\
\ 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 2008 Sun Microsystems, Inc.  All rights reserved.
\ Use is subject to license terms.
\
\ offsets.in: input file to produce assym.h using the stabs program
\
\
\ Guidelines:
\ 
\ A blank line is required between structure/union/intrinsic names.
\ 
\ The general form is:
\ 
\	name size_define [shift_define]
\		[member_name [offset_define]]
\	{blank line}
\ 
\ If no individual member_name's are specified then all members are processed.
\ If offset_define is not specified then the member_name is
\ converted to all caps and used instead.  If the size of an item is
\ a power of two then an optional shift count may be output using
\ shift_define as the name but only if shift_define was specified.
\ 
\ Arrays cause stabs to automatically output the per-array-item increment
\ in addition to the base address:
\ 
\	 foo FOO_SIZE
\		array	FOO_ARRAY
\ 
\ results in:
\ 
\	#define	FOO_ARRAY	0x0
\	#define	FOO_ARRAY_INCR	0x4
\ 
\ which allows \#define's to be used to specify array items:
\ 
\	#define	FOO_0	(FOO_ARRAY + (0 * FOO_ARRAY_INCR))
\	#define	FOO_1	(FOO_ARRAY + (1 * FOO_ARRAY_INCR))
\	...
\	#define	FOO_n	(FOO_ARRAY + (n * FOO_ARRAY_INCR))
\ 
\ There are several examples below (search for _INCR).
\ 
\ There is currently no manner in which to identify "anonymous"
\ structures or unions so if they are to be used in assembly code
\ they must be given names.
\ 
\ When specifying the offsets of nested structures/unions each nested
\ structure or union must be listed separately then use the
\ "\#define" escapes to add the offsets from the base structure/union
\ and all of the nested structures/unions together.  See the many
\ examples already in this file.

#ifndef	_GENASSYM
#define	_GENASSYM
#endif

#include <vm/hat_sfmmu.h>
#include <sys/traptrace.h>
#include <sys/lpad.h>

machcpu
	intrstat	MCPU_INTRSTAT
	pil_high_start	MCPU_PIL_HIGH_START
	mpcb_pa	MCPU_MPCB_PA
	kwbuf_full	MCPU_KWBUF_FULL
	kwbuf_sp	MCPU_KWBUF_SP
	kwbuf	MCPU_KWBUF
	cpu_q_base_pa	MCPU_CPU_Q_BASE
	cpu_q_size	MCPU_CPU_Q_SIZE
	dev_q_base_pa	MCPU_DEV_Q_BASE
	dev_q_size	MCPU_DEV_Q_SIZE
	mondo_data	MCPU_MONDO_DATA
	mondo_data_ra	MCPU_MONDO_DATA_RA
	cpu_rq_va		MCPU_RQ_BASE_VA
	cpu_rq_base_pa		MCPU_RQ_BASE
	cpu_rq_size		MCPU_RQ_SIZE
	cpu_nrq_va		MCPU_NRQ_BASE_VA
	cpu_nrq_base_pa		MCPU_NRQ_BASE
	cpu_nrq_size		MCPU_NRQ_SIZE
	cpu_tstat_flags		MCPU_TSTAT_FLAGS

\#define	CPU_MPCB_PA	(CPU_MCPU + MCPU_MPCB_PA)
\#define	CPU_KWBUF_FULL	(CPU_MCPU + MCPU_KWBUF_FULL)
\#define	CPU_KWBUF_SP	(CPU_MCPU + MCPU_KWBUF_SP)
\#define	CPU_KWBUF	(CPU_MCPU + MCPU_KWBUF)
\#define	CPU_Q_BASE	(CPU_MCPU + MCPU_CPU_Q_BASE)
\#define	CPU_Q_SIZE	(CPU_MCPU + MCPU_CPU_Q_SIZE)
\#define	DEV_Q_BASE	(CPU_MCPU + MCPU_DEV_Q_BASE)
\#define	DEV_Q_SIZE	(CPU_MCPU + MCPU_DEV_Q_SIZE)
\#define	CPU_RQ_BASE_VA_OFF	(CPU_MCPU + MCPU_RQ_BASE_VA)
\#define	CPU_RQ_BASE_OFF		(CPU_MCPU + MCPU_RQ_BASE)
\#define	CPU_RQ_SIZE_OFF		(CPU_MCPU + MCPU_RQ_SIZE)
\#define	CPU_NRQ_BASE_VA_OFF	(CPU_MCPU + MCPU_NRQ_BASE_VA)
\#define	CPU_NRQ_BASE_OFF	(CPU_MCPU + MCPU_NRQ_BASE)
\#define	CPU_NRQ_SIZE_OFF	(CPU_MCPU + MCPU_NRQ_SIZE)
\#define	CPU_TSTAT_FLAGS		(CPU_MCPU + MCPU_TSTAT_FLAGS)

