[unix-history] / usr / src / sys.386bsd / i386 / isa / icu.s

/*-
 * Copyright (c) 1989, 1990 William F. Jolitz.
 * Copyright (c) 1990 The Regents of the University of California.
 * All rights reserved.
 *
 * This code is derived from software contributed to Berkeley by
 * William Jolitz.
 *
 * Redistribution and use in source and binary forms, with or without
 * modification, are permitted provided that the following conditions
 * are met:
 * 1. Redistributions of source code must retain the above copyright
 *    notice, this list of conditions and the following disclaimer.
 * 2. Redistributions in binary form must reproduce the above copyright
 *    notice, this list of conditions and the following disclaimer in the
 *    documentation and/or other materials provided with the distribution.
 * 3. All advertising materials mentioning features or use of this software
 *    must display the following acknowledgement:
 *	This product includes software developed by the University of
 *	California, Berkeley and its contributors.
 * 4. Neither the name of the University nor the names of its contributors
 *    may be used to endorse or promote products derived from this software
 *    without specific prior written permission.
 *
 * THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND
 * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
 * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
 * ARE DISCLAIMED.  IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
 * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
 * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
 * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
 * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
 * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
 * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
 * SUCH DAMAGE.
 *
 *	@(#)icu.s	7.2 (Berkeley) 5/21/91
 */

/*
 * AT/386
 * Vector interrupt control section
 */

	.data
	.globl	_imen
	.globl	_cpl
_cpl:	.long	0xffff			# current priority level (all off)
_imen:	.long	0xffff			# interrupt mask enable (all off)
	.globl	_highmask
_highmask:	.long	0xffff
	.globl	_ttymask
_ttymask:	.long	0
	.globl	_biomask
_biomask:	.long	0
	.globl	_netmask
_netmask:	.long	0
	.globl	_isa_intr
_isa_intr:	.space	16*4

	.text
/*
 * Handle return from interrupt after device handler finishes
 */
doreti:
	cli
	popl	%ebx			# remove intr number
	NOP
	popl	%eax			# get previous priority
	# now interrupt frame is a trap frame!
	movw	%ax,%cx
	movw	%ax,_cpl
	orw	_imen,%ax
	outb	%al,$ IO_ICU1+1		# re-enable intr?
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP

	cmpw	$0x1f,13*4(%esp)	# to user?
	je	1f			# nope, leave
	andw	$0xffff,%cx	
	cmpw	$0,%cx			# returning to zero?
	je	1f

	pop	%es			# nope, going to non-zero level
	pop	%ds
	popa
	addl	$8,%esp
	iret

1:	cmpl	$0,_netisr		# check for softint s/traps
	jne	1f
	cmpl	$0,_want_resched
	jne	1f

	pop	%es			# none, going back to base pri
	pop	%ds
	popa
	addl	$8,%esp
	iret
	
#include "../net/netisr.h"

1:

#define DONET(s, c)	; \
	.globl	c ;  \
	btrl	$ s ,_netisr ;  \
	jnb	1f ; \
	call	c ; \
1:

	call	_splnet

	DONET(NETISR_RAW,_rawintr)
#ifdef INET
	DONET(NETISR_IP,_ipintr)
#endif
#ifdef IMP
	DONET(NETISR_IMP,_impintr)
#endif
#ifdef NS
	DONET(NETISR_NS,_nsintr)
#endif

#ifdef notdef
	NOP
	popl	%eax
	movw	%ax,_cpl
	orw	_imen,%ax
	outb	%al,$ IO_ICU1+1		# re-enable intr?
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP
#else
	call	_spl0
#endif

	btrl	$ NETISR_SCLK,_netisr
	jnb	1f
	# back to an interrupt frame for a moment
	call	_splsoftclock
	pushl	$0xff	# dummy intr
	call	_softclock
	popl	%eax
	call	_spl0

