The latter takes a while, hence, I created a docker image with all dependencies installed and hosted it on the docker hub. The project depends on lots of third party libraries that should be git-cloned and built. Ninja will automatically detect number of available processor cores and does not need -j option. I am trying to set up a CI for my cmake/c++ project hosted on a private repository on GitHub. ![]() Make can run multiple compilation processes in parallel, -j option means "run jobs simultaneously". Changes in the configuration like disabling a dependency, modifying build scripts or switching sources to another branch are not handled very well and can result in broken workspace. If you experience problems with the build process, try to clean or recreate the build directory. Refer to the OpenCV installation overview and OpenCV configuration options reference tutorials for details and full configuration options reference. Line interface.Note Configure process can download some files from the internet to satisfy library dependencies, connection failures can cause some of modules or functionalities to be turned off or behave differently. X265 executable that aims to be similar to x264 in its command The Makefile/solution builds a static encoder.lib library and a standalone Vc*-x86_64/multilib.bat files that demonstrate how combined static and place it into your library load path.įor static libraries, you must disable the exported C APIs, since they Libraries or as a pair of static libraries.įor shared libraries, just rename your 10bit libx265 as To support this both libraries must be available either as shared Interface can select between 8 and 10bit libx265 libraries at runtime. Introspection API (x265_api_get) instead of the globally exported C $ source /opt/intel/composerxe/bin/compilervars.sh intel64Īpplications like ffmpeg and the x265 CLI which use our bit-depth This is an experimental feature, and has undergone very limited testing. On other distributions, package names and names of cross compilation tools may differ. This has been tested on Ubuntu linuxġ4.04 running on an x86 CPU. We also support cross-compilation for ARM targets from linux platforms on x86 targets by using the g++ arm cross-compiler. ![]() Run CMake select the ceres-solver-X.Y.Z or ceres-solver.git directory. Our support for these platforms is growing as our user base on these platforms increase. This is true for almost all CMake projects, which is almost everything. For best performance on x86 based Linux systems we recommend using Intel MKL. (exclude yasm from the list of packages on these targets). ![]() x265 can also be built on linux platforms on ARM and POWERPC targets using the same build insructions above The primary target that we support is x86. $ sudo apt-get install git-all cmake cmake-curses-gui build-essential yasm # Note: if the packaged yasm is older than 1.2, you must download yasm (1.3 recommended) and build it # If you are compiling off the default branch after release of v2.6, you must have nasm (2.13 or newer) installed and added to your path ![]() Then follow these easy steps:įor detailed instructions, consult our build README. NASM 2.13 or newer if you are compiling from the default branch to compileĪssembly primitives. YASM 1.2.0 or newer if you are using x265 v2.6 or older, or To ensure your build of x265 is capable of full performance, install Press Select and then Ctrl+S to save the configuration. Use the Clang variants if you're using the Clang/LLVM toolset. To compile x265 you must first install Git and CMake 2.8.8 or later. Press Add Configuration (the green '+' button) and then choose Linux-GCC-Debug or Linux-GCC-Release if using GCC. With CMake, you will need to findpackage() to reference the libraries in your.
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