xref: /illumos-gate/usr/src/uts/Makefile.uts (revision 44961713)

#
# CDDL HEADER START
#
# The contents of this file are subject to the terms of the
# Common Development and Distribution License (the "License").
# You may not use this file except in compliance with the License.
#
# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
# or http://www.opensolaris.org/os/licensing.
# See the License for the specific language governing permissions
# and limitations under the License.
#
# When distributing Covered Code, include this CDDL HEADER in each
# file and include the License file at usr/src/OPENSOLARIS.LICENSE.
# If applicable, add the following below this CDDL HEADER, with the
# fields enclosed by brackets "[]" replaced with your own identifying
# information: Portions Copyright [yyyy] [name of copyright owner]
#
# CDDL HEADER END
#

#
# Copyright 2006 Sun Microsystems, Inc.  All rights reserved.
# Use is subject to license terms.
#
# ident	"%Z%%M%	%I%	%E% SMI"
#

#
#	This Makefile contains the common targets and definitions for
#	all kernels. It is to be included in the Makefiles for specific
#	implementation architectures and processor architecture dependent
#	modules: i.e.: all driving kernel Makefiles.
#
#	Include global definitions:
#
include $(SRC)/Makefile.master

#
#	No text domain in the kernel.
#
DTEXTDOM =

#
# 	Keep references to $(SRC)/common relative.
COMMONBASE=	$(UTSBASE)/../common

#
#	Setup build-specific vars
#	To add a build type:
#		add name to ALL_BUILDS32 & ALL_BUILDS64
#		set CLASS_name and OBJ_DIR_name
#		add targets to Makefile.targ
#

#
#	DEF_BUILDS is for def, lint and install
#	ALL_BUILDS is for everything else (all, clean, ...)
#
# The NOT_RELEASE_BUILD noise is to maintain compatibility with the
# gatekeeper's nightly build script.
#
DEF_BUILDS32				= obj32
DEF_BUILDS64				= obj64
DEF_BUILDSONLY64			= obj64
$(NOT_RELEASE_BUILD)DEF_BUILDS32	= debug32
$(NOT_RELEASE_BUILD)DEF_BUILDS64	= debug64
$(NOT_RELEASE_BUILD)DEF_BUILDSONLY64	= debug64
ALL_BUILDS32				= obj32 debug32
ALL_BUILDS64				= obj64 debug64
ALL_BUILDSONLY64			= obj64 debug64

#
#	For modules in 64b dirs that aren't built 64b
#	or modules in 64b dirs that aren't built 32b we
#	need to create empty modlintlib files so global lint works
#
LINT32_BUILDS	= debug32
LINT64_BUILDS	= debug64

#
#	Build class (32b or 64b)
#
CLASS_OBJ32	= 32
CLASS_DBG32	= 32
CLASS_OBJ64	= 64
CLASS_DBG64	= 64
CLASS		= $(CLASS_$(BUILD_TYPE))

#
#	Build subdirectory
#
OBJS_DIR_OBJ32	= obj32
OBJS_DIR_DBG32	= debug32
OBJS_DIR_OBJ64	= obj64
OBJS_DIR_DBG64	= debug64
OBJS_DIR	= $(OBJS_DIR_$(BUILD_TYPE))

#
#	Create defaults so empty rules don't
#	confuse make
#
CLASS_		= 32
OBJS_DIR_	= debug32

#
#	Build tools
#
CC_sparc_32	= $(sparc_CC)
CC_sparc_64	= $(sparcv9_CC)

CC_i386_32	= $(i386_CC)
CC_i386_64	= $(amd64_CC)
CC_amd64_64	= $(amd64_CC)

CC		= $(CC_$(MACH)_$(CLASS))

AS_sparc_32	= $(sparc_AS)
AS_sparc_64	= $(sparcv9_AS)

AS_i386_32	= $(i386_AS)
AS_i386_64	= $(amd64_AS)
AS_amd64_64	= $(amd64_AS)

AS		= $(AS_$(MACH)_$(CLASS))

LD_sparc_32	= $(sparc_LD)
LD_sparc_64	= $(sparcv9_LD)

LD_i386_32	= $(i386_LD)
LD_i386_64	= $(amd64_LD)
LD_amd64_64	= $(amd64_LD)

LD		= $(LD_$(MACH)_$(CLASS))

