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# GHC_LLVM_TARGET(target, target_cpu, target_vendor, target_os, llvm_target_var)
# --------------------------------
# converts the canonicalized target into something llvm can understand
AC_DEFUN([GHC_LLVM_TARGET], [
llvm_target_cpu=$2
case "$1" in
*-freebsd*-gnueabihf)
llvm_target_vendor="unknown"
llvm_target_os="freebsd-gnueabihf"
;;
*-hardfloat-*eabi)
llvm_target_vendor="unknown"
llvm_target_os="$4""hf"
;;
*-mingw32|*-mingw64|*-msys)
llvm_target_vendor="unknown"
llvm_target_os="windows"
;;
# apple is a bit about their naming scheme for
# aarch64; and clang on macOS doesn't know that
# aarch64 would be arm64. So for LLVM we'll need
# to call it arm64; while we'll refer to it internally
# as aarch64 for consistency and sanity.
aarch64-apple-*|arm64-apple-*)
llvm_target_cpu="arm64"
GHC_CONVERT_VENDOR([$3],[llvm_target_vendor])
GHC_CONVERT_OS([$4],[$2],[llvm_target_os])
;;
*)
GHC_CONVERT_VENDOR([$3],[llvm_target_vendor])
GHC_CONVERT_OS([$4],[$2],[llvm_target_os])
;;
esac
case "$4" in
# retain any android and gnueabi linux flavours
# for the LLVM Target. Otherwise these would be
# turned into just `-linux` and fail to be found
# in the `llvm-targets` file.
*-android*|*-gnueabi*|*-musleabi*)
GHC_CONVERT_VENDOR([$3],[llvm_target_vendor])
llvm_target_os="$4"
;;
esac
$5="$llvm_target_cpu-$llvm_target_vendor-$llvm_target_os"
])
# GHC_LLVM_TARGET_SET_VAR
# -----------------------
# Sets the cannonical target variable. This stub exists so other macros can
# require it.
AC_DEFUN([GHC_LLVM_TARGET_SET_VAR], [
AC_REQUIRE([FPTOOLS_SET_PLATFORMS_VARS])
if test "$bootstrap_llvm_target" != ""
then
LlvmTarget=$bootstrap_llvm_target
else
GHC_LLVM_TARGET([$target],[$target_cpu],[$target_vendor],[$target_os],[LlvmTarget])
fi
])
|