	# jmp	2f

1:
	cmpw	$0x1f,13*4(%esp)	# to user?
	jne	2f			# nope, leave
	cmpl	$0,_want_resched
	je	2f
	call	_trap

2:	pop	%es
	pop	%ds
	popal
	addl	$8,%esp
	iret

/*
 * Interrupt priority mechanism
 *
 * Two flavors	-- imlXX masks relative to ISA noemenclature (for PC compat sw)
 *		-- splXX masks with group mechanism for BSD purposes
 */

	.globl	_splhigh
	.globl	_splclock
_splhigh:
_splclock:
	cli				# disable interrupts
	NOP
	movw	$0xffff,%ax		# set new priority level
	movw	%ax,%dx
	# orw	_imen,%ax		# mask off those not enabled yet
	movw	%ax,%cx
	outb	%al,$ IO_ICU1+1		/* update icu's */
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP
	movzwl	_cpl,%eax		# return old priority
	movw	%dx,_cpl		# set new priority level
	sti				# enable interrupts
	ret

	.globl	_spltty			# block clists
_spltty:
	cli				# disable interrupts
	NOP
	movw	_cpl,%ax
	orw	_ttymask,%ax
	movw	%ax,%dx
	orw	_imen,%ax		# mask off those not enabled yet
	movw	%ax,%cx
	outb	%al,$ IO_ICU1+1		/* update icu's */
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP
	movzwl	_cpl,%eax		# return old priority
	movw	%dx,_cpl		# set new priority level
	sti				# enable interrupts
	ret

	.globl	_splimp
	.globl	_splnet
_splimp:
_splnet:
	cli				# disable interrupts
	NOP
	movw	_cpl,%ax
	orw	_netmask,%ax
	movw	%ax,%dx
	orw	_imen,%ax		# mask off those not enabled yet
	movw	%ax,%cx
	outb	%al,$ IO_ICU1+1		/* update icu's */
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP
	movzwl	_cpl,%eax		# return old priority
	movw	%dx,_cpl		# set new priority level
	sti				# enable interrupts
	ret

	.globl	_splbio	
_splbio:
	cli				# disable interrupts
	NOP
	movw	_cpl,%ax
	orw	_biomask,%ax
	movw	%ax,%dx
	orw	_imen,%ax		# mask off those not enabled yet
	movw	%ax,%cx
	outb	%al,$ IO_ICU1+1		/* update icu's */
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP
	movzwl	_cpl,%eax		# return old priority
	movw	%dx,_cpl		# set new priority level
	sti				# enable interrupts
	ret

	.globl	_splsoftclock
_splsoftclock:
	cli				# disable interrupts
	NOP
	movw	_cpl,%ax
	orw	$0x8000,%ax		# set new priority level
	movw	%ax,%dx
	orw	_imen,%ax		# mask off those not enabled yet
	movw	%ax,%cx
	outb	%al,$ IO_ICU1+1		/* update icu's */
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP
	movzwl	_cpl,%eax		# return old priority
	movw	%dx,_cpl		# set new priority level
	sti				# enable interrupts
	ret

	.globl _splnone
	.globl _spl0
_splnone:
_spl0:
	cli				# disable interrupts
	NOP
	pushl	_cpl			# save old priority
	movw	_cpl,%ax
	orw	_netmask,%ax		# mask off those network devices
	movw	%ax,_cpl		# set new priority level
	orw	_imen,%ax		# mask off those not enabled yet
	outb	%al,$ IO_ICU1+1		/* update icu's */
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP
	sti				# enable interrupts

	DONET(NETISR_RAW,_rawintr)
#ifdef INET
	DONET(NETISR_IP,_ipintr)
#endif
	cli				# disable interrupts
	popl	_cpl			# save old priority
	NOP
	movw	$0,%ax			# set new priority level
	movw	%ax,%dx
	orw	_imen,%ax		# mask off those not enabled yet
	movw	%ax,%cx
	outb	%al,$ IO_ICU1+1		/* update icu's */
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP
	movzwl	_cpl,%eax		# return old priority
	movw	%dx,_cpl		# set new priority level
	sti				# enable interrupts
	ret

