![]() The one move we do make in this part of the turotial is move from delay loops to using the system timer peripheral. There's no ARM bare metal in it - just compiling the same armc-09 tutorial with a build system! However, to continue with the tutorials, you'll need CMake installed to configure + build the tutorials. If you really don't want to know anything about the CMake build system, just skip this section of the tutorial. 2013 01 15 had a great blast in the manta.2012 11 28 finally the v6 manta up a running again.2012 05 09 clutch release bearing failure.2012 02 24 took the engine back out again.2011 10 16 moving along with the rebuild.2011 09 25 getting ready to spray the engine bay again.2011 09 14 started work on the new sump pan.2011 09 10 built some more of the frame.2011 09 04 started work on the 2011 rebuild.2011 01 01 finally driven the manta again today.2010 10 12 starting putting the engine back together.2010 06 12 getting ready to bolt it back in. ![]() 2010 06 06 done most of the bits on the v6.2010 04 26 nearly finished the second manifold.2010 03 22 gearbox sealed and release bearing fitted.2010 02 03 ordered the exhaust manifold flanges.2010 01 27 started building the v6 heads up.2009 10 05 trialling the throttle bodies a few more bits painted.2008 12 14 stripping the x25xe v6 bottom end.2008 11 16 engine gearbox mounted steering column fitted.2008 09 02 rebuilt oil pump started headwork.2008 04 16 rebuilt the gearbox so i get gear selection.2008 04 12 shimmed up the diff, and fitted the clocks.2008 04 08 fitted the rear windows and steering column.2008 03 22 diff bearings need replacing.2008 03 19 suspension bushes are always wrong.2008 02 24 painted the nextel and checked for wheel clearance.2007 12 04 painting the inside and engine bay.2004 04 20 finally got around to the manta.Once the project is built successfully, you can run the program as follows. The -build option indicates that CMake should perform a build operation in the specified directory. Run the following CMake command to build a project. It will be created automatically if it does not exist. In this case, it is set to a directory named build. The -B option specifies the build directory for the CMake project. In this case, it is set to the current directory. The -S option specifies the source directory for the CMake project. Inside the project directory, run the following CMake command to generate the build scripts and configure the project. Step 4: Configure the project with CMake.The code uses the cudaGetDeviceCount function from the CUDA runtime API to retrieve the number of CUDA devices in the system and prints it to the console. Inside the project directory, create main.cpp source file. The target represents the CUDA runtime library. In this case, we link the CUDA::cudart target, which is provided by the CUDAToolkit package. The target_link_libraries command specifies the libraries that should be linked with the target executable. The add_executable command specifies the source files that should be compiled to create an executable. The REQUIRED keyword indicates that the package is mandatory for building the project. ![]() The find_package command searches the CUDAToolkit package installed on the system. Test_cuda/CMakeLists.txt cmake_minimum_required(VERSION 3.25) This file will contain the instructions for CMake to configure and generate the build scripts. Inside the project directory, create a CMakeLists.txt file. Once the directory is created, navigate to it. For example, let's create a directory called test_cuda for a simple project that determines the number of CUDA devices in the system. Build CUDA C++ programĬreate a new directory for CUDA C++ project. Prepare environmentīefore starting, make sure you have installed CUDA, CMake and C++ compiler (g++ or Visual C++) or your system. This tutorial provides the steps to set up a CUDA C++ program using CMake. When it comes to CUDA C++ programming, CMake can be used to configure and generate build scripts for building CUDA applications. CMake is a tool which uses a configuration file called CMakeLists.txt for generating standard build files such as makefiles on Unix systems, Visual Studio project files on Windows, etc. ![]()
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