LINT_sparc_32	= $(sparc_LINT)
LINT_sparc_64	= $(sparcv9_LINT)

LINT_i386_32	= $(i386_LINT)
LINT_i386_64	= $(amd64_LINT)
LINT_amd64_64	= $(amd64_LINT)

LINT		= $(LINT_$(MACH)_$(CLASS))

MODEL_32	= ilp32
MODEL_64	= lp64
MODEL		= $(MODEL_$(CLASS))

#
#	Build rules for linting the kernel.
#
LHEAD =	( $(ECHO) "\n$@";

# Note: egrep returns "failure" if there are no matches, which is
# exactly the opposite of what we need.
LGREP.2 =	if egrep -v ' (_init|_fini|_info|_depends_on) '; then false; else true; fi

LTAIL =	)

LINT.c =	$(LINT) -c -dirout=$(LINTS_DIR) $(LINTFLAGS) $(LINT_DEFS) $(CPPFLAGS)

# Please do not add new erroff directives here.  If you need to disable
# lint warnings in your module for things that cannot be fixed in any
# reasonable manner, please augment LINTTAGS in your module Makefile
# instead.
LINTTAGS	=

LINTFLAGS_sparc_32	= $(LINTCCMODE) -nsxmuF -errtags=yes
LINTFLAGS_sparc_64	= $(LINTFLAGS_sparc_32) -Xarch=v9
LINTFLAGS_i386_32	= $(LINTCCMODE) -nsxmuF -errtags=yes
LINTFLAGS_i386_64	= $(LINTFLAGS_i386_32) -Xarch=amd64

LINTFLAGS	= $(LINTFLAGS_$(MACH)_$(CLASS)) $(LINTTAGS)
LINTFLAGS	+= $(C99LMODE)

#
#	Override this variable to modify the name of the lint target.
#
LINT_MODULE=	$(MODULE)

#
#	Build the compile/assemble lines:
#
EXTRA_OPTIONS		=
AS_DEFS			= -D_ASM -D__STDC__=0

ALWAYS_DEFS_32		= -D_KERNEL -D_SYSCALL32 -D_DDI_STRICT
ALWAYS_DEFS_64		= -D_KERNEL -D_SYSCALL32 -D_SYSCALL32_IMPL -D_ELF64 \
			-D_DDI_STRICT
#
# XX64	This should be defined by the compiler!
#
ALWAYS_DEFS_64		+= -Dsun -D__sun -D__SVR4
ALWAYS_DEFS		= $(ALWAYS_DEFS_$(CLASS))

#
#	CPPFLAGS is deliberatly set with a "=" and not a "+=".  For the kernel
#	the header include path should not look for header files outside of
#	the kernel code.  This "=" removes the search path built in
#	Makefile.master inside CPPFLAGS.  Ditto for AS_CPPFLAGS.
#
CPPFLAGS	= $(ALWAYS_DEFS) $(ALL_DEFS) $(CONFIG_DEFS) \
		   $(INCLUDE_PATH) $(EXTRA_OPTIONS)
ASFLAGS		+= -P
AS_CPPFLAGS	= $(ALWAYS_DEFS) $(ALL_DEFS) $(CONFIG_DEFS) $(AS_DEFS) \
		   $(AS_INC_PATH) $(EXTRA_OPTIONS)

#
#	Make it (relatively) easy to share compilation options between
#	all kernel implementations.
#

# Override the default, the kernel is squeaky clean
CERRWARN = -errtags=yes -errwarn=%all

CFLAGS_uts		=
CFLAGS_uts		+= $(STAND_FLAGS_$(CLASS))
CFLAGS_uts		+= $(CCVERBOSE)
CFLAGS_uts		+= $(ILDOFF)
CFLAGS_uts		+= $(XAOPT)
CFLAGS_uts		+= $(CTF_FLAGS)
CFLAGS_uts		+= $(CERRWARN)
CFLAGS_uts		+= $(C99_ENABLE)
CFLAGS_uts		+= $(CGLOBALSTATIC)
CFLAGS_uts		+= $(EXTRA_CFLAGS)

#
#	Declare that $(OBJECTS) and $(LINTS) can be compiled in parallel.
#	The DUMMY target is for those instances where OBJECTS and LINTS
#	are empty (to avoid an unconditional .PARALLEL).
.PARALLEL:	$(OBJECTS) $(LINTS) DUMMY

