Installing and Building with CMake¶
SixtyFPS comes with a CMake integration that automates the compilation step of the
.60 markup language files and
offers a CMake target for convenient linkage.
Note: We recommend using the Ninja generator of CMake for the most efficient build and
.60 dependency tracking.
You can select the CMake Ninja backend by passing
-GNinja or setting the
CMAKE_GENERATOR environment variable to
Building from Sources¶
The recommended and most flexible way to use the C++ API is to build SixtyFPS from sources.
First you need to install the prerequisites:
Install Rust by following the Rust Getting Started Guide. Once this is done, you should have the
rustccompiler and the
cargobuild system installed in your path.
cmake (3.16 or newer)
A C++ compiler that supports C++17 (e.g., MSVC 2019 on Windows)
You can include SixtyFPS in your CMake project using CMake’s
Insert the following snippet into your
CMakeLists.txt to make CMake download the latest release, compile it and make the CMake integration available:
include(FetchContent) FetchContent_Declare( SixtyFPS GIT_REPOSITORY https://github.com/sixtyfpsui/sixtyfps.git GIT_TAG v0.1.1 SOURCE_SUBDIR api/sixtyfps-cpp ) FetchContent_MakeAvailable(SixtyFPS)
If you prefer to treat SixtyFPS as an external CMake package, then you can also build SixtyFPS from source like a regular
CMake project, install it into a prefix directory of your choice and use
find_package(SixtyFPS) in your
It is possible to cross-compile SixtyFPS to a different target architecture when building with CMake. In order to complete that, you need to make sure that your CMake setup is ready for cross-compilation. You can find more information about how to set this up in the upstream CMake documentation. If you are building against a Yocto SDK, it is sufficient to source the SDK’s environment setup file.
Since SixtyFPS is implemented using the Rust programming language, you need to determine which Rust target matches the target architecture that you’re compiling to. Please consult the upstream Rust documentation to find the correct target name. Now you need to install the Rust toolchain:
rustup target add <target-name>
Then you’re ready to invoke CMake and you need to add
-DRust_CARGO_TARGET=<target name> to the CMake command line.
This ensures that the SixtyFPS library is built for the correct architecture.
For example if you are building against an embedded Linux Yocto SDK targeting an ARM64 board, the following commands show how to compile:
Install the Rust targe toolchain once:
rustup target add aarch64-unknown-linux-gnu
Set up the environment and build:
. /path/to/yocto/sdk/environment-setup-cortexa53-crypto-poky-linux cd sixtyfps mkdir build cd build cmake -DRust_CARGO_TARGET=aarch64-unknown-linux-gnu -DCMAKE_INSTALL_PREFIX=/sixtyfps/install/path .. cmake --build . cmake --install .
The SixtyFPS continuous integration system is building binary packages to use with C++ so that you do not need to install a rust compiler.
These binaries can be found by clicking on the last
successful build of the master branch
and downloading the
After extracting the artifact you can place the
lib directory into your
find_package(SixtyFPS) should succeed
in locating the package.
In the next section you will learn how to use the installed library in your application
.60 UI files.