[apple/xnu.git] / EXTERNAL_HEADERS / architecture / ppc / pseudo_inst.h

/*
 * Copyright (c) 2000 Apple Computer, Inc. All rights reserved.
 *
 * @APPLE_LICENSE_HEADER_START@
 * 
 * Copyright (c) 1999-2003 Apple Computer, Inc.  All Rights Reserved.
 * 
 * This file contains Original Code and/or Modifications of Original Code
 * as defined in and that are subject to the Apple Public Source License
 * Version 2.0 (the 'License'). You may not use this file except in
 * compliance with the License. Please obtain a copy of the License at
 * http://www.opensource.apple.com/apsl/ and read it before using this
 * file.
 * 
 * The Original Code and all software distributed under the License are
 * distributed on an 'AS IS' basis, WITHOUT WARRANTY OF ANY KIND, EITHER
 * EXPRESS OR IMPLIED, AND APPLE HEREBY DISCLAIMS ALL SUCH WARRANTIES,
 * INCLUDING WITHOUT LIMITATION, ANY WARRANTIES OF MERCHANTABILITY,
 * FITNESS FOR A PARTICULAR PURPOSE, QUIET ENJOYMENT OR NON-INFRINGEMENT.
 * Please see the License for the specific language governing rights and
 * limitations under the License.
 * 
 * @APPLE_LICENSE_HEADER_END@
 */
/* Copyright (c) 1996 NeXT Software, Inc.  All rights reserved.
 *
 *	File:	architecture/ppc/pseudo_inst.h
 *	Author:	Mike DeMoney
 *
 *	This header file defines assembler pseudo-instruction macros for
 *	for the ppc.
 *
 *	NOTE: This is obviously only useful to include in assembly
 *	code source.
 *
 *	ALSO NOTE: These macros don't attempt to be 64-bit compatable
 *
 * HISTORY
 * 29-Dec-96  Umesh Vaishampayan  (umeshv@NeXT.com)
 *	Ported from m98k.
 * 05-Nov-92  Mike DeMoney (mike@next.com)
 *	Created.
 */

#ifndef	_ARCH_PPC_PSEUDO_INST_H_
#define	_ARCH_PPC_PSEUDO_INST_H_

#include <architecture/ppc/reg_help.h>
#include <architecture/ppc/asm_help.h>

#ifdef	__ASSEMBLER__

/*
 * Pseudo instruction definitions
 */

/*
 * Macro package initialization
 */
	.set	__no_at,0		/* allow at by default */

/*
 * .at_off -- disable use of at by macros
 * .at_on -- enable use of at by macros
 */
.macro	.at_off
	.set	__no_at,1
.endmacro

.macro	.at_on
	.set	__no_at,0
.endmacro

/*
 * li32	rD,IMMED
 *
 * Load 32-bit immediate into rD
 * FIXME: Need a way to undefine built-in macro for this.
 */
.macro	li32				// li32	rD,immed
.if	$n != 2
	.abort	"invalid operands of li32"
.endif
.abs	__is_abs,$1
.if	!__is_abs
	addis	$0,0,hi16($1)
	ori	$0,$0,lo16($1)
.elseif	$1 == 0
	addi	$0,0,0
.elseif	($1 & 0xffff) == 0
	addis	$0,0,hi16($1)
.elseif	($1 & 0xffff8000) == 0
	addi	$0,0,$1
.elseif ($1 & 0xffff8000) == 0xffff8000
	addi	$0,0,$1
.else
	addis	$0,0,hi16($1)
	ori	$0,$0,lo16($1)
.endif
.endmacro
 

/*
 * andi32. rD,rS1,IMMED
 *
 * Perform "andi." with (possibly) 32-bit immediate
 */
.macro	andi32.				// andi32. rD,rS1,IMMED
.if	$n != 3
	.abort	"invalid operands of andi."
.endif
	.set	__used_at,0
.abs	__is_abs,$2
.if	!__is_abs
	.set	__used_at,1
	li32	at,$2
	and.	$0,$1,at
.elseif	($2 & 0xffff0000) == 0
	andi.	$0,$1,$2
.elseif	($2 & 0xffff) == 0
	andis.	$0,$1,hi16($2)
.else
	.set	__used_at,1
	li32	at,$2
	and.	$0,$1,at
.endif
.if	__no_at & __used_at
	.abort	"Macro uses at while .no_at in effect"
.endif
.endmacro
 
