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The files are listed below:. The wizard sets up all the necessary configurations for a static library automatically. This method is appropriate for when you initially plan to develop a library. The Win32 console project is a native application that produces machine code as opposed to intermediate language code. The actual definition of a "Managed Language" and "CLI" is out of the scope of the project; read up on it if you are interested.

A Win32 project is native language that will only run on a Windows Operating System with. NET Framework installed. Select Next and select Static Library. This will produce an empty project. Copy the solution source code into your newly created header and CPP file. The project properties method allows you to change your library type later in the development phase. The alternative to using the wizard is to use the project properties. The second option allows a user to implement a static library after following the Wizard.

A "use case" for this might be where you intended to implement an application, but after that is decided, it would be best suited as a static library. To compile the solution, right click on the solution and hit Build. The implementation of the library is pretty standard. You must have access to the header file and reference it.

If you do not have the header file, or do not wish to reference it, you must indicate the function definition with the extern tag. The main. You'll notice in the next figure that a new project was added to the library solution file. To add a new project to a solution, right-click on the solution file and hit Add New Project.

Add the following code to your project:. For example, this method is most suitable for the library we are creating now because we have access to the original project. To implement this method, include the project you want into the current solution.

In the case of this example, you should have already added a new project to the library solution. If you have completed this successfully, you should see something similar to the image below. The Drag and Drop method is appropriate when you don't have access to the original project files.

In order to reference your newly compiled library or a third party library , you can navigate to your " Debug " or " Release " directory to select your newly compiled library file. Grab the file labeled Add. The drag and drop method is much simpler than the following method of using the configuration. You must also identify your library file so that the linker is able to properly identify the compiled function.

To this, you must include your library header, or add an extern reference defining the functions you wish to call. The reasons for this library are similar to that mentioned in the drag and drop method. However, this method gives you more control. This is best suited for a third party library. The configuration serves the exact same purposes as the drag and drop method, but is more difficult. Additional dependencies are references using your solution file as the base directory, so that '.

You can also explicitly write in the whole directory path, i. Should you require further assistance, refer to the MSDN article which is very specific but not very graphical or explanatory. The tutorial for the dynamic library is intended to be as similar as possible to the static library. The C file is exactly the same as the previous examples. The wizard sets up all the necessary configurations for a dynamic library automatically. The Wizard method to creating a dynamic library is very similar to the static library as mentioned above.

Although the project files provided by the Wizard have a specific purpose, they will over complicate this tutorial. The Project Properties page is identical to the static library method. This tells the compiler that this is referencing a dynamic library. This process seems redundant to explicitly declare your import or export statements as you would either be compiling a library or exporting a library, and most likely, neither doing both in the same project. This is why I prefer the GCC compiler to produce dynamic libraries.

In addition, keep in mind that you still require the header file or require the function definition. In the case of our library, you should only see one project to reference. Including the lib file is called implicit linking, as the machine code is known at compile time but not actually included into the actual application. Static libraries include the machine code directly into the application, where as dynamic code load it in at run time.

This configuration method is best suited for third party libraries that may have special configurations, allowing you more control. The configuration method is identical to the static library. The reusable header is probably the most common dynamic library header file type for Windows. It allows you re-use your header for both the library compilation or the actual application that links the library.

Previous Next JavaScript must be enabled to correctly display this content. Log into the deployment server's DEP environment. On the Work with Packages form, select Form and then Features. On the Work with Features form, click Add. Note: If you expand the nodes describing each package feature you may inspect the feature definition. You may notice that the UNC share path has been truncated for your newly created entry.

This is NOT an issue as this line entry serves only as a description. Creating an Update Package with the Visual Studio Runtime Library Feature Once the Visual Studio runtime library package feature has been created, it can be associated with either an update or full package.

On the Work with Packages form, click Add. On the Package Assembly Director, click Next to begin the package assembly process. Path Code DV Building and Deploying an Update Package with the Visual Studio Runtime Library Feature After creating the update package, you will need to build and deploy the package. To build and deploy an update package with the VS runtime library feature: Highlight your package and select Row and Define Build.

Select Row and Submit Build to build the package. Feature Type. Feature Installation Options. Additional Install Processes. Third Party. Executable Name. Source Path. Package Name. DV20xxRTL where you will replace xx with the version number.

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