A C/C++ Library for Wiimote Main/Home Page. - WiiYourself! - gl.tter's native C++ Wiimote library. Executing Dynamic Code in .Net. By Rick Strahl Last Update: September 8th, 2002 Code for this article: Dynamic code execution is a powerful feature that allows applications to be extended with code that is not compiled into the application. Users can customize applications and developers can dynamically update code easily. In this article, Rick takes a look what it takes to execute code dynamically with the .Net framework and introduces a class that simplifies the tasks by wrapping the details of the process in an easy to use interface that only requires a few lines of code.
I come from an xBase background using Visual FoxPro for many years. One of the nice features of xBase has always been the ability to dynamically execute code in applications. Compiling and Executing Code at Runtime. Download source code - 18.3 Kb Well, this is my first article at The Code Project, so I'll try my best to stay on topic. I was recently interested in creating a sort of precedence calculator library. I was about 10% underway when I suddenly had a thought. What if instead I could just use C# code, compile and execute it, then get the result of the mathematical equation back.
Well, I figured it wouldn't be easy, but there must be a way of making it work. This is the core of my library. This is the pubic interface to my library. One thing that cannot be done with this library (at the moment at least) is running code that calls for referenced namespaces to external DLLs. That's basically it, that's all the code you need to compile and execute uncompiled code at runtime. The library also includes a template setup for doing mathematical calculations. I also included a small test application with the library. /x myNamespace MyClass MyFunction False param1,param2,param3,etc.
Embedded Code In Reporting Services. When I first installed Reporting Services I had read something about embedded code, and my head had filled with visions of grandeur. I pictured hooking events for customization and deriving new classes to override virtual functions. I expected an ASP.NET experience complete with code behind and a reporting engine under the hood. So before we continue, let’s be clear – you won’t be doing any of the above with embedded code in Reporting Services for SQL Server 2000. There are, however, lots of extensibility points in Reporting Services. You can write rendering, delivery, security, and data processing extensions to meet special needs, such as forms authentication – but the focus of this article will be on embedded code. Why Embed Code? Reporting Services gives you a number of functions to use in a report. Custom code comes in two forms. The second form of custom code is code embedded directly into a report.
=Code.SetColor(Fields! So where does the code live? <Report > ... Take A Step Back. Using the SQL Reporting Services Web Service - Microsoft: ASP.NET FAQ. Join your peers on the Internet's largest technical computer professional community.It's easy to join and it's free. Here's Why Members Love Tek-Tips Forums: Talk To Other MembersNotification Of Responses To QuestionsFavorite Forums One Click AccessKeyword Search Of All Posts, And More... Register now while it's still free! Reporting Services Web Service. Sign in Home 2014 2012 2008 R2 2008 Previous Versions Library Forums Reporting Services Web Service SQL Server 2000 The Reporting Services Web service is an Extensible Markup Language (XML) Web service with a Simple Object Access Protocol (SOAP) API.
You can use the Web service to add the functionality of Reporting Services to your business applications. The following table describes the topics in this section. See Also Did you find this helpful? Tell us more... (1500 characters remaining) Thank you for your feedback Show: © 2014 Microsoft Manage Your Profile Site Feedback © 2014 Microsoft. Using custom .NET code with Reporting Services part I - Mike's Blog. Tutorial: Generating RDL Using the .NET Framework. This tutorial illustrates how to write Report Definition Language (RDL) to a report definition file using the System.Xml.XmlDocument class. ,The XmlDocument class provides an XML document object model (DOM) you can use to quickly generate the data structure of an RDL, and helps you to build report definition documents that conform to the RDL specification.
If you need to write XML as raw data without the overhead of a DOM, you can use an System.Xml.XmlTextWriter. The writer provides a fast, forward-only way of generating XML. The System.Xml.XmlTextWriter writes to a stream rather than using an object model such as the XML DOM. During the course of this tutorial, you will complete the following activities: To complete the tutorial, you must have the following: Estimated time to complete the tutorial: 60 minutes. Walkthrough - Generating RDL Using the .NET Framework. This walkthrough illustrates how to write Report Definition Language (RDL) to a report definition file using the XmlTextWriter class. The writer provides a fast, forward-only way of generating XML, thus RDL, and helps you to build report definition documents that conform to the RDL specification. The XmlTextWriter writes to a stream rather than using an object model such as the XML DOM, and so gives better performance.
Typically, you use an XmlTextWriter if you need to write XML as raw data without the overhead of a DOM. The XmlTextWriter is an implementation of the XmlWriter class that provides the API which writes XML to a file stream. The XmlTextWriter class provides several methods that are useful for creating a report definition file. During the course of this walkthrough, you will accomplish the following activities: Create an application using the Visual Studio .NET Console Application project template. Requirements To complete the walkthrough, you must have the following:
CSS. Art Source. AutoStitch. AutoStitch works from unordered collections of images, automatically finding matches between images using the SIFT algorithm. It then robustly aligns all images and uses advanced blending algorithms to form seamless panoramas (see below). For more details, see our research papers. 25 of 57 images aligned All 57 images aligned Final Result Note: Mobile versions of AutoStitch are developed by Cloudburst Research. AutoStitch is available to license from the University of British Columbia. AutoStitch is now available in the following commercial products: Autopano Pro www.autopano.net (Windows, Mac, Linux) Serif PanoramaPlus www.serif.com (Windows) Calico www.kekus.com (Mac) The University of British Columbia has also granted a commercial license to Industrial Light & Magic (ILM) www.ilm.com, a Lucasfilm Ltd. company, to use AutoStitch software to produce panoramas for film production.
The version of AutoStitch on this website is a demo only. Q: What projection method does AutoStitch use? Black Viper’s Windows XP x86 (32-bit) Service Pack 3 Service Configurations. Introduction This information is valid for all versions of XP x86 (32-bit) running Service Pack 3. XP Pro x64 (64-bit) Service information and Configurations are also online. Before adjusting your service settings, ensure that you or your system has already installed all updates by “checking now” for any available updates via Windows Update.
I cannot possibly test all configurations extensively (meaning, each persons specific computer needs), but what I can offer is what “works for me” and the obstacles I have came across so you do not have to discover them on your own. If information on this page needs a revision or expanded, please feel free to comment below. Notes for a Happier Computer and User Do not use “msconfig” to disable services, type “services.msc” in the Run box instead! Table Header Information The columns are sortable. Configuration Information Automatic ~ With a service in this state, it will start at boot time. Service Dependency Abbreviation Information. Font Generator.
Em Calculator. Raspberry Pi XBMC Media Center – A Complete Solution | Jason Carr. I have to admit it’s taken a good amount of research and experimentation, but I finally have an XBMC media center solution on the Raspberry Pi that rivals what I used to have on my old power-sucking full-size PC. I’m writing this guide to help others get up and running with a stable solution as quickly as possible. I’ll be covering everything from the hardware pieces to the software and configuration. I’m also hoping this guide will be accessible to those who aren’t overly tech-inclined, and I’ll provide some support in the comments. Continue on after the break for the complete guide. Table of Contents Introduction What is a Raspberry Pi? The Raspberry Pi is a credit card-sized computer that you can buy for $35.
The Pi has two USB ports, an 1/8″ audio port (headphone jack), an RCA video out (for standard definition TVs), an HDMI video out (for HDTVs), an SD card slot, and an ethernet port. What is XBMC? Why create a Raspberry Pi XBMC media center? Back to Index The Hardware “Whew! Raspberry Pi.