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WinDev Mobile 9 TutorialPlease note: this manual is a self-training guide. We advise you to refer to the online help when you are using WinDev Mobile. The aim of the tutorial is to help you discover WinDev Mobile, get to know the editors and teach you the WinDev Mobile basics. It does not cover all the features of WinDev. Mobile
This guide is intended for developers with experience of the standard WinDev and who know how to handle a Pocket PC. It only describes the concepts specifically for developing an application for Pocket PC.
If you are not familiar with the standard WinDev, we recommend you start by practising with the standard WinDev tutorial.
Note: You can call the PC SOFT sales department any time if you need the standard WinDev tutorial. You should allow a few hours to follow this course and learn about WinDev Mobile: you’ll find it was worth it!
If you try to develop an application before practising, you will lose time, and much more than a few hours.
This tutorial is designed so you can approach it in two different ways:
• either you follow all the detailed exercises in each lesson (recommended method);
• or, if you are in a hurry and already have some experience, you can read through it without doing the examples, as all the exercises have screen shots. However, to get used to WinDev Mobile quickly, we recommend that you follow it step by step.
WinDev Mobile evolves all the time, so the screen shots in this guide may be differentA Guide to Best-Fit Applications for Active RFID System AlternativesWireless systems have evolved to successfully penetrate the world of personal communications, where virtually all people can talk as needed on-demand with a feature rich and flexible set of alternatives. This world of people talking is now being complemented with a wireless world of all things “talking” – in other words, all things are becoming wireless. As these new systems continue to evolve to meet their best-fit applications in the enterprise, matching each one’s unique characteristics to the application is not always clear to the prospective end user or even to a providing system integrator.
Passive RFID system solutions are well known for their strengths and weaknesses in various tagging applications from access control to the supply chain. Active RFID/RTLS offers many more application opportunities for labor free automatic identification, counting, locating, sensing and protecting of assets; however, active RFID solutions today are being addressed using a handful of different system architectures. The mapping of best-fit characteristics for each is critical to achieving a workable system with the necessary reliability and at the lowest cost. What follows is a best-fit application analysis of the various active RFID system architecture alternatives for enterprise tagging solutions.
The Foundation
Enterprise RFID systems can generally be categorized as either “passive” or “active,” with passive tags using the received signal for power and active tags using an embedded battery for power. Passive deployments typically occur in the high-frequency and ultra-high-frequency (HF/UHF) radio bands with applications such as the tracking of goods in the supply chain. They typically haveSecuring Web 2.0: are your web applications vulnerable?The definition of Web 2.0 is still being debated despite extensive discussion. Its staunchest advocates proclaim it a complete philosophical and technological reworking of how the web functions. Others declare that it is meaningless. However, most agree on common characteristics of a Web 2.0 application, such as increased interactivity, the acceptance of user input for building community and a reliance on client-side functionality. Additionally, Web 2.0 applications can be more vulnerable to exploitation by hackers than their predecessors. Hackers spend most of their time gathering information. When Web 2.0 applications push functionality and code to users, they provide hackers with information that can be used for formulating attacks. Often, old attacks such as cross-site scripting become more dangerous when used against Web 2.0 applications. This white paper defines some of the common technological components of Web 2.0 applications and discusses ways of securing them against exploitation.
Web 2.0 components
Web 2.0 uses the web for delivering information that is often created through community contribution. Wikis and blogs are good examples of these types of appli cations. The main attribute of a Web 2.0 application is interactivity. More functionality is on the client, and less is on the server. As a result, requests are updated in the browser without refreshing the entire page. For example, consider Google Maps. Instead of a static page, you can drill down or zoom in and out of a map without making requests for a new page. You can use several key technologies—or more appropriately, groupings of differentInstallation Guide for F-Secure Anti-Virus for LinuxShort Installation Guide 1. Stop all running instances of fsavd(8) if you re upgrading the product from a previous version. 2. Make the installation package executable: # chmod a+x fsav-srv-4.52.XXXX 3. Execute the package: # ./fsav-srv-4.52.XXXX 4. The installer asks for the license key. Enter the key code to continue, leave blank and press to continue for evaluation of the product or press CTRL-C to cancel the installation. 5. The installer asks some questions. Press ENTER to accept the default value for each question. After the installation, type “fsav –version” to verify that the installation was successful. The output should show product, scan engine and database versions.