#
#	Expanded dependencies
#
DEF_DEPS	= $(DEF_BUILDS:%=def.%)
ALL_DEPS	= $(ALL_BUILDS:%=all.%)
CLEAN_DEPS	= $(ALL_BUILDS:%=clean.%)
CLOBBER_DEPS	= $(ALL_BUILDS:%=clobber.%)
LINT_DEPS	= $(DEF_BUILDS:%=lint.%)
MODLINTLIB_DEPS	= $(DEF_BUILDS:%=modlintlib.%)
MODLIST_DEPS	= $(DEF_BUILDS:%=modlist.%)
CLEAN_LINT_DEPS	= $(ALL_BUILDS:%=clean.lint.%)
INSTALL_DEPS	= $(DEF_BUILDS:%=install.%)
SYM_DEPS	= $(SYM_BUILDS:%=symcheck.%)

#
#	Default module name
#
BINARY		= $(OBJS_DIR)/$(MODULE)

#
#	Default cleanup definitions
#
CLEANLINTFILES	= $(LINTS) $(MOD_LINT_LIB)
CLEANFILES	= $(OBJECTS) $(CLEANLINTFILES)
CLOBBERFILES	= $(BINARY) $(CLEANFILES)

#
#	Installation constants:
#
#		FILEMODE is the mode given to the kernel modules
#		CFILEMODE is the mode given to the '.conf' files
#
FILEMODE	 = 755
DIRMODE		 = 755
OWNER		 = root
GROUP		 = sys
CFILEMODE	 = 644

#
#	Special Installation Macros for the installation of '.conf' files.
#
#	These are unique because they are not installed from the current
#	working directory.
#
# Sigh.  Apparently at some time in the past there was a confusion on
# whether the name is SRC_CONFFILE or SRC_CONFILE.  Consistency with the
# other names would indicate SRC_CONFFILE, but the voting is >180 Makefiles
# with SRC_CONFILE and about 11 with SRC_CONFFILE.  Software development
# isn't a popularity contest, though, and so my inclination is to define
# both names for now and incrementally convert to SRC_CONFFILE to be consistent
# with the other names.
#
CONFFILE		= $(MODULE).conf
SRC_CONFFILE		= $(CONF_SRCDIR)/$(CONFFILE)
SRC_CONFILE		= $(SRC_CONFFILE)
ROOT_CONFFILE_32	= $(ROOTMODULE).conf
ROOT_CONFFILE_64	= $(ROOTMODULE:%/$(SUBDIR64)/$(MODULE)=%/$(MODULE)).conf
ROOT_CONFFILE		= $(ROOT_CONFFILE_$(CLASS))

ROOT_ACTFILE		= $(ROOTMODULE).esa


INS.conffile= \
	$(RM) $@; $(INS) -s -m $(CFILEMODE) -f $(@D) $(SRC_CONFFILE)
$(CH)INS.conffile= \
    $(INS) -s -m $(CFILEMODE) -u $(OWNER) -g $(GROUP) -f $(@D) $(SRC_CONFFILE)

INS.actfile= \
	$(RM) $@; $(INS) -s -m $(CFILEMODE) -f $(@D) $(BINARY).esa
$(CH)INS.actfile= \
	$(INS) -s -m $(CFILEMODE) -u $(OWNER) -g $(GROUP) -f $(@D) $(BINARY).esa

#
# The CTF merge of child kernel modules is performed against one of the genunix
# modules.  For Intel builds, all modules will be used with a single genunix:
# the one built in intel/genunix.  For SPARC builds, a given
# module may be
# used with one of a number of genunix files, depending on what platform the
# module is deployed on.  We merge against the sun4u genunix to optimize for
# the common case.  We also merge against the ip driver since networking is
# typically loaded and types defined therein are shared between many modules.
#
CTFMERGE_GUDIR_sparc	= sun4u
CTFMERGE_GUDIR_i386	= intel
CTFMERGE_GUDIR		= $(CTFMERGE_GUDIR_$(MACH))