/*
 * ori32	rD,rS1,IMMED
 *
 * Perform "ori" with (possibly) 32-bit immediate
 */
.macro	ori32				// ori32	rD,rS1,IMMED
.if	$n != 3
	.abort	"invalid operands of ori"
.endif
.abs	__is_abs,$2
.if	!__is_abs
	oris	$0,$1,hi16($2)
	ori	$0,$1,lo16($2)
.elseif	($2 & 0xffff0000) == 0
	ori	$0,$1,$2
.elseif	($2 & 0xffff) == 0
	oris	$0,$1,hi16($2)
.else
	oris	$0,$1,hi16($2)
	ori	$0,$1,lo16($2)
.endif
.endmacro
 
/*
 * xori32	rD,rS1,IMMED
 *
 * Perform "xor" with (possibly) 32-bit immediate
 */
.macro	xori32				// xori32	rD,rS1,IMMED
.if	$n != 3
	.abort	"invalid operands of xori"
.endif
.abs	__is_abs,$2
.if	!__is_abs
	xoris	$0,$1,hi16($2)
	xori	$0,$1,lo16($2)
.elseif	($2 & 0xffff0000) == 0
	xori	$0,$1,$2
.elseif	($2 & 0xffff) == 0
	xoris	$0,$1,hi16($2)
.else
	xoris	$0,$1,hi16($2)
	xori	$0,$1,lo16($2)
.endif
.endmacro


/*
 * MEMREF_INST -- macros to memory referencing instructions
 * "capable" of dealing with 32 bit offsets.
 *
 * NOTE: Because the assembler doesn't have any mechanism for easily
 * parsing the d(rS) syntax of register-displacement form instructions,
 * these instructions do NOT mirror the normal memory reference
 * instructions.  The following "transformation" is used:
 *	lbz	rD,d(rS)
 * becomes:
 *	lbz32	rD,rS,d
 * I.e.: "32" is appended to the instruction name and the base register
 * and displacement become the 2'nd and 3'rd comma-separated operands.
 *
 * The forms:
 *	lbz32	rD,d
 * and:
 *	lbz32	rD,rS
 * are also recognized and the missing operand is assumed 0.
 *
 * ALSO NOTE: r0 or zt should never be used as rS in these instructions.
 * Use "0" as rS in this case.
 */
#define	MEMREF_INST(op)						\
.macro	op ## 32						@\
.set	__used_at,0						@\
.if	$n == 3							@\
 .greg	__is_greg,$1						@\
 .abs	__is_abs,$2						@\
 .if	__is_abs						@\
  .if	($2 & 0xffff8000) == 0					@\
	op	$0,$2($1)					@\
  .elseif ($2 & 0xffff8000) == 0xffff8000			@\
	op	$0,$2($1)					@\
  .else								@\
   .if	!__is_greg						@\
	.set	__used_at,1					@\
	lis	at,ha16($2)					@\
	op	$0,lo16($2)(at)					@\
   .else							@\
  	.set	__used_at,1					@\
	lis	at,ha16($2)					@\
	add	at,at,$1					@\
	op	$0,lo16($2)(at)					@\
   .endif							@\
  .endif							@\
 .else								@\
  .if	!__is_greg						@\
	.set	__used_at,1					@\
	lis	at,ha16($2)					@\
	op	$0,lo16($2)(at)					@\
  .else								@\
  	.set	__used_at,1					@\
	lis	at,ha16($2)					@\
	add	at,at,$1					@\
	op	$0,lo16($2)(at)					@\
  .endif							@\
 .endif								@\
.elseif	$n == 2							@\
 .greg	__is_greg,$1						@\
 .if	!__is_greg						@\
  .abs	__is_abs,$1						@\
  .if	__is_abs						@\
   .if	($1 & 0xffff8000) == 0					@\
	op	$0,$1(0)					@\
   .elseif ($1 & 0xffff8000) == 0xffff8000			@\
	op	$0,$1(0)					@\
   .else							@\
	.set	__used_at,1					@\
	lis	at,ha16($1)					@\
	op	$0,lo16($1)(at)					@\
   .endif							@\
  .else								@\
	.set	__used_at,1					@\
	lis	at,ha16($1)					@\
	op	$0,lo16($1)(at)					@\
  .endif							@\
 .else								@\
	op	$0,0($1)					@\
 .endif								@\
.else								@\
	.abort "Invalid operands of " #op "32"			@\
.endif								@\
.if	__no_at &  __used_at					@\
	.abort	"Macro uses at while .no_at in effect"		@\
.endif								@\
.endmacro

