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SilkPerformer DotNet Framework 2006 Release 2 Developer GuideThis introduction serves as a high-level overview of the different test approaches and tools, including Java Explorer, Java Framework, .NET Explorer, and .NET Framework that are offered by SilkPerformer SOA (Service Oriented Architecture) Edition
SilkPerformer .NET Explorer, which was developed using .NET, allows you to test Web Services, .NET Remoting objects, and other GUI-less .NET objects. .NET Explorer allows you to define and execute complete test scenarios with different test cases without requiring manual programming—everything is done visually via point and click operations. Test scripts are visual and easy to understand—even for staff members who aren't familiar with .NET programming languages.
Test scenarios created with SilkPerformer .NET Explorer can be exported to SilkPerformer Workbench for immediate reuse in concurrency and load testing; and to Microsoft Visual Studio .NET for further customization.
To launch SilkPerformer .NET Explorer:
If you have SilkPerformer SOA Edition, go to: Start/Programs/Borland/SilkPerformer SOA Edition 2006 R2/SilkPerformer .NET Explorer. If you have SilkPerformer Enterprise Edition, go to: Start/Programs/Borland/SilkPerformer 2006 R2/Development Tools/SilkPerformer .NET Explorer.
Alternately you can launch SilkPerformer Workbench:
If you have SilkPerformer SOA Edition, go to: Start/Programs/Borland/SilkPerformer SOA Edition 2006 R2/SilkPerformer SOA Workbench. If you have SilkPerformer Enterprise Edition, go to: Start/Programs/Borland/ SilkPerformer 2006 R2/SilkPerformer Workbench. Create a new project with the application type .NET/.NET Explorer or Web Services/.NET Explorer.
Download pdf SilkPerformer DotNet Framework 2006 Release 2 Developer GuideAn ASM specification of C# threads and the .NET memory modelModern object-oriented programming languages like Java or C# support multithreaded programming. They allow several threads to run concurrently sharing objects on the heap in the same address space. Each thread has its own frame stack, program counter, local variables and registers. The languages have special syntactical constructs for synchronization. Java has a synchronized statement and synchronized methods, while C# has a lock statement and several attributes that can be applied to classes and methods to control their run-time synchronization behavior.
Although the C# programming languages supports multi-threaded programming directly via special syntax, the underlying thread model is poorly documented and still considered to be part of the library. The Ecma standards for C# [4] and the Common Language Infrastructure [5] contain only a few paragraphs about threads. For example, the lock statement is defined in by a reduction to the library functions Monitor.Enter and Monitor.Exit which are not further specified there. Important issues, such as the order of writes to volatile and non-volatile fields, are just briefly mentioned in two paragraphs in. Hence, a program developer has to rely solely on the class library documentation that comes with Microsoft’s .NET framework Software Development Kit. Unfortunately, that documentation is not very precise with respect to threads, locks and memory issues. Moreover, it is not identical with the (XML) specification of the types that comprise the standard li- braries in [5, Partition IV, Profiles and Libraries]. For example, specifications of Thread.Interrupt, Thread.Suspend and Thread.Resume are not included in.
If a programmer cannot rely onSerializing object in XML format in Eiffel.NET ApplicationsThis document presents my work as part of course COSC 4080 during fall 2002, under the supervision of Professor Jonathan Ostroff. The initial purpose of the project was to write a reusable component to store Eiffel objects in XML format, and also to investigate a new product from Eiffel Software, namely Eiffel Envision.
Eiffel Envision is a plug-in for Visual Studio.NET that facilitate the writing, debugging and testing of Eiffel code in Visual Studio.NET. Needless to say, the integration between Eiffel and the .NET Framework (hereinafter referred to as Eiffel.NET) is not just at the GUI level. Eiffel is now one of the few languages that are .NET compatible. This means that programmers can compile Eiffel code to run on the .NET Common Language Runtime (more on this issue in the next section).
This document is written in the form of a tutorial, and it reflects, in a way, the learning curve that I was facing when working on the project. Although the final code for the XML Serialization application is fairly short, I have revised it and restructured it dozens of time; at every step along the way I have learned something new, and realized that the code I have written was wrong, or perhaps it wasn’t efficient.
These are the topics that are covered in this document:
• Eiffel.NET and Envision – I present a tutorial about the integration between Eiffel and the .NET Framework, including step-by- step examples on how to use Envision, how to create Eiffel.NET applications, how to useHow to change the in car light bulbsFirst thing you got to do is take off the plastic covers on the ceiling light. (circled red). You do it by taking a knife or a small flat screwdriver and you pull it off by pushing the knife in the arrow direction. Then after you have removed the plastic covers off, you will see two screws in the holes. Unscrew these out and pull thelight will fall off like in the pic. Then just pull it off.
After the light is off, unplug these connector – it may be more in your case. After you have the light free. Take off the white plastic lid by pressing the red circled point in the arrow direction and pulling it upwards. After that, you have the access to the bulbs. They are 5W bulbs. After you change the bulbs do the reverse to get the light back on.
