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Building Websites with Joomla! - Tutorial pdfChapter 1: Terms and Concepts A Quick Glance into History Joomla!—How was it Developed? Structure of a CMS Front End and Back End Configuration Settings Access Rights Content Templates Extensions (Components) Workflow Joomla! as Real Estate Joomla! Versions Numbering System of Joomla! Versions Roadmap Joomla! Features Examples of Joomla! Pages Joomla.org Porsche, Brazil PC Praxis, Germany BSI DANS, Norway Team Lesotho, Lesotho Chapter 2: Installation Setting Up the Local Server Environment Windows XAMPP for Windows Linux SUSE (10.x) OpenSUSE Debian/Ubuntu Your Own Server at a Provider On a Virtual Server in the Net Installing Joomla! Selecting a Directory for Installation An Example Local Installation of Joomla! Directory Unpacking Joomla! Web Installer Summary
Chapter 3: A Tour of Your New Homepage Front End Menus Top Menu Main Menu Other Menu Content What is Content? First Page/Front Page The Latest Messages/The Most Often Read Messages Advertising Banner Area Functions Login Area Polling Who is Online? Feeds Back Search Field Decorative Elements Prospects Back End Summary Chapter 4: Customizing Joomla! A Different Look and Feel Modifying the Menu Name Changing the Template Configuration of Joomla! Administration Help Menu Site Menu Global Configuration Site Locale Content Database Server Metadata Mail Cache Statistics SEO (Search Engine Optimization) Language Manager Media Manager Preview Statistics Template Manager Site Templates Install Administrator Templates Install Module Positions Trash Manager User Manager New Menu Manager Customize Existing Menu New Edit Publish Unpublish Move Copy Trash Create a New Menu Content Miscellaneous Components Links Installers Menu Messages Menu Inbox Configuration System MenuGTK+ 2.0 Tree View TutorialGtkTreeView is a widget that displays single- or multi-columned lists and trees. It replaces the old Gtk+-1.2 Gtk-CList and GtkCTree widgets. Even though GtkTreeView is slightly harder to master than its predecessors, it is so much more powerful and flexible that most application developers will not want to miss it once they have come to know it.
The purpose of this chapter is not to provide an exhaustive documentation of GtkTreeView - that is what the API documentation is for, which should be read alongside with this tutorial. The goal is rather to present an introduction to the most commonly-used aspects of GtkTreeView, and to demonstrate how the various GtkTreeView components and concepts work together. Furthermore, an attempt has been made to shed some light on custom tree models and custom cell renderers, which seem to be often-mentioned, but rarely explained.
Developers looking for a quick and dirty introduction that teaches them everything they need to know in less than five paragraphs will not find it here. In the author’s experience, developers who do not understand how the tree view and the models work together will run into problems once they try to modify the given examples, whereas developers who have worked with other toolkits that employ the Model/View/Controller-design will find that the API reference provides all the information they need to know in more condensed form anyway. Those who disagree may jump straight to the working example code of course.
Please note that the code examples in the following sections do notParallels Desktop for Mac User GuideParallels® Desktop is a powerful, easy-to-use software that lets you run Windows® and other operating systems with their applications in fast, secure virtual machines side-by-side with Mac OS® X on Intel®-based Macintosh® computers. Parallels Desktop is powered by a lightweight hypervisor, a thin layer of software that "works" between the host computer’s hardware and Mac OS X. This results in dramatically more stable, more secure, and higher-performing virtual machines.
Parallels Desktop fully supports Intel virtualization technology (VT-x). See the Intel Virtualization Technology (VT-x) Support (page 8) topic.
To enhance your experience of running more than one operating system on your Macintosh computer, Parallels Desktop for the Mac includes two utilities: Parallels Image Tool and Parallels Compressor™.
Parallels Desktop has a set of special tools (utilities and drivers) that will help you use your virtual machines efficiently (mouse synchronization tool, clipboard synchronization tool, etc.). See the Parallels Tools Overview (page 67) topic for the full list of tools and their descriptions.
Key terms used in this Guide:
Primary operating system (primary OS) to designate the operating system that controls the input /output devices on the computer and that is loaded when the physical computer is turned on. Actually, it's Mac OS X.
Guest operating system (guest OS) to designate an operating system that runs under virtual machine control. One primary OS and multiple guest OSes can run at the same time on a single computer.
Download pdf Parallels Desktop for Mac User GuideUsing Attributed Variables in the Implementation of Concurrent and Parallel Logic Programming SystemsIncorporating the possibility of attaching attributes to variables in a logic programming system has been shown to allow the addition of general constraint solving capabilities to it. This approach is very attractive in that by adding a few primi- tives any logic programming system can be turned into a generic constraint logic programming system in which constraint solving can be user defined, and at source level-an extreme example of the “glass box” approach. In this paper we propose a different and novel use for the concept of attributed variables: developing a generic parallel/concurrent (constraint) logic programming system, using the same “glass box” favor.