MEMREF_INST(lbz)
MEMREF_INST(lhz)
MEMREF_INST(lha)
MEMREF_INST(lwz)
MEMREF_INST(lwa)
MEMREF_INST(ld)

MEMREF_INST(stb)
MEMREF_INST(sth)
MEMREF_INST(stw)
MEMREF_INST(std)

MEMREF_INST(lmw)
MEMREF_INST(lmd)
MEMREF_INST(stmw)
MEMREF_INST(stmd)

/*
 * ARITH_INST -- define 32-bit immediate forms of arithmetic
 * instructions
 *
 *	E.g.	addi32	rD,rS,IMMED
 */
#define	ARITH_INST(op, op3, sf)					\
.macro	op ## 32 ## sf						@\
.if	$n != 3							@\
	.abort	"invalid operands to " #op "32"			@\
.endif								@\
.abs	__is_abs,$2						@\
.if	__is_abs						@\
 .if	($2 & 0xffff8000) == 0					@\
	op##sf	$0,$1,$2					@\
 .elseif	($2 & 0xffff8000) == 0xffff8000			@\
	op##sf	$0,$1,$2					@\
 .elseif	__no_at						@\
	.abort	"Macro uses at while .no_at in effect"		@\
 .else								@\
	li32	at,$2						@\
	op3##sf	$0,$1,at					@\
 .endif								@\
.elseif	__no_at							@\
	.abort	"Macro uses at while .no_at in effect"		@\
.else								@\
	li32	at,$2						@\
	op3##sf	$0,$1,at					@\
.endif								@\
.endmacro

ARITH_INST(addi, add, )
ARITH_INST(subi, sub, )
ARITH_INST(addic, addc, )
ARITH_INST(subic, subc, )
ARITH_INST(addic, addc, .)
ARITH_INST(subic, subc, .)
ARITH_INST(mulli, mull, )

/*
 * CMPEX_INST -- define 32-bit immediate forms of extended compare
 * instructions
 *
 *	E.g.	cmpwi32	cr3,rS,IMMED
 *		cmpwi32	rS,IMMED
 */
#define	CMPEX_INST(op, op3)					\
.macro	op ## 32						@\
.if	$n == 3							@\
 .abs	__is_abs,$2						@\
 .if	__is_abs						@\
  .if	($2 & 0xffff8000) == 0					@\
	op	$0,$1,$2					@\
  .elseif	($2 & 0xffff8000) == 0xffff8000			@\
	op	$0,$1,$2					@\
  .elseif	__no_at						@\
	.abort	"Macro uses at while .no_at in effect"		@\
  .else								@\
	li32	at,$2						@\
	op3	$0,$1,at					@\
  .endif							@\
 .elseif	__no_at						@\
	.abort	"Macro uses at while .no_at in effect"		@\
 .else								@\
	li32	at,$2						@\
	op3	$0,$1,at					@\
 .endif								@\
.elseif	$n == 2							@\
 .abs	__is_abs,$1						@\
 .if	__is_abs						@\
  .if	($1 & 0xffff8000) == 0					@\
	op	$0,$1						@\
  .elseif	($1 & 0xffff8000) == 0xffff8000			@\
	op	$0,$1						@\
  .elseif	__no_at						@\
	.abort	"Macro uses at while .no_at in effect"		@\
  .else								@\
	li32	at,$1						@\
	op3	$0,at						@\
  .endif							@\
 .elseif	__no_at						@\
	.abort	"Macro uses at while .no_at in effect"		@\
 .else								@\
	li32	at,$1						@\
	op3	$0,at						@\
 .endif								@\
.else								@\
	.abort	"invalid operands to " #op "32"			@\
.endif								@\
.endmacro