CTFMERGE_GENUNIX 	= \
	$(UTSBASE)/$(CTFMERGE_GUDIR)/genunix/$(OBJS_DIR)/genunix

#
# Used to uniquify a non-genunix module against genunix.  If used in patch
# mode (PATCH_BUILD != "#"), the patch ID corresponding to the module being
# built will be used as the label.  If no ID is available, or if patch mode
# is not being used, the value of $VERSION will be used.
#
CTFMERGE_UNIQUIFY_AGAINST_GENUNIX	= \
	@label="-L VERSION" ; \
	if [ -z "$(PATCH_BUILD)" ] ; then \
		uniq="-D BASE" ; \
		set -- `$(CTFFINDMOD) -n -r -t $(PMTMO_FILE) $@` ; \
		if [ "X$$1" != "X-" ] ; then \
			label="-l $$1" ; \
			if [ "$$2" != "fcs" ] ; then \
				uniq="-D $$2" ; \
			fi ; \
		fi ; \
	fi ; \
	mergecmd="$(CTFMERGE) $(CTFMRGFLAGS)" ; \
	cmd="$$mergecmd $$label -d $(CTFMERGE_GENUNIX) $$uniq -o $@" ; \
	echo $$cmd "$(OBJECTS) $(CTFEXTRAOBJS)" ; \
	$$cmd $(OBJECTS) $(CTFEXTRAOBJS)

#
# Used to merge the genunix module.  genunix has special requirements in
# patch mode.  In particular, it needs to be able to find the genunix used
# in the previous version of the KU patch (or the FCS version of genunix in
# the case of KU 1).
#
CTFMERGE_GENUNIX_MERGE		= \
	@if [ -z "$(PATCH_BUILD)" ] ; then \
		set -- `$(CTFFINDMOD) -b $(OBJS_DIR) -o patch,lastgu -n -r \
		    -t $(PMTMO_FILE) $(GENUNIX) || true` '' ; \
		msg= ; \
		if [ $$$(POUND_SIGN) -eq 1 ] ; \
		    then msg="Error in $(CTFFINDMOD)" ; \
		elif [ "X$$1" = "X-" ] ; then msg="Did not get label" ; \
		elif [ "X$$2" = "X-" ] ; then msg="Did not get withfile" ; \
		fi ; \
		if [ -n "$$msg" ] ; then \
			echo "make ctf: $$msg - removing $(GENUNIX)" ; \
			$(RM) $(GENUNIX) ; \
			exit 1 ; \
		fi ; \
		label="-l $$1" ; \
		with="-w $$2" ; \
	else \
		label="-L VERSION" ; \
	fi ; \
	cmd="$(CTFMERGE) $(CTFMRGFLAGS) $$label $$with -o $@" ; \
	echo $$cmd "$(OBJECTS) $(CTFEXTRAOBJS) $(IPCTF_TARGET)"; \
	$$cmd $(OBJECTS) $(CTFEXTRAOBJS) $(IPCTF_TARGET)

#
# Used to copy CTF data from the sun4u genunix to the sun4m genunix.  While
# we may lose some genunix-specific sun4m-only data, there really isn't any
# other way, since individual ctfmerges on the sun4u and sun4m genunix
# modules will result in differing type indices for the same types, and we
# can't uniquify a given non-genunix module against two genunix modules.
#
CTFMERGE_COPY_CTF_DATA		= \
	@if [ -f $(CTFMERGE_GENUNIX) ] ; then \
		cmd="$(CTFMERGE) $(CTFMRGFLAGS) -c $(CTFMERGE_GENUNIX) $@" ; \
		echo $$cmd ; \
		$$cmd ; \
	else \
		echo "WARNING: $(CTFMERGE_GENUNIX) not built. " \
		    "CTF data will be incomplete" ; \
	fi

#
# We ctfmerge the ip objects into genunix to maximize the number of common types
# found there, thus maximizing the effectiveness of uniquification.  We don't
# want the genunix build to have to know about the individual ip objects, so we
# put them in an archive.  The genunix ctfmerge then includes this archive.
#
IPCTF			= $(IPDRV_DIR)/$(OBJS_DIR)/ipctf.a

#
# Rule for building fake shared libraries used for symbol resolution
# when building other modules.  -znoreloc is needed here to avoid
# tripping over code that isn't really suitable for shared libraries.
#
BUILD.SO		= \
	$(LD) -o $@ $(GSHARED) $(ZNORELOC) -h $(SONAME)

#
# SONAME defaults for common fake shared libraries.
#
$(LIBGEN)		:= SONAME = $(MODULE)
$(PLATLIB)		:= SONAME = misc/platmod
$(CPULIB)		:= SONAME = 'cpu/$$CPU'
$(DTRACESTUBS)		:= SONAME = dtracestubs

