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Leverage 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 allBMW 3 series: Axle production PDFThe assembly lines for the front and rear axles of the BMW 3 series E90 model were conceptualized, designed, installed and commissioned by Jendamark Automation, the Beckhoff partner in South Africa. Jendamark first built production lines and custom built machines for ZF Lemförder in 1998.
These production facilities were used to produce the differentials as well as front and rear axles for the BMW E46 series. Since then, the two companies have been co-operating continuously. Jendamark Automation also provided the axle production lines for ZF Lemförder in China, building the BMW E90 and E60 series axles.
Download BMW 3 series: Axle production PDF from www.pc-control.netImplementing a Texture Caching SystemTexture caching systems are designed to overcome the texture budget limitations of 3D games. Only the textures required to display the current scene are held in RAM. When new textures need to appear in the scene, they are loaded from a larger and slower repository, or they are dynamically generated.
For example, textures can be pulled from disk into system RAM or downloaded from system RAM into the video RAM of a 3D accelerator. Textures can be dynamically generated by combining illumination maps with unlit source textures. QUAKE was one of the first games to implement a texture caching system that interacts closely with the 3D pipeline to cache graphics in an efficient manner (see References). DOOM cached textures as well, but its system was more of a solid- state approach, as was the data caching scheme in the 2D side-scroller ABUSE. The source code to both ABUSE and DOOM is now available; see the References at the end of this article. This article is broken into two parts. First, we’ll discuss the nature of texture maps and the issues involved in implementing a texture cache. Then, we’ll look at some concrete implementations of caching systems used in games that are currently under development.
Textures and MIP-mapping
Texture storage is all about MIP-maps. MIP-maps are prefiltered versions of a texture map stored at varying resolutions. To simplify this discussion, we will focus on MIP-maps that are square and are a power-of-two in width (1×1, 2×2, 4×4, ). We will speak of a MIP-mapBreaking Eggs And Making Omelettes: Intelligence Gathering For Open Source Software DevelopmentThere is an ongoing information war raging in the software world. Despite free software developers’ best efforts, new proprietary software continues to proliferate. Improved techniques must be developed to reverse engineer efficiently closed data formats so that free, interoperable solutions can be deployed under Linux.
Software reverse engineering occurs on various levels. It may be necessary to study a piece of poorly written, poorly commented code developed in a high-level language such as C++ and understand what the original program was supposed to accomplish. It may also be necessary to disassemble a program that has been compiled into machine language and express it as a higher-level language. In doing this, the underlying algorithms can eventually be expressed as higher-level concepts in a human language. After obtaining an algorithmic description via reverse engineering, the algorithm can be reimplemented for any language on any computing platform.
Scope
This paper discusses the technical issues and challenges surrounding software reverse engineering. This topic has always been the subject of much legal and ethical controversy, particularly with respect to such intellectual property ideas such as patents, trade secrets, and software ownership. However, that discussion is outside the scope of this paper.
Motivation
The Linux operating system, as well as free and open source software in general, has made extraordinary strides in the computer world in the past decade. Once confined to the back office server, Linux has become a more viable option for desktop computing. However, in order to create a desktop computing platform (and in some respects, a server)Renault Workshop Repair Manual PDFVehicle JB0 Renault 5 Extra Renault 9 Renault 11 Renault 19 Renault 21 Clio Twingo Laguna Mégane JB1 JB2 Type JB3 JB4 JB5 JC5 MANUAL GEARBOX Section view Identification Cross section - tightening torques Gears Capacity - Lubricants Special points Modifications Consumables Parts which must always be changed Special tools Gearbox repair Shafts Differential Internal controls Lubrication channel Reverse gear shaft Reverse gear brake Speedometer Thrust pad guide tube Assembling the housings Exploded view parts directory Exploded views “The repair methods given by the manufacturer in this document are based on the technical specifications current when it was prepared. The methods may be modified as a result of changes by the manufacturer in the production of the various component units and accessories from which his vehicles are constructed”.
Copying or translating, in part or in full, of this document or use of the service part reference numbering system is forbidden without the prior written authority of Renault. Tightening torques Description Bolt securing the mechanism housing to the clutch housing Output shaft bolt Input shaft nut Body (5th gear detent) Rear cover bolt Thrust pad guide tube bolt Drain plug Reversing lights switch Bolt securing the left-hand drive shaft bellows Bolt securing the gearbox to the cylinder block.
Download Renault Workshop Repair Manual PDFRME DIGI96/8 PAD Users Guide Manual for MacintoshDIGI96/8 PAD allows the recording of digital and analog audio from CD, DAT, sampler or other sources directly into your computer. The numerous unique features and well thought-out configuration dialog puts the DIGI96 series at the very top of the range of digital audio interface cards. Drivers for Windows 95/98, Windows NT, 2000 and MacOS allow a problem-free, comfortable and powerful usage on computer systems with PCI bus technology.
Drivers for Linux are available both as OSS and ALSA version. This wide choice of drivers makes the DIGI96 series the most versatile cross platform digital audio card available, which may be used under all major Operating Systems. Our ‘hi-performance’ philosophy guarantees full system performance in all possible functions not carried out by the driver (the computer´s CPU) but carried out by the DIGI96 series hard-ware.