CMPEX_INST(cmpdi, cmpd)
CMPEX_INST(cmpwi, cmpw)
CMPEX_INST(cmpldi, cmpld)
CMPEX_INST(cmplwi, cmplw)

/*
 * CMP_INST -- define 32-bit immediate forms of standard compare
 * instructions
 *
 *	E.g.	cmpi32	cr3,0,rS,IMMED
 */
#define	CMP_INST(op, op3)					\
.macro	op ## 32						@\
.if	$n == 4							@\
 .abs	__is_abs,$3						@\
 .if	__is_abs						@\
  .if	($3 & 0xffff8000) == 0					@\
	op	$0,$1,$2,$3					@\
  .elseif	($3 & 0xffff8000) == 0xffff8000			@\
	op	$0,$1,$2,$3					@\
  .elseif	__no_at						@\
	.abort	"Macro uses at while .no_at in effect"		@\
  .else								@\
	li32	at,$3						@\
	op3	$0,$1,$2,at					@\
  .endif							@\
 .elseif	__no_at						@\
	.abort	"Macro uses at while .no_at in effect"		@\
 .else								@\
	li32	at,$3						@\
	op3	$0,$1,$2,at					@\
 .endif								@\
.else								@\
	.abort	"invalid operands to " #op "32"			@\
.endif								@\
.endmacro

CMP_INST(cmpi, cmp)
CMP_INST(cmpli, cmpl)