trap_trace_record	TRAP_ENT_SIZE
	tt_gl		TRAP_ENT_GL
	tt_tl		TRAP_ENT_TL
	tt_tt		TRAP_ENT_TT
	tt_tpc		TRAP_ENT_TPC
	tt_tstate	TRAP_ENT_TSTATE
	tt_tick		TRAP_ENT_TICK
	tt_sp		TRAP_ENT_SP
	tt_tr		TRAP_ENT_TR
	tt_f1		TRAP_ENT_F1
	tt_f2		TRAP_ENT_F2
	tt_f3		TRAP_ENT_F3
	tt_f4		TRAP_ENT_F4

htrap_trace_record	HTRAP_ENT_SIZE

hat	HAT_SIZE
	sfmmu_cpusran
	sfmmu_tsb
	sfmmu_ismblkpa
	sfmmu_tteflags
	sfmmu_rtteflags
	sfmmu_srdp
	sfmmu_region_map.h_rmap_s.hmeregion_map	SFMMU_HMERMAP
	sfmmu_scdp
	sfmmu_hvblock
	sfmmu_cext
	sfmmu_ctx_lock
	sfmmu_ctxs

sf_scd SCD_SIZE
	scd_sfmmup
	scd_region_map.h_rmap_s.hmeregion_map	SCD_HMERMAP

sfmmu_global_stat HATSTAT_SIZE
	sf_pagefaults		HATSTAT_PAGEFAULT
	sf_uhash_searches	HATSTAT_UHASH_SEARCH
	sf_uhash_links		HATSTAT_UHASH_LINKS
	sf_khash_searches	HATSTAT_KHASH_SEARCH
	sf_khash_links		HATSTAT_KHASH_LINKS

sf_hment	SFHME_SIZE	SFHME_SHIFT
	hme_tte		SFHME_TTE

tsbmiss		TSBMISS_SIZE
	ksfmmup		TSBMISS_KHATID
	usfmmup		TSBMISS_UHATID
	usrdp		TSBMISS_SHARED_UHATID
	tsbptr		TSBMISS_TSBPTR
	tsbptr4m	TSBMISS_TSBPTR4M
	tsbscdptr	TSBMISS_TSBSCDPTR
	tsbscdptr4m	TSBMISS_TSBSCDPTR4M
	ismblkpa	TSBMISS_ISMBLKPA
	khashstart	TSBMISS_KHASHSTART
	uhashstart	TSBMISS_UHASHSTART
	khashsz		TSBMISS_KHASHSZ
	uhashsz		TSBMISS_UHASHSZ
	uhat_tteflags	TSBMISS_UTTEFLAGS
	uhat_rtteflags	TSBMISS_URTTEFLAGS
	utsb_misses	TSBMISS_UTSBMISS
	ktsb_misses	TSBMISS_KTSBMISS
	uprot_traps	TSBMISS_UPROTS
	kprot_traps	TSBMISS_KPROTS
	scratch		TSBMISS_SCRATCH
	shmermap	TSBMISS_SHMERMAP
	scd_shmermap	TSBMISS_SCDSHMERMAP

