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1. Cross compile for arm with cmake for windows .exe#
2. Cross compile for arm with cmake for windows full#

The Arm toolchain does not include the GNU Make command, so we must download this separately, either as a standalone program or as part of a suite of GNU development tools. Toolchain Configurationīy default, The GNU Arm Toolchain for Windows is installed in the C:\Program Files (x86)\GNU Arm Embedded Toolchain\ as a subfolder named after the release version. I’ll assume you’re familiar with the Linux based embedded system project that we’ve used in previous posts and just focus on changes required for Windows. We need to modify our Linux CMake configuration and supporting build script to address these portability problems. This isn’t a big problem, but any automated build script must include this. Running an NMake build requires a custom environment to be set up by running the vcvarsall.bat supplied with the Microsoft VS Toolset. The fourth and last point is that CMake generates build files for Microsoft NMake. This isn’t used with Linux executables, leading to a minor difference between the command name (CL) and the executable file name (CL.EXE) not found under Linux.

Cross compile for arm with cmake for windows full#

CMake may require the full pathname to the compiler executable, including the. Running the C/C++ compiler is a matter of entering the command CL or CL.EXE (case is ignored but is usually shown as uppercase in documentation).

Cross compile for arm with cmake for windows .exe#

exe suffix to identify executable programs, but there is no requirement to include this suffix when invoking an executable from the command line. The third point is around command and file naming conventions. Not by much, but enough to confuse us, as some options that work under Linux are not available under Windows. The second point to make is that the CMake command line is subtly different. The first point to make about CMake on Windows is that it defaults to generating build files for Visual Studio and assumes you will be using the Microsoft Visual Studio Toolset. An alternative approach, briefly discussed at the end of the blog, is to use container technology such as Windows Subsystem for Linux (WSL2) or Docker, or use a full-blown Linux Virtual Machine hosted in VirtualBox or VMWare. The first part of this blog discusses running the Windows hosted versions of CMake, GNU Arm Embedded Toolchain and GNU Make. In this post, we’ll work with the GNU Arm Embedded Toolchain on a Windows 10 Host. In previous blog posts in this series ( Part 1, Part 2 and Part 3), I looked at using CMake on a Linux host to configure a build to cross compile to target hardware such as the STM32F4 Series.