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Source Code Exploration with GoogleThe paper presents a new approach to source code exploration, which is the result of integrating the Google Desktop Search (GDS) engine into the Eclipse development environment. The resulting search engine, named Google Eclipse Search (GES), provides improved searching in Eclipse software projects.
The paper advocates for a component-based approach that allows us to develop strong tools, which support various maintenance tasks, by leveraging the strengths of existing frameworks and components. The development effort for such tools is reduced, while customization and flexibility, to fully support user needs, is maintained. GES allows developers to search software projects in a manner similar to searching the internet or their own desktops. The proposed approach takes advantages of the power of GDS for quick and accurate searching and of Eclipse’s extensibility. The paper discusses usage scenarios, advantages, limitations, and possible extensions of the proposed tandem.
During software evolution most activities require the users to understand large and often new parts of a software system. Most of the time, the developers rely on the source code and the available documentation alone to achieve this understanding. In this context, source code searching and browsing are two of the most common activities undertaken by developers [4]. These activities directly support such tasks as concept location in source code, impact analysis, change propagation, debugging, and comprehension of software in general. Given their widespread use, we need to support them with fast and accurate tools and techniques.
Traditionally, most developers were (and still are) using grep (global regular expression print) forWeb 2.0: The New Face of the WebPrior to 2001, web sites were relatively static, designed to push information to users in a manner that was not interactive. But proving that adversity can be the path to enlightenment, following the dot-com crash in late 2001 a new, stronger Web emerged. And unlike its predecessor, the new Web lived up to its name – sites became sticky hubs of interactive content, constantly changing and morphing based on the wants and needs of its visitors. Today, the technology that enables Web 2.0 is merely the vehicle, the transport mechanism from point A to point B. It is the user – those members of the particular web community – who ultimately drives the destination.
Unfortunately, malicious software (malware) has also evolved. And just as technology has been replaced by users as the driving force behind web sites, the computer is no longer the ultimate target of the malware – it is the user that is the target. Today, malware is almost single-purposed: to gain access to the user’s private, financial, and confidential information. To gain that access, malware authors exploit the very thing that makes Web 2.0 so successful – the user’s trust.
Modern Web sites bear little resemblance to their predecessors. Today’s websites feature dynamically changing content delivered through a steady stream of user contributions, RSS feeds and third-party advertising. Commerce is increasingly the goal, with a large portion of active sites engaged in affiliate relationships, direct sales, or some other form of monetary gain.
Not only is the face of theSpring Framework TutorialThis tutorial covers the main packages in the Spring Framework. For full details, we refer you to Rod Johnson’s book, Expert One-on-One J2EE Design and Development, published by Wrox Press in 2002. The book’s ISBN number is 1-86100-784-1. The code for the Spring Framework is contained in package com.interface21. We provide UML diagrams for the subpackages, as well as code samples.
1.1 Setting up for the samples
The samples have been written using the MySQL database (www.mysql.com), Tomcat (jakarta.apache.org/tomcat) and JBoss(www.jboss.org). We refer you to these web sites for setting up the environment correctly. In MySQL, create a database named test, a user test with password test, and grant user test all rights: grant all on test.* to test@localhost identified by ’test’; If you use a different database, read the comments at the top of the samples files, they will direct you to the spots in the code you will have to change for your database.
1.2 Building the tutorials
The tutorials can be built using the provided Ant script (you can get ant at http://jakarta.apache.org/ant). You may need to edit the build.properties file to set paths correctly for your system.
1.3 Running the tutorials
We provide a shell script, runtest.sh, and a batch file, runtest.bat, for running a single tutorial. You may need to edit these files to set the paths correctly.
Download pdf Spring Framework TutorialClient Billing ApplicationIn this document, we describe a simple application that keeps track of payments made to client accounts. Setup: The current version of the application is configured to use an HSQLDB database (although connections to a MySQL database and an MS Access database are also included in comments at the beginning of ClientBillingDB.java).
To use an HSQLDB, download the HSQLDB system from http://hsqldb.sourceforge.net/ and copy hsqldb.jar into the JRE lib/ext folder (this jar file is also included in the HSQLDB folder). A sample database (clients.properties and clients.script) has been included in the project folder.
To use a MYSQL database, download the MYSQL server from http://www.mysql.com/, install the server and create the database. A script that creates the database has been included in the MYSQL folder in the project folder. If MYSQL is used, it is worthwhile downloading the MYSQL Control Center which provides GUI access to the databases. To use an MS Access database under Windows, an ODBC connection that links the database, “clients.mdb”, and the logical database name used in the system, Clients, must be defined. ODBC connections are defined in the control panel (ODBC) on earlier versions of Windows and are defined in “DataSources (ODBC)” in the Administrative Tools section of the Control Panel in more recent versions of Windows.
Download pdf Client Billing ApplicationIntroduction to the Emacs, Pico, and VI Text Editors PDFA text editor is a program that manipulates plain text (ASCII). Most text editors are full screen editors (they display a full screen of text) as opposed to line editors (which display one line at a time). Emacs is a full screen text editor supported by RUCS. On RUCS UNIX machines the default version of Emacs is the GNU release of Emacs. There are a couple of different UNIX text editors available for use in creating and editing files. These UNIX text editors are applications that can be run either in a telnet session or an X-windows session. The three most popular UNIX text editors here at Rutgers are Emacs, Pico, and VI. Using these UNIX text editors allows you to program in any computer language and translate it into code that the computer will be able to read and execute.
