- #BUILD WINDOWS MAKEFILES CMAKE LINUX HOW TO#
- #BUILD WINDOWS MAKEFILES CMAKE LINUX INSTALL#
- #BUILD WINDOWS MAKEFILES CMAKE LINUX GENERATOR#
If you installed PortAudio as described above in Building PortAudio stand-alone on Windows, OS X or Linux and the install prefix you used (CMAKE_INSTALL_PREFIX) is in your system PATH or CMAKE_MODULE_PATH CMake variable, you should be able to use: find_package(portaudio) "portaudio_static" for a static library and.PortAudio defines the following CMake targets: Both ASIO and the DirectX SDK are automatically searched for by the CMake script - if they are found, they will be enabled by default. If you want ASIO support you need to obtain the ASIO2 SDK from Steinberg and place it according to Building Portaudio for Windows with ASIO support using MSVC.
#BUILD WINDOWS MAKEFILES CMAKE LINUX HOW TO#
The following shows an example of how to build a release configuration (assuming the above command was executed previously in the same directory): C:\PABUILD> cmake -build. The equivalent of the following on POSIX'y systems: build_path> -G "Visual StuWin64"Īfter executing the above, you can either open the generated solution with Visual Studio or use CMake to invoke the build process. On Linux, CMake serves a very similar purpose to an autotools "configure" script - except it can generate build metadata apart from Makefiles. If you are unfamiliar with CMake, this section will provide some information on using CMake to build PortAudio. You should obtain a recent version of CMake from if you do not have one already. The output is piped back to Visual Studio.Building PortAudio stand-alone on Windows, OS X or LinuxĬMake can be used to generate Visual Studio solutions on Windows, Makefiles (on Linux and OS X) and build metadata for other build systems for PortAudio. The values can be any command that is valid on the remote system. Use the following settings to run commands on the Linux system before and after building, and before CMake generation. You'll need to configure your Linux targets for the desired locale. Messages shown in the Output window, such as build errors, are shown using the language and locale of the Linux target. Visual Studio language settings aren't propagated to Linux targets because Visual Studio doesn't manage or configure installed packages. For more information, see IntelliSense for remote headers. Visual Studio automatically uses the headers referenced by a CMake project from Linux to Windows to provide a full-fidelity IntelliSense experience.
For more information, see this post on the C++ Team Blog.Īccurate C++ IntelliSense requires access to the C++ headers referenced by your C++ source files.
#BUILD WINDOWS MAKEFILES CMAKE LINUX GENERATOR#
In Visual Studio 2019 version 16.6 or later, Ninja is the default generator for configurations targeting a remote system or WSL, as opposed to Unix Makefiles. "rsyncCommandArgs": "-t -delete -delete-excluded", The default configuration for Linux-Debug in Visual Studio 2017 (and Visual Studio 2019 version 16.0) looks like this: ", For more information, see Customize CMake settings. To make changes, open the file and modify it directly. Visual Studio then creates a new CMakeSettings.json file in your root project folder. Or, right-click CMakeLists.txt in Solution Explorer and choose Change CMake Settings. To change the default CMake settings in Visual Studio 2017, choose CMake > Change CMake Settings > CMakeLists.txt from the main menu.