#
#	Installation directories
#

#
#	For now, 64b modules install into a subdirectory
#	of their 32b brethren.
#
SUBDIR64_sparc		= sparcv9
SUBDIR64_i386		= amd64
SUBDIR64		= $(SUBDIR64_$(MACH))

ROOT_MOD_DIR		= $(ROOT)/kernel

ROOT_KERN_DIR_32	= $(ROOT_MOD_DIR)
ROOT_BRAND_DIR_32	= $(ROOT_MOD_DIR)/brand
ROOT_DRV_DIR_32		= $(ROOT_MOD_DIR)/drv
ROOT_DTRACE_DIR_32	= $(ROOT_MOD_DIR)/dtrace
ROOT_EXEC_DIR_32	= $(ROOT_MOD_DIR)/exec
ROOT_FS_DIR_32		= $(ROOT_MOD_DIR)/fs
ROOT_SCHED_DIR_32	= $(ROOT_MOD_DIR)/sched
ROOT_STRMOD_DIR_32	= $(ROOT_MOD_DIR)/strmod
ROOT_IPP_DIR_32		= $(ROOT_MOD_DIR)/ipp
ROOT_SYS_DIR_32		= $(ROOT_MOD_DIR)/sys
ROOT_MISC_DIR_32	= $(ROOT_MOD_DIR)/misc
ROOT_KGSS_DIR_32	= $(ROOT_MOD_DIR)/misc/kgss
ROOT_NLMISC_DIR_32	= $(ROOT_MOD_DIR)/misc
ROOT_MACH_DIR_32	= $(ROOT_MOD_DIR)/mach
ROOT_CPU_DIR_32		= $(ROOT_MOD_DIR)/cpu
ROOT_TOD_DIR_32		= $(ROOT_MOD_DIR)/tod
ROOT_FONT_DIR_32	= $(ROOT_MOD_DIR)/fonts
ROOT_DACF_DIR_32	= $(ROOT_MOD_DIR)/dacf
ROOT_CRYPTO_DIR_32	= $(ROOT_MOD_DIR)/crypto
ROOT_MAC_DIR_32		= $(ROOT_MOD_DIR)/mac
ROOT_DEVNAME_DIR_32	= $(ROOT_MOD_DIR)/devname

ROOT_KERN_DIR_64	= $(ROOT_MOD_DIR)/$(SUBDIR64)
ROOT_BRAND_DIR_64	= $(ROOT_MOD_DIR)/brand/$(SUBDIR64)
ROOT_DRV_DIR_64		= $(ROOT_MOD_DIR)/drv/$(SUBDIR64)
ROOT_DTRACE_DIR_64	= $(ROOT_MOD_DIR)/dtrace/$(SUBDIR64)
ROOT_EXEC_DIR_64	= $(ROOT_MOD_DIR)/exec/$(SUBDIR64)
ROOT_FS_DIR_64		= $(ROOT_MOD_DIR)/fs/$(SUBDIR64)
ROOT_SCHED_DIR_64	= $(ROOT_MOD_DIR)/sched/$(SUBDIR64)
ROOT_STRMOD_DIR_64	= $(ROOT_MOD_DIR)/strmod/$(SUBDIR64)
ROOT_IPP_DIR_64		= $(ROOT_MOD_DIR)/ipp/$(SUBDIR64)
ROOT_SYS_DIR_64		= $(ROOT_MOD_DIR)/sys/$(SUBDIR64)
ROOT_MISC_DIR_64	= $(ROOT_MOD_DIR)/misc/$(SUBDIR64)
ROOT_KGSS_DIR_64	= $(ROOT_MOD_DIR)/misc/kgss/$(SUBDIR64)
ROOT_NLMISC_DIR_64	= $(ROOT_MOD_DIR)/misc/$(SUBDIR64)
ROOT_MACH_DIR_64	= $(ROOT_MOD_DIR)/mach/$(SUBDIR64)
ROOT_CPU_DIR_64		= $(ROOT_MOD_DIR)/cpu/$(SUBDIR64)
ROOT_TOD_DIR_64		= $(ROOT_MOD_DIR)/tod/$(SUBDIR64)
ROOT_FONT_DIR_64	= $(ROOT_MOD_DIR)/fonts/$(SUBDIR64)
ROOT_DACF_DIR_64	= $(ROOT_MOD_DIR)/dacf/$(SUBDIR64)
ROOT_CRYPTO_DIR_64	= $(ROOT_MOD_DIR)/crypto/$(SUBDIR64)
ROOT_MAC_DIR_64		= $(ROOT_MOD_DIR)/mac/$(SUBDIR64)
ROOT_DEVNAME_DIR_64	= $(ROOT_MOD_DIR)/devname/$(SUBDIR64)

