browse the list, and near the end check the "VideoGrabberNET control" component, click "OK" now the TVideoGrabber component appears in the ToolBox, select it and place it on the form (wait a few seconds before the control appears) double click on the button, and put this code in the button1_click event: "axVideoGrabberX1.StartPreview();"

First of all, be sure that the OCX control is registered: unzip the TVideoGrabber package in a folder of your choice, then click on regVGX.cmd in the ActiveX subfolder.

Assuming that you have successfully installed C-Sharpener For VB, the menu option should automatically appear. If it doesn't appear, then try the following: Turn on the checkbox to the left of C-Sharpener For VB and click the OK button. The menu option should now appear.

This project is my hobby and the last thing I want to do in my spare time was use a language or environment I don't enjoy (I code on Macs during the day, and that's enough pain ^_^). I like C#, and I love Visual Studio. Just about any argument you can create against it can be countered, so don't even try. If you don't like it, you don't have to use it; I know that this is certainly my philosophy with other languages/environments!

Yes! SpeechStudio provides tutorials for C++, VB, VB.NET and C#. You can use any language that supports automation.

When using Visual C++ I get "fatal error C1083: Cannot open include file: 'windows.h': No such file or directory" When using Visual C++ 5, I get the following error message: SDL.lib : fatal error LNK1106: invalid file or disk full

Microsoft didn't get its Standard C++ act together until Visual C++ 2003. (a.k.a. version 7.1) If you must use older versions of VC++, you're stuck with either the C API, or the ancient 1.7.1 release of MySQL++. This version is an unofficial third-party contribution which is known to have bugs. If it works, I'm happy for you. If it breaks, you get to keep both pieces. Microsoft is giving away a limited but functional version of Visual C++ 2005 which works just fine with MySQL++.

you can use a PCI card with 4 inputs/ouputs, (4 TVideoGrabber components will be used separately), e.g. like the IEI IVC200: you can use several webcams (one webcam per TVideoGrabber component, this is equivalent to the 1) solution above you can use one PCI card with 4 inputs and one multiplexed output, e.g. like the IEI IVC 100, or the PICO 2000 DRV card used with this generic driver. For the 1) and 2) solutions, use several TVideoGrabber components as sources.

J. Henshaw asks "Is it possible to run both VB6 and VB.Net on the same machine,or do I have to remove VB6 to be able to use VB.NET", and the answer is a definite yes. You can run them both on the same machine. Many people, including myself, run VB6 on the same machine as their installation of Visual Basic .NET. If you look at this KB article from Microsoft Support, you will even see that it recommended to run VB6 and VB.NET on the same machine when upgrading projects from one to another.

The percentage of the project that will be converted is typically more than 99%. However, the percentage can vary greatly depending on the structure of your code. For instance, if Option Strict is On then it is significantly easier to convert your code because C# is more type strict. Please see Limitations and Workarounds (PDF file) for more details. You may also want to look at some sample converted projects.

The service has been tested with a C# client auto-generated from WSDL by the wsdl.exe tool. It should work fine from any .NET language.

Here's a funny analogy I saw posted->) Well, the principle is the same (create interface, add code to respond to events, add code to do something useful). But programming in VB is like riding a kiddy bike, while programming in C++ is like driving a Formula 1 racing car - be prepared for accidents. But seriously, VB is interpreted, MSVC is compiled, therefore MSVC programs should be much faster (if written well).

Visual C++ is Microsoft's premiere Windows programming environment. While there are several interesting, up-and-coming contenders in the client/server marketplace, C++ has proven itself to be the best tool available today for building large-scale, mission-critical applications. Although "Fourth Generation" programming environments offer features for rapid development, the end-results are often disappointing or impractical for large-scale implementations.

Your application somehow has picked up the Microsoft SDK header Msxml.h which has its own typedef of DOMDocument. This confuses with the Xerces-C++ 2.7.0 xercesc::DOMDocument and thus lead to the compilation errors.

