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7029 want per-process exploit mitigation features (secflags)
7030 want basic address space layout randomization (aslr)
7031 noexec_user_stack should be a secflag
7032 want a means to forbid mappings around NULL.
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--- old/usr/src/uts/intel/ia32/ml/modstubs.s
+++ new/usr/src/uts/intel/ia32/ml/modstubs.s
1 1 /*
2 2 * CDDL HEADER START
3 3 *
4 4 * The contents of this file are subject to the terms of the
5 5 * Common Development and Distribution License (the "License").
6 6 * You may not use this file except in compliance with the License.
7 7 *
8 8 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
9 9 * or http://www.opensolaris.org/os/licensing.
10 10 * See the License for the specific language governing permissions
11 11 * and limitations under the License.
12 12 *
13 13 * When distributing Covered Code, include this CDDL HEADER in each
14 14 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
15 15 * If applicable, add the following below this CDDL HEADER, with the
16 16 * fields enclosed by brackets "[]" replaced with your own identifying
17 17 * information: Portions Copyright [yyyy] [name of copyright owner]
18 18 *
19 19 * CDDL HEADER END
20 20 */
21 21
22 22 /*
23 23 * Copyright (c) 1992, 2010, Oracle and/or its affiliates. All rights reserved.
24 24 * Copyright (c) 2015, Joyent, Inc. All rights reserved.
25 25 */
26 26
27 27 #include <sys/asm_linkage.h>
28 28
29 29 #if defined(__lint)
30 30
31 31 char stubs_base[1], stubs_end[1];
32 32
33 33 #else /* __lint */
34 34
35 35 #include "assym.h"
36 36
37 37 /*
38 38 * !!!!!!!! WARNING! WARNING! WARNING! WARNING! WARNING! WARNING! !!!!!!!!
39 39 *
40 40 * For functions which are either STUBs or WSTUBs the actual function
41 41 * need to be called using 'call' instruction because of preamble and
42 42 * postamble (i.e mod_hold_stub and mod_release_stub) around the
43 43 * function call. Due to this we need to copy arguments for the
44 44 * real function. On Intel we can't tell how many arguments are there
45 45 * on the stack so we have to either copy everything between esp and
46 46 * ebp or copy only a fixed number (MAXNARG - defined here) for
47 47 * all the stub functions. Currently we are using MAXNARG (it is a kludge
48 48 * but worth it?!).
49 49 *
50 50 * NOTE: Use NO_UNLOAD_STUBs if the module is NOT unloadable once it is
51 51 * loaded.
52 52 */
53 53 #define MAXNARG 10
54 54
55 55 /*
56 56 * WARNING: there is no check for forgetting to write END_MODULE,
57 57 * and if you do, the kernel will most likely crash. Be careful
58 58 *
59 59 * This file assumes that all of the contributions to the data segment
60 60 * will be contiguous in the output file, even though they are separated
61 61 * by pieces of text. This is safe for all assemblers I know of now...
62 62 */
63 63
64 64 /*
65 65 * This file uses ansi preprocessor features:
66 66 *
67 67 * 1. #define mac(a) extra_ ## a --> mac(x) expands to extra_a
68 68 * The old version of this is
69 69 * #define mac(a) extra_/.*.*./a
70 70 * but this fails if the argument has spaces "mac ( x )"
71 71 * (Ignore the dots above, I had to put them in to keep this a comment.)
72 72 *
73 73 * 2. #define mac(a) #a --> mac(x) expands to "x"
74 74 * The old version is
75 75 * #define mac(a) "a"
76 76 *
77 77 * For some reason, the 5.0 preprocessor isn't happy with the above usage.
78 78 * For now, we're not using these ansi features.
79 79 *
80 80 * The reason is that "the 5.0 ANSI preprocessor" is built into the compiler
81 81 * and is a tokenizing preprocessor. This means, when confronted by something
82 82 * other than C token generation rules, strange things occur. In this case,
83 83 * when confronted by an assembly file, it would turn the token ".globl" into
84 84 * two tokens "." and "globl". For this reason, the traditional, non-ANSI
85 85 * preprocessor is used on assembly files.
86 86 *
87 87 * It would be desirable to have a non-tokenizing cpp (accp?) to use for this.
88 88 */
89 89
90 90 /*
91 91 * This file contains the stubs routines for modules which can be autoloaded.
92 92 */
93 93
94 94 #if defined(__amd64)
95 95
96 96 /*
97 97 * See the 'struct mod_modinfo' definition to see what this declaration
98 98 * is trying to achieve here.
