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Extract the vendor/product tables and related access routines into a
separate kernel module.  Update pci bus attach routine to load the
module (if available) when we're about to start scanning the bus, and
unload the module after the scan is finished.

On architectures which support loading of modules by the boot loader,
the 'pciverbose' module can be loaded and executed without needing to
rebuild the kernel.  On all architectures, using 'options PCIVERBOSE'
in the kernel configuration file will create a 'builtin' module which
is functionally equivalent to previous behavior.

XXX Although not nearly as large as the vendor and product tables,
XXX the PCI class and subclass tables might also be offloaded into
XXX the module at a future time.

XXX Cardbus (and possibly other) drivers should also be modified to
XXX load the module before scanning/attaching devices.

#	$NetBSD: Makefile,v 1.42 2010/05/24 20:29:41 pgoyette Exp $

.include <bsd.own.mk>

# For all platforms

SUBDIR=		accf_dataready
SUBDIR+=	accf_httpready
SUBDIR+=	adosfs
SUBDIR+=	aio
SUBDIR+=	bpf
SUBDIR+=	cd9660
SUBDIR+=	coda
SUBDIR+=	coda5
SUBDIR+=	compat
SUBDIR+=	compat_ossaudio
SUBDIR+=	coredump
SUBDIR+=	efs
SUBDIR+=	ext2fs
SUBDIR+=	exec_script
SUBDIR+=	fdesc
SUBDIR+=	ffs
SUBDIR+=	filecore
SUBDIR+=	fss
SUBDIR+=	hfs
SUBDIR+=	kernfs
SUBDIR+=	ksem
SUBDIR+=	layerfs
SUBDIR+=	lfs
SUBDIR+=	mfs
SUBDIR+=	mqueue
SUBDIR+=	msdos
SUBDIR+=	nfs
SUBDIR+=	nfsserver
SUBDIR+=	nilfs
SUBDIR+=	ntfs
SUBDIR+=	null
SUBDIR+=	overlay
SUBDIR+=	pciverbose
SUBDIR+=	pf
SUBDIR+=	ppp_bsdcomp
SUBDIR+=	ppp_deflate
SUBDIR+=	procfs
SUBDIR+=	ptyfs
SUBDIR+=	puffs
SUBDIR+=	putter
SUBDIR+=	miniroot
SUBDIR+=	secmodel_bsd44
SUBDIR+=	secmodel_overlay
SUBDIR+=	securelevel
SUBDIR+=	smbfs
SUBDIR+=	sysvbfs
SUBDIR+=	suser
SUBDIR+=	tmpfs
SUBDIR+=	udf
SUBDIR+=	umap
SUBDIR+=	union
SUBDIR+=	vnd
SUBDIR+=	tprof
.if (defined(NOTYET))
SUBDIR+=	unionfs
.endif
.if ${MKBINUTILS} != "no"
SUBDIR+=	xldscripts
.endif

# Machine dependent section
.if ${MACHINE_ARCH} != "alpha"
SUBDIR+=	exec_elf32
.endif

.if ${MACHINE_ARCH} == "alpha" || \
    ${MACHINE_ARCH} == "sparc64" || \
    ${MACHINE_ARCH} == "x86_64"
SUBDIR+=	exec_elf64
.endif

.if ${MACHINE_ARCH} == "i386" || \
    ${MACHINE_ARCH} == "x86_64"
SUBDIR+=	tprof_pmi
.endif

.if ${MACHINE_ARCH} == "x86_64"
SUBDIR+=	azalia
SUBDIR+=	compat_linux
SUBDIR+=	compat_linux32
SUBDIR+=	compat_netbsd32
SUBDIR+=	drm
SUBDIR+=	i915drm
SUBDIR+=	pad
.endif

.if ${MACHINE_ARCH} == "i386"
SUBDIR+=	azalia
SUBDIR+=	compat_freebsd
SUBDIR+=	compat_ibcs2
SUBDIR+=	compat_linux
SUBDIR+=	compat_svr4
SUBDIR+=	drm
SUBDIR+=	exec_aout
SUBDIR+=	i915drm
SUBDIR+=	radeondrm
SUBDIR+=	viadrm
SUBDIR+=	pad
.endif

.include <bsd.own.mk>

# we need our device mapper for LVM
.if (${MKLVM} != "no")
SUBDIR+= 	dm
.endif

.if (${MKDTRACE} != "no")
SUBDIR+=	dtrace
.endif

# we need solaris for the dtrace and zfs modules
.if (${MKDTRACE} != "no" || ${MKZFS} != "no")
SUBDIR+=        solaris
.endif

.if (${MKZFS} != "no")
SUBDIR+=	zfs
.endif

.include <bsd.subdir.mk>