#endif	/* __ASSEMBLER__ */

#endif	/* _ARCH_PPC_PSEUDO_INST_H_ */
Commit	Line	Data
1c79356b A	1	/*
	2	* Copyright (c) 2000 Apple Computer, Inc. All rights reserved.
	3	*
	4	* @APPLE_LICENSE_HEADER_START@
	5	*
d7e50217	6	* Copyright (c) 1999-2003 Apple Computer, Inc. All Rights Reserved.
1c79356b	7	*
d7e50217 A	8	* This file contains Original Code and/or Modifications of Original Code
	9	* as defined in and that are subject to the Apple Public Source License
	10	* Version 2.0 (the 'License'). You may not use this file except in
	11	* compliance with the License. Please obtain a copy of the License at
	12	* http://www.opensource.apple.com/apsl/ and read it before using this
	13	* file.
	14	*
	15	* The Original Code and all software distributed under the License are
	16	* distributed on an 'AS IS' basis, WITHOUT WARRANTY OF ANY KIND, EITHER
1c79356b A	17	* EXPRESS OR IMPLIED, AND APPLE HEREBY DISCLAIMS ALL SUCH WARRANTIES,
1c79356b A	18	* INCLUDING WITHOUT LIMITATION, ANY WARRANTIES OF MERCHANTABILITY,
d7e50217 A	19	* FITNESS FOR A PARTICULAR PURPOSE, QUIET ENJOYMENT OR NON-INFRINGEMENT.
	20	* Please see the License for the specific language governing rights and
	21	* limitations under the License.
1c79356b A	22	*
	23	* @APPLE_LICENSE_HEADER_END@
	24	*/
	25	/* Copyright (c) 1996 NeXT Software, Inc. All rights reserved.
	26	*
	27	* File: architecture/ppc/pseudo_inst.h
	28	* Author: Mike DeMoney
	29	*
	30	* This header file defines assembler pseudo-instruction macros for
	31	* for the ppc.
	32	*
	33	* NOTE: This is obviously only useful to include in assembly
	34	* code source.
	35	*
	36	* ALSO NOTE: These macros don't attempt to be 64-bit compatable
	37	*
	38	* HISTORY
	39	* 29-Dec-96 Umesh Vaishampayan (umeshv@NeXT.com)
	40	* Ported from m98k.
	41	* 05-Nov-92 Mike DeMoney (mike@next.com)
	42	* Created.
	43	*/
	44
	45	#ifndef _ARCH_PPC_PSEUDO_INST_H_
	46	#define _ARCH_PPC_PSEUDO_INST_H_
	47
	48	#include <architecture/ppc/reg_help.h>
	49	#include <architecture/ppc/asm_help.h>
	50
	51	#ifdef __ASSEMBLER__
	52
	53	/*
	54	* Pseudo instruction definitions
	55	*/
	56
	57	/*
	58	* Macro package initialization
	59	*/
	60	.set __no_at,0 /* allow at by default */
	61
	62	/*
	63	* .at_off -- disable use of at by macros
	64	* .at_on -- enable use of at by macros
	65	*/
	66	.macro .at_off
	67	.set __no_at,1
	68	.endmacro
	69
	70	.macro .at_on
	71	.set __no_at,0
	72	.endmacro
	73
	74	/*
	75	* li32 rD,IMMED
	76	*
	77	* Load 32-bit immediate into rD
	78	* FIXME: Need a way to undefine built-in macro for this.
	79	*/
	80	.macro li32 // li32 rD,immed
	81	.if $n != 2
	82	.abort "invalid operands of li32"
	83	.endif
	84	.abs __is_abs,$1
	85	.if !__is_abs
86	addis $0,0,hi16($1)
87	ori $0,$0,lo16($1)
88	.elseif $1 == 0
89	addi $0,0,0
90	.elseif ($1 & 0xffff) == 0
91	addis $0,0,hi16($1)
92	.elseif ($1 & 0xffff8000) == 0
93	addi $0,0,$1
94	.elseif ($1 & 0xffff8000) == 0xffff8000
95	addi $0,0,$1
96	.else
97	addis $0,0,hi16($1)
98	ori $0,$0,lo16($1)
99	.endif
100	.endmacro
101
102
103	/*
104	* andi32. rD,rS1,IMMED
105	*
106	* Perform "andi." with (possibly) 32-bit immediate
107	*/
108	.macro andi32. // andi32. rD,rS1,IMMED
109	.if $n != 3
110	.abort "invalid operands of andi."
111	.endif
112	.set __used_at,0
113	.abs __is_abs,$2
114	.if !__is_abs
115	.set __used_at,1
116	li32 at,$2
117	and. $0,$1,at
118	.elseif ($2 & 0xffff0000) == 0
119	andi. $0,$1,$2
120	.elseif ($2 & 0xffff) == 0
121	andis. $0,$1,hi16($2)
122	.else
123	.set __used_at,1