2. Detailed Installation Instructions F-Secure Anti-Virus for Linux is installed by executing the installation package as root or regular user and answering questions asked by the installation program. Here are step-by-step instructions for the installation: 1. If you want to make system a wide installation of F-Secure Anti-Virus for Linux, you must run the installation as root . $ su 2. Make sure that the installation package is an executable and execute it. 3. Enter the keycode. 4. Select the installation directory. The default directory is displayed in brackets. To select the default, just press enter. Where would you like F-Secure Anti-Virus to be installed [/opt/f-secure/fsav]? 5. Select if you want to create a symbolic link of fsav to a directory in the system path. If you answer yes , the installation program creates a symbolic link for fsav from theMicrosoft Excel 2003 Quick Reference GuideStarting Excel
1. Main Menu: Contains all features in Excel.
2. Tool Bars: Standard Tool Bar and Formatting Tool Bar. These allow you quick access to commonly used tools.
3. Cell: The standard unit you work with in Excel.
4. Worksheet: The workspace of Excel.
5. Task Pane: Shows current options of your currently selected category.
6. Worksheet Tabs: Multiple Worksheets, easily changed by clicking on the tabs.
Opening a New Workbook
1. Select File > New. The following window appears.
2. Click Blank Workbook.
3. To automatically select a blank worksheet, click the New Blank Workbook button or press Ctrl + N.
Opening an Existing File
1. Click the Open button or select File > Open or press Ctrl + O.
2. Enter the file name of the worksheet you are opening, or browse through the files to locate the worksheet.
3. Click the Open button, or double click on the worksheet.
Saving a Worksheet
1. Click the Save button, select File > Save or press Ctrl + S.
2. Select the desired location and name for file.
3. Click the Save button.
Viewing the Task Pane
1. Select View > Task Pane.
Saving a Worksheet as a Web Page
1. Select File > Save as Webpage.
2. Select the desired location and name for file.
3. Click the Save button.
Entering Data
1. Click the cell you want to enter data into.
2. Enter the data into the cell. Press the Tab key to move to the next cell. Closing Worksheets
1. Click Close Window, in the upper-right hand corner of the screen.
Using Repeat, Undo and Redo
1. Select Edit > Repeat or Edit > Undo orBorland InterBase and Microsoft SQL Server : A Technical ComparisonBorland ® InterBase ® is a powerful, SQL-compliant database that is often considered for embedding in applications and for application-specific uses. Savvy developers and application architects who take the time to examine InterBase closely find that it offers substantial advantages over Microsoft® SQL Server™.
Those advantages include:
• Greater concurrency in a mixed read/write environment
• More flexible trigger support
• Faster crash recovery
• Easier event management
• More deployment options
• Cross-platform support
• Smaller size
• Lower system requirements
• Shorter training time
• Lower training cost
• Lower licensing cost
This white paper discusses those advantages in greater detail.
Today’s embedded and distributed database applications create an environment that consists of both the short read and update transactions typical of data entry systems and the long read transactions required for reporting and data analysis. When data analysis requires a consistent view of data at a point in time, the locks required by Microsoft SQL Server prevent other users from accessing the data being analyzed.
The InterBase database engine is specifically designed to provide a consistent snapshot of your data at a point in time without blocking reads or updates by other users. With InterBase, readers never block writers and writers only block writers when two transactions try to update the same row at the same time. In addition, the InterBase concurrency model is completely.
Download pdf Borland InterBase and Microsoft SQL Server : A Technical ComparisonThe Physiology of the Grid pdfIn both e-business and e-science, we often need to integrate services across distributed, heterogeneous, dynamic “virtual organizations” formed from the disparate resources within a single enterprise and/or from external resource sharing and service provider relationships. This integration can be technically challenging because of the need to achieve various qualities of service when running on top of different native platforms. We present an Open Grid Services Architecture that addresses these challenges.
Building on concepts and technologies from the Grid and Web services communities, this architecture defines a uniform exposed service semantics (the Grid service); defines standard mechanisms for creating, naming, and discovering transient Grid service instances; provides location transparency and multiple protocol bindings for service instances; and supports integration with underlying native platform facilities. The Open Grid Services Architecture also defines, in terms of Web Services Description Language (WSDL) interfaces and associated conventions, mechanisms required for creating and composing sophisticated distributed systems, including lifetime management, change management, and notification. Service bindings can support reliable invocation, authentication, authorization, and delegation, if required. Our presentation complements an earlier foundational article, “The Anatomy of the Grid,” by describing how Grid mechanisms can implement a service-oriented architecture, explaining how Grid functionality can be incorporated into a Web services framework, and illustrating how our architecture can be applied within commercial computing as a basis for distributed system integration—within and across organizational domains.
