# Make the OSB (bit and byte primitives) portion of the VOPS library.

$checkout libvops.a lib$
$update   libvops.a
$checkin  libvops.a lib$
$exit

generic:
	# Convert the generic files into typed files.
	$set GFLAGS = "-k -t UBcsilrdx"
	$ifolder (achtiu.c, achtzu.gc)
	    $generic $(GFLAGS) achtzu.gc -o acht\$$tu.c		$endif
	$ifolder (achtib.c, achtzb.gc)
	    $generic $(GFLAGS) achtzb.gc -o acht\$$tb.c		$endif
	$ifolder (achtui.c, achtu.gc)
	    $generic $(GFLAGS) achtu.gc				$endif
	$ifolder (achtbi.c, achtb.gc)
	    $generic $(GFLAGS) achtb.gc				$endif
	$ifolder (ieeer.x, ieee.gx)
	    $generic -k -t rd ieee.gx				$endif
	;

libvops.a:
	# Generic preprocessing is normally done only on the development system,
	# and need not be available on all systems.

	$ifeq (USE_GENERIC, yes) $call generic $endif

	# The following contain machine dependent constants.
	hlib$i1mach.f
	hlib$d1mach.f
	hlib$r1mach.f

	# The following should normally be optimized in assembler (see the
	# special file list in "hlib$mkpkg.sf").

	$ifeq (USE_CCOMPILER, yes)
	    bytmov.c
	$else
	    bytmov.f
	$end

	bitfields.c
	aclrb.c			# see also vops/ak/aclr*.x

	# The operation of the following depends upon integer overflow, which
	# may result in an exception on some hosts.

	urand.x		<mach.h>
	imul32.c			# added to support 64-bit
	iscl32.c			# added to support 64-bit
	iscl64.c			# added to support 64-bit
	iand32.c			# added to support 64-bit
	strsum.c			# added for VO integration support

	# If a C compiler is not available for the following they will have
	# to be written in assembler or some other low level language, and
	# added to the special file list.

	achtbb.c
	achtbc.c
	achtbd.c
	achtbi.c
	achtbl.c
	achtbr.c
	achtbs.c
	achtbu.c
	achtbx.c
	achtcb.c
	achtcu.c
	achtdb.c
	achtdu.c
	achtib.c
	achtiu.c
	achtlb.c
	achtlu.c
	achtrb.c
	achtru.c
	achtsb.c
	achtsu.c
	achtub.c
	achtuc.c
	achtud.c
	achtui.c
	achtul.c
	achtur.c
	achtus.c
	achtuu.c
	achtux.c
	achtxb.c
	achtxu.c
	and.c
	not.c
	or.c
	shift.c
	abs.c
	i32to64.c
	i64to32.c
	ipak32.c
	iupk32.c
	ipak16.c
	iupk16.c


	# Both C and Fortran versions of the following are provided.
	# The C versions are normally preferred and are the most portable.

	$ifeq (USE_CCOMPILER, yes)
	    bswap2.c
	    bswap4.c
	    bswap8.c
	    chrpak.c
	    chrupk.c
	    strpak.c
	    strupk.c
	$else
	    bswap2.f
	    bswap4.f
	    bswap8.f		# not written; wait until we need it
	    chrpak.f
	    chrupk.f
	    strpak.f
	    strupk.f
	$endif

	# The following are fairly portable, but potentially machine dependent.

	ieeer.x		<mach.h>
	ieeed.x		<mach.h>

	miilen.x	<mach.h>
	miinelem.x	<mach.h>
	miipak.x	<mii.h>
	miipak16.x	<mach.h>
	miipak32.x	<mach.h>
	miipak8.x	
	miipakd.x	<mach.h>
	miipakr.x	<mach.h>
	miipksize.x	<mach.h>
	miiupk.x	<mii.h>
	miiupk16.x	<mach.h>
	miiupk32.x	<mach.h>
	miiupk8.x	
	miiupkd.x	<mach.h>
	miiupkr.x	<mach.h>

	nmilen.x	<mach.h>
	nminelem.x	<mach.h>
	nmipak.x	<nmi.h>
	nmipak16.x	<mach.h>
	nmipak32.x	<mach.h>
	nmipak8.x	
	nmipakd.x	<mach.h>
	nmipakr.x	<mach.h>
	nmipksize.x	<mach.h>
	nmiupk.x	<nmi.h>
	nmiupk16.x	<mach.h>
	nmiupk32.x	<mach.h>
	nmiupk8.x	
	nmiupkd.x	<mach.h>
	nmiupkr.x	<mach.h>

	f77pak.f
	f77upk.f
	bitmov.x	<mach.h>
	xor.x
	;