9/20/2023 0 Comments Cmake glob sources with exceptionskeep_path (Optional, Defaulted to True): Means if you want to keep the relative path when you copy the files from the srcįolder to the dst one.Leaving it empty means the root package folder in local cache. They will typically be include for headers, libįor libraries and so on, though you can use any convention you like. dst (Optional, Defaulted to ""): Destination folder in the package.Means the root build folder in local cache. Libraries when you build your package will be in build/lib, you will typically use build/lib in this parameter. src (Optional, Defaulted to ""): The folder where you want to search the files in the build folder.pattern (Required): A pattern following fnmatch syntax of the files you want to copy, from the build to the package folders.Returns: A list with absolute paths of the files copied in the destination folder. copy ( pattern, dst = "", src = "", keep_path = True, symlinks = None, excludes = None, ignore_case = True ) Verify that a package is downloaded correctly. You can also use check_md5(), check_sha1() and check_sha256() from the tools module to The build() method and define your package() and package_info() accordingly. You already have, even if you don’t have the source code. You can even create packages for pre-compiled libraries The download, unzip utilities can be imported from conan, but you can also use your own code here Is a snippet of the conanfile of the Poco library:įrom conans import ConanFile from conans.tools import download, unzip, check_md5, check_sha1, check_sha256 import os import shutil class PocoConan ( ConanFile ): name = "poco" version = "1.6.0" def source ( self ): zip_name = "poco-1.6.0-release.zip" download ( "", zip_name ) # check_md5(zip_name, "51e11f2c02a36689d6ed655b6fff9ec9") # check_sha1(zip_name, "8d87812ce591ced8ce3a022beec1df1c8b2fac87") # check_sha256(zip_name, "653f983c30974d292de58444626884bee84a2731989ff5a336b93a0fef168d79") unzip ( zip_name ) shutil. ![]() For that purpose, we have provided some helpers, but you can use your own code or origin as well. You can also useĪnother VCS or direct download/unzip. This will work, as long as git is in your current path (so in Win you probably want to run things in msysgit, cmder, etc). Self.source_folder and the current working directory will be the composition of the base folder (typically where the recipe is) Note, however, that this folderĬan be different if the recipe defines the layout() method and specifies a = "src". The current working directory where the source() method runs is the self.source_folder. run ( "git clone " ) # You can also change branch, commit or whatever # n("cd hello & git checkout 2fe5.") # Or using the Git class: # git = tools.Git(folder="hello") # git.clone("") For example, using find_package(tbb) ensures that your application’s CMake package is using the oneTBB package.From conans import ConanFile class HelloConan ( ConanFile ): name = "hello" version = "0.1" settings = "os", "compiler", "build_type", "arch" def source ( self ): self. To use the CMake packages, use the oneAPI libraries as you would other system libraries. On Windows: HKEY_LOCAL_MACHINESoftwareKitwareCMakePackages\` Libraries that provide a CMake configuration can be identified by looking in the following locations: ![]() Intel oneAPI Video Processing Library (oneVPL) - Linux, Windows ![]() Intel oneAPI Threading Building Blocks (oneTBB) - Linux, Windows, macOS Intel oneAPI Math Kernel Library (oneMKL) - Linux, Windows, macOS Intel oneAPI DPC++ Library (oneDPL) - Linux, Windows Intel oneAPI Deep Neural Network Library (oneDNN) - Linux, Windows Intel oneAPI Data Analytics Library (oneDAL) - Linux, Windows Intel oneAPI Collective Communications Library (oneCCL) - Linux, Windows Intel Integrated Performance Primitives (Intel IPP) and Intel Integrated Performance Primitives Cryptography (Intel IPP Cryptography) - Linux, Windows Intel® oneAPI DPC++ Compiler - Linux, Windows There are dependency and other build variables provided to CMake project targets as desired. Using the provided packages, the experience should be similar to how other system libraries integrate with a CMake project. The CMake packages provided with Intel oneAPI products allow a CMake project to make easy use of oneAPI libraries on Windows*, Linux*, or macOS*.
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