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The Bugzilla Guide ? 2.16.3 ReleaseBugzilla is a bug? or issue?tracking system. Bug?tracking systems allow individual or groups of developers effectively to keep track of outstanding problems with their product. Bugzilla was originally written by Terry Weissman in a programming language called TCL, to replace a rudimentary bug?tracking database used internally by Netscape Communications. Terry later ported Bugzilla to Perl from TCL, and in Perl it remains to this day. Most commercial defect?tracking software vendors at the time charged enormous licensing fees, and Bugzilla quickly became a favorite of the open?source crowd (with its genesis in the open?source browser project, Mozilla). It is now the de?facto standard defect?tracking system against which all others are measured.
Bugzilla boasts many advanced features. These include:
• Powerful searching
• User?configurable email notifications of bug changes
• Full change history
• Inter?bug dependency tracking and graphing
• Excellent attachment management
• Integrated, product?based, granular security schema
• Fully security?audited, and runs under Perl's taint mode
• A robust, stable RDBMS back?end
• Web, XML, email and console interfaces
• Completely customisable and/or localisable web user interface
• Extensive configurability
• Smooth upgrade pathway between versions
Why Should We Use Bugzilla?
For many years, defect?tracking software has remained principally the domain of large software development houses. Even then, most shops never bothered with bug?tracking software, and instead simply relied on shared lists and email to monitor the status of defects. This procedure is error?prone and tends to cause those bugs judged least significant by developers to be dropped or ignored.
These days, many companies are finding that integrated defect?tracking systems reduce downtime, increase productivity, and raiseWater Erosion Prediction Project (WEPP) Windows Interface TutorialThis WEPP software consists of an erosion prediction model (WEPP) written in the Fortran programming language, a climate generator program (CLIGEN) also written in the Fortran programming language, and a Windows interface (WEPPWIN) written in the Visual C++ programming language. The interface accesses databases, organizes WEPP and CLIGEN simulations, creates all necessary input files for WEPP and CLIGEN, and executes the Fortran models when necessary. The interface also accesses and processes output information from the Fortran models for display and access by the user.
Section 1. WEPP Software Installation
The WEPP model and Windows interface can be installed from a file on a CD-ROM, or from the installation program downloaded from the NSERL web site. At the time of this document revision, the installation executable file was “wepp7-2002.exe”.
Use either Internet Explorer or Windows Explorer to locate the installation file “wepp7-2002.exe” on your CD-ROM drive or in the directory in which you downloaded it from the NSERL Web site. Use the mouse to double-click on the WEPPWIN.EXE file. This will start the installation process.
Download pdf Water Erosion Prediction Project (WEPP) Windows Interface TutorialParallels Desktop for Mac User Guide ManualThis Version Opening Parallels Desktop Help About This Guide Parallels Desktop Virtual Machine 13 Virtual Machine Technology Overview Intel Virtualization Technology (VT-x) Support Virtual Machine Hardware Supported Guest Operating Systems Virtual Machine Files .17 Support of Virtual and Real Disks Supported Types of Hard Disks Virtual Hard 19 Boot Camp O20 CD/DVD Discs and Their Images Floppy Disk Images Installing Parallels Desktop 22 System Requirements .22 Hardware Requirements Software 23 Installing Parallels Desktop Upgrading to Parallels Desktop 3.0 Starting Parallels De29 Activating Parallels Desktop Updating Parallels Desktop Automatic Updating Manual Updat35 Uninstalling Parallels Desktop Interface Basics
39 Main Window Select Virtual Machine Dialog Configuration Page Guest OS W44 Toolbar Status Bar Configuration Editor Menu About Parallels Desktop Dialog More Information Making Screen Shots Creating a Virtual Machine 53 Overview Typical Configurations OS Installation Assist56 Overview ………57 Windows Express Installation Typical Instal62 Custom Instal67 Installing Guest OS Installing a Guest Operating System Upgrading Windows XP to Vista Installing Windows 98 as a Guest OS Configuring X Window System in FreeBSD Guest OS Capturing and Releasing the Keyboard and Mouse Input Installing Parallels Tools Parallels Tools Overview Parallels Tools Available for Different Guest OSes Installing Parallels Tools in Windows Installing Parallels Tools in Linux Windows 98 Tools Installation Windows NT Tools Installation OS/2 and eComStation Tools Installation Solaris Network Driver Installation Uninstalling Parallels Tools in Windows Uninstalling Parallels Tools in Linux Updating Parallels To97 Running Virtual Machine 99 Overview Selecting and Opening a Virtual Machine Selecting from the Select virtual machine dialog UsingSamsung PC Studio 3.1 User's Guideand can be checked in the manual provided with your Phone. ...... software programme connecting a Samsung mobile phone to a PC. .
