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AjaxScope: A Platform for Remotely Monitoring the Client-Side Behavior of Web 2.0 ApplicationsThe rise of the software-as-a-service paradigm has led to the development of a new breed of sophisticated, interactive applications often called Web 2.0. While web applications have become larger and more complex, web application developers today have little visibility into the end-to-end behavior of their systems.
This paper presents AjaxScope, a dynamic instrumentation platform that enables cross-user monitoring and just-in-time control of web application behavior on end-user desktops. AjaxScope is a proxy that performs on-the-fly parsing and instrumentation of JavaScript code as it is sent to users’ browsers. AjaxScope provides facilities for distributed and adaptive instrumentation in order to reduce the client-side overhead, while giving fine-grained visibility into the code-level behavior of web applications. We present a variety of policies demonstrating the power of AjaxScope, ranging from simple error reporting and performance profiling to more complex memory leak detection and optimization analyses. We also apply our prototype to analyze the behavior of over 90 Web 2.0 applications and sites that use large amounts of JavaScript.
In the last several years, there has been a sea change in the way software is developed, deployed, and maintained. Much of this has been the result of a rise of software-as-a-service paradigm as opposed to traditional shrink-wrap software. These changes have lead to an inherently more dynamic and fluid approach to software distribution, where users benefit from bug fixes and security updates instantly and without hassle. As our paper shows, this fluidity also creates opportunities for software monitoring. Indeed, additional monitoring code can be seamlessly injectedFreely Annotating C# pdfReflective programming is becoming popular due to the increasing set of dynamic services provided by execution environments like JVM and CLR. With custom attributes Microsoft introduced an extensible model of reflection for CLR: they can be used as additional decorations on element declarations. The same notion has been introduced in Java 1.5. The annotation model, both in Java and in C#, limits annotations to classes and class members. In this paper we describe C# a, an extension of the C# programming language, that allows programmers to annotate statements and code blocks and retrieve these annotations at run-time. We show how this extension can be reduced to the existing model. A set of operations on annotated code blocks to retrieve annotations and manipulate bytecode is introduced. We also discuss how to use C# to annotate programs giving hints on how to parallelize a sequential method and how it can be implemented by means of the abstractions provided by the run-time of the language. Finally, we show how our model for custom attributes has been realized.
Reflection and dynamic loading are becoming essential elements of modern programs. Their usefulness is testified, for example, by the JDBC architecture that shows how to implement a driver-based architecture exploiting the Java dynamic loading.
Although reflection can be used to inspect the structure of types, to access fields and even to invoke methods dynamically, the concept of tagging has been anticipated as an interesting application. Consider for instance the Java serialization architecture: the programmer can declare the instancesIBM ThinkPad i Series 1200/1300 User Guide PdfThis book contains information that will help you operate the IBM ThinkPad i Series 1200/1300 computer. Be sure to read the ThinkPad i Series 1200/1300 Setup Guide and Chapter 1 of this book before using the computer. Chapter 1. “Getting familiar with your computer,” acquaints you with the basic features of your computer Chapter 2. “Extending the features of your computer,” provides information on installing options and using your computer’s high-technology features.
Chapter 3. “Protecting your computer,” provides information on using passwords, and using locks. Chapter 4. “Solving computer problems,” describes what to do when you have a computer problem. The chapter includes a troubleshooting guide and information on how to recover lost or damaged software. Chapter 5. “Getting service,” describes various options of IBM’s support and service.
Download IBM ThinkPad i Series 1200/1300 User Guide PdfAdobe Illustrator CS4 Programmer's GuideA plug-in is a library that extends or changes the behavior of Illustrator. On Windows, a plug-in is built as a DLL (dynamic-link library). On Macintosh, a plug-in is built as a bundle that contains a shared library. The plug-in architecture in Illustrator is very powerful. Plug-ins have access to Illustrator’s elegant vector, text, and raster engines, as well as Illustrator’s user interface. The API is a fundamental part of the application; in fact, most of Illustrator itself is implemented as plug-ins. You can create plug-ins that add new tools to the drawing, shading, and raster tools already in Illustrator. Plug-ins can turn Illustrator into a powerful CAD, cartographic, or other custom design application. Users can add or remove plug-ins to quickly and easily customize Illustrator to their needs.
The Illustrator API offers several benefits to plug-in developers. Because Illustrator handles large application tasks like printing and saving files, you can concentrate on the implementation of your plug-in’s unique features. Plug-ins do not need to support undo or window updating; these are handled by the API and are invisible to the plug-in. This translates into shorter development cycles.
Your plug-in also can take advantage of Adobe Dialog Manager (ADM), a cross-platform, user-interface API. Plug-ins that use ADM floating panels are completely integrated with Illustrator; the panels can be docked, undocked, and controlled as if they were built into Illustrator.
Get pdf Adobe Illustrator CS4 Programmer's GuideSimple 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 howtoNeed For Speed Porsche Unleashed - Games Cheats Hints & Trainer PC GuideNeed For Speed: Porsche Unleashed (or 2000 in some regions) is the black sheep of the NFS franchise but not in a bad way. For many fans, this was the best game released due to the unusual amount of physics involved in what was supposed to be an arcade game. There were some critics expressed toward the Porsche exclusivity feature but they’ve calm down over the years. Almost seven years later, it’s still the reference point for any NFS games released since then.
