The absolute path name of the solution (defined as drive + path + base name + file extension). Defined only when building a solution in the IDE. The file name of the solution (defined as base name + file extension). It includes the '.' before the file extension. The directory of the solution (defined as drive + path) includes the trailing backslash '\'. The namespace, if any, containing the application. For more information, see Changing Project Settings for a C/C++ Debug Configuration. Set to the value of the Remote Machine property on the Debug property page. Defaults to the $(OutDir)app.publish\ folder. The output location for the publish target includes the trailing backslash '\'. The absolute path name of the project (defined as drive + path + base name + file extension). The file name of the project (defined as base name + file extension). The directory of the project (defined as drive + path) includes the trailing backslash '\'. The short name of current architecture, for example, "x86" or "圆4". The name of current project platform, for example, "Win32". Don't use $(IntDir) to define this property. It resolves to the value for the Output Directory property. If it's a relative path, output files go to this path appended to the project directory. Don't use $(OutDir) to define this property. It resolves to the value for the Intermediate Directory property. If it's a relative path, intermediate files go to this path appended to the project directory. Path to the directory specified for intermediate files. The fxcop.cmd file isn't installed in all Visual Studio editions.
#Msbuild visual studio 2022 full
Combined with $(FrameworkDir), the full path to the version of the. NET Framework could have been installed as part of Visual Studio or separately. The directory into which you installed the. The installation directory of Visual Studio (defined as drive + path) includes the trailing backslash '\'. The name of the current project configuration, for example, "Debug". For details on how MSBuild property definitions are created and used as macros in. Go to the Macros dialog to see all of the properties and their current values in your project. This table describes a commonly used subset of the available macros there are many more not listed here. Because the Include Directories macro is a combination of two other macros, $(VC_IncludePath) and $(WindowsSDK_IncludePath), the bottom pane, labeled Inherited values, lists those two macros. The bottom pane shows which macros were expanded, if any, to produce the include directory property value. The left pane shows the evaluated value of the include directory property. On the right is a list of Visual Studio macros such as $(AllowLocalNetworkLoopback). For more information, see the Specifying User-Defined Values section of C++ project property page reference. That expands the dialog to show the current set of properties and macros visible to Visual Studio, along with the current value for each.
In the Include Directories dialog box that appears, select the Macros> button. Select the dropdown button, then select Edit. Select Include Directories and a dropdown will appear at the end of the row.
The expansion of those two macros sets the include directories to search.
The dollar sign and parenthesis surrounding these two values indicates that they are macros. The value for Include directories is $(VC_IncludePath) $(WindowsSDK_IncludePath). You can recognize a macro by the dollar sign and parenthesis that surround its name.įor example, in the left pane, select Configuration Properties > VC++ Directories, and then in the right pane, select Include directories. In the Property Pages dialog, choose an entry that has a macro in it. To display all of the currently available macros, open the project property pages from the main menu by selecting Project > Properties. You can use these macros anywhere in a project's Property Pages dialog box where strings are accepted. targets files, or in your project settings. The macros correspond to the MSBuild properties that are set by default, or in. Depending on your installation options, Visual Studio can make hundreds of macros available to you in an MSBuild-based.
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