Download pdf for RME DIGI96/8 PAD Users Guide Manual for MacintoshA Low-cost Attack on a Microsoft CAPTCHACAPTCHA is now almost a standard security technology. The most widely used CAPTCHAs rely on the sophisticated distortion of text images rendering them unrecognisable to the state of the art of pattern recognition techniques, and these text-based schemes have found widespread applications in commercial websites. The state of the art of CAPTCHA design suggests that such text-based schemes should rely on segmentation resistance to provide security guarantee, as individual character recognition after segmentation can be solved with a high success rate by standard methods such as neural networks. In this paper, we analyse the security of a text-based CAPTCHA designed by Microsoft and deployed for years at many of their online services including Hotmail, MSN and Windows Live.
This scheme was designed to be segmentation-resistant, and it has been well studied and tuned by its designers over the years. However, our simple attack has achieved a segmentation success rate of higher than 90% against this scheme. It took on average80 ms for the attack to completely segment a challenge on a desktop computer with a 1.86 GHz Intel Core 2 CPU and 2 GB RAM. As a result, we estimate that this Microsoft scheme can be broken with an overall (segmentation and then recognition) success rate of more than 60%. On the contrary, its design goal was that "automatic scripts should not be more successful than 1 in 10,000" attempts (i.e. a success rate of 0.01%). For the first time, we show that a CAPTCHA that is carefully designed to beThe Linux Public Web Browser mini?HOWTOThe directions below will produce the RedHat (currently version 6.2 is used, 7.0 is in development) Linux system that boots into the bare (=no window manager, like gnome, kde or fvwm2) X server and starts Netscape Navigator (not Communicator, which includes Main and News clients). Upon exiting the browser the X server is restarted and the new Netscape process is launched as needed. The system is intended for Internet Kiosks and similar applications. Security is emphasized at all the stages of the setup. This HOWTO will be updated (maybe significantly) as long as more reports about the deployment of such boxes will arrive.
The basic idea here is to give web access to people who wander by, while limiting their ability to mess anything up. This setup was originally intended for trade shows, but it might be applicable other places you want to have a web browser going without having to babysit a computer. Following these instructions does not make your system bulletproof or idiot?proof.
You need a graphical browser
This document assumes that you already have a running graphical web browser, such as Netscape Navigator, on your system. You should have permission to use your graphical web browser. If you want to use Netscape Navigator in a commercial setting, you can buy a copy with appropriate license through Caldera.
You need to be able to add an account
If you don't have the right to be root, get the system administrator to add the ``guest'' account and give you ownership of guest's home directory.Cisco VPN Client User Guide for Linux, Solaris, and Mac OS XInstalling the VPN Client 2-1 Contents 2-1 Uninstalling an Old Client 2-2 Uninstalling a VPN Client for Solaris 2-2 Uninstalling a VPN Client for Linux or Mac OS X 2-2 System Requirements 2-3 Linux System Requirements 2-3 Firewall Issues 2-3 Troubleshooting Tip 2-3 Solaris System Requirements 2-4 Using the 32-Bit Kernel 2-4 Mac OS X System Requirements 2-5 Unpacking the VPN Client Files 2-5 Installing the Software 2-6 Installing the VPN Client for Linux 2-6 VPN Client for Linux Install Script Notes 2-7 Installing the VPN Client for Solaris 2-8 VPN Client for Solaris Install Script Notes 2-8 Installing the VPN Client for Mac OS X 2-9 VPN Client for Mac OS X Install Script Notes 2-10
CHAPTER 3 User Profiles 3-1 Contents 3-1 Sample Profile 3-2 Modifying the Sample Profile 3-2 User Profile Keywords 3-3 CHAPTER 4 Using the Command Line Interface 4-1 Contents 4-1 Displaying a List of VPN Client Commands 4-1 Establishing a Connection 4-2 Rekeying Issues 4-3 DNS Servers 4-3 Logging Files 4-4 Client Auto Update Messages 4-5 Disconnecting the VPN Client 4-5 Displaying VPN Client Statistics 4-5 Examples 4-6 No Options 4-6 Reset Option 4-7 Traffic Option 4-7 Tunnel Option 4-8 Route Option 4-8 CHAPTER 5 Managing Digital Certificates 5-1 Contents 5-1 User Profile Keywords 5-2 Command Line Interface 5-2 Certificate Contents 5-3 Password Protection on Certificates 5-5 Certificate Management Operations 5-5 Certificate Tags 5-8 Enrolling Certificates 5-9 Enroll Operation 5-9 CHAPTER 6 Preconfiguring the VPN Client for Remote Users 6-1 Contents 6-1 Making a ParameterUser’s Guide for MS-DOS Clients ManualThis guide tells how to install and use Microsoft Network Client version 3.0 for MS-DOS®. Network Client is software that you install on a computer running the MS-DOS operating system so that the computer can use resources on a network. For example, a computer with Network Client can use printers, programs, and data stored on a Windows NT Server computer. With Network Client, your computer can use resources on Microsoft networks, which are typically arranged in the following ways:
• Domains have Windows NT Server computers handling the major work of MS DOS Interrupts ebook network administration. You log on to the network using a single password that controls your access to resources throughout the domain. A network administrator must create a user account for you on the Windows NT™ Server computers. • Workgroups do not have central administration. The participating computers typically run Windows NT, Microsoft Windows® for Workgroups, or Microsoft Workgroup Add-On for MS-DOS. You log on to the network using a password for your own computer, but then you may have to supply additional passwords as you connect to resources on other computers. • Other networks may have different organizations, such as Microsoft®
Download pdf User’s Guide for MS-DOS Clients Manual
