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An Overview Of C#.NET PaperC# is one of the family of languages Microsoft has designed to be part of its .NET framework. This paper gives a comprehensive introduction to C#, but before we start it is necessary to outline some of the .NET concepts that will underpin the discussion in this paper. C# is part of the .NET Common Language Infrastructure (CLI). The CLI is a framework that enables the multiple .NET languages to talk to each other, and is specifically designed for strongly types languages.
The CLI is comprised of the Common Intermediate Language (CIL) – a common machine independent language into which all .NET applications are “compiled”, the Common Type System (CTS) – a set of types that can be used interchangeably between the .NET languages, and the Virtual Execution System (VES) – which just-in-time compiles the CIL into native assembly code. The complete set of rules that enable all .NET language to talk to each other is called the Common Language System (CLS).
A compiled C# program also contains a block of metadata (data about the program itself) called a manifest. This metadata allows reflection and effectively eliminates the need for the registry.
Download pdf An Overview Of C#.NET PaperUsing MySQL in PloneWhy?
? Legacy and Common Architectures
? Access data in non-python languages
? Easy ad-hoc reporting
? ZODB optimized for reads not writes
? Relational has a proven track record
Requirements
? Python MySQL
– Python module
? Zope MySQL Database Adapter
– aka ZMySQLDA
– Zope product
Prepare MySQL
? Insure MySQL server is running
? Add a new user for zope
– mysql p root e ”GRANT SELECT, INSERT, UPDATE, DELETE ON mydb.* TO 'zope'@'localhost' IDENTIFIED BY 'zope';”
– mysql p root e ”FLUSH PRIVILEGES;”
? Test database access
Download pdf Using MySQL in PlonePixelView PlayTV@P7000 User’s ManualThis User’s Manual PixelView PlayTV@P7000 contains Media Center Operation Interface, control all applications by a remote controller.
TV/FM/AV Capture.
Full PVR, Time-Shifting, and Pause TV.
MNR Noise Reduction.
10 Bits Video A/D Filter.
Teletext-base Electronic Program Guide (For PAL only)
One touch TV/FM schedule Recording.
Powerful remote controller as a Media Center.
eDrive functionality allow host record TV/Video via Email.
Real-Time hardware MPEG2 Encoder.
Intel Pentium III 600 MHz or higher, and compatible computer. 128MB RAM. Hard Disk Drive, at least 250MB free space(Installing driver and application).Record/Time-Shifting , need more. PCI local bus PnP 2.1 compliant. Cable/VHF/UHF antenna. Sound Card supports audio mix functions. CD-ROM drive. Windows XP/2000.
Download User’s Manual PixelView PlayTV@P7000KVM Switches Buyers Guide pdfKeyboard/video/mouse (KVM) switches are a necessary accessory for server rooms, lab environments, Help desks, and any place multiple computers exist and space is limited. Antiquated manual switches have given way to intelligent devices, which boast new features that increase reliability and productivity. system. Another feature you might want to consider is the KVM switch’s ability to pass a high-resolution video signal without signal degradation.
With so many KVM choices available, you can narrow your options by deciding how many devices you need to switch among, how many concurrent users you need to connect (and the distance of those users from the main console), and the maximum video resolution you’ll use. Most devices employ programmable hot keys for switching, but make sure that the device you select has at least one key sequence that doesn’t conflict with another function in your organization. If you need to support many systems, you’ll most likely need to cascade multiple KVM switches. In that case, look at how clean the cascading process is for both implementation and operation. In addition to the device’s features, you need to consider form factor, cable quality, and ease of use..
Download KVM Switches Buyers Guide pdfSetting up the LitePro 580 ManualThis chapter describes how to position the LitePro for optimum viewing, how to connect computers and video equipment to the LitePro, and how to power up the projector. Getting started 1. Choose a location where you can dim the lighting. ” To use the LitePro in a well-lit room, use a special high gain screen, which you can obtain from your In Focus dealer. 2. Place the LitePro on a flat surface. 3. Orient the LitePro so that its lens is at a right angle to the projec-tion screen. ” If you want to use the LitePro s Rear Project feature, set it up behind a translucent screen. See Rear Proj on page 28. 4. Remove the lens cover. 5. Plug the power cord into the LitePro, then plug it into your elec-trical outlet. Always use the power cord that was shipped with your LitePro.
The LitePro accepts power from 110-120 VAC and 220-240 VAC, 50 or 60 Hz, three-wire type grounded sources. When you disconnect the LitePro, always remove the power cord from the electrical outlet first, then from the LitePro. It is recommended that you connect a power strip between the LitePro and your electrical outlet to protect against a power surge. Positioning the projector The distance from the LitePro 580 to the screen determines the size of the projected image. Use of the LitePro s X1.4 zoom lens also affects screen size. The table below indicates the size of the screen image when using the maximumCreating Applications Using MySQL, JDBC, and JSP OutlineThree-Tier Application
Presentation Tier: user interface to make
requests, provide input and see results
Middle Tier: application logic
Data Management Tier: database management
MySQL
DBMS
Standard SQL language
JSP vs. Servlets
Servelts - HTML embedded into Java code
JSP - java code embedded into HTML
JSP better for building interfaces with simple logic,
Servlets better for complex application logic
We will use JSP in this project
What is a Java Server page (JSP)?