There are also non-UNIX based text editors that are available as well. On Macintoshes you can use BB Edit and on PCs you can use Wordpad or Notepad. It suggested that you stay away from using MS Word or Word Perfect because of their auto spell check and syntax check functions. These functions create difficulties in having the code being interpreted properly and affect how smoothly your program will be executed. The difference between UNIX and non-UNIX based text editors is that by using the non-UNIX based text editors you will have to use Fetch or FTP in order to save the file to your Eden account. By using theMandriva Enjoy the Linux Experience ManualWhat is Linux? Why is it better to choose Linux than Windows®? Why choose Mandriva over other Linux products? What’s new in Mandriva Linux 2007? Mandriva Linux 2007 product range Mandriva Linux: Web 2.0 ready! Mandriva Linux Services Mandriva Linux 2007 Services Glossary In 1983, Richard Stallman founded the GNU Project, with the goal of developing a complete Unix-like operating system composed entirely of free software. By the beginning of the 1990s, GNU had produced or collected most of the necessary components of this system except for the core component, the kernel. In 1991, the Linux kernel was created as a hobby by Finnish university student Linus Torvalds.
A typical general-purpose distribution includes: . the Linux kernel, . some GNU libraries and tools, . command-line shells, . the graphical X Window ® system, . and an accompanying desktop environment such as KDE or GNOME, . several applications for office, multimedia, development or server needs.
Download Mandriva Enjoy the Linux Experience ManualPractical Artificial Intelligence Programming in JavaEarly AI research emphasized the optimization of search algorithms. This approach made a lot of sense because many AI tasks can be solved by effectively by defining state spaces and using search algorithms to define and explore search trees in this state space. Search programs were frequently made tractable by using heuristics to limit areas of search in these search trees. This use of heuristics converts intractable problems to solvable problems by compromising the quality of solutions; this trade off of less computational complexity for less than optimal solutions has become a standard design pattern for AI programming. We will see in this chapter that we trade off memory for faster computation time and better results; often, by storing extra data we can make search time faster, and make future searches in the same search space even more efficient.
What are the limitations of search? Early on, search applied to problems like checkers and chess mislead early researchers into underestimating the extreme difficulty of writing software that performs tasks in domains that require general world knowledge or deal with complex and changing environments. These types of problems usually require the understanding and then the implementation of domain specific knowledge.
In this chapter, we will use three search problem domains for studying search algorithms: path finding in a maze, path finding in a static graph, and alpha-beta search in the games: tic-tac-toe and chess. The examples in this book should be included in the examples
ZIP file for this book. The examples for thisGetting Started Guide for the VSX SeriesWhen you attend a meeting using the Polycom® VSX™ system, you’ll see that it’s very much like any other meeting you attend in a conference room. With a VSX system, you can meet with people anywhere in the world, without any travel required.
The VSX systems are easy to use. It’s easy to place calls, create your own directory of numbers, change the way calls are answered, and customize what you see on the screen. Depending on how your system is configured, you can make video calls using ISDN or IP connections and to one site or multiple sites at one time.
You can also share information in calls using content sharing software, document cameras, VCRs, or DVDs.
Before you place your first call, use this guide to get some basic “how-to” information. This guide includes overview information that you may find helpful when you’re just starting to learn about video conferencing or when you have experience, but you need a quick refresher. VSX systems can be customized to show only those options used in your organization.
Therefore, there may be options covered in this guide that you cannot access on your system. To find out more about these options, please talk to the administrator of your VSX system.
This guide covers instructions for the following models.
VSX set-top systems: VSX 5000, VSX 6000, VSX 7000, and VSX 7000s. VSX component systems: VSX 7000e and VSX 8000. VSX 3000 executive desktop system.
Download pdf Getting Started Guide for the VSX SeriesInstalling PHP under WindowsNot a Linux fan? Looking for a hassle?free way of setting up a PHP environment on your Windows box? Read as Matthew guides us through the process of installing Apache, MySQL and PHP on a Windows based machine, otherwise known as WAMP.
This article is geared towards people who want to code and test their own, or other people's, php scripts on their Windows box. No advanced technical knowledge is assumed. This tutorial is unsuitable for advanced users. Why Apache and MySQL? Because they are available for free, quite easy to use and reliable. Why windows? Because there are many installation guides written for the Linux user, but Windows generally gets overlooked. And getting it all to work can be a real daunting task.
What is Apache?
Apache is our web server of choice; it’s free, reliable and well supported. In fact, as of October 2003 apache web servers had a market of over 67%, compared to their nearest rival Microsoft’s ISS having under 25% (http://news.netcraft.com/) So its not just a few people who think Apache is a good thing! A web server basically serves web pages from the server to the client browser. For every page you see when connecting to the internet, somewhere there is a network server sending it to you. The pages are usually sent in html format, along with images and other media.
What is MySQL?
[From MySQL.com] ‘MySQL is the world's most popular open source database, recognized for its speed and reliability.’ A Database is a place for youBMW Tool Catalog PDFRepair Section Engine, Engine Electrical Fuel Injection Fuel Delivery Cooling System Clutch Manual Transmission Automatic Tranmission Gear Shift Front Axle Steering Rear Axle Brakes Electronics General Instruments Heating & Air Conditioning Ordering Information VALVE TIMING ADJUSTMENT PLATE Adjusting plate for setting valve timing on engine with double VANOS. CAMSHAFT LOCKING FIXTURE KIT This camshaft kit allows disassembly and assembly of 4, 6, 8 and 12 cylinder BMW engines produced from 1991 to the present.
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