99 99 */
100 100 #define MODULE(module,namespace) \
101 101 .data; \
102 102 module/**/_modname: \
103 103 .string "namespace/module"; \
104 104 SET_SIZE(module/**/_modname); \
105 105 .align CPTRSIZE; \
106 106 .globl module/**/_modinfo; \
107 107 .type module/**/_modinfo, @object; \
108 108 module/**/_modinfo: \
109 109 .quad module/**/_modname; \
110 110 .quad 0 /* storage for modctl pointer */
111 111
112 112 /* then mod_stub_info structures follow until a mods_func_adr is 0 */
113 113
114 114 /* this puts a 0 where the next mods_func_adr would be */
115 115 #define END_MODULE(module) \
116 116 .data; \
117 117 .align CPTRSIZE; \
118 118 .quad 0; \
119 119 SET_SIZE(module/**/_modinfo)
120 120
121 121 /*
122 122 * The data section in the stub_common macro is the
123 123 * mod_stub_info structure for the stub function
124 124 */
125 125
126 126 #define STUB_COMMON(module, fcnname, install_fcn, retfcn, weak) \
127 127 ENTRY(fcnname); \
128 128 leaq fcnname/**/_info(%rip), %rax; \
129 129 cmpl $0, MODS_FLAG(%rax); /* weak? */ \
130 130 je stubs_common_code; /* not weak */ \
131 131 testb $MODS_INSTALLED, MODS_FLAG(%rax); /* installed? */ \
132 132 jne stubs_common_code; /* yes, do the mod_hold */ \
133 133 jmp *MODS_RETFCN(%rax); /* no, jump to retfcn */ \
134 134 SET_SIZE(fcnname); \
135 135 .data; \
136 136 .align CPTRSIZE; \
137 137 .type fcnname/**/_info, @object; \
138 138 fcnname/**/_info: \
139 139 .quad install_fcn; /* 0 */ \
140 140 .quad module/**/_modinfo; /* 0x8 */ \
141 141 .quad fcnname; /* 0x10 */ \
142 142 .quad retfcn; /* 0x18 */ \
143 143 .long weak; /* 0x20 */ \
144 144 SET_SIZE(fcnname/**/_info)
145 145
146 146 #define STUB_UNLOADABLE(module, fcnname, install_fcn, retfcn, weak) \
147 147 ENTRY(fcnname); \
148 148 leaq fcnname/**/_info(%rip), %rax; \
149 149 testb $MODS_INSTALLED, MODS_FLAG(%rax); /* installed? */ \
150 150 je 5f; /* no */ \
151 151 jmp *(%rax); /* yes, jump to install_fcn */ \
152 152 5: testb $MODS_WEAK, MODS_FLAG(%rax); /* weak? */ \
153 153 je stubs_common_code; /* no, do mod load */ \
154 154 jmp *MODS_RETFCN(%rax); /* yes, jump to retfcn */ \
155 155 SET_SIZE(fcnname); \
156 156 .data; \
157 157 .align CPTRSIZE; \
158 158 .type fcnname/**/_info, @object; \
159 159 fcnname/**/_info: \
160 160 .quad install_fcn; /* 0 */ \
161 161 .quad module/**/_modinfo; /* 0x8 */ \
162 162 .quad fcnname; /* 0x10 */ \
163 163 .quad retfcn; /* 0x18 */ \
164 164 .long weak; /* 0x20 */ \
165 165 SET_SIZE(fcnname/**/_info)
166 166
167 167 /*
168 168 * We branch here with the fcnname_info pointer in %rax
169 169 */
170 170 ENTRY_NP(stubs_common_code)
171 171 .globl mod_hold_stub
172 172 .globl mod_release_stub
173 173 pushq %rbp
174 174 movq %rsp, %rbp
175 175 subq $0x10, %rsp
176 176 movq %r15, (%rsp) /* (caller saved) */
177 177 movq %rax, %r15 /* stash the fcnname_info pointer */
178 178 /*
179 179 * save incoming register arguments
180 180 */
181 181 pushq %rdi
182 182 pushq %rsi
183 183 pushq %rdx
184 184 pushq %rcx
185 185 pushq %r8
186 186 pushq %r9
187 187 /* (next 4 args, if any, are already on the stack above %rbp) */
188 188 movq %r15, %rdi
189 189 call mod_hold_stub /* mod_hold_stub(mod_stub_info *) */
190 190 cmpl $-1, %eax /* error? */
191 191 jne .L1
192 192 movq 0x18(%r15), %rax
193 193 call *%rax
194 194 addq $0x30, %rsp
195 195 jmp .L2
196 196 .L1:
197 197 /*
198 198 * copy MAXNARG == 10 incoming arguments
199 199 */
200 200 popq %r9
201 201 popq %r8
202 202 popq %rcx
203 203 popq %rdx
204 204 popq %rsi
205 205 popq %rdi
206 206 /*
207 207 * stack:
208 208 * arg9 0x38(%rsp)
209 209 * arg8 0x30(%rsp)
210 210 * arg7 0x28(%rsp)
211 211 * arg6 0x20(%rsp)
212 212 * saved %rip 0x18(%rsp)
213 213 * saved %rbp 0x10(%rsp)
214 214 * <pad> 0x8(%rsp)
215 215 * saved %r15 0x0(%rsp)
216 216 */
217 217 movl $MAXNARG - 6 + 3, %r11d
218 218 pushq (%rsp, %r11, 8)
219 219 pushq (%rsp, %r11, 8)
220 220 pushq (%rsp, %r11, 8)
221 221 pushq (%rsp, %r11, 8)
222 222 call *(%r15) /* call the stub fn(arg, ..) */
223 223 addq $0x20, %rsp /* pop off last 4 args */
224 224 pushq %rax /* save any return values */
225 225 pushq %rdx
226 226 movq %r15, %rdi
227 227 call mod_release_stub /* release hold on module */
228 228 popq %rdx /* restore return values */
229 229 popq %rax
230 230 .L2:
231 231 popq %r15
232 232 leave
233 233 ret
234 234 SET_SIZE(stubs_common_code)
235 235
236 236 #elif defined(__i386)
237 237
238 238 /*
239 239 * See the 'struct mod_modinfo' definition to see what this declaration
240 240 * is trying to achieve here.
241 241 */
242 242 #define MODULE(module,namespace) \
243 243 .data; \
244 244 module/**/_modname: \
245 245 .string "namespace/module"; \
246 246 SET_SIZE(module/**/_modname); \
247 247 .align CPTRSIZE; \
248 248 .globl module/**/_modinfo; \
249 249 .type module/**/_modinfo, @object; \
250 250 module/**/_modinfo: \
251 251 .long module/**/_modname; \
252 252 .long 0 /* storage for modctl pointer */
253 253
254 254 /* then mod_stub_info structures follow until a mods_func_adr is 0 */
255 255
256 256 /* this puts a 0 where the next mods_func_adr would be */
257 257 #define END_MODULE(module) \
258 258 .data; \
259 259 .align CPTRSIZE; \
260 260 .long 0; \
261 261 SET_SIZE(module/**/_modinfo)
262 262
263 263 /*
264 264 * The data section in the stub_common macro is the
265 265 * mod_stub_info structure for the stub function
266 266 */
267 267
268 268 /*
269 269 * The flag MODS_INSTALLED is stored in the stub data and is used to
270 270 * indicate if a module is installed and initialized. This flag is used
271 271 * instead of the mod_stub_info->mods_modinfo->mod_installed flag
272 272 * to minimize the number of pointer de-references for each function
273 273 * call (and also to avoid possible TLB misses which could be induced
274 274 * by dereferencing these pointers.)