	.globl _splx
_splx:
	cli				# disable interrupts
	NOP
	movw	4(%esp),%ax		# new priority level
	movw	%ax,%dx
	cmpw	$0,%dx
	je	_spl0			# going to "zero level" is special

	orw	_imen,%ax		# mask off those not enabled yet
	movw	%ax,%cx
	outb	%al,$ IO_ICU1+1		/* update icu's */
	NOP
	movb	%ah,%al
	outb	%al,$ IO_ICU2+1
	NOP
	movzwl	_cpl,%eax		# return old priority
	movw	%dx,_cpl		# set new priority level
	sti				# enable interrupts
	ret

	/* hardware interrupt catcher (IDT 32 - 47) */
	.globl	_isa_strayintr

IDTVEC(intr0)
	INTRSTRAY(0, _highmask, 0) ; call	_isa_strayintr ; INTREXIT1

IDTVEC(intr1)
	INTRSTRAY(1, _highmask, 1) ; call	_isa_strayintr ; INTREXIT1

IDTVEC(intr2)
	INTRSTRAY(2, _highmask, 2) ; call	_isa_strayintr ; INTREXIT1

IDTVEC(intr3)
	INTRSTRAY(3, _highmask, 3) ; call	_isa_strayintr ; INTREXIT1

IDTVEC(intr4)
	INTRSTRAY(4, _highmask, 4) ; call	_isa_strayintr ; INTREXIT1

IDTVEC(intr5)
	INTRSTRAY(5, _highmask, 5) ; call	_isa_strayintr ; INTREXIT1

IDTVEC(intr6)
	INTRSTRAY(6, _highmask, 6) ; call	_isa_strayintr ; INTREXIT1

IDTVEC(intr7)
	INTRSTRAY(7, _highmask, 7) ; call	_isa_strayintr ; INTREXIT1


IDTVEC(intr8)
	INTRSTRAY(8, _highmask, 8) ; call	_isa_strayintr ; INTREXIT2

IDTVEC(intr9)
	INTRSTRAY(9, _highmask, 9) ; call	_isa_strayintr ; INTREXIT2

IDTVEC(intr10)
	INTRSTRAY(10, _highmask, 10) ; call	_isa_strayintr ; INTREXIT2

IDTVEC(intr11)
	INTRSTRAY(11, _highmask, 11) ; call	_isa_strayintr ; INTREXIT2

IDTVEC(intr12)
	INTRSTRAY(12, _highmask, 12) ; call	_isa_strayintr ; INTREXIT2

IDTVEC(intr13)
	INTRSTRAY(13, _highmask, 13) ; call	_isa_strayintr ; INTREXIT2

IDTVEC(intr14)
	INTRSTRAY(14, _highmask, 14) ; call	_isa_strayintr ; INTREXIT2

IDTVEC(intr15)
	INTRSTRAY(15, _highmask, 15) ; call	_isa_strayintr ; INTREXIT2

IDTVEC(intrdefault)
	INTRSTRAY(255, _highmask, 255) ; call	_isa_strayintr ; INTREXIT2
Commit	Line	Data
e637a509 WJ	1	/*-
	2	* Copyright (c) 1989, 1990 William F. Jolitz.
	3	* Copyright (c) 1990 The Regents of the University of California.
	4	* All rights reserved.
	5	*
	6	* This code is derived from software contributed to Berkeley by
	7	* William Jolitz.
	8	*
	9	* Redistribution and use in source and binary forms, with or without
	10	* modification, are permitted provided that the following conditions
	11	* are met:
	12	* 1. Redistributions of source code must retain the above copyright
	13	* notice, this list of conditions and the following disclaimer.
	14	* 2. Redistributions in binary form must reproduce the above copyright
	15	* notice, this list of conditions and the following disclaimer in the
	16	* documentation and/or other materials provided with the distribution.
	17	* 3. All advertising materials mentioning features or use of this software
	18	* must display the following acknowledgement:
	19	* This product includes software developed by the University of
