import("lib.detect.find_path") import("lib.detect.find_library") function _find_package(package, opt) local rdir = (package:is_arch("x64", "x86_64") and "intel64" or "ia32") local paths = { "$(env MKL_ROOT)", "$(env ONEAPI_ROOT)\\mkl\\latest" } -- find library local result = {links = {}, linkdirs = {}, includedirs = {}} local linkinfo = find_library("mkl_core", paths, {suffixes = {"lib", path.join("lib", rdir), path.join("lib", rdir, "gcc*")}}) if not linkinfo then return end table.insert(result.linkdirs, linkinfo.linkdir) if rdir == "intel64" then table.insert(result.links, "mkl_intel_ilp64") elseif package:is_plat("windows") then table.insert(result.links, "mkl_intel_c") else table.insert(result.links, "mkl_intel") end local threading = package:config("threading") if threading == "tbb" then table.join2(result.links, {"mkl_tbb_thread", "mkl_core"}) elseif threading == "seq" then table.join2(result.links, {"mkl_sequential", "mkl_core"}) elseif threading == "openmp" then table.join2(result.links, {"mkl_intel_thread", "mkl_core"}) end -- find include local includepath = find_path(path.join("mkl.h"), paths, {suffixes = "include"}) if includepath then table.insert(result.includedirs, includepath) end if #result.includedirs > 0 and #result.linkdirs > 0 then local version_file = path.join(includepath, "mkl_version.h") if os.isfile(version_file) then local content = io.readfile(version_file) local major = content:match("__INTEL_MKL__ +(%d+)\n") local minor = content:match("__INTEL_MKL_MINOR__ +(%d+)\n") local patch = content:match("__INTEL_MKL_UPDATE__ +(%d+)\n") if patch then result.version = format("%s.%s.%s", major, minor, patch) else result.version = format("%s.%s", major, minor) end end return result end end function main(package, opt) if opt.system and package.find_package then local result = _find_package(package, opt) if not result then result = package:find_package("mkl", opt) end return result or false end end