275 275 */
276 276
277 277 #define STUB_COMMON(module, fcnname, install_fcn, retfcn, weak) \
278 278 ENTRY(fcnname); \
279 279 leal fcnname/**/_info, %eax; \
280 280 cmpl $0, MODS_FLAG(%eax); /* weak? */ \
281 281 je stubs_common_code; /* not weak */ \
282 282 testb $MODS_INSTALLED, MODS_FLAG(%eax); /* installed? */ \
283 283 jne stubs_common_code; /* yes, do the mod_hold */ \
284 284 jmp *MODS_RETFCN(%eax); /* no, just jump to retfcn */ \
285 285 SET_SIZE(fcnname); \
286 286 .data; \
287 287 .align CPTRSIZE; \
288 288 .type fcnname/**/_info, @object; \
289 289 fcnname/**/_info: \
290 290 .long install_fcn; \
291 291 .long module/**/_modinfo; \
292 292 .long fcnname; \
293 293 .long retfcn; \
294 294 .long weak; \
295 295 SET_SIZE(fcnname/**/_info)
296 296
297 297 #define STUB_UNLOADABLE(module, fcnname, install_fcn, retfcn, weak) \
298 298 ENTRY(fcnname); \
299 299 leal fcnname/**/_info, %eax; \
300 300 testb $MODS_INSTALLED, MODS_FLAG(%eax); /* installed? */ \
301 301 je 5f; /* no */ \
302 302 jmp *(%eax); /* yes, just jump to install_fcn */ \
303 303 5: testb $MODS_WEAK, MODS_FLAG(%eax); /* weak? */ \
304 304 je stubs_common_code; /* no, do mod load */ \
305 305 jmp *MODS_RETFCN(%eax); /* yes, just jump to retfcn */ \
306 306 SET_SIZE(fcnname); \
307 307 .data; \
308 308 .align CPTRSIZE; \
309 309 .type fcnname/**/_info, @object; \
310 310 fcnname/**/_info: \
311 311 .long install_fcn; /* 0 */ \
312 312 .long module/**/_modinfo; /* 0x4 */ \
313 313 .long fcnname; /* 0x8 */ \
314 314 .long retfcn; /* 0xc */ \
315 315 .long weak; /* 0x10 */ \
316 316 SET_SIZE(fcnname/**/_info)
317 317
318 318 /*
319 319 * We branch here with the fcnname_info pointer in %eax
320 320 */
321 321 ENTRY_NP(stubs_common_code)
322 322 .globl mod_hold_stub
323 323 .globl mod_release_stub
324 324 pushl %esi
325 325 movl %eax, %esi / save the info pointer
326 326 pushl %eax
327 327 call mod_hold_stub / mod_hold_stub(mod_stub_info *)
328 328 popl %ecx
329 329 cmpl $-1, %eax / error?
330 330 jne .L1
331 331 movl MODS_RETFCN(%esi), %eax
332 332 call *%eax
333 333 popl %esi / yes, return error (panic?)
334 334 ret
335 335 .L1:
336 336 movl $MAXNARG+1, %ecx
337 337 / copy incoming arguments
338 338 pushl (%esp, %ecx, 4) / push MAXNARG times
339 339 pushl (%esp, %ecx, 4)
340 340 pushl (%esp, %ecx, 4)
341 341 pushl (%esp, %ecx, 4)
342 342 pushl (%esp, %ecx, 4)
343 343 pushl (%esp, %ecx, 4)
344 344 pushl (%esp, %ecx, 4)
345 345 pushl (%esp, %ecx, 4)
346 346 pushl (%esp, %ecx, 4)
347 347 pushl (%esp, %ecx, 4)
348 348 call *(%esi) / call the stub function(arg1,arg2, ...)
349 349 add $_MUL(MAXNARG, 4), %esp / pop off MAXNARG arguments
350 350 pushl %eax / save any return values from the stub
351 351 pushl %edx
352 352 pushl %esi
353 353 call mod_release_stub / release hold on module
354 354 addl $4, %esp
355 355 popl %edx / restore return values
356 356 popl %eax
357 357 .L2:
358 358 popl %esi
359 359 ret
360 360 SET_SIZE(stubs_common_code)
361 361
362 362 #endif /* __i386 */
363 363
364 364 #define STUB(module, fcnname, retfcn) \
365 365 STUB_COMMON(module, fcnname, mod_hold_stub, retfcn, 0)
366 366
367 367 /*
368 368 * "weak stub", don't load on account of this call
369 369 */
370 370 #define WSTUB(module, fcnname, retfcn) \
371 371 STUB_COMMON(module, fcnname, retfcn, retfcn, MODS_WEAK)
372 372
373 373 /*
374 374 * "non-unloadable stub", don't bother 'holding' module if it's already loaded
375 375 * since the module cannot be unloaded.
376 376 *
377 377 * User *MUST* guarantee the module is not unloadable (no _fini routine).
378 378 */
379 379 #define NO_UNLOAD_STUB(module, fcnname, retfcn) \
380 380 STUB_UNLOADABLE(module, fcnname, retfcn, retfcn, MODS_NOUNLOAD)
381 381
382 382 /*
383 383 * "weak stub" for non-unloadable module, don't load on account of this call
384 384 */
385 385 #define NO_UNLOAD_WSTUB(module, fcnname, retfcn) \
386 386 STUB_UNLOADABLE(module, fcnname, retfcn, retfcn, MODS_NOUNLOAD|MODS_WEAK)
387 387
388 388 /*
389 389 * this is just a marker for the beginning area of text that contains stubs
390 390 */
391 391 ENTRY_NP(stubs_base)
392 392 nop
393 393
394 394 /*
395 395 * WARNING WARNING WARNING!!!!!!