	20	* California, Berkeley and its contributors.
	21	* 4. Neither the name of the University nor the names of its contributors
	22	* may be used to endorse or promote products derived from this software
	23	* without specific prior written permission.
	24	*
	25	* THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND
	26	* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
	27	* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
	28	* ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
	29	* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
	30	* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
	31	* OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
	32	* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
	33	* LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
	34	* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
	35	* SUCH DAMAGE.
	36	*
	37	* @(#)icu.s 7.2 (Berkeley) 5/21/91
	38	*/
	39
	40	/*
	41	* AT/386
	42	* Vector interrupt control section
	43	*/
	44
	45	.data
	46	.globl _imen
	47	.globl _cpl
	48	_cpl: .long 0xffff # current priority level (all off)
	49	_imen: .long 0xffff # interrupt mask enable (all off)
	50	.globl _highmask
	51	_highmask: .long 0xffff
	52	.globl _ttymask
	53	_ttymask: .long 0
	54	.globl _biomask
	55	_biomask: .long 0
	56	.globl _netmask
	57	_netmask: .long 0
	58	.globl _isa_intr
	59	_isa_intr: .space 16*4
	60
	61	.text
	62	/*
	63	* Handle return from interrupt after device handler finishes
	64	*/
65	doreti:
66	cli
67	popl %ebx # remove intr number
68	NOP
69	popl %eax # get previous priority
70	# now interrupt frame is a trap frame!
71	movw %ax,%cx
72	movw %ax,_cpl
73	orw _imen,%ax
74	outb %al,$ IO_ICU1+1 # re-enable intr?
75	NOP
76	movb %ah,%al
77	outb %al,$ IO_ICU2+1
78	NOP
79
80	cmpw $0x1f,13*4(%esp) # to user?
81	je 1f # nope, leave
82	andw $0xffff,%cx
83	cmpw $0,%cx # returning to zero?
84	je 1f
85
86	pop %es # nope, going to non-zero level
87	pop %ds
88	popa
89	addl $8,%esp
90	iret
91
92	1: cmpl $0,_netisr # check for softint s/traps
93	jne 1f
94	cmpl $0,_want_resched
95	jne 1f
96
97	pop %es # none, going back to base pri
98	pop %ds
99	popa
100	addl $8,%esp
101	iret
102
103	#include "../net/netisr.h"
104
105	1:
106
107	#define DONET(s, c) ; \
108	.globl c ; \
109	btrl $ s ,_netisr ; \
110	jnb 1f ; \
111	call c ; \
112	1:
113
114	call _splnet
115
116	DONET(NETISR_RAW,_rawintr)
117	#ifdef INET
118	DONET(NETISR_IP,_ipintr)
119	#endif
120	#ifdef IMP
121	DONET(NETISR_IMP,_impintr)
122	#endif
123	#ifdef NS
124	DONET(NETISR_NS,_nsintr)
125	#endif
126
127	#ifdef notdef
128	NOP
129	popl %eax
130	movw %ax,_cpl
131	orw _imen,%ax
132	outb %al,$ IO_ICU1+1 # re-enable intr?
133	NOP
134	movb %ah,%al
135	outb %al,$ IO_ICU2+1
136	NOP
137	#else
138	call _spl0
139	#endif
140
141	btrl $ NETISR_SCLK,_netisr
142	jnb 1f
143	# back to an interrupt frame for a moment
144	call _splsoftclock