The answer for all of these examples is the same, you can use the classes and methods in System.Diagnostics.Process to accomplish these tasks and more. Example 1. Running a command line application, without concern for the results: Private Sub Button1_Click(ByVal sender As System.Object, _ Example 2. Retrieving the results and waiting until the process stops (running the process synchronously): Private Sub Button2_Click(ByVal sender As Object, _ Example 3.

Paul Vick, Technical Lead on VB.NET, and the author of the Visual Basic .NET Language Specification, discusses the new short-circuiting boolean operators added in Visual Basic .NET 2002.

The environment for all virtual hosting plans at uplinkearth is considered to be "production". We expect that your code has been debugged prior to uploading to your virtual server. While we recognize that matching our server environment to your development environment may not be 100% possible, we do expect that most of your code is already production quality and does not require low level debugging facilities.

There are two main reasons. Speed and functionality. If your application needs to deliver real time mathematical results, you need speed. If your application needs to implement special, less known mathematical algorithms, not covered in standard math libraries, you need functionality. In either case MtxVec is a good choice.

Recall that when you delete[] an array, the runtime system magically knows how many destructors to run. This FAQ describes a technique used by some C++ compilers to do this (the other common technique is to use an associative array). If the compiler uses the "over-allocation" technique, the code for p = new Fred[n] looks something like the following.

Visual C++ provides its own STL implementation, and some of the other Microsoft C++ library headers may rely on that implementation. In particular, the SGI STL has not been tested in combination with Microsoft's new <iostream> header. It has been used successfully with the older <iostream.h> header.

Unfortunately no. Microsoft Visual C++ 6 has many severely broken language features. Sh is written with a standard C++ compiler in mind, and supporting Visual C++ 6 would have a significant impact on the maintainability, readability and potentially performance of the Sh code. However, Sh support Microsoft Visual C++ .NET (also called Visual C++ 7 by some) and up out of the box. We recommend you upgrade to this compiler.

The 16-bit version of Visual C++ (1.5x) only supports the development of OLE controls. It does not allow for the use of them in any way. Other 16-bit tools, such as Visual Basic 4.0 (16-bit) and Oracle's Power Objects, however, do allow their use. I think that Borland's 32/16-bit environment does allow their use too, but does not allow any "design time" configuration of the controls.

You need to pass the SDL_INIT_NOPARACHUTE flag to your calls to SDL_Init() to make the msvc debugger work. Otherwise the debugger will be unable to trace exceptions, and other debugging features like run to cursor won't work.

Microsoft has made their Visual C++ compiler available for free. It can be downloaded from Microsoft. You can use this compiler to build sanos. The sanos source distribution contains a Makefile which can be used to build sanos using the Visual C++ Toolkit 2003. However, some necessary tools are missing. The following files are missing: All tools but the MASM assembler (ml.exe) can be obtain freely from the Microsoft Platform SDK February 2003. MASM can be obtained from the Visual C++ 6.

Visual C++ can be used as a debugger. Select "Open Workspace" under the File menu. Select "Executable Files" under the dropdown box called "Files of type". Use the dialog box to locate the EXE you want to debug. After doing this, Visual C++ will allow you to debug that EXE, just as if it were built from a project.

Yes. See Integrating Microsoft Visual C 6 with Code::Blocks IDE for a detailed description on using VC++ 6.0 with Code::Blocks.

Start a new project and select makefile, on the general tab. Enter the name of the project and the folder where it will be located, leaving the ‘Create directory for solution’ box unchecked. Click OK. in the ‘Build command line:’ box. Under ‘Clean commands:’ type “make clean”.

In VS2003, debug info for unmanaged code is turned off by default. This is why you will not see the call stack including code in the System DLLs. To enable debugging for unmanaged code go to your project properties dialog and turn on as shown here: Contributed...

Wise for Visual Studio .NET is a specially designed Wise product that operates within the Visual Studio interface, with the full functionality of the Wise installation authoring environment. Wise for Visual Studio .NET™ is the only full-featured installation product embedded directly into Microsoft® Visual Studio® .NET. Our participation in the Visual Studio Integration Program and our close partnership with Microsoft gives us exclusive access to Microsoft technology.