396 396 *
397 397 * On the MODULE macro you MUST NOT use any spaces!!! They are
398 398 * significant to the preprocessor. With ansi c there is a way around this
399 399 * but for some reason (yet to be investigated) ansi didn't work for other
400 400 * reasons!
401 401 *
402 402 * When zero is used as the return function, the system will call
403 403 * panic if the stub can't be resolved.
404 404 */
405 405
406 406 /*
407 407 * Stubs for devfs. A non-unloadable module.
408 408 */
409 409
410 410 #ifndef DEVFS_MODULE
411 411 MODULE(devfs,fs);
412 412 NO_UNLOAD_STUB(devfs, devfs_clean, nomod_minus_one);
413 413 NO_UNLOAD_STUB(devfs, devfs_lookupname, nomod_minus_one);
414 414 NO_UNLOAD_STUB(devfs, devfs_walk, nomod_minus_one);
415 415 NO_UNLOAD_STUB(devfs, devfs_devpolicy, nomod_minus_one);
416 416 NO_UNLOAD_STUB(devfs, devfs_reset_perm, nomod_minus_one);
417 417 NO_UNLOAD_STUB(devfs, devfs_remdrv_cleanup, nomod_minus_one);
418 418 END_MODULE(devfs);
419 419 #endif
420 420
421 421 #ifndef DEV_MODULE
422 422 MODULE(dev,fs);
423 423 NO_UNLOAD_STUB(dev, sdev_modctl_readdir, nomod_minus_one);
424 424 NO_UNLOAD_STUB(dev, sdev_modctl_readdir_free, nomod_minus_one);
425 425 NO_UNLOAD_STUB(dev, devname_filename_register, nomod_minus_one);
426 426 NO_UNLOAD_STUB(dev, sdev_modctl_devexists, nomod_minus_one);
427 427 NO_UNLOAD_STUB(dev, devname_profile_update, nomod_minus_one);
428 428 NO_UNLOAD_STUB(dev, sdev_devstate_change, nomod_minus_one);
429 429 NO_UNLOAD_STUB(dev, devvt_getvnodeops, nomod_minus_one);
430 430 NO_UNLOAD_STUB(dev, devpts_getvnodeops, nomod_zero);
431 431 END_MODULE(dev);
432 432 #endif
433 433
434 434 /*
435 435 * Stubs for specfs. A non-unloadable module.
436 436 */
437 437
438 438 #ifndef SPEC_MODULE
439 439 MODULE(specfs,fs);
440 440 NO_UNLOAD_STUB(specfs, common_specvp, nomod_zero);
441 441 NO_UNLOAD_STUB(specfs, makectty, nomod_zero);
442 442 NO_UNLOAD_STUB(specfs, makespecvp, nomod_zero);
443 443 NO_UNLOAD_STUB(specfs, smark, nomod_zero);
444 444 NO_UNLOAD_STUB(specfs, spec_segmap, nomod_einval);
445 445 NO_UNLOAD_STUB(specfs, specfind, nomod_zero);
446 446 NO_UNLOAD_STUB(specfs, specvp, nomod_zero);
447 447 NO_UNLOAD_STUB(specfs, devi_stillreferenced, nomod_zero);
448 448 NO_UNLOAD_STUB(specfs, spec_getvnodeops, nomod_zero);
449 449 NO_UNLOAD_STUB(specfs, spec_char_map, nomod_zero);
450 450 NO_UNLOAD_STUB(specfs, specvp_devfs, nomod_zero);
451 451 NO_UNLOAD_STUB(specfs, spec_assoc_vp_with_devi, nomod_void);
452 452 NO_UNLOAD_STUB(specfs, spec_hold_devi_by_vp, nomod_zero);
453 453 NO_UNLOAD_STUB(specfs, spec_snode_walk, nomod_void);
454 454 NO_UNLOAD_STUB(specfs, spec_devi_open_count, nomod_minus_one);
455 455 NO_UNLOAD_STUB(specfs, spec_is_clone, nomod_zero);
456 456 NO_UNLOAD_STUB(specfs, spec_is_selfclone, nomod_zero);
457 457 NO_UNLOAD_STUB(specfs, spec_fence_snode, nomod_minus_one);
458 458 NO_UNLOAD_STUB(specfs, spec_unfence_snode, nomod_minus_one);
459 459 END_MODULE(specfs);
460 460 #endif
461 461
462 462
463 463 /*
464 464 * Stubs for sockfs. A non-unloadable module.