145	pushl $0xff # dummy intr
146	call _softclock
147	popl %eax
148	call _spl0
149
150	# jmp 2f
151
152	1:
153	cmpw $0x1f,13*4(%esp) # to user?
154	jne 2f # nope, leave
155	cmpl $0,_want_resched
156	je 2f
157	call _trap
158
159	2: pop %es
160	pop %ds
161	popal
162	addl $8,%esp
163	iret
164
165	/*
166	* Interrupt priority mechanism
167	*
168	* Two flavors -- imlXX masks relative to ISA noemenclature (for PC compat sw)
169	* -- splXX masks with group mechanism for BSD purposes
170	*/
171
172	.globl _splhigh
173	.globl _splclock
174	_splhigh:
175	_splclock:
176	cli # disable interrupts
177	NOP
178	movw $0xffff,%ax # set new priority level
179	movw %ax,%dx
180	# orw _imen,%ax # mask off those not enabled yet
181	movw %ax,%cx
182	outb %al,$ IO_ICU1+1 /* update icu's */
183	NOP
184	movb %ah,%al
185	outb %al,$ IO_ICU2+1
186	NOP
187	movzwl _cpl,%eax # return old priority
188	movw %dx,_cpl # set new priority level
189	sti # enable interrupts
190	ret
191
192	.globl _spltty # block clists
193	_spltty:
194	cli # disable interrupts
195	NOP
196	movw _cpl,%ax
197	orw _ttymask,%ax
198	movw %ax,%dx
199	orw _imen,%ax # mask off those not enabled yet
200	movw %ax,%cx
201	outb %al,$ IO_ICU1+1 /* update icu's */
202	NOP
203	movb %ah,%al
204	outb %al,$ IO_ICU2+1
205	NOP
206	movzwl _cpl,%eax # return old priority
207	movw %dx,_cpl # set new priority level
208	sti # enable interrupts
209	ret
210
211	.globl _splimp
212	.globl _splnet
213	_splimp:
214	_splnet:
215	cli # disable interrupts
216	NOP
217	movw _cpl,%ax
218	orw _netmask,%ax
219	movw %ax,%dx
220	orw _imen,%ax # mask off those not enabled yet
221	movw %ax,%cx
222	outb %al,$ IO_ICU1+1 /* update icu's */
223	NOP
224	movb %ah,%al
225	outb %al,$ IO_ICU2+1
226	NOP
227	movzwl _cpl,%eax # return old priority
228	movw %dx,_cpl # set new priority level
229	sti # enable interrupts
230	ret
231
232	.globl _splbio
233	_splbio:
234	cli # disable interrupts
235	NOP
236	movw _cpl,%ax
237	orw _biomask,%ax
238	movw %ax,%dx
239	orw _imen,%ax # mask off those not enabled yet
240	movw %ax,%cx
241	outb %al,$ IO_ICU1+1 /* update icu's */
242	NOP
243	movb %ah,%al
244	outb %al,$ IO_ICU2+1
245	NOP
246	movzwl _cpl,%eax # return old priority
247	movw %dx,_cpl # set new priority level
248	sti # enable interrupts
249	ret
250
251	.globl _splsoftclock
252	_splsoftclock:
253	cli # disable interrupts
254	NOP
255	movw _cpl,%ax
256	orw $0x8000,%ax # set new priority level
257	movw %ax,%dx
258	orw _imen,%ax # mask off those not enabled yet
259	movw %ax,%cx
260	outb %al,$ IO_ICU1+1 /* update icu's */
261	NOP
262	movb %ah,%al
263	outb %al,$ IO_ICU2+1
264	NOP
265	movzwl _cpl,%eax # return old priority
266	movw %dx,_cpl # set new priority level
267	sti # enable interrupts
268	ret
269
270	.globl _splnone
271	.globl _spl0
272	_splnone:
273	_spl0:
274	cli # disable interrupts
275	NOP
276	pushl _cpl # save old priority
277	movw _cpl,%ax