Download manualMapping the Net: Revenge of the Physical WorldOnce upon a time, the Internet was a wholly virtual environment, moored only loosely to the physical world. It was where information went to become free, where censorship was routed around, where communities could leap barriers of distance and culture in a single bound . . . and where no one knew you were a dog. The kicker was that these aspects were built into the fabric of the Net, thanks to its origins in military communications research. You couldn’t tie the Net to the real world if you wanted to.
The physical world is making a comeback, even online. With the collapse of the dot-com stock bubble, things like brick-and-mortar storefronts, tangible assets, face-to-face meetings and hard-dollar profits suddenly are fashionable again. Following the same pattern, the foundational assumption that Internet users and sites have no connection to geography is eroding. It’s now possible to determine with high levels of certainty where someone is connecting from. This allows for targeting of services and content, but also raises the possibility that physical-world laws will encroach on cyberspace.
Like it or not, the era when one could confidently speak of the Net as a world apart is coming to a close. Profitability and traditional stock valuation metrics do matter in the end. Napster and MP3.com have been forced to restructure their offerings in response to pressure from the music industry. (Just before we went to press MP3.com was bought by a major record company, Vivendi Universal.) Most, though not all, of the largestJADE PROGRAMMER’S GUIDEThis programmer’s guide is complemented by the administrator’s guide and the HTML documentation available in the directory jade/doc. If and where conflict arises between what is reported in the HTML documentation and this guide, preference should be given to the HTML documentation that is updated more frequently. JADE (Java Agent Development Framework) is a software development framework aimed at developing multi-agent systems and applications conforming to FIPA standards for intelligent agents. It includes two main products: a FIPA-compliant agent platform and a package to develop Java agents. JADE has been fully coded in Java and an agent programmer, in order to exploit the framework, should code his/her agents in Java, following the implementation guidelines described in this programmer’s guide.
This guide supposes the reader to be familiar with the FIPA standards1, at least with the Agent Management specifications (FIPA no. 23), the Agent Communication Language, and the ACL Message Structure (FIPA no. 61). JADE is written in Java language and is made of various Java packages, giving application programmers both ready-made pieces of functionality and abstract interfaces for custom, application dependent tasks. Java was the programming language of choice because of its many attractive features, particularly geared towards object-oriented programming in distributed heterogeneous environments; some of these features are Object Serialization, Reflection API and Remote Method Invocation (RMI).
Download JADE PROGRAMMER’S GUIDECreate Ajax-style architectures with the IBM Web 2.0 Feature PackThis article shows you how a Java™ 2 Platform, Enterprise Edition (J2EE) application was enhanced with an Ajax-style architecture by using the IBM® WebSphere® Application Server Feature Pack for Web 2.0. Learn how to combine Ajax-style architectures with an existing application without having to rewrite the entire Web application. You'll also discover some ideas on how to apply the Web 2.0 Feature Pack to your own J2EE applications for IBM WebSphere Application Server. The "Plants by WebSphere" application is among a number of samples that are provided with the IBM WebSphere Application Server Feature Pack for Web 2.0.
The application exemplifies a typical J2EE application and how it can be enhanced with an Ajax-style architecture without rewriting the entire application. The sample application represents a fictitious online plant store where customers can order and purchase flowers, trees, vegetables, and accessories. Take a look at Figure 1, which shows the front page of the Web application
Figure 2 illustrates the architecture of the application in its original form before attempting to add Ajax-style features. The architecture is intended to be fairly typical for a J2EE application running on WebSphere Application Server. At a high level, the application adheres to a Model-View-Controller (MVC) design pattern, which most Web applications follow on some level. A browser accesses the URL for the application, which returns a JSP-rendered HTML page. The browser issues additional requests to the Web application, and servlets are used to control the flow as users move through the purchase request. Enterprise JavaBeans (EJBs)Replace with a database: O*NET replaces the Dictionary of Occupational TitlesO*NET, the Occupational Information Network, is replacing the Dictionary of Occupational Titles (DOT) as a source of occupational information. O*NET is a database—not a book, like the DOT. This database has the qualities of both an interactive library and a language.