ROOT_KERN_DIR		= $(ROOT_KERN_DIR_$(CLASS))
ROOT_BRAND_DIR		= $(ROOT_BRAND_DIR_$(CLASS))
ROOT_DRV_DIR		= $(ROOT_DRV_DIR_$(CLASS))
ROOT_DTRACE_DIR		= $(ROOT_DTRACE_DIR_$(CLASS))
ROOT_EXEC_DIR		= $(ROOT_EXEC_DIR_$(CLASS))
ROOT_FS_DIR		= $(ROOT_FS_DIR_$(CLASS))
ROOT_SCHED_DIR		= $(ROOT_SCHED_DIR_$(CLASS))
ROOT_STRMOD_DIR		= $(ROOT_STRMOD_DIR_$(CLASS))
ROOT_IPP_DIR		= $(ROOT_IPP_DIR_$(CLASS))
ROOT_SYS_DIR		= $(ROOT_SYS_DIR_$(CLASS))
ROOT_MISC_DIR		= $(ROOT_MISC_DIR_$(CLASS))
ROOT_KGSS_DIR		= $(ROOT_KGSS_DIR_$(CLASS))
ROOT_NLMISC_DIR		= $(ROOT_NLMISC_DIR_$(CLASS))
ROOT_MACH_DIR		= $(ROOT_MACH_DIR_$(CLASS))
ROOT_CPU_DIR		= $(ROOT_CPU_DIR_$(CLASS))
ROOT_TOD_DIR		= $(ROOT_TOD_DIR_$(CLASS))
ROOT_FONT_DIR		= $(ROOT_FONT_DIR_$(CLASS))
ROOT_DACF_DIR		= $(ROOT_DACF_DIR_$(CLASS))
ROOT_CRYPTO_DIR		= $(ROOT_CRYPTO_DIR_$(CLASS))
ROOT_MAC_DIR		= $(ROOT_MAC_DIR_$(CLASS))
ROOT_DEVNAME_DIR	= $(ROOT_DEVNAME_DIR_$(CLASS))

ROOT_MOD_DIRS_32	= $(ROOT_BRAND_DIR_32) $(ROOT_DRV_DIR_32)
ROOT_MOD_DIRS_32	= $(ROOT_BRAND_DIR_32) $(ROOT_DRV_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_EXEC_DIR_32) $(ROOT_DTRACE_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_FS_DIR_32) $(ROOT_SCHED_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_STRMOD_DIR_32) $(ROOT_SYS_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_IPP_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_MISC_DIR_32) $(ROOT_MACH_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_KGSS_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_CPU_DIR_32) $(ROOT_FONT_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_TOD_DIR_32) $(ROOT_DACF_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_CRYPTO_DIR_32) $(ROOT_MAC_DIR_32)
ROOT_MOD_DIRS_32	+= $(ROOT_DEVNAME_DIR_32)

USR_MOD_DIR		= $(ROOT)/usr/kernel

USR_DRV_DIR_32		= $(USR_MOD_DIR)/drv
USR_EXEC_DIR_32		= $(USR_MOD_DIR)/exec
USR_FS_DIR_32		= $(USR_MOD_DIR)/fs
USR_SCHED_DIR_32	= $(USR_MOD_DIR)/sched
USR_STRMOD_DIR_32	= $(USR_MOD_DIR)/strmod
USR_SYS_DIR_32		= $(USR_MOD_DIR)/sys
USR_MISC_DIR_32		= $(USR_MOD_DIR)/misc
USR_DACF_DIR_32		= $(USR_MOD_DIR)/dacf
USR_PCBE_DIR_32		= $(USR_MOD_DIR)/pcbe
USR_DEVNAME_DIR_32	= $(USR_MOD_DIR)/devname

