build_all

#!/bin/sh

export FLAG_CALLED_FROM_BUILD_ALL=true

# A POSIX variable
OPTIND=1         # Reset in case getopts has been used previously in the shell.

# Initialize variables:
MAKE_OPTION="clean_release"
NUM_PROCS=1

# Check optional build variables
while getopts "h?o:j:" opt; do
    case "$opt" in
    h|\?)
        echo "./build_all -o MAKE_OPTION -j NUM_PROCS CODE_NAME"
	      echo "    MAKE_OPTION: compile options, one of {clean_release, release, clean_debug, debug}."
	      echo "    NUM_PROCS: number of CPUs for parallel make (default: 1)."
	      echo "    CODE: code list to be compiled (default: full list)"
        exit 0
        ;;
    o)  MAKE_OPTION=$OPTARG
        ;;
    j)  NUM_PROCS=$OPTARG
        ;;
    esac
done

echo "Begin building STELLOPT with option: $MAKE_OPTION with $NUM_PROCS CPUs."
# Call the toplevel makfile to setup the output directories.
make $MAKE_OPTION
make test_make

shift $((OPTIND-1))
[ "${1:-}" = "--" ] && shift

# Loop through all the available codes and make the ones specified on the
# command line.  If no codes were specified, then make all of them.
for CODE in LIBSTELL ANIMEC BCYCLIC BEAMS3D BOOTSJ BNORM BOOZ_XFORM COBRAVMEC COILOPT DESCUR DESCUR_PLOT DIAGNO DKES FIELDLINES J_INVARIANT MAKEGRID NEO NESCOIL PENTA TORLINES VMEC2000 VMEC2PIES VMEC2SPEC VMEC2STEL VMEC2V690 VMEC2XGC THRIFT STELLOPTV2 WALL_ACCELERATE
do
  match=0

  # If command line arguments were given, then check to see
  # which codes should be compiled.  Otherwise compile everything.
  if [ $# -ne 0 ]; then
    echo $@|grep -q $CODE
    if [ $? -eq 0 ]; then
      match=1  
    fi
  else
    match=1
  fi

  # Don't try to compile codes which you don't have directories for
  if ! [ -d $CODE ]; then
    match=0
  fi

  if [ $match -eq 1 ]; then
    echo "Begin building $CODE"
    cd $CODE
    make $MAKE_OPTION -j $NUM_PROCS
    cd ..
  fi
done

# make a dynamic library
#make pystel