Combination of JSP scriptlets/tags and HTML/XML tags Has the extension .jsp or .jspx Extension means JSP engine at the web server will process elements on the page JSP engine interprets tags, generates required content, then sends results back as an HTML/XML page to the browser Typically compiled into Java servlet classes the first time called Classes remain in server memory, so subsequent calls have very fast response times
From http://java.sun.com/products/jsp/faq.html
Download pdf Creating Applications Using MySQL, JDBC, and JSP OutlineGetting Started on Windows Web Hosting Part 1SQL Server Web Tools - Customizable tool for Web-based ... Web Hosting Service
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Getting Started On Windows Web Hosting – Part 1 Name Title Why Host On Windows? Long-term investment Compreheive platform Increased ARPU Market guidance Brand recognition Service Provider Licee Agreement Solution Overview The sixth veion of Windows-Based Hosting to be released in August 2006 A Dedicated Sales and Solutio (Product) team at Microsoft that delive Microsoft technology and programs for a hosted infrastructure, including Enterprise-class Windows Server-Based Products optimized, scale and security tested for the Datacenter Exteive testing and scenario simulation of Windows-based technologies Marketing programs Dedicated premier support staff and two outside coulting companies for Windows-based Hosting delivery (EQuest and Implement.Com) and solution testing and training) Solution Partne for Eim and SWSoft – OSS/BSS, Control Panel, Virtual Serve Community groups and Free Technical training Service Provider Liceing Agreement (SPLA) and Joint Selling Programs Microsoft Hosting Program Access to various product teams (OS, Exchange, SQL, Management) at Microsoft Page 5 Overview Of Windows-Based Hosting Veion 4.0 Infrastructure components Server purposing Centralized management Service provisioning Monitoring and reporting Update management Hosted services components Web hosting Data hosting Microsoft Windows SharePoint Services hosting Custom
DownloadEnhance J2EE Component Reuse with XDocletThis tutorial shows J2EE developers how to use XDoclet to speed development. XDoclet simplifies continuous integration between components using attribute-oriented programming. It allows you to radically reduce development time by generating deployment descriptors and support code, allowing you to focus on application logic code. If you are a J2EE development veteran, then you realize keeping code in sync with deployment descriptors can be a drag. Often you may need to reuse components with other applications or in other environments like other application servers or with other database systems. You need to keep separate deployment descriptor for each application/environment combination, even if only one or two lines of the large deployment descriptor changes, you need to have a deployment descriptor for every possible configuration.
This can really slow down development. At times you may feel you spend more time syncing deployment descriptors than writing code. XDoclet facilitates automated deployment descriptor generation. As a code generation utility, it allows you to tack on metadata to language features like classes, method, and fields using what looks like JavaDoc tags. Then it uses that extra metadata to generate related files like deployment descriptor and source code. This concept has been coined attribute-oriented programming (not to be confused with aspect-oriented programming, the other “AOP”). XDoclet generates these related files by parsing your source files similar to the way the JavaDoc engine parses your source to create JavaDoc documentation. In fact earlier versions of XDoclet relied on JavaDoc. XDoclet, like JavaDoc, not only has access to theseAn Architecture for Internet Data TransferThis paper presents the design and implementation of DOT, a flexible architecture for data transfer. This architecture separates content negotiation from the data transfer itself. Applications determine what data they need to send and then use a new transfer service to send it. This transfer service acts as a common interface between applications and the lower-level network layers, facilitating innovation both above and below. The transfer service frees developers from re-inventing transfer mechanisms in each new application. New transfer mechanisms, in turn, can be easily deployed without modifying existing applications.
We discuss the benefits that arise from separating data transfer into a service and the challenges this service must overcome. The paper then examines the implementation of DOT and its plugin framework for creating new data transfer mechanisms. A set of microbenchmarks shows that the DOT prototype performs well, and that the overhead it imposes is unnoticeable in the wide-area. End-to-end experiments using more complex configurations demonstrate DOT’s ability to implement effective, new data delivery mechanisms underneath existing services. Finally, we evaluate a production mail server modified to use DOT using trace data gathered from a live email server. Converting the mail server required only 184 lines-of-code changes to the server, and the resulting system reduces the bandwidth needed to send email by up to 20%.
Download pdf An Architecture for Internet Data TransferWhat is Microsoft's Network Access ProtectionThe most significant differences between Microsoft’s Network Access Protection architecture and other NAC architectures you see in the iLabs come because Microsoft does not make switches or routers. Therefore, the path for handling enforcement is different, focusing on server enforcement and standards-based switch enforcement. The original intent of MS-NAP was not security, but to find and quarantine non-compliant clients in the enterprise LAN. As the interest in NAC has increased, Microsoft has adjusted their architecture to include more enforcement mechanisms. In early 2007, the Trusted Computing Group (TCG) and Microsoft announced interoperability between TNC and NAP thus opening the door for a single unified Network Access Control client
It’s important to realize that MS-NAP is part of Microsoft’s Server 2008 product, previously codenamed Longhorn, and of Windows Vista. The soon to be released Service Pack 3 for Windows XP will also include MS-NAP functionality.
Access Requestor in MS-NAP
Following the common NAC architecture, the Microsoft client side is broken into three parts. At the top are the System Health Agents, taking on the function of collecting end-point security information about the client, such as the state of the anti-virus software or whether the firewall has the right policy. Microsoft has provided a System Health Validator, and many 3rd parties have declared their intent to provide System Health Validators of their own.
These agents are responsible for generating Statements of Health that can be used to assess end-point security. Tying the System Health Agents into the rest of the architecture is Microsoft’s Network Access Protection
