(
	cp -r 'buildsrc' 'build'
	cd "${BUILDDIR}" || exit 1

	# Cleanup, just incase the incoming directory was not pre-cleaned
	${MAKE:-make} distclean >/dev/null 2>/dev/null

	# Create VFS directory
	mkdir "starpack.vfs"
	mkdir "starpack.vfs/lib"

	## Copy in all built directories
	cp -r "${OTHERPKGSDIR}"/*/out/* 'starpack.vfs/'

	## Rename the "vfs" package directory to what "boot.tcl" expects
	mv 'starpack.vfs/lib'/vfs* 'starpack.vfs/lib/vfs'

	## Install "boot.tcl"
	cp 'boot.tcl' 'starpack.vfs/'

	# Figure out if zlib compiled (if not, the system zlib will be used and we
	# will need to have that present)
	ZLIBDIR="$(cd "${OTHERPKGSDIR}/zlib/inst" 2>/dev/null && pwd)"
	export ZLIBDIR
	if [ -z "${ZLIBDIR}" -o ! -f "${ZLIBDIR}/lib/libz.a" ]; then
		unset ZLIBDIR
	fi

	echo "Running: ${MAKE:-make}"
	${MAKE:-make} || exit 1

	# Strip the kit of all symbols, if possible
	"${STRIP:-strip}" kit >/dev/null 2>/dev/null














	# Intall VFS onto kit
	## Determine if we have a Tclkit to do this work
	TCLKIT="${TCLKIT:-tclkit}"
	if echo 'exit 0' | "${TCLKIT}" >/dev/null 2>/dev/null; then
		## Install using existing Tclkit
		### Call installer
		echo "Running: \"${TCLKIT}\" installvfs.tcl kit starpack.vfs \"${ENABLECOMPRESSION}\""

		fi
	done

	AC_SUBST(ARCHS)
])

AC_DEFUN(DC_SETUP_TCL_PLAT_DEFS, [
	AC_CANONICAL_BUILD
	AC_CANONICAL_HOST
  
	AC_MSG_CHECKING(host operating system)
	AC_MSG_RESULT($host_os)
  
	case $host_os in
		mingw32*)

    ])
  fi

  AC_MSG_RESULT($SHOBJLDFLAGS $SHOBJFLAGS)
])

AC_DEFUN(DC_CHK_OS_INFO, [
	AC_CANONICAL_BUILD
	AC_CANONICAL_HOST

	AC_SUBST(SHOBJEXT)
	AC_SUBST(AREXT)
        AC_SUBST(SHOBJFLAGS)
        AC_SUBST(SHOBJLDFLAGS)

        AC_MSG_CHECKING(host operating system)
        AC_MSG_RESULT($host_os)

])
AC_MSG_RESULT([$TARGET])

dnl Find the appropriate libraries to link to
AC_SEARCH_LIBS(acos, m,, [ AC_MSG_WARN([Couldn't find acos (normally in libm)!]) ])
AC_SEARCH_LIBS(dlsym, dl,, [ AC_MSG_WARN([Couldn't find dlsym (normally in libdl)!]) ])

if test "$TARGET" = "tclkit"; then
	dnl Figure out how to statically link to libgcc, if needed
	DC_STATIC_LIBGCC
else
	dnl We have KitDLL

	dnl Determine system information
	DC_CHK_OS_INFO

AC_ARG_WITH(zlib, AC_HELP_STRING([--with-zlib], [directory containing zlib]), [
	CPPFLAGS="${CPPFLAGS} -I${with_zlib}/include -I${with_zlib}"
	CFLAGS="${CFLAGS} -I${with_zlib}/include -I${with_zlib}"
	LDFLAGS="${LDFLAGS} -L${with_zlib}/lib -L${with_zlib}"
])

dnl Only needed for Tclkit
if test "$TARGET" = "tclkit"; then
	DC_DO_STATIC_LINK_LIB(zlib, -lz,, [
		DC_DO_STATIC_LINK_LIB(zlib, -lzlib,, [
			AC_SEARCH_LIBS(inflate, z zlib,, [
				AC_MSG_WARN([Couldn't find inflate (normally in zlib)!])
			])
		])
	])

			AC_MSG_ERROR([Unknown kit storage type: $enableval])
			;;
	esac
])
AC_MSG_RESULT([$storage_mech])

dnl Verify sanity of storage mechanism
if ! test "$TARGET" = "tclkit"; then
	case "$storage_mech" in
		auto|cvfs)
			true
			;;
		*)
			AC_MSG_ERROR([Only "cvfs" and "auto" are valid storage mechanisms when building KitDLL])
			;;