BIN=		$ROOT_DEVEL/$OBJDIR/bin
libs=		${LIBS:%=$ROOT_DEVEL/$OBJDIR/lib/lib%.$A}

all:V:		$O.out

$O.out:	$OFILES $libs
	$LD $LDFLAGS $OFILES $libs $LDSYSLIBS

%.$O:	$HFILES		# don't combine with following %.$O rules

%.$O:	%.c
	$CC $CFLAGS $stem.c

%.$O:	%.s
	$AS $ASFLAGS $stem.s

y.tab.h y.tab.c:	$YFILES
	$YACC $YFLAGS $YFILES

install:V:	install-std

install-std:V:	all\
		$BIN\
		$BIN/$TARG\

uninstall:V:	uninstall-std

uninstall-std:V:
	$RM $BIN/$TARG

package:V:	package-std

package-std:V:	all\
		$PREFIX_PKG/$SYSTARG\
		$PREFIX_PKG/$SYSTARG/$OBJTYPE\
		$PREFIX_PKG/$SYSTARG/$OBJTYPE/bin\
		$PREFIX_PKG/$SYSTARG/$OBJTYPE/bin/$TARG

$BIN/%:	$O.out
	$RM $BIN/$stem
	$CP $O.out $BIN/$stem

$PREFIX_PKG/$SYSTARG/$OBJTYPE/bin/%:	$O.out
	$RM $PREFIX_PKG/$SYSTARG/$OBJTYPE/bin/$stem
	$CP $O.out $PREFIX_PKG/$SYSTARG/$OBJTYPE/bin/$stem

installall:V:
	for(objtype in $CPUS)
		mk install

nuke:V:	nuke-std

#	Normally, one would remove y.tab.?, but that causes
#	trouble for Inferno.  Leave the yacc-generated files
#	around.  The mkfiles will regenerate them when the
#	yacc input changes.

nuke-std:EV:
	$RM *.[$OS] [$OS].out core y.debug y.output
#	$RM y.tab.?

clean:V:	clean-std

clean-std:EV:
	$RM *.[$OS] [$OS].out core y.debug y.output
#	$RM y.tab.?

$BIN \
$PREFIX_PKG/$SYSTARG \
$PREFIX_PKG/$SYSTARG/$OBJTYPE \
$PREFIX_PKG/$SYSTARG/$OBJTYPE/bin :
	$MKDIR $target