Serving as a library for information on the working world, O*NET allows everyone to access data on job characteristics and worker attributes. It includes information on the knowledge, skills, abilities, interests, preparation, contexts, and tasks associated with 1,122 O*NET occupations.
Like a spoken language, O*NET acts as a medium for exchanging information. Workers benefit by exploring career options and learning which skills employers seek for specific types of work. Employers identify necessary skills to increase the efficiency of recruitment and training. Educational planners need O*NET to design instructional programs that teach the skills demanded in the workplace.
O*NET has an organizing structure and a distinct vocabulary. An overview of the birth of O*NET precedes a more detailed look at its structure and content. Discussion of software applications that build upon O*NET follows. A final section tells how to obtain O*NET products. The table on page 4 and the diagram on page 5 highlight key points, and the sidebar starting on page 6 gives details on O*NET skills.
Why O*NET?
The Dictionary of Occupational Titles, first published in 1938, emerged in an industrial economy and emphasized blue-collar jobs. Updated periodically, the DOT provided useful occupational information for many years. But its usefulness waned as the economy shifted toward information and services and away from heavyUsing The KCL CADalog User GuideWelcome to The KCL CADalog, an application that helps you incorporate foodservice equipment symbols in your AutoCAD floor plans, elevations, 3D and detail drawings. This guide gets you started with the most useful features of The KCL CADalog and familiarizes you with major concepts. You need not read this from start to finish. Open the Navigation Pane to use bookmarks to jump to the section of most interest.
What is The KCL CADalog?
The KCL CADalog is a collection of foodservice equipment symbols and utilities that empower kitchen facility designers to create and modifyAutoCAD drawings. With more than 65,000 drawings and a suite of AutoCAD-specific utilities, The KCL CADalog is an indispensable tool for technically superior kitchen facility designers.
Glossary of KCL Terms
Add—to copy an item from The KCL CADalog symbol library into a group
Balloon—an item tag or bubble containing attributes and other information
Cutsheet— a manufacturer’s specification sheet
Drawing—an AutoCAD file that contains symbols
Drop-Down Menu—a menu that appears when you click the right mouse button
Group—a user-chosen collection of items
Icon—a graphical button representing the function it performs when clicked
Insert—to copy an item from The KCL CADalog into an AutoCAD drawing file
Item—a symbol from The KCL CADalog symbol library
Library—a collection of a manufacturer’s symbols in The KCL CADalog
Load (group)—to open a previously saved group
Model—a version of a foodservice equipment product
Product—a machine, device, or object built by the manufacturer
Pull-Down Menu—a menu that appears when clicking the left mouse button on a menu or a down arrow
Row—a horizontal set of cells in a spreadsheet that shows item information
Schedule—aTop 10 Web 2.0 attack vectorsWeb 2.0 is the novel term coined for new generation Web applications. start.com, Google maps, Writely and MySpace.com are a few examples. The shifting technological landscape is the driving force behind these Web 2.0 applications. On the one hand are Web services that are empowering server-side core technology components and on the other hand are AJAX and Rich Internet Application (RIA) clients that 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.
WEB 2.0 Security concerns – Reshaping the industry
This technological transformation is bringing in new security concerns and attack vectors into existence. Yamanner, Samy and Spaceflash type worms are exploiting “client-side” AJAX frameworks, providing new avenues of attack and compromising some of the confidential information. On the “server-side”, XML based Web services are replacing some of the key functionalities and providing distributed application access through Web services interfaces. These remote capabilities to invoke methods over GET, POST or SOAP from the Web browser itself provide new openings to applications. On other side, RIA frameworks running on XML, XUL, Flash, Applets and JavaScripts are adding new possible sets of vectors. RIA, AJAX and Web services are adding new dimensions to Web application security.
Download pdf Top 10 Web 2.0 attack vectors