After you have removed the light off the ceiling. You will see a nut that holds the aerial base to the cars roof. Unscrew the nut and take off all contacts off the screw. (arrows yellow). To get the base off, press it from inside the car upwards and it will pop out.(blue arrow) And that is it, now put the new base in. put all the contacts on the new base screw and tighten the nut again
Download pdf How to change the in car light bulbsNokia N75 and Nokia N76 Hit the USNokia N75 and Nokia N76 phone models have been released on the US market too.... Nokia N76 is the thinnest Nseries multimedia computer coming from Nokia
Get manualTrumpCard Installation Guide Manual for Macintosh PowerBooksThe Four of Diamonds is an Ethernet LAN PC Card. The MacJack of Diamonds is an Ethernet LAN and 33.6Kbps Data+Fax Modem PC Card. Both TRUMPCARDs conform to Type II PC Card standards. About this Manual This guide provides installation instructions for the Four of Diamonds and MacJack of Diamonds. The Installation Guide for Macintosh PowerBooks explains how to install the necessary software, enable an Ethernet network connection and a TRUMPCARD modem.
The following icons denote which sections of this manual are relevant to which TRUMPCARD: MacJack of Diamonds Four of Diamonds Notes: This manual is intended as a supplement to the Modem User s Guide. For modem commands, refer to the Modem User s Guide. Please refer to the Read Me First file on the Macintosh Drivers and Utilities disk for any release notices and post-press changes to this manual.
Download pdf TrumpCard Installation Guide for Macintosh PowerBooksCreating a Paperspace TemplateSince my first days with DesignCad, a paperspace template was not available until I created one and imported the file into my existing drawing file, filling in the necessary details into the titleblock before printing. Frankly, it was a pain until DesignCad came out with paperspace templates.
To the new user, the existing templates are quite and more than suitable and may indeed be suitable for some experienced users and customers alike, but from time to time or as is required, an up to date template is required to:
1. look professional,
2. convey the information required by a given standard i.e. local council or Patents Office.
3. Your drawing standards and template requirements have changed.
My own business has a drawing template log, where any changes to templates are noted and dated. Why? For quality reasons and if my company is audited, I can show the auditor the trail of changes, if asked.
To the new user, creating templates can be a daunting task, even to a reasonably experienced user, so with this tutorial, I will endeavour to guide you through the task. Paperspace templates are all based on a standard, being ISO, DIN, JIS, ANSI to name but some. Most, if not all are based on the ISO Standard.
Download pdf Creating a Paperspace TemplateThe Media Audit Quick Classroom in a BookTips and Tricks Presentations Made Easy Ranker Working with Respondent Based Software in TMA Media Plan/Buy Report Market Index Composite Average Target Profile Media Profile Composition Reports Special Reports Ad Campaign Planner Regular Reach and Frequency Reach and Frequency for Websites Age Demo Analysis Media Day Analysis Management Reports Combo Builder Cross Tab Working with Respondent Based Software in the Cross Tab Program Key Definitions Survey Methodology Summary of Measured Media Summary of Measured Targets Summary of Reports Ranker Ranks media by rating or index against a single target. Rank by cume rating, most often rating, cume index or most often index. Within Ranker is the Media Buy/Plan report, that displays persons, rating, composition and index for both cume and most often audiences.
The Media Buy/Plan report also includes a “conversion ratio”, which is defined as the % of the cume audience that is also in the most often audience. Demonstrates media efficiency at reaching a target audience. Choose one target with multiple media or one media with multiple targets. Multiple Media/Single Target: Compares media audience composition to the market composition, ranking media from highest to lowest index. Multiple Targets/Single Media: Provides audience composition and market index for a single medium and an unlimited number of targets. Can be sorted by index to show a media’s strengths or propensities compared to the market.
Market Index Composite Average Ranks any number of media on up to five targets and provides an average figure for the selected targets. Creates quick demographic profile of 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 vectorsSearching for processes and threads in Microsoft Windows memory dumpsCurrent tools to analyze memory dumps of systems running Microsoft Windows usually build on the concept of enumerating lists maintained by the kernel to keep track of processes, threads and other objects. Therefore they will frequently fail to detect objects that are already terminated or which have been hidden by Direct Kernel Object Manipulation techniques.
This article analyzes the in-memory structures which represent processes and threads. It develops search patterns which will then be used to scan the whole memory dump for traces of said objects, independent from the aforementioned lists. As demonstrated by a proof-of-concept implementation this approach could reveal hidden and terminated processes and threads, under some circumstances even after the system under examination has been rebooted.
The physical memory of a computer running Microsoft Windows 2000 or one of its descendants contains all metainformation necessary to manage the processes that are currently executed. As Chow, Pfaff, Garfinkel and Rosenblum showed, such meta-information in kernel memory can survive periods over 14 days and longer while the system is in use (Chow et al., 2005). Despite its volatile nature kernel memory thus is a useful information source in a forensic examination. Several methods exist to dump the physical memory’s contents to a file. Carrier and Grand (2004) provide a comprehensive description. On the Microsoft Windows platform there are two methodscommonlyused.Copying\.DevicePhysical Memory to a file with the help of dd (Garner, 2004; Nicholas Harbour, 2005) is still very popular and recommended even in the newer literature (Brown, 2005, p. 223f.). Main benefit