124	li32 at,$2
125	and. $0,$1,at
126	.endif
127	.if __no_at & __used_at
128	.abort "Macro uses at while .no_at in effect"
129	.endif
130	.endmacro
131
132	/*
133	* ori32 rD,rS1,IMMED
134	*
135	* Perform "ori" with (possibly) 32-bit immediate
136	*/
137	.macro ori32 // ori32 rD,rS1,IMMED
138	.if $n != 3
139	.abort "invalid operands of ori"
140	.endif
141	.abs __is_abs,$2
142	.if !__is_abs
143	oris $0,$1,hi16($2)
144	ori $0,$1,lo16($2)
145	.elseif ($2 & 0xffff0000) == 0
146	ori $0,$1,$2
147	.elseif ($2 & 0xffff) == 0
148	oris $0,$1,hi16($2)
149	.else
150	oris $0,$1,hi16($2)
151	ori $0,$1,lo16($2)
152	.endif
153	.endmacro
154
155	/*
156	* xori32 rD,rS1,IMMED
157	*
158	* Perform "xor" with (possibly) 32-bit immediate
159	*/
160	.macro xori32 // xori32 rD,rS1,IMMED
161	.if $n != 3
162	.abort "invalid operands of xori"
163	.endif
164	.abs __is_abs,$2
165	.if !__is_abs
166	xoris $0,$1,hi16($2)
167	xori $0,$1,lo16($2)
168	.elseif ($2 & 0xffff0000) == 0
169	xori $0,$1,$2
170	.elseif ($2 & 0xffff) == 0
171	xoris $0,$1,hi16($2)
172	.else
173	xoris $0,$1,hi16($2)
174	xori $0,$1,lo16($2)
175	.endif
176	.endmacro
177
178
179	/*
180	* MEMREF_INST -- macros to memory referencing instructions
181	* "capable" of dealing with 32 bit offsets.
182	*
183	* NOTE: Because the assembler doesn't have any mechanism for easily
184	* parsing the d(rS) syntax of register-displacement form instructions,
185	* these instructions do NOT mirror the normal memory reference
186	* instructions. The following "transformation" is used:
187	* lbz rD,d(rS)
188	* becomes:
189	* lbz32 rD,rS,d
190	* I.e.: "32" is appended to the instruction name and the base register
191	* and displacement become the 2'nd and 3'rd comma-separated operands.
192	*
193	* The forms:
194	* lbz32 rD,d
195	* and:
196	* lbz32 rD,rS
197	* are also recognized and the missing operand is assumed 0.
198	*
199	* ALSO NOTE: r0 or zt should never be used as rS in these instructions.
200	* Use "0" as rS in this case.
201	*/
202	#define MEMREF_INST(op) \
203	.macro op ## 32 @\
204	.set __used_at,0 @\
205	.if $n == 3 @\
206	.greg __is_greg,$1 @\
207	.abs __is_abs,$2 @\
208	.if __is_abs @\
209	.if ($2 & 0xffff8000) == 0 @\
210	op $0,$2($1) @\
211	.elseif ($2 & 0xffff8000) == 0xffff8000 @\
212	op $0,$2($1) @\
213	.else @\
214	.if !__is_greg @\
215	.set __used_at,1 @\
216	lis at,ha16($2) @\
217	op $0,lo16($2)(at) @\
218	.else @\
219	.set __used_at,1 @\
220	lis at,ha16($2) @\
221	add at,at,$1 @\
222	op $0,lo16($2)(at) @\
223	.endif @\
224	.endif @\
225	.else @\
226	.if !__is_greg @\
227	.set __used_at,1 @\
228	lis at,ha16($2) @\
229	op $0,lo16($2)(at) @\
230	.else @\
231	.set __used_at,1 @\
232	lis at,ha16($2) @\
233	add at,at,$1 @\
234	op $0,lo16($2)(at) @\
235	.endif @\
236	.endif @\
237	.elseif $n == 2 @\
238	.greg __is_greg,$1 @\
239	.if !__is_greg @\
240	.abs __is_abs,$1 @\
241	.if __is_abs @\
242	.if ($1 & 0xffff8000) == 0 @\
243	op $0,$1(0) @\
244	.elseif ($1 & 0xffff8000) == 0xffff8000 @\
245	op $0,$1(0) @\
246	.else @\
247	.set __used_at,1 @\
248	lis at,ha16($1) @\
249	op $0,lo16($1)(at) @\
250	.endif @\
251	.else @\
252	.set __used_at,1 @\
253	lis at,ha16($1) @\
254	op $0,lo16($1)(at) @\
255	.endif @\
256	.else @\
257	op $0,0($1) @\
258	.endif @\
259	.else @\
260	.abort "Invalid operands of " #op "32" @\
261	.endif @\
262	.if __no_at & __used_at @\
263	.abort "Macro uses at while .no_at in effect" @\
264	.endif @\
265	.endmacro
266
267	MEMREF_INST(lbz)
268	MEMREF_INST(lhz)