Download The Physiology of the Grid pdfJAVALAB – A Java Tutorial and Programming Laboratory System PaperDistance learning has become the most popular way of lifelong learning, and it is widely applied not only to school’s courses but also to enterprise’s training projects. The performance objectives of learning a programming language include the following: let the learner familiar with the programming language and training for the abilities to correct syntax errors in source code; developing the skills to fix the bugs in a program by debugging tools; and improve the logic analysis and reasoning ability of problems solving. However, most of he programming skills are cultivated heavily rely on experiment practices, so learning by practicing, learning by debugging, and learning by samples are the most popular learning strategies for learning a programming course.
Learners will incrementally develop their programming skills by repeatedly practicing the programming cycle of writing a program, compiling the program, debugging the program, and testing the program. In this paper, we propose a JAVALAB system which provides three types of learning activity, simulation, quiz-and-feedback, and on-line programming, to meet the needs of programming course. JAVALAB uses XML web service as a glue to integrate Java hands-on practices with distance learning. JAVALAB can support the scenery of learning by practicing, learning by debugging, and learning by samples. In JAVALAB, a learner can do hands-on practices as well as learning activities in asynchronous distance education system. JAVALAB allow a learner to write, compile, debug, and test his Java applet on the Web. The learner is encouraged to write his code snippet according to the programming guide,Eudora Email 6.0 User Manual for MacintoshWhat s New in Eudora Email 6.0 15 System Requirements 16 Opening and Configuring Eudora 16 Open Eudora 16 Getting Started Settings 17 Hosts Settings 18 Specifying POP or IMAP for the Incoming Mail Server Protocol 20 Importing from Other Email Programs 21 Using Eudora in One of Three Modes 22 Choosing an Operating Mode and Registering Eudora 23 Quitting Eudora 25 Getting Help 25 Reporting a Bug 26 Technical Support 27 About Security (Sponsored and Paid modes only) 28 Using SSL
28 Creating Messages 31 Creating an Outgoing Message 31 Using the Composition Window 31 Title Bar 31 Icon Bar 32 Formatting Toolbar (Text Styles) 34 Message Header 37 Message Body 38 Saving a Message for Later Changes 38 Setting the Message Priority 39 Requesting a Return Receipt (Sponsored and Paid modes only) 40 Formatting Text (Sponsored and Paid modes only) 41 Text Editing Menu Commands 42 Other Formatting Options 45 Inserting Objects in Message Text (Sponsored and Paid modes only) 45 Attaching a File to a Message 47 Sending Attachments to non-Eudora Users 49 Inserting the Contents of a Text File into a Message 49 Including a URL in a Message (Sponsored and Paid modes only) 50 Checking Your Spelling (Sponsored and Paid modes only) 50 Checking Your Spelling Automatically 51 Checking Your Spelling Manually 52 Check Spelling on Send or Queue 54 Adding Custom User Dictionaries 54 Using MoodWatch 55 Using MoodWatch for Outgoing Messages 56 Using MoodWatch for Incoming Messages 57 Sending Messages and Checking Mail 58Using Silver light to Build a hero bar with ASP.NETWhat Is Silverlight?
Silverlight is a new Web presentation technology that is created to run on a variety of platforms. It enables the creation of rich, visually stunning and interactive experiences that can run everywhere: within browsers and on multiple devices and desktop operating systems (such as the Apple Macintosh). In consistency with WPF (Windows Presentation Foundation), the presentation technology in Microsoft .NET Framework 3.0 (the Windows programming infrastructure), XAML (eXtensible Application Markup Language) is the foundation of the Silverlight presentation capability.
The Evolution of Web Development: Moving to Web.Next
When Tim Berners-Lee at CERN invented the modern Web, it was intended as a system that allowed static documents to be stored and linked on a network- based system. Over the years, innovation grew, with the logical next step being "active" documents that are generated at the time they are requested with time-specific or user- specific information. Technologies such as CGI empowered this. Over time, the ability to generate documents on the Web became paramount, and the technology evolved through CGI, Java, ASP, and then ASP.NET.
ASP.NET provided a milestone in the ability for a developer to develop quality Web applications quickly using a server-development paradigm and best- of-breed tools from the Visual Studio line of products.
Download pdf Using Silver light to Build a hero bar with ASP.NET
