simple structure of <articles> contained within a <section> : The CSS I used was as follows: A better looking transition flexbox example An animation/flexbox example YES.
Summary. ProgrammableWeb API: Overview. Converting UserJS to Opera Extensions. By Chris Mills, Daniel Davis Introduction This is a quickfire guide to converting a UserJS over to an Opera extension. This is a very straightforward process, although there are a few caveats to be aware of, which will be discussed below. We round off the article with a practical example. The process First of all, create an empty directory to act as the root directory of the extension. Caveats Sometimes the UserJS doesn't work as an extension, for various reasons. A real world example To prove how easy it is to convert a UserJS into an Opera extension, here's an example that will turn you into an extension developer in a matter of minutes.
Step 1: Find a UserJS For this example, we'll use a topical HTML5 video UserJS created by a former intern at Opera, Martin Rauscher . Step 2: Create some directories Firstly, a home for our extension is needed, eg VideoFullscreen . Step 3: Create an icon Step 4: Create a configuration file <? Step 5: Make an index.html Make an index.html, which can be blank.
Tool to convert the web folder into a W3C widget. Bu sayfa hakkında Sistemimiz, bilgisayar ağınızdan gelen sıra dışı bir trafik algıladı. Bu sayfa, gelen isteği gönderen kişinin bir robot değil, gerçekten siz olduğunuzu denetlemek içindir. Bu neden oldu? Bu sayfa, Google'ın, bilgisayar ağınızdan gelen ve Hizmet Şartları 'nı ihlal ettiği görülen istekleri otomatik olarak algılaması durumunda görüntülenir. Bu trafik, otomatik istekler gönderen kötü niyetli bir yazılım, tarayıcı eklentisi veya komut dosyası tarafından gönderilmiş olabilir. Bazen robotların kullandığı bilinen ileri düzey terimler kullanır veya istekleri çok hızlı gönderirseniz CAPTCHA sorusunu yanıtlamanız istenebilir. IP adresi: 198.27.80.148 Saat: 2013-05-15T22:30:48Z URL: Mac Developer Library. 9.4 Inspect Remotely. Metawidget inspects back-end metadata and creates front-end UI widgets.
If your application is split over multiple tiers, however, sometimes the back-end metadata is not accessible from the front-end. For example, annotations (such as JPA ones) are designed to 'fall away' if the class is transferred to a tier without their JAR (such as ejb3-persistence.jar ) in its classpath. Equally, configuration files may not be accessible across tiers. Metawidget supports these situations. Because each remoting environment is different, however, you will need to add a little code yourself. Every Inspector returns an XML string, which is inherently serializable and safe to pass across tiers. Therefore, to run inspection remotely: create a back-end class suited to your environment, such as an EJB Session Bean. An example of this technique can be seen in GwtRemoteInspectorProxy and GwtRemoteInspectorImpl . 9.4.1 Combine Remote Inspections Therefore, to combine metadata from different tiers:
Distributed and Self-organizing Systems (VSR) Packaged Web Apps (Widgets) - Packaging and XML Configuration (Second Edition) Abstract This specification updates the Widget Packaging and XML Configuration , and addresses some errata found in the original recommendation. It also updates the name of the specification, to be more in vogue with industry trends towards the naming of this class of application. This specification standardizes a packaging format and metadata for a class of software known commonly as packaged apps or widgets . Unlike traditional user interface widgets (e.g., buttons, input boxes, toolbars, etc.), widgets as specified in this document are full-fledged client-side applications that are authored using technologies such as HTML and then packaged for distribution. Examples range from simple clocks, stock tickers, news casters, games and weather forecasters, to complex applications that pull data from multiple sources to be "mashed-up" and presented to a user in some interesting and useful way.
Status of this Document Table of Contents 1 Introduction This section is non-normative. . Must must not An. Activities> Tf-emc2. TF-EMC2, the TERENA Task Force on European Middleware Coordination and Collaboration, started its mandate in September 2004. Over the years TF-EMC2 has given birth to several activities, such as SCHAC, REFEDs, TACAR and so on. All these activities are still coordinated within the task force, although they have an autonomous life. Secretarial support for this task force is provided by TERENA with funding from the GN3 project. In 2010, the mandate of the TF-EMC2 was renewed by the TERENA Technical Committee for another two-year period.
The remit of the Task Force has been changed to reflect the outcome of the redefinition of focus of the two middleware-oriented taskforces, known as TF-EMC2 and Task Force Mobility and Network Middleware. TF-EMC2 objectives are: To provide a forum for exchanging experiences and knowledge. Chairs: Roland Hedberg Secretary: Brook Schofield Running period: September 2004 - July 2013. Make Your Own Invisibility Cloak With a 3D Printer. Make your own invisibility cloak with a 3D printer.
Researchers cloak free-standing 3D object using plasmonic metamaterials. We've previously seen - or should that be "not seen" - invisibility cloaks in the laboratory that are able to render two-dimensional objects invisible to microwaves. Such feats relies on the use of metamaterials - man-made materials that exhibit optical properties not found in nature and have the ability to guide light around an object. Now researchers at the University of Texas at Austin (UT) claim to have brought invisibility cloaks that operate at visible light frequencies one step closer by cloaking a three-dimensional object standing in free space with the use of plasmonic metamaterials.
