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Quest Management Packs for Microsoft Operations ManageMicrosoft Operations Manager (MOM) 2005 eases administration associated with managing today’s IT infrastructure environment. MOM 2005 helps simplify identification of issues, streamlines the process for determining the root cause of problems, and facilitates quick resolution to restore services and to prevent potential IT problems.
Quest Software’s Management Packs for MOM provide the following:
• Proactive monitoring of ADAM
• In-depth Exchange traffic analysis
• Critical changes to Active Directory and Group Policy Objects
• Event log management
• Consolidated view of all Active Directory performance issues
• Troubleshooting for Active Directory, Exchange, SQL Server, and Active Directory Applications Mode (ADAM)
• Availability and status of Quest® ActiveRoles Server
Proactive monitoring of ADAM Quest Management Pack for Active Directory Application Mode (ADAM) extends Microsoft Operations Manager (MOM) 2005 to provide proactive performance monitoring and real-time diagnostics for detecting, troubleshooting and rapid resolution of replication, performance, and availability problems in ADAM environments.
In-Depth Exchange Traffic Analysis
Traffic Analysis of Microsoft Exchange environments is critical to ensure the overall success of operations. While MOM 2005 and the native Microsoft Exchange 2000/2003 Management Packs provide good metrics on health monitoring, protocol usage and capacity planning, the traffic analysis reports which ship natively are limited to basic reports on Internet mail and Internet SMTP domains.
Microsoft and Quest have partnered to deliver the Quest® Exchange Reporting Management Pack— based on the award-winning Quest MessageStats TM product. The Exchange Reporting Management Pack provides comprehensive Exchange traffic analysis and reporting capabilities for MOM 2005 customers who have the Exchange 2000/2003 Management Pack.
Download pdf Quest Management Packs for Microsoft OperationsWeb Services – An Integral Element of Oecd's dot.STAT Technology Framework for Statistical ApplicationsThe combination of evolving ICT standards that increase the interoperability between applications and the ever-increasing need for a more seamless access to and exchange of information is a major driver in the OECD ICT strategy. This paper describes the role and use of web services in the context of recent developments at the OECD to improve the accessibility of statistical information. It follows up on a paper presented at the 2002 ISIS meeting about “Improving Access to Statistical Information at OECD in Response to Users’ Requirements” and describes a technology framework – called “dot.STAT” – that has been devised for the implementation of applications that enable easy access to certain OECD reference data. The concepts outlined in this paper have been developed in close collaboration with the Statistics Directorate, specialised OECD-internal groups and task forces 2, as well as members of the SDMX Consortium3.
The dot.STAT development framework is designed to help implement the basic infrastructure for the new OECD Statistical Information System. It incorporates a central data warehouse and is part of a broader statistical strategy, which depends on a glossary of statistical terms and a corporate meta-data repository.
The objectives of the dot.STAT framework are threefold. The first aim is to offer a single platform/repository for multiple data/meta-data sets with different characteristics. Secondly it comprises a complete set of information broker tools to make replication from working/production databases as transparent and simple as possible. Thirdly, the architecture aims to offer basic building blocks for the (re)development of statistical production systemsDesign of large .NET applications: Best practicesIn this paper we present experiences with the .NET Framework and Visual Studio.NET which we won in two big projects. Thereby we give hints for the practical use in .NET projects.
We designed and implemented two systems:
• A database maintenance system for the internet risk assessor “MIRA” for the Munich Re. Up to 10 developers were included and the project had a size of 8 man years.
• The core application of the real estate investment company Real I.S. of the Bayerische Landesbank Group. The system was build by a team of up to 14 developers in 20 man years.
Both systems were designed as three-tier-applications and implemented in C#. Main features are database maintenance, document management, workflow support, and user management using Active Directory Server.
The components in picture 2 have the following responsibilities:
Client
• Our GUI-Controls are based on Windows.Forms. Although these classes offer already extensive functionality, expansions were necessary, e.g. for correct output, the interaction between view and model and for copying objects. This was implemented via Wrapper classes. The view uses these Wrapper classes and is responsible for the visible part of the GUI.
• The model contains the data displayed on the surface.
• The component controller processes the user actions, contains the state machine, triggers server actions and opens sub dialogs.
• Transformation maps data between client and server data model.
• Communication is responsible for the data exchange with the server via .NET Remoting.
Download pdf Design of large .NET applications: Best practicesBritney’s Guide to Hacking NT in 5 Easy Steps TutorialThis paper is part of a series of educational pieces, to illuminate the importance of a secure environment on the Internet. Too often we hear or see “solutions” to the security problem, promising a silver bullet to stop hackers in their tracks. The scary part is, many IS managers take these promises as truth, and forget about security as soon as they have their firewall in place. Security is a work in progress, it is a job that is never done, an evolving ever changing landscape of problems, and it is easy to see why many people find the task so daunting, that it is swept under the carpet.
It is an expensive and time consuming job, and never easy to accomplish, but I believe these problems need to be brought to light and dealt with. In order to keep up with security needs, the latest exploits have to be tracked, systems patched, the network constantly monitored, and tested. New exploits appear daily, allowing script kiddies, as they are called, easy and complete access over your system, which may contain valuable or sensitive personal or financial data.