USR_DRV_DIR_64		= $(USR_MOD_DIR)/drv/$(SUBDIR64)
USR_EXEC_DIR_64		= $(USR_MOD_DIR)/exec/$(SUBDIR64)
USR_FS_DIR_64		= $(USR_MOD_DIR)/fs/$(SUBDIR64)
USR_SCHED_DIR_64	= $(USR_MOD_DIR)/sched/$(SUBDIR64)
USR_STRMOD_DIR_64	= $(USR_MOD_DIR)/strmod/$(SUBDIR64)
USR_SYS_DIR_64		= $(USR_MOD_DIR)/sys/$(SUBDIR64)
USR_MISC_DIR_64		= $(USR_MOD_DIR)/misc/$(SUBDIR64)
USR_DACF_DIR_64		= $(USR_MOD_DIR)/dacf/$(SUBDIR64)
USR_PCBE_DIR_64		= $(USR_MOD_DIR)/pcbe/$(SUBDIR64)
USR_DEVNAME_DIR_64	= $(USR_MOD_DIR)/devname/$(SUBDIR64)

USR_DRV_DIR		= $(USR_DRV_DIR_$(CLASS))
USR_EXEC_DIR		= $(USR_EXEC_DIR_$(CLASS))
USR_FS_DIR		= $(USR_FS_DIR_$(CLASS))
USR_SCHED_DIR		= $(USR_SCHED_DIR_$(CLASS))
USR_STRMOD_DIR		= $(USR_STRMOD_DIR_$(CLASS))
USR_SYS_DIR		= $(USR_SYS_DIR_$(CLASS))
USR_MISC_DIR		= $(USR_MISC_DIR_$(CLASS))
USR_DACF_DIR		= $(USR_DACF_DIR_$(CLASS))
USR_PCBE_DIR		= $(USR_PCBE_DIR_$(CLASS))
USR_DEVNAME_DIR		= $(USR_DEVNAME_DIR_$(CLASS))

USR_MOD_DIRS_32		= $(USR_DRV_DIR_32) $(USR_EXEC_DIR_32)
USR_MOD_DIRS_32		+= $(USR_FS_DIR_32) $(USR_SCHED_DIR_32)
USR_MOD_DIRS_32		+= $(USR_STRMOD_DIR_32) $(USR_SYS_DIR_32)
USR_MOD_DIRS_32		+= $(USR_MISC_DIR_32) $(USR_DACF_DIR_32)
USR_MOD_DIRS_32		+= $(USR_PCBE_DIR_32) $(USR_DEVNAME_DIR_32)

#
#
#
include $(SRC)/Makefile.psm

#
#       Set ownership on links.
#
CHOWNLINK=
$(CH)CHOWNLINK= ; $(CHOWN) $(OWNER) $@
CHGRPLINK=
$(CH)CHGRPLINK= ; $(CHGRP) $(GROUP) $@

#
#	The "-r" on the remove may be considered temporary, but is required
#	while the replacement of the SUNW,SPARCstation-10,SX directory by
#	a symbolic link is being propagated.
#
INS.slink1= $(RM) -r $@; $(SYMLINK) $(PLATFORM) $@ $(CHOWNLINK) $(CHGRPLINK)
INS.slink2= $(RM) -r $@; $(SYMLINK) ../$(PLATFORM)/$(@F) $@ $(CHOWNLINK) $(CHGRPLINK)
INS.slink3= $(RM) -r $@; $(SYMLINK) $(IMPLEMENTED_PLATFORM) $@ $(CHOWNLINK) $(CHGRPLINK)
INS.slink4= $(RM) -r $@; $(SYMLINK) ../$(PLATFORM)/include $@ $(CHOWNLINK) $(CHGRPLINK)
INS.slink5= $(RM) -r $@; $(SYMLINK) ../$(PLATFORM)/sbin $@ $(CHOWNLINK) $(CHGRPLINK)
INS.slink6= $(RM) -r $@; $(SYMLINK) ../../$(PLATFORM)/lib/$(MODULE) $@ $(CHOWNLINK) $(CHGRPLINK)

ROOT_PLAT_LINKS		 = $(PLAT_LINKS:%=$(ROOT_PLAT_DIR)/%)
ROOT_PLAT_LINKS_2	 = $(PLAT_LINKS_2:%=$(ROOT_PLAT_DIR)/%)
USR_PLAT_LINKS		 = $(PLAT_LINKS:%=$(USR_PLAT_DIR)/%)
USR_PLAT_LINKS_2	 = $(PLAT_LINKS_2:%=$(USR_PLAT_DIR)/%)