Cheat mode: Enter create a player mode and enter one of the following names to activate the corresponding cheat function. Small R/C cars - Gulliver Smash-up derby mode in multiplayer1 - Smash Up Drive with Rally physics - Dakar All cars have 933 physics - yraGyraG Heavier cars - fetherw8 Unlock cops in quick race, not all tracks - fuzzyfuz Double speed in single player mode - freewill All cars and tracks Simply enter multi-player mode and select the “Peer To Peer” option, but race alone. You will be able to select any car on any track. Custom picture If you do not like any of the pictures when you are creating a username, you can get a cartoon picture of a man’s head that has the formula one helmet. Type the name of your racer and click “Done”. Take the desired image in .JPG or .BMP file format, rename it to yourname.jpg (or .bmp), where “yourname” is the name of your Porsche Unleashed character. Then, put thatBody Wiring Manual 1997–2002 Aeromaster on Ford Chassis PDFThis Online Body Wiring Manual 1997–2002 Aeromaster on Ford Chassis Browse pages with Bookmarks (hyperlinks) or Thumbnails Bookmarks, at the left of the screen, are hyperlinks to document pages. From any page in this document, you can use bookmarks to jump to any section heading. To jump to a topic by using its bookmark, point to the bookmark name, and when the arrow becomes a pointing hand, click on the name.
If a triangle (or + sign) appears to the left of the bookmark, click the triangle (or + sign) to show or hide subordinate bookmarks. Thumbnails are visual icons of the actual pages. After selecting the thumbnail view button (Acrobat Reader ver. 3.0) or tab (ver. 4.0/5.0; “Page” tab in 6.0), you can quickly browse for parts
sections just by the “look” of the page. Click on the appropriate thumbnail to view that page.
Download Body Wiring Manual 1997–2002 Aeromaster on Ford Chassis PDFRenault Clio Sport Basic Manual PDFWorkshop Repair Manual 345 and Technical Note 3286A Features of Renault Clio Sport SPL lighter version (see manufacturer’s plate) | The injection computer receives a signal from the power steering pressure switch (which can be displayed on the diagnostic tools). The injection computer does not adjust the engine idle speed. ELECTRIC CORRECTION ACCORDING TO BATTERY VOLTAGE AND ELECTRIC POWER BALANCE The aim of this correction is to compensate for the drop in voltage due to operation of a power consuming component when the battery is at low charge. To achieve this, the idle speed is increased, which increases the speed of rotation of the alternator, and this increases the battery voltage. The lower the voltage, the more significant the correction. Correction of the engine speed is therefore variable. It begins when the voltage drops below 12.8 V.The idling speed may reach 900 rpm maximum.
Note: After a cold start and lengthy idling, a sudden drop in engine speed to approximately 150 rpm may be noticed. PETROL INJECTION Adaptive idle speed correction PRINCIPLE Under normal hot engine operating conditions, the idle speed Opening Cyclic Ratio signal value varies between a high value and a low value, so that the nominal idle speed is obtained. It is possible that during variations in the operation of the vehicle (running in, engine clogging, etc.), that the Opening Cyclic Ratio (OCR) could become close to the highest or lowest values. The adaptative correction on the idle Opening Cyclic Ratio allows the slow variations of the engine’sLeverage J2EE when building Enterprise Web 2.0 ApplicationsJ2EE has been a staple of enterprise development for a long time. Whether you consider it bloated or difficult to work with, many enterprises have entrusted their mission-critical applications to the platform. There are many reasons for this - standards, vendor adoption, the number of frameworks, etc. Regardless of the reason, Nexaweb works seamlessly with the J2EE environment.
Nexaweb’s Platform can be completely integrated into any J2EE infrastructure. Out-of-the-box, the Nexaweb Platform snaps into any J2EE 2.3 Servlet Container by deploying a set of resources and API’s that developers can use to build next generation applications or migrate existing applications. The Nexaweb Platform has been tested and deployed on all of today’s most popular J2EE application servers including Tomcat, JBoss, Websphere, Weblogic, etc. Nexaweb’s seamless integration with J2EE is the result of Nexaweb’s commitment to standards. This technical brief covers each component of the Nexaweb Platform to provide a detailed explanation of how you and your development team can leverage your J2EE framework to build Enterprise Web 2.0 application with Nexaweb. .
Client-side Rendering
There are many architectural decisions that Nexaweb has made to make integration with a J2EE architecture possible, but none more important than Nexaweb’s client architecture. Nexaweb’s Universal Client Framework (UCF) is a set of three rendering engines implemented in two runtimes (Ajax and Java). All of Nexaweb’s clients work in the same way a Web browser works - they retrieve a file from the server and based on the Markup in the file, render the application by creating allHow Web 2.0 can leverage Model Engineering in PracticeWith the rise of model-driven development, model repositories are intended to facilitate research in model engineering and consequently in domain-specific modeling. Model repositories are central places where all kinds of modeling artifacts (e.g., meta-metamodels, metamodels, models, and possibly transformation models) are stored and coordinated. They can serve as a platform for making available the specification of metamodels to others (typically necessary for domain-specific modeling languages) and for exchanging models, as well as a resource for teaching/learning materials.
There have been started some intiatives for building model repositories, e.g., zoomm.org, www.kermeta.org/mrep, or the Atlas MegaModel Management (AM3) [1]. The latter one is hosted within the popular Eclipse environment and is a subproject of the Generative Modeling Technologies (GMT) project. The artifacts present in this model repository, furthermore, are organized into sets of models of similar nature called zoos, e.g. a zoo for metamodels and a zoo for transformations [4]. The AM3 zoos are continuously growing and provide a respectable source of information in the meantime.
However, a more popular way of storing and organizing modeling artifacts is probably having a CVS like server software at hand. These repositories provide all means necessary to handle different versions of textual artifacts and let them compare syntactically. It seams therefore obvious to use existing tools also to store models as they can be serialized into the XMI format. Although versioning of models remains an open and challenging research field [11, 12], basic support for versioning models can be provided by CVS. CVS repositories can also be