Although, like previous studies, the UT team was only able to cloak an object to microwaves, they claim the technique enabled by the use of plasmonic metamaterials could, in principle, be applied to visible light. To cloak an 18 cm (7 in) long, 2.5 cm (0.9 in) diameter cylindrical tube from microwaves, the team shelled it in a plasmonic metamaterial. The Tkinter Canvas Widget. The Canvas widget provides structured graphics facilities for Tkinter.
This is a highly versatile widget which can be used to draw graphs and plots, create graphics editors, and implement various kinds of custom widgets. When to use the Canvas Widget The canvas is a general purpose widget, which is typically used to display and edit graphs and other drawings. Another common use for this widget is to implement various kinds of custom widgets. For example, you can use a canvas as a completion bar, by drawing and updating a rectangle on the canvas. Patterns To draw things in the canvas, use the create methods to add new items. from Tkinter import * master = Tk() w = Canvas(master, width=200, height=100) w.pack() w.create_line(0, 0, 200, 100) w.create_line(0, 100, 200, 0, fill="red", dash=(4, 4)) w.create_rectangle(50, 25, 150, 75, fill="blue") mainloop() Note that items added to the canvas are kept until you remove them.
Concepts Canvas Items Coordinate Systems Item Specifiers: Handles and Tags tag x. Prototype Today. Return of the 3D printed fetus. A New Study from Lux Predicting the Future of 3D Printing. White Papers & Case Studies Company Directory. 3D Printer - Exploring the world of 3D printing. Are You Ready for Software-Defined Everything? | Innovation Insights. Will software-defined everything tangle your business up? Image: dcmorton/Flickr The hottest buzzwords in IT technology today are software-defined networking (SDN), software-defined storage (SDS), and software-defined data center (SDDC). These are part of a broader trend that we might as well call software-defined everything. The movement towards a software-defined infrastructure is about decoupling the bare metal that executes the point data transactions from the software layer that orchestrates them.
The hope is that by separating the smarts from the brawn, the underlying hardware can become cheaper and interchangeable (avoiding vendor lock-in) while the overarching software becomes more capable and faster-evolving. The technological nuances of a trend this broad can be mind numbing; even those people in your organization most connected to the advances behind software-defined everything will tell you that there is too much going on to really track all of it. Purchasing decisions. Help - Eclipse Platform. Java Widgets Free Download. Java Widget Fundamentals | What Is a Widget? Widgets are the building blocks of java user interfaces.
Learn all about them in this chapter from SWT: The Standard Widget Toolkit, Volume 1. This chapter provides an overview of the classes contained in the packages org.eclipse.swt.widgets and org.eclipse.swt.events. We begin by defining what a widget is, then cover the fundamental relationships between widgets, and finally cover how widgets interrelate with each other and the user. 1.1 What Is a Widget? A widget is a graphical user interface element responsible for interacting with the user. Widgets maintain and draw their state using some combination of graphical drawing operations. Using the mouse or the keyboard, the user can change the state of a widget. 1.1.1 Life Cycle Widgets have a life cycle. 1.1.2 Creating a Widget Widgets are created using their constructor, just like any other Java object. Finally, constructors take arguments that generally cannot be changed after the widget has been created. Standard Constructors Class SWT. What is the smart grid? - by Scientific American.
The Case "Against" the Smart Grid. The Power Film: Smart Grid And Smart Meters Exposed. SWT: The Standard Widget Toolkit. SWT is an open source widget toolkit for Java designed to provide efficient, portable access to the user-interface facilities of the operating systems on which it is implemented. Welcome Welcome to SWT! You may have come to this page looking for snippets (little code examples) or examples (big code examples like ControlExample); widget snapshots or documentation.
Or maybe you want to request a feature, report a bug, or ask a question. Downloads Contact Us SWT development is discussed and tracked in the Eclipse bugzilla under the Platform/SWT component. If you are modifying or porting SWT and have questions, try the SWT developer mailing list [archive, search]. Photos: Diary of a Space Zucchini | Don Pettit's Space Station Plant. Www.e-sciencetalk.org/briefings/EST-Briefing-26-HorizonWeb.pdf.
Smart GWT Showcase. Defining Widget Behavior (Using the Editors) By default, Prolifics controls much of how widgets behave—each widget type having its own unique behavior. However, this chapter describes those attributes, via the Properties window, that allow you to control the way a widget behaves, such as: Prolifics automatically assigns internal field numbers whenever you add a widget to a screen. However, to maintain maximum control of what happens on a screen at runtime and facilitate field referencing in programming, assign a name to each widget on a screen—under Identity, in the Name property. The widget's name appears at the top of the Properties window when the widget is selected. Figure 9-1 Provide widgets with easy-to-identify names to facilitate referencing them programmatically.
Prolifics automatically numbers each object on a screen as follows:. Referencing by field name is generally safer than referencing field numbers, because field numbers can change each time the screen is changed; for example, when a record is inserted. Using Mnemonics. Ajax Grid Widget — TurboGears 1.0 documentation.