465 465 */
466 466 #ifndef SOCK_MODULE
467 467 MODULE(sockfs,fs);
468 468 NO_UNLOAD_STUB(sockfs, so_socket, nomod_zero);
469 469 NO_UNLOAD_STUB(sockfs, so_socketpair, nomod_zero);
470 470 NO_UNLOAD_STUB(sockfs, bind, nomod_zero);
471 471 NO_UNLOAD_STUB(sockfs, listen, nomod_zero);
472 472 NO_UNLOAD_STUB(sockfs, accept, nomod_zero);
473 473 NO_UNLOAD_STUB(sockfs, connect, nomod_zero);
474 474 NO_UNLOAD_STUB(sockfs, shutdown, nomod_zero);
475 475 NO_UNLOAD_STUB(sockfs, recv, nomod_zero);
476 476 NO_UNLOAD_STUB(sockfs, recvfrom, nomod_zero);
477 477 NO_UNLOAD_STUB(sockfs, recvmsg, nomod_zero);
478 478 NO_UNLOAD_STUB(sockfs, send, nomod_zero);
479 479 NO_UNLOAD_STUB(sockfs, sendmsg, nomod_zero);
480 480 NO_UNLOAD_STUB(sockfs, sendto, nomod_zero);
481 481 #ifdef _SYSCALL32_IMPL
482 482 NO_UNLOAD_STUB(sockfs, recv32, nomod_zero);
483 483 NO_UNLOAD_STUB(sockfs, recvfrom32, nomod_zero);
484 484 NO_UNLOAD_STUB(sockfs, send32, nomod_zero);
485 485 NO_UNLOAD_STUB(sockfs, sendto32, nomod_zero);
486 486 #endif /* _SYSCALL32_IMPL */
487 487 NO_UNLOAD_STUB(sockfs, getpeername, nomod_zero);
488 488 NO_UNLOAD_STUB(sockfs, getsockname, nomod_zero);
489 489 NO_UNLOAD_STUB(sockfs, getsockopt, nomod_zero);
490 490 NO_UNLOAD_STUB(sockfs, setsockopt, nomod_zero);
491 491 NO_UNLOAD_STUB(sockfs, sockconfig, nomod_zero);
492 492 NO_UNLOAD_STUB(sockfs, sock_getmsg, nomod_zero);
493 493 NO_UNLOAD_STUB(sockfs, sock_putmsg, nomod_zero);
494 494 NO_UNLOAD_STUB(sockfs, sosendfile64, nomod_zero);
495 495 NO_UNLOAD_STUB(sockfs, snf_segmap, nomod_einval);
496 496 NO_UNLOAD_STUB(sockfs, sock_getfasync, nomod_zero);
497 497 NO_UNLOAD_STUB(sockfs, nl7c_sendfilev, nomod_zero);
498 498 NO_UNLOAD_STUB(sockfs, sotpi_sototpi, nomod_zero);
499 499 NO_UNLOAD_STUB(sockfs, socket_sendmblk, nomod_zero);
500 500 NO_UNLOAD_STUB(sockfs, socket_setsockopt, nomod_zero);
501 501 END_MODULE(sockfs);
502 502 #endif
503 503
504 504 /*
505 505 * IPsec stubs.
506 506 */
507 507
508 508 #ifndef IPSECAH_MODULE
509 509 MODULE(ipsecah,drv);
510 510 WSTUB(ipsecah, ipsec_construct_inverse_acquire, nomod_zero);
511 511 WSTUB(ipsecah, sadb_acquire, nomod_zero);
512 512 WSTUB(ipsecah, ipsecah_algs_changed, nomod_zero);
513 513 WSTUB(ipsecah, sadb_alg_update, nomod_zero);
514 514 WSTUB(ipsecah, sadb_unlinkassoc, nomod_zero);
515 515 WSTUB(ipsecah, sadb_insertassoc, nomod_zero);
516 516 WSTUB(ipsecah, ipsecah_in_assocfailure, nomod_zero);
517 517 WSTUB(ipsecah, sadb_set_lpkt, nomod_zero);
518 518 WSTUB(ipsecah, ipsecah_icmp_error, nomod_zero);
519 519 END_MODULE(ipsecah);
520 520 #endif
521 521
522 522 #ifndef IPSECESP_MODULE
523 523 MODULE(ipsecesp,drv);
524 524 WSTUB(ipsecesp, ipsecesp_fill_defs, nomod_zero);
525 525 WSTUB(ipsecesp, ipsecesp_algs_changed, nomod_zero);
526 526 WSTUB(ipsecesp, ipsecesp_in_assocfailure, nomod_zero);
527 527 WSTUB(ipsecesp, ipsecesp_init_funcs, nomod_zero);
528 528 WSTUB(ipsecesp, ipsecesp_icmp_error, nomod_zero);
529 529 WSTUB(ipsecesp, ipsecesp_send_keepalive, nomod_zero);
530 530 END_MODULE(ipsecesp);
531 531 #endif
532 532
533 533 #ifndef KEYSOCK_MODULE
534 534 MODULE(keysock, drv);
535 535 WSTUB(keysock, keysock_plumb_ipsec, nomod_zero);
536 536 WSTUB(keysock, keysock_extended_reg, nomod_zero);
537 537 WSTUB(keysock, keysock_next_seq, nomod_zero);
538 538 END_MODULE(keysock);
539 539 #endif
540 540
541 541 #ifndef SPDSOCK_MODULE
542 542 MODULE(spdsock,drv);
543 543 WSTUB(spdsock, spdsock_update_pending_algs, nomod_zero);
544 544 END_MODULE(spdsock);
545 545 #endif
546 546
547 547 /*
548 548 * Stubs for nfs common code.
549 549 * XXX nfs_getvnodeops should go away with removal of kludge in vnode.c
550 550 */
551 551 #ifndef NFS_MODULE
552 552 MODULE(nfs,fs);
553 553 WSTUB(nfs, nfs_getvnodeops, nomod_zero);
554 554 WSTUB(nfs, nfs_perror, nomod_zero);
555 555 WSTUB(nfs, nfs_cmn_err, nomod_zero);
556 556 WSTUB(nfs, clcleanup_zone, nomod_zero);
557 557 WSTUB(nfs, clcleanup4_zone, nomod_zero);
558 558 END_MODULE(nfs);
559 559 #endif
560 560
561 561
562 562 /*
563 563 * Stubs for nfs_dlboot (diskless booting).
564 564 */
565 565 #ifndef NFS_DLBOOT_MODULE
566 566 MODULE(nfs_dlboot,misc);
567 567 STUB(nfs_dlboot, mount_root, nomod_minus_one);
568 568 STUB(nfs_dlboot, dhcpinit, nomod_minus_one);
569 569 END_MODULE(nfs_dlboot);
570 570 #endif
571 571
572 572 /*
573 573 * Stubs for nfs server-only code.
574 574 */
575 575 #ifndef NFSSRV_MODULE
576 576 MODULE(nfssrv,misc);
577 577 STUB(nfssrv, exportfs, nomod_minus_one);
578 578 STUB(nfssrv, nfs_getfh, nomod_minus_one);
579 579 STUB(nfssrv, nfsl_flush, nomod_minus_one);
580 580 STUB(nfssrv, rfs4_check_delegated, nomod_zero);
581 581 STUB(nfssrv, mountd_args, nomod_minus_one);
582 582 NO_UNLOAD_STUB(nfssrv, rdma_start, nomod_zero);
583 583 NO_UNLOAD_STUB(nfssrv, nfs_svc, nomod_zero);
584 584 END_MODULE(nfssrv);
585 585 #endif
586 586
587 587 /*
588 588 * Stubs for kernel lock manager.