\#define	TSB_TAGACC	(0 * TSBMISS_SCRATCH_INCR)
\#define	TSBMISS_HMEBP	(1 * TSBMISS_SCRATCH_INCR)
\#define	TSBMISS_HATID	(2 * TSBMISS_SCRATCH_INCR)

kpmtsbm		KPMTSBM_SIZE KPMTSBM_SHIFT
	vbase		KPMTSBM_VBASE
	vend		KPMTSBM_VEND
	flags		KPMTSBM_FLAGS
	sz_shift	KPMTSBM_SZSHIFT
	kpmp_shift	KPMTSBM_KPMPSHIFT
	kpmp2pshft	KPMTSBM_KPMP2PSHFT
	kpmp_table_sz	KPMTSBM_KPMPTABLESZ
	kpmp_tablepa	KPMTSBM_KPMPTABLEPA
	msegphashpa	KPMTSBM_MSEGPHASHPA
	tsbptr		KPMTSBM_TSBPTR
	kpm_dtlb_misses	KPMTSBM_DTLBMISS
	kpm_tsb_misses	KPMTSBM_TSBMISS

kpm_page	KPMPAGE_SIZE KPMPAGE_SHIFT
	kp_refcnt	KPMPAGE_REFCNT
	kp_refcnta	KPMPAGE_REFCNTA
	kp_refcntc	KPMPAGE_REFCNTC
	kp_refcnts	KPMPAGE_REFCNTS

kpm_hlk		KPMHLK_SIZE KPMHLK_SHIFT
	khl_mutex	KPMHLK_MUTEX
	khl_lock	KPMHLK_LOCK

kpm_spage	KPMSPAGE_SIZE KPMSPAGE_SHIFT
	kp_mapped_flag	KPMSPAGE_MAPPED

kpm_shlk	KPMSHLK_SIZE KPMSHLK_SHIFT
	kshl_lock	KPMSHLK_LOCK

memseg		MEMSEG_SIZE
	pages		MEMSEG_PAGES
	epages		MEMSEG_EPAGES
	pages_base	MEMSEG_PAGES_BASE
	pages_end	MEMSEG_PAGES_END
	next		MEMSEG_NEXT
	lnext		MEMSEG_LNEXT
	nextpa		MEMSEG_NEXTPA	
	pagespa		MEMSEG_PAGESPA
	epagespa	MEMSEG_EPAGESPA
	kpm_pbase	MEMSEG_KPM_PBASE
	kpm_nkpmpgs	MEMSEG_KPM_NKPMPGS
	mseg_un
	kpm_pagespa	MEMSEG_KPM_PAGESPA

\#define	MEMSEG_KPM_PAGES	(MSEG_UN)
\#define	MEMSEG_KPM_SPAGES	(MSEG_UN)

page		PAGE_SIZE
	p_pagenum	PAGE_PAGENUM

tsb_info	TSBINFO_SIZE
	tsb_tte		TSBINFO_TTE
	tsb_va		TSBINFO_VADDR
	tsb_pa		TSBINFO_PADDR
	tsb_szc		TSBINFO_SZCODE
	tsb_next	TSBINFO_NEXTPTR

hv_tsb_block
	hv_tsb_info_pa
	hv_tsb_info_cnt

cpu_node	CPU_NODE_SIZE
	nodeid
	clock_freq
	tick_nsec_scale
	ecache_size	ECACHE_SIZE
	ecache_linesize	ECACHE_LINESIZE
	device_id	DEVICE_ID

ptl1_regs
	ptl1_trap_regs
	ptl1_gregs
	ptl1_tick
	ptl1_dmmu_type
	ptl1_dmmu_addr
	ptl1_dmmu_ctx
	ptl1_immu_type
	ptl1_immu_addr
	ptl1_immu_ctx
	ptl1_rwindow
	ptl1_softint
	ptl1_pstate
	ptl1_pil
	ptl1_cwp
	ptl1_wstate
	ptl1_otherwin
	ptl1_cleanwin
	ptl1_cansave
	ptl1_canrestore

ptl1_gregs
	ptl1_gl
	ptl1_g1
	ptl1_g2
	ptl1_g3
	ptl1_g4
	ptl1_g5
	ptl1_g6
	ptl1_g7

lpad_data
	magic		LPAD_MAGIC
	inuse		LPAD_INUSE
	mmfsa_ra	LPAD_MMFSA_RA
	pc		LPAD_PC
	arg		LPAD_ARG
	nmap		LPAD_NMAP
	map		LPAD_MAP

lpad_map	LPAD_MAP_SIZE
	flags		LPAD_MAP_FLAGS
	va		LPAD_MAP_VA
	tte		LPAD_MAP_TTE