278	orw _netmask,%ax # mask off those network devices
279	movw %ax,_cpl # set new priority level
280	orw _imen,%ax # mask off those not enabled yet
281	outb %al,$ IO_ICU1+1 /* update icu's */
282	NOP
283	movb %ah,%al
284	outb %al,$ IO_ICU2+1
285	NOP
286	sti # enable interrupts
287
288	DONET(NETISR_RAW,_rawintr)
289	#ifdef INET
290	DONET(NETISR_IP,_ipintr)
291	#endif
292	cli # disable interrupts
293	popl _cpl # save old priority
294	NOP
295	movw $0,%ax # set new priority level
296	movw %ax,%dx
297	orw _imen,%ax # mask off those not enabled yet
298	movw %ax,%cx
299	outb %al,$ IO_ICU1+1 /* update icu's */
300	NOP
301	movb %ah,%al
302	outb %al,$ IO_ICU2+1
303	NOP
304	movzwl _cpl,%eax # return old priority
305	movw %dx,_cpl # set new priority level
306	sti # enable interrupts
307	ret
308
309	.globl _splx
310	_splx:
311	cli # disable interrupts
312	NOP
313	movw 4(%esp),%ax # new priority level
314	movw %ax,%dx
315	cmpw $0,%dx
316	je _spl0 # going to "zero level" is special
317
318	orw _imen,%ax # mask off those not enabled yet
319	movw %ax,%cx
320	outb %al,$ IO_ICU1+1 /* update icu's */
321	NOP
322	movb %ah,%al
323	outb %al,$ IO_ICU2+1
324	NOP
325	movzwl _cpl,%eax # return old priority
326	movw %dx,_cpl # set new priority level
327	sti # enable interrupts
328	ret
329
330	/* hardware interrupt catcher (IDT 32 - 47) */
331	.globl _isa_strayintr
332
333	IDTVEC(intr0)
334	INTRSTRAY(0, _highmask, 0) ; call _isa_strayintr ; INTREXIT1
335
336	IDTVEC(intr1)
337	INTRSTRAY(1, _highmask, 1) ; call _isa_strayintr ; INTREXIT1
338
339	IDTVEC(intr2)
340	INTRSTRAY(2, _highmask, 2) ; call _isa_strayintr ; INTREXIT1
341
342	IDTVEC(intr3)
343	INTRSTRAY(3, _highmask, 3) ; call _isa_strayintr ; INTREXIT1
344
345	IDTVEC(intr4)
346	INTRSTRAY(4, _highmask, 4) ; call _isa_strayintr ; INTREXIT1
347
348	IDTVEC(intr5)
349	INTRSTRAY(5, _highmask, 5) ; call _isa_strayintr ; INTREXIT1
350
351	IDTVEC(intr6)
352	INTRSTRAY(6, _highmask, 6) ; call _isa_strayintr ; INTREXIT1
353
354	IDTVEC(intr7)
355	INTRSTRAY(7, _highmask, 7) ; call _isa_strayintr ; INTREXIT1
356
357
358	IDTVEC(intr8)
359	INTRSTRAY(8, _highmask, 8) ; call _isa_strayintr ; INTREXIT2
360
361	IDTVEC(intr9)
362	INTRSTRAY(9, _highmask, 9) ; call _isa_strayintr ; INTREXIT2
363
364	IDTVEC(intr10)
365	INTRSTRAY(10, _highmask, 10) ; call _isa_strayintr ; INTREXIT2
366
367	IDTVEC(intr11)
368	INTRSTRAY(11, _highmask, 11) ; call _isa_strayintr ; INTREXIT2
369
370	IDTVEC(intr12)
371	INTRSTRAY(12, _highmask, 12) ; call _isa_strayintr ; INTREXIT2
372
373	IDTVEC(intr13)
374	INTRSTRAY(13, _highmask, 13) ; call _isa_strayintr ; INTREXIT2
375
376	IDTVEC(intr14)
377	INTRSTRAY(14, _highmask, 14) ; call _isa_strayintr ; INTREXIT2
378
379	IDTVEC(intr15)
380	INTRSTRAY(15, _highmask, 15) ; call _isa_strayintr ; INTREXIT2
381
382	IDTVEC(intrdefault)
383	INTRSTRAY(255, _highmask, 255) ; call _isa_strayintr ; INTREXIT2