#!/bin/bash

set -e

set -u

# this is verbose remove

set -x

export CMAKE="cmake"

export CMAKE_CXX_FLAGS=""

export CC=clang;

export CXX=clang++;

export F77="";

export ARCH_ARG="-DCMAKE_OSX_ARCHITECTURES=arm64"

export PLAT_NAME="arm64"

#FULL_PLAT_NAME=${PLAT_NAME}

export PYTHON3_BIN=/opt/homebrew/bin/python3

export PIP_BIN=pip

${PYTHON3_BIN} -mvenv venv

source venv/bin/activate

#export MACOSX_DEPLOYMENT_TARGET=12.0

${PIP_BIN} install wheel

export PYTHON3_INCLUDE=$(${PYTHON3_BIN} -c "from sysconfig import get_paths as gp; print(gp()['include'])")

export PYTHON3_ARCHIVE=""

#For macOS, the Xcode command line developer tools should be installed, these contain all the necessary libraries. The math libraries are from the Apple Accelerate Framework. Note that a FORTRAN compiler is not required.

#https://developer.apple.com/technologies/tools

#https://developer.apple.com/performance/accelerateframework.html

# SYMDIFF build

(cd external/symdiff && bash ../symdiff_macos.sh && cd osx_release && make -j3)

# umfpack support

(cd external/umfpack_lgpl && bash setup_macos.sh && cd build && make -j3)

bash ./scripts/setup_osx_10.10.sh

(cd osx_x86_64_release && make -j3)

DIST_NAME=devsim_macos_${PLAT_NAME}_${1}

(cd dist && bash package_macos.sh ${DIST_NAME});

cp -f dist/bdist_wheel/setup.* dist/${DIST_NAME}

#echo PACKAGING $FULL_PLAT_NAME

#if [[ -n "$FULL_PLAT_NAME" ]]; then

#(cd dist/${DIST_NAME} && perl -p -i -e "s/^#plat-name.*/plat-name = ${FULL_PLAT_NAME}/" setup.cfg);

#fi

(cd dist/${DIST_NAME} && ${PIP_BIN} wheel .)

(cp dist/${DIST_NAME}/*.whl dist)