We argue that a system which implements attributed variables and a few additional primitives can be easily customized at source level to implement many of the languages and execution models of parallelism and concurrency currently proposed, in both shared memory and distributed systems. We illustrate this through examples and report on an implementation of our ideas. Keywords: Implementation Techniques, Concurrency, Parallelism, Logic Programming, Attributed Variables, Generic Implementations.
Download pdf Using Attributed Variables in the Implementation of Concurrent and Parallel Logic Programming SystemsC# Numerical LibraryThe IMSL C# Numerical Library for Microsoft® .NET Applications is a numerical analysis library written in 100% C#, providing broad coverage of advanced mathematics and statistics for the .NET Framework. Developers writing in C# or Visual Basic™ .NET (VB.NET) get seamless accessibility to analytics capabilities in the most integrated language for the .NET environment with the highest degree of programming productivity and ease of use with Visual Studio™.
The IMSL C# Library is the only numerical library of its kind to offer industry standard numerical analysis and charting for C# and VB.NET languages. This Library provides unprecedented analytic capabilities and the most comprehensive and accessible mathematical, statistical and finance algorithms for C# and VB.NET languages. With the IMSL C# Library, Visual Numerics has brought all of the benefits inherent in the C# and VB.NET languages to a new level by adding robust analytics to its broad set of capabilities.
Download pdf C# Numerical LibraryWeb-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 asConverging Voice, Video and Data Onto a Single, Scalable WLAN Networkto add multimedia devices to their network. A next-generation WLAN ..... 2 Adding Voice Service to a WLAN Network: Protecting QoS and Data Security,
Download PDFAudi Q7 Quick reference guide PDFThe alarm system is automatically set when you lock the car, and switched off when you unlock the car with the remote control. If you unlock the vehicle by inserting the key in the driver’s door, the ignition must be switched on within 15 seconds, otherwise the alarm will be triggered. If you unlock the tailgate by turning the key in the slot, the alarm will be triggered immediately. Remote control keys
Press the required button.
e Unlocking button: Open one of the doors within about 60 seconds, otherwise the vehicle will lock itself again automatically.
r Unlocking button for tailgate: Press the button for at least 1 second.
t Locking button: The turn signals flash once to confirm that the doors and tailgate are properly closed and locked.
u Folding out the master key: Press the release button. Folding in the master key: Press the button and fold in the key.
Notes: Press and hold the appropriate button on the remote control key to open or close all the windows and the panorama roof automatically. In the MMI menu
Download Audi Q7 Quict Reference Quide PDF EbookDesign of large .NET applications: Best practicesIn this paper we present experiences with the .NET Framework and Visual Studio.NET which we won in two big projects. Thereby we give hints for the practical use in .NET projects.
We designed and implemented two systems:
• A database maintenance system for the internet risk assessor “MIRA” for the Munich Re. Up to 10 developers were included and the project had a size of 8 man years.
• The core application of the real estate investment company Real I.S. of the Bayerische Landesbank Group. The system was build by a team of up to 14 developers in 20 man years.
Both systems were designed as three-tier-applications and implemented in C#. Main features are database maintenance, document management, workflow support, and user management using Active Directory Server.
The components in picture 2 have the following responsibilities:
Client
• Our GUI-Controls are based on Windows.Forms. Although these classes offer already extensive functionality, expansions were necessary, e.g. for correct output, the interaction between view and model and for copying objects. This was implemented via Wrapper classes. The view uses these Wrapper classes and is responsible for the visible part of the GUI.
• The model contains the data displayed on the surface.
• The component controller processes the user actions, contains the state machine, triggers server actions and opens sub dialogs.
• Transformation maps data between client and server data model.
• Communication is responsible for the data exchange with the server via .NET Remoting.
Download pdf Design of large .NET applications: Best practicesNICMOS optical aberrations coma and astigmatismComa and astigmatism of NICMOS cameras have been derived using phase retrieval … Coma and astigmatism in NICMOS cameras are generally small, producing the
Coma and astigmatism of NICMOS cameras have been derived using phase retrieval analysis of the data from the NICMOS focus monitoring program. Analysis of these aberrations has revealed that y-coma in all three camera experienced a systematic change over the NICMOS lifetime in Cycles 7 and 7a. A similar variation has been found for x-astigmatism in camera 2. In camera 3, the x-astigmatism increased dramatically after the FOM had been given a y-tilt of 16 arcsec. X-coma and y-astigmatism in all cameras did not show substantial systematic variations over the same period of time. The results of this study should help to understand the origin of the NICMOS optics instability. They should also facilitate interpretation of possible changes in NICMOS cameras when they are back to operations after installation of the cryocooler in Cycle 10.
1. Introduction
NICMOS optical characteristics experienced noticeable variations since the start of the instrument orbital life in early 1997. These include not only the changing focus position
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