Download Britney’s Guide to Hacking NT in 5 Easy Steps TutorialFreely Annotating C# pdfReflective programming is becoming popular due to the increasing set of dynamic services provided by execution environments like JVM and CLR. With custom attributes Microsoft introduced an extensible model of reflection for CLR: they can be used as additional decorations on element declarations. The same notion has been introduced in Java 1.5. The annotation model, both in Java and in C#, limits annotations to classes and class members. In this paper we describe C# a, an extension of the C# programming language, that allows programmers to annotate statements and code blocks and retrieve these annotations at run-time. We show how this extension can be reduced to the existing model. A set of operations on annotated code blocks to retrieve annotations and manipulate bytecode is introduced. We also discuss how to use C# to annotate programs giving hints on how to parallelize a sequential method and how it can be implemented by means of the abstractions provided by the run-time of the language. Finally, we show how our model for custom attributes has been realized.
Reflection and dynamic loading are becoming essential elements of modern programs. Their usefulness is testified, for example, by the JDBC architecture that shows how to implement a driver-based architecture exploiting the Java dynamic loading.
Although reflection can be used to inspect the structure of types, to access fields and even to invoke methods dynamically, the concept of tagging has been anticipated as an interesting application. Consider for instance the Java serialization architecture: the programmer can declare the instancesRME 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 MacintoshAutoCAD® 2004 Tutorial Second Level: 3D Modeling ManualThe AutoCAD surface modeler defines faceted surfaces using a filled polygon. The created faces of surface models are only planar, which means the surface models can only have approximate curved surfaces. It is important to note that the AutoCAD surface modeler does not create true curved surfaces. To differentiate these two types of surfaces, faceted surfaces are called meshes in AutoCAD. Because of the use of faceted approximation on true curved surfaces, the computer requirements of most faceted surface modelers are typically much less than that of solid modelers.
Faceted surface modeling usually provides reasonably good representations of 3D designs with fast rendering and shading capabilities. Faceted surface models are also useful for creating geometry with unusual surface patterns, such as a 3D topographical model of mountainous terrain.
Download AutoCAD® 2004 Tutorial Second Level: 3D Modeling ManualBD FACSComp™ Software TutorialThis tutorial guides you through a BD FACSComp software lyse/no-wash assay setup run. If you are already familiar with previous versions of BD FACSComp software on Mac® OS 9, refer to the BD FACSComp software (version 5.1 or higher) ReadMe file for a description of new features. Additionally, refer to the ReadMe file for important information about entering bead target values. ReadMe files are located in the Documentation folder/Read Me Files folder on your hard drive.
Read Me Files folder This tutorial covers: • Preparing BD Calibrite™ beads • Performing a lyse/no-wash assay setup run • Optimizing settings for biological samples • Using online Help To perform the steps in this tutorial, you will need: • A cytometer and a computer with BD FACSComp software version 5.1 or later • BD Calibrite beads • Optional: biological samples stained with BD Tritest™ or BD Multitest™ reagents, to be used for the optimization steps. Prepare samples as indicated in the
Download pdf BD FACSComp™ Software TutorialMontana Motorcycle Supplement 2005-2006 Manual PDFWhat you do before you start a trip goes a long way toward determining whether or not you’ll get where you want to go safely. Before taking off on any trip, a safe rider makes a point to: 1. Wear the right gear. 2. Become familiar with the motorcycle. 3. Check the motorcycle equipment. 4. Be a responsible rider. WEAR THE RIGHT GEAR When you ride, your gear is “right” if it protects you.
In any crash, you have a far better chance of avoiding serious injury if you wear: • An approved helmet. • Face or eye protection. • Protective clothing. HELMET USE Crashes can occur - particularly among untrained, beginning riders. And one out of every five motorcycle crashes results in head or neck injuries. Head injuries are just as severe as neck injuries — and far more common. Crash analyses show that head and neck injuries account for a majority of serious and fatal injuries.
Download Montana Motorcycle Supplement 2005-2006 Manual PDFViking Memory Installation Guide Apple Macintosh PowerBook 5300/100, 5300c/100, 5300cs/100, 5300ce/117 pdfThe Apple Macintosh PowerBook 5300/100 comes standard with 8MB of memory sol-dered. It can be expanded to a maximum of 56MB by installing the following Viking Components memory options into its one available expansion slot. The Apple Macintosh PowerBook 5300c/100 and 5300cs/100 come standard with 8MB or 16MB of memory soldered. They can be expanded to a maximum of 56MB or 64MB by installing the following Viking Components memory options into their one available expansion slot. The Apple Macintosh PowerBook 5300ce/117 comes standard with 32MB (16MB sol-dered + 16MB module) of memory.
It can be expanded to a maximum of 64MB* by installing the following Viking Components memory options into its one available expansion slot. Description Viking P/N 16MB Memory Module M5300/16, RM5300/16 32MB Memory Module M5300/32, RM5300/32 48MB Memory Module M5300/48, RM5300/48 *Requires the removal of the standard 16MB module. 5. Place the system right side up on a flat surface and open the display screen. Locate the side panels on each side of the keyboard panel. Gently lift these side panels up no more than an 8. Locate the memory expansion connector in the front left side corner of the open com-partment. To install a memory module, grip the module by its edges and align the con-nector on the module with the connector in the expansion slot. Make sure that the key-board cables are on top of the memory module before completely installing the module. Firmly press down directly over the connector on the module until it s well