269	MEMREF_INST(lha)
270	MEMREF_INST(lwz)
271	MEMREF_INST(lwa)
272	MEMREF_INST(ld)
273
274	MEMREF_INST(stb)
275	MEMREF_INST(sth)
276	MEMREF_INST(stw)
277	MEMREF_INST(std)
278
279	MEMREF_INST(lmw)
280	MEMREF_INST(lmd)
281	MEMREF_INST(stmw)
282	MEMREF_INST(stmd)
283
284	/*
285	* ARITH_INST -- define 32-bit immediate forms of arithmetic
286	* instructions
287	*
288	* E.g. addi32 rD,rS,IMMED
289	*/
290	#define ARITH_INST(op, op3, sf) \
291	.macro op ## 32 ## sf @\
292	.if $n != 3 @\
293	.abort "invalid operands to " #op "32" @\
294	.endif @\
295	.abs __is_abs,$2 @\
296	.if __is_abs @\
297	.if ($2 & 0xffff8000) == 0 @\
298	op##sf $0,$1,$2 @\
299	.elseif ($2 & 0xffff8000) == 0xffff8000 @\
300	op##sf $0,$1,$2 @\
301	.elseif __no_at @\
302	.abort "Macro uses at while .no_at in effect" @\
303	.else @\
304	li32 at,$2 @\
305	op3##sf $0,$1,at @\
306	.endif @\
307	.elseif __no_at @\
308	.abort "Macro uses at while .no_at in effect" @\
309	.else @\
310	li32 at,$2 @\
311	op3##sf $0,$1,at @\
312	.endif @\
313	.endmacro
314
315	ARITH_INST(addi, add, )
316	ARITH_INST(subi, sub, )
317	ARITH_INST(addic, addc, )
318	ARITH_INST(subic, subc, )
319	ARITH_INST(addic, addc, .)
320	ARITH_INST(subic, subc, .)
321	ARITH_INST(mulli, mull, )
322
323	/*
324	* CMPEX_INST -- define 32-bit immediate forms of extended compare
325	* instructions
326	*
327	* E.g. cmpwi32 cr3,rS,IMMED
328	* cmpwi32 rS,IMMED
329	*/
330	#define CMPEX_INST(op, op3) \
331	.macro op ## 32 @\
332	.if $n == 3 @\
333	.abs __is_abs,$2 @\
334	.if __is_abs @\
335	.if ($2 & 0xffff8000) == 0 @\
336	op $0,$1,$2 @\
337	.elseif ($2 & 0xffff8000) == 0xffff8000 @\
338	op $0,$1,$2 @\
339	.elseif __no_at @\
340	.abort "Macro uses at while .no_at in effect" @\
341	.else @\
342	li32 at,$2 @\
343	op3 $0,$1,at @\
344	.endif @\
345	.elseif __no_at @\
346	.abort "Macro uses at while .no_at in effect" @\
347	.else @\
348	li32 at,$2 @\
349	op3 $0,$1,at @\
350	.endif @\
351	.elseif $n == 2 @\
352	.abs __is_abs,$1 @\
353	.if __is_abs @\
354	.if ($1 & 0xffff8000) == 0 @\
355	op $0,$1 @\
356	.elseif ($1 & 0xffff8000) == 0xffff8000 @\
357	op $0,$1 @\
358	.elseif __no_at @\
359	.abort "Macro uses at while .no_at in effect" @\
360	.else @\
361	li32 at,$1 @\
362	op3 $0,at @\
363	.endif @\
364	.elseif __no_at @\
365	.abort "Macro uses at while .no_at in effect" @\
366	.else @\
367	li32 at,$1 @\
368	op3 $0,at @\
369	.endif @\
370	.else @\
371	.abort "invalid operands to " #op "32" @\
372	.endif @\
373	.endmacro
374
375	CMPEX_INST(cmpdi, cmpd)
376	CMPEX_INST(cmpwi, cmpw)
377	CMPEX_INST(cmpldi, cmpld)
378	CMPEX_INST(cmplwi, cmplw)
379
380	/*
381	* CMP_INST -- define 32-bit immediate forms of standard compare
382	* instructions
383	*
384	* E.g. cmpi32 cr3,0,rS,IMMED
385	*/
386	#define CMP_INST(op, op3) \
387	.macro op ## 32 @\
388	.if $n == 4 @\
389	.abs __is_abs,$3 @\
390	.if __is_abs @\
391	.if ($3 & 0xffff8000) == 0 @\
392	op $0,$1,$2,$3 @\
393	.elseif ($3 & 0xffff8000) == 0xffff8000 @\
394	op $0,$1,$2,$3 @\
395	.elseif __no_at @\
396	.abort "Macro uses at while .no_at in effect" @\
397	.else @\
398	li32 at,$3 @\
399	op3 $0,$1,$2,at @\
400	.endif @\
401	.elseif __no_at @\
402	.abort "Macro uses at while .no_at in effect" @\
403	.else @\
404	li32 at,$3 @\
405	op3 $0,$1,$2,at @\
406	.endif @\
407	.else @\
408	.abort "invalid operands to " #op "32" @\
409	.endif @\
410	.endmacro
411
412	CMP_INST(cmpi, cmp)
413	CMP_INST(cmpli, cmpl)
414
415	#endif /* __ASSEMBLER__ */
416
417	#endif /* _ARCH_PPC_PSEUDO_INST_H_ */