#
#	Collection of all relevant, delivered kernel modules.
#
KMODS	= $(DRV_KMODS) $(EXEC_KMODS) $(FS_KMODS) $(SCHED_KMODS) $(TOD_KMODS) \
	  $(STRMOD_KMODS) $(SYS_KMODS) $(MISC_KMODS) $(NLMISC_KMODS) \
	  $(MACH_KMODS) $(CPU_KMODS) $(GENUNIX_KMODS) \
	  $(GSS_KMODS) $(MMU_KMODS) $(DACF_KMODS) $(EXPORT_KMODS) \
	  $(IPP_KMODS) $(CRYPTO_KMODS) $(CRYPTO_EK_KMODS) $(PCBE_KMODS) \
	  $(DRV_KMODS_$(CLASS)) $(MISC_KMODS_$(CLASS)) $(MAC_KMODS) \
	  $(DEVNAME_KMODS)

$(CLOSED_BUILD)CLOSED_KMODS = $(CLOSED_DRV_KMODS) $(CLOSED_TOD_KMODS) \
	$(CLOSED_MISC_KMODS) \
	$(CLOSED_NLMISC_KMODS) $(CLOSED_DRV_KMODS_$(CLASS))

LINT_KMODS = $(DRV_KMODS) $(EXEC_KMODS) $(FS_KMODS) $(SCHED_KMODS) \
	  $(TOD_KMODS) $(STRMOD_KMODS) $(SYS_KMODS) $(MISC_KMODS) \
	  $(MACH_KMODS) $(GSS_KMODS) $(DACF_KMODS) $(IPP_KMODS) \
	  $(CRYPTO_KMODS) $(PCBE_KMODS) $(DEVNAME_KMODS) \
	  $(DRV_KMODS_$(CLASS)) $(MISC_KMODS_$(CLASS)) $(MAC_KMODS) \
	  $(DEVNAME_KMODS)

$(CLOSED_BUILD)CLOSED_LINT_KMODS = $(CLOSED_DRV_KMODS) $(CLOSED_TOD_KMODS) \
	  $(CLOSED_MISC_KMODS) $(CLOSED_DRV_KMODS_$(CLASS))

THIS_YEAR:sh=	/bin/date +%Y
$(OBJS_DIR)/logsubr.o	:= CPPFLAGS += -DTHIS_YEAR=$(THIS_YEAR)
$(OBJS_DIR)/logsubr.ln	:= CPPFLAGS += -DTHIS_YEAR=$(THIS_YEAR)

#
#	Files to be compiled with -xa, to generate basic block execution
#	count data.
#
#	There are several ways to compile parts of the kernel for kcov:
#               1)  Add targets to BB_FILES here or in other Makefiles
#                       (they must in the form of $(OBJS_DIR)/target.o)
#               2)  setenv BB_FILES '$(XXX_OBJS:%=$(OBJS_DIR)/%)'
#               3)  setenv BB_FILES '$(OBJECTS)'
#
#       Do NOT setenv CFLAGS -xa, as that will cause infinite recursion
#       in unix_bb.o
#
BB_FILES =
$(BB_FILES)	:= XAOPT = -xa

#
#	The idea here is for unix_bb.o to be in all kernels except the
#	kernel which actually gets shipped to customers.  In practice,
#	$(RELEASE_BUILD) is on for a number of the late beta and fcs builds.
#
CODE_COVERAGE=
$(RELEASE_BUILD)CODE_COVERAGE:sh=	echo \\043
$(CODE_COVERAGE)$(OBJS_DIR)/unix_bb.o   := CPPFLAGS     += -DKCOV
$(CODE_COVERAGE)$(OBJS_DIR)/unix_bb.ln  := CPPFLAGS     += -DKCOV

#
#	Do not let unix_bb.o get compiled with -xa!
#
$(OBJS_DIR)/unix_bb.o	:= XAOPT =

#
#	MPSAS support
#
MPSAS_BUILD:sh=		echo \\043
#
# Privilege files
#
PRIVS_AWK = $(SRC)/uts/common/os/privs.awk
PRIVS_DEF = $(SRC)/uts/common/os/priv_defs