package("opencl") set_homepage("https://opencl.org/") set_description("OpenCL is an open, royalty-free industry standard that makes much faster computations possible through parallel computing.") add_configs("vendor", {description = "Set OpenCL Vendor.", default = nil, type = "string", values = {"nvidia", "intel", "amd"}}) on_fetch(function (package, opt) if opt.system then import("lib.detect.find_path") import("lib.detect.find_library") import("detect.sdks.find_cuda") local result = {includedirs = {}, linkdirs = {}, links = {"OpenCL"}} local vendor = package:config("vendor") local archsuffixes = {"lib"} if package:is_arch("x64") then table.insert(archsuffixes, "lib64") table.insert(archsuffixes, path.join("lib", "x64")) elseif package:is_arch("x86") then table.insert(archsuffixes, path.join("lib", "x86")) elseif package:is_arch("x86_64") then table.insert(archsuffixes, "lib64") table.insert(archsuffixes, path.join("lib", "x86_64")) end if not vendor or vendor == "nvidia" then local cuda = find_cuda() if cuda then result.includedirs = cuda.includedirs result.linkdirs = cuda.linkdirs return result elseif vendor == "nvidia" then return nil end elseif not vendor or vendor == "intel" then local intelsdkpaths = {"$(env INTELOCLSDKROOT)"} local linkinfo = find_library("OpenCL", intelsdkpaths, {suffixes = archsuffixes}) if linkinfo then table.insert(result.linkdirs, linkinfo.linkdir) local incpath = find_path(path.join("CL", "cl.h"), intelsdkpaths, {suffixes = {"include"}}) if incpath then table.insert(result.includedirs, incpath) return result end end if vendor == "intel" then return nil end elseif not vendor or vendor == "amd" then local amdsdkpaths = {"$(env AMDAPPSDKROOT)"} local linkinfo = find_library("OpenCL", amdsdkpaths, {suffixes = archsuffixes}) if linkinfo then table.insert(result.linkdirs, linkinfo.linkdir) local incpath = find_path(path.join("CL", "cl.h"), amdsdkpaths, {suffixes = {"include"}}) if incpath then table.insert(result.includedirs, incpath) return result end end if vendor == "amd" then return nil end end end end)