589 589 */
590 590 #ifndef KLM_MODULE
591 591 MODULE(klmmod,misc);
592 592 NO_UNLOAD_STUB(klmmod, lm_svc, nomod_zero);
593 593 NO_UNLOAD_STUB(klmmod, lm_shutdown, nomod_zero);
594 594 NO_UNLOAD_STUB(klmmod, lm_unexport, nomod_zero);
595 595 NO_UNLOAD_STUB(klmmod, lm_cprresume, nomod_zero);
596 596 NO_UNLOAD_STUB(klmmod, lm_cprsuspend, nomod_zero);
597 597 NO_UNLOAD_STUB(klmmod, lm_safelock, nomod_zero);
598 598 NO_UNLOAD_STUB(klmmod, lm_safemap, nomod_zero);
599 599 NO_UNLOAD_STUB(klmmod, lm_has_sleep, nomod_zero);
600 600 NO_UNLOAD_STUB(klmmod, lm_free_config, nomod_zero);
601 601 NO_UNLOAD_STUB(klmmod, lm_vp_active, nomod_zero);
602 602 NO_UNLOAD_STUB(klmmod, lm_get_sysid, nomod_zero);
603 603 NO_UNLOAD_STUB(klmmod, lm_rel_sysid, nomod_zero);
604 604 NO_UNLOAD_STUB(klmmod, lm_alloc_sysidt, nomod_minus_one);
605 605 NO_UNLOAD_STUB(klmmod, lm_free_sysidt, nomod_zero);
606 606 NO_UNLOAD_STUB(klmmod, lm_sysidt, nomod_minus_one);
607 607 END_MODULE(klmmod);
608 608 #endif
609 609
610 610 #ifndef KLMOPS_MODULE
611 611 MODULE(klmops,misc);
612 612 NO_UNLOAD_STUB(klmops, lm_frlock, nomod_zero);
613 613 NO_UNLOAD_STUB(klmops, lm4_frlock, nomod_zero);
614 614 NO_UNLOAD_STUB(klmops, lm_shrlock, nomod_zero);
615 615 NO_UNLOAD_STUB(klmops, lm4_shrlock, nomod_zero);
616 616 NO_UNLOAD_STUB(klmops, lm_nlm_dispatch, nomod_zero);
617 617 NO_UNLOAD_STUB(klmops, lm_nlm4_dispatch, nomod_zero);
618 618 NO_UNLOAD_STUB(klmops, lm_nlm_reclaim, nomod_zero);
619 619 NO_UNLOAD_STUB(klmops, lm_nlm4_reclaim, nomod_zero);
620 620 NO_UNLOAD_STUB(klmops, lm_register_lock_locally, nomod_zero);
621 621 END_MODULE(klmops);
622 622 #endif
623 623
624 624 /*
625 625 * Stubs for kernel TLI module
626 626 * XXX currently we never allow this to unload
627 627 */
628 628 #ifndef TLI_MODULE
629 629 MODULE(tlimod,misc);
630 630 NO_UNLOAD_STUB(tlimod, t_kopen, nomod_minus_one);
631 631 NO_UNLOAD_STUB(tlimod, t_kunbind, nomod_zero);
632 632 NO_UNLOAD_STUB(tlimod, t_kadvise, nomod_zero);
633 633 NO_UNLOAD_STUB(tlimod, t_krcvudata, nomod_zero);
634 634 NO_UNLOAD_STUB(tlimod, t_ksndudata, nomod_zero);
635 635 NO_UNLOAD_STUB(tlimod, t_kalloc, nomod_zero);
636 636 NO_UNLOAD_STUB(tlimod, t_kbind, nomod_zero);
637 637 NO_UNLOAD_STUB(tlimod, t_kclose, nomod_zero);
638 638 NO_UNLOAD_STUB(tlimod, t_kspoll, nomod_zero);
639 639 NO_UNLOAD_STUB(tlimod, t_kfree, nomod_zero);
640 640 END_MODULE(tlimod);
641 641 #endif
642 642
643 643 /*
644 644 * Stubs for kernel RPC module
645 645 * XXX currently we never allow this to unload
646 646 */
647 647 #ifndef RPC_MODULE
648 648 MODULE(rpcmod,strmod);
649 649 NO_UNLOAD_STUB(rpcmod, clnt_tli_kcreate, nomod_minus_one);
650 650 NO_UNLOAD_STUB(rpcmod, svc_tli_kcreate, nomod_minus_one);
651 651 NO_UNLOAD_STUB(rpcmod, bindresvport, nomod_minus_one);
652 652 NO_UNLOAD_STUB(rpcmod, rdma_register_mod, nomod_minus_one);
653 653 NO_UNLOAD_STUB(rpcmod, rdma_unregister_mod, nomod_minus_one);
654 654 NO_UNLOAD_STUB(rpcmod, svc_queuereq, nomod_minus_one);
655 655 NO_UNLOAD_STUB(rpcmod, clist_add, nomod_minus_one);
656 656 END_MODULE(rpcmod);
657 657 #endif
658 658
659 659 /*
660 660 * Stubs for des
661 661 */
662 662 #ifndef DES_MODULE
663 663 MODULE(des,misc);
664 664 STUB(des, cbc_crypt, nomod_zero);
665 665 STUB(des, ecb_crypt, nomod_zero);
666 666 STUB(des, _des_crypt, nomod_zero);
667 667 END_MODULE(des);
668 668 #endif
669 669
670 670 /*
671 671 * Stubs for procfs. A non-unloadable module.
672 672 */
673 673 #ifndef PROC_MODULE
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674 674 MODULE(procfs,fs);
675 675 NO_UNLOAD_STUB(procfs, prfree, nomod_zero);
676 676 NO_UNLOAD_STUB(procfs, prexit, nomod_zero);
677 677 NO_UNLOAD_STUB(procfs, prlwpfree, nomod_zero);
678 678 NO_UNLOAD_STUB(procfs, prlwpexit, nomod_zero);
679 679 NO_UNLOAD_STUB(procfs, prinvalidate, nomod_zero);
680 680 NO_UNLOAD_STUB(procfs, prnsegs, nomod_zero);
681 681 NO_UNLOAD_STUB(procfs, prgetcred, nomod_zero);
682 682 NO_UNLOAD_STUB(procfs, prgetpriv, nomod_zero);
683 683 NO_UNLOAD_STUB(procfs, prgetprivsize, nomod_zero);
684 + NO_UNLOAD_STUB(procfs, prgetsecflags, nomod_zero);
684 685 NO_UNLOAD_STUB(procfs, prgetstatus, nomod_zero);
685 686 NO_UNLOAD_STUB(procfs, prgetlwpstatus, nomod_zero);
686 687 NO_UNLOAD_STUB(procfs, prgetpsinfo, nomod_zero);
687 688 NO_UNLOAD_STUB(procfs, prgetlwpsinfo, nomod_zero);
688 689 NO_UNLOAD_STUB(procfs, oprgetstatus, nomod_zero);
689 690 NO_UNLOAD_STUB(procfs, oprgetpsinfo, nomod_zero);
690 691 #ifdef _SYSCALL32_IMPL
691 692 NO_UNLOAD_STUB(procfs, prgetstatus32, nomod_zero);
692 693 NO_UNLOAD_STUB(procfs, prgetlwpstatus32, nomod_zero);
693 694 NO_UNLOAD_STUB(procfs, prgetpsinfo32, nomod_zero);
694 695 NO_UNLOAD_STUB(procfs, prgetlwpsinfo32, nomod_zero);
695 696 NO_UNLOAD_STUB(procfs, oprgetstatus32, nomod_zero);
696 697 NO_UNLOAD_STUB(procfs, oprgetpsinfo32, nomod_zero);
697 698 NO_UNLOAD_STUB(procfs, psinfo_kto32, nomod_zero);
698 699 NO_UNLOAD_STUB(procfs, lwpsinfo_kto32, nomod_zero);
699 700 #endif /* _SYSCALL32_IMPL */
700 701 NO_UNLOAD_STUB(procfs, prnotify, nomod_zero);
701 702 NO_UNLOAD_STUB(procfs, prexecstart, nomod_zero);
702 703 NO_UNLOAD_STUB(procfs, prexecend, nomod_zero);
703 704 NO_UNLOAD_STUB(procfs, prrelvm, nomod_zero);
704 705 NO_UNLOAD_STUB(procfs, prbarrier, nomod_zero);
705 706 NO_UNLOAD_STUB(procfs, estimate_msacct, nomod_zero);
706 707 NO_UNLOAD_STUB(procfs, pr_getprot, nomod_zero);
707 708 NO_UNLOAD_STUB(procfs, pr_getprot_done, nomod_zero);
708 709 NO_UNLOAD_STUB(procfs, pr_getsegsize, nomod_zero);
709 710 NO_UNLOAD_STUB(procfs, pr_isobject, nomod_zero);
710 711 NO_UNLOAD_STUB(procfs, pr_isself, nomod_zero);
711 712 NO_UNLOAD_STUB(procfs, pr_allstopped, nomod_zero);
712 713 NO_UNLOAD_STUB(procfs, pr_free_watched_pages, nomod_zero);
713 714 END_MODULE(procfs);
714 715 #endif
715 716
716 717 /*
717 718 * Stubs for fifofs
718 719 */
719 720 #ifndef FIFO_MODULE
720 721 MODULE(fifofs,fs);
721 722 STUB(fifofs, fifovp, 0);
722 723 STUB(fifofs, fifo_getinfo, 0);
723 724 STUB(fifofs, fifo_vfastoff, 0);
724 725 END_MODULE(fifofs);
725 726 #endif
726 727
727 728 /*
728 729 * Stubs for ufs
729 730 *
730 731 * This is needed to support the old quotactl system call.
731 732 * When the old sysent stuff goes away, this will need to be revisited.
732 733 */
733 734 #ifndef UFS_MODULE
734 735 MODULE(ufs,fs);
735 736 STUB(ufs, quotactl, nomod_minus_one);
736 737 END_MODULE(ufs);
737 738 #endif
738 739
739 740 /*
740 741 * Stubs for zfs
741 742 */
742 743 #ifndef ZFS_MODULE
743 744 MODULE(zfs,fs);
744 745 STUB(zfs, dsl_prop_get, nomod_minus_one);
745 746 STUB(zfs, spa_boot_init, nomod_minus_one);
746 747 STUB(zfs, zfs_prop_to_name, nomod_zero);
747 748 END_MODULE(zfs);
748 749 #endif
749 750
750 751 /*
751 752 * Stubs for dcfs
752 753 */
753 754 #ifndef DCFS_MODULE
754 755 MODULE(dcfs,fs);
755 756 STUB(dcfs, decompvp, 0);
756 757 END_MODULE(dcfs);
757 758 #endif
758 759
759 760 /*
760 761 * Stubs for namefs
761 762 */
762 763 #ifndef NAMEFS_MODULE
763 764 MODULE(namefs,fs);
764 765 STUB(namefs, nm_unmountall, 0);
765 766 END_MODULE(namefs);
766 767 #endif
767 768
768 769 /*
769 770 * Stubs for sysdc
770 771 */
771 772 #ifndef SDC_MODULE
772 773 MODULE(SDC,sched);
773 774 NO_UNLOAD_STUB(SDC, sysdc_thread_enter, nomod_zero);
774 775 END_MODULE(SDC);
775 776 #endif
776 777
777 778 /*
778 779 * Stubs for ts_dptbl
779 780 */
780 781 #ifndef TS_DPTBL_MODULE
781 782 MODULE(TS_DPTBL,sched);
782 783 STUB(TS_DPTBL, ts_getdptbl, 0);
783 784 STUB(TS_DPTBL, ts_getkmdpris, 0);
784 785 STUB(TS_DPTBL, ts_getmaxumdpri, 0);
785 786 END_MODULE(TS_DPTBL);
786 787 #endif
787 788
788 789 /*
789 790 * Stubs for rt_dptbl
790 791 */
791 792 #ifndef RT_DPTBL_MODULE
792 793 MODULE(RT_DPTBL,sched);
793 794 STUB(RT_DPTBL, rt_getdptbl, 0);
794 795 END_MODULE(RT_DPTBL);
795 796 #endif
796 797
797 798 /*
798 799 * Stubs for ia_dptbl
799 800 */
800 801 #ifndef IA_DPTBL_MODULE
801 802 MODULE(IA_DPTBL,sched);
802 803 STUB(IA_DPTBL, ia_getdptbl, nomod_zero);
803 804 STUB(IA_DPTBL, ia_getkmdpris, nomod_zero);
804 805 STUB(IA_DPTBL, ia_getmaxumdpri, nomod_zero);
805 806 END_MODULE(IA_DPTBL);
806 807 #endif
807 808
808 809 /*
809 810 * Stubs for FSS scheduler
810 811 */
811 812 #ifndef FSS_MODULE
812 813 MODULE(FSS,sched);
813 814 WSTUB(FSS, fss_allocbuf, nomod_zero);
814 815 WSTUB(FSS, fss_freebuf, nomod_zero);
815 816 WSTUB(FSS, fss_changeproj, nomod_zero);
816 817 WSTUB(FSS, fss_changepset, nomod_zero);
817 818 END_MODULE(FSS);
818 819 #endif
819 820
820 821 /*
821 822 * Stubs for fx_dptbl
822 823 */
823 824 #ifndef FX_DPTBL_MODULE
824 825 MODULE(FX_DPTBL,sched);
825 826 STUB(FX_DPTBL, fx_getdptbl, 0);
826 827 STUB(FX_DPTBL, fx_getmaxumdpri, 0);
827 828 END_MODULE(FX_DPTBL);
828 829 #endif
829 830
830 831 /*
831 832 * Stubs for bootdev
832 833 */
833 834 #ifndef BOOTDEV_MODULE
834 835 MODULE(bootdev,misc);
835 836 STUB(bootdev, i_promname_to_devname, 0);
836 837 STUB(bootdev, i_convert_boot_device_name, 0);
837 838 END_MODULE(bootdev);
838 839 #endif
839 840
840 841 /*
841 842 * stubs for strplumb...
842 843 */
843 844 #ifndef STRPLUMB_MODULE
844 845 MODULE(strplumb,misc);
845 846 STUB(strplumb, strplumb, 0);
846 847 STUB(strplumb, strplumb_load, 0);
847 848 STUB(strplumb, strplumb_get_netdev_path, 0);
848 849 END_MODULE(strplumb);
849 850 #endif
850 851
851 852 /*
852 853 * Stubs for console configuration module
853 854 */
854 855 #ifndef CONSCONFIG_MODULE
855 856 MODULE(consconfig,misc);
856 857 STUB(consconfig, consconfig, 0);
857 858 STUB(consconfig, consconfig_get_usb_kb_path, 0);
858 859 STUB(consconfig, consconfig_get_usb_ms_path, 0);
859 860 STUB(consconfig, consconfig_get_plat_fbpath, 0);
860 861 STUB(consconfig, consconfig_console_is_ready, 0);
861 862 END_MODULE(consconfig);
862 863 #endif
863 864
864 865 /*
865 866 * Stubs for accounting.
866 867 */
867 868 #ifndef SYSACCT_MODULE
868 869 MODULE(sysacct,sys);
869 870 WSTUB(sysacct, acct, nomod_zero);
870 871 WSTUB(sysacct, acct_fs_in_use, nomod_zero);
871 872 END_MODULE(sysacct);
872 873 #endif
873 874
874 875 /*
875 876 * Stubs for semaphore routines. sem.c
876 877 */
877 878 #ifndef SEMSYS_MODULE
878 879 MODULE(semsys,sys);
879 880 WSTUB(semsys, semexit, nomod_zero);
880 881 END_MODULE(semsys);
881 882 #endif
882 883
883 884 /*
884 885 * Stubs for shmem routines. shm.c
885 886 */
886 887 #ifndef SHMSYS_MODULE
887 888 MODULE(shmsys,sys);
888 889 WSTUB(shmsys, shmexit, nomod_zero);
889 890 WSTUB(shmsys, shmfork, nomod_zero);
890 891 WSTUB(shmsys, shmgetid, nomod_minus_one);
891 892 END_MODULE(shmsys);
892 893 #endif
893 894
894 895 /*
895 896 * Stubs for doors
896 897 */
897 898 #ifndef DOOR_MODULE
898 899 MODULE(doorfs,sys);
899 900 WSTUB(doorfs, door_slam, nomod_zero);
900 901 WSTUB(doorfs, door_exit, nomod_zero);
901 902 WSTUB(doorfs, door_revoke_all, nomod_zero);
902 903 WSTUB(doorfs, door_fork, nomod_zero);
903 904 NO_UNLOAD_STUB(doorfs, door_upcall, nomod_einval);
904 905 NO_UNLOAD_STUB(doorfs, door_ki_create, nomod_einval);
905 906 NO_UNLOAD_STUB(doorfs, door_ki_open, nomod_einval);
906 907 NO_UNLOAD_STUB(doorfs, door_ki_lookup, nomod_zero);
907 908 WSTUB(doorfs, door_ki_upcall, nomod_einval);
908 909 WSTUB(doorfs, door_ki_upcall_limited, nomod_einval);
909 910 WSTUB(doorfs, door_ki_hold, nomod_zero);
910 911 WSTUB(doorfs, door_ki_rele, nomod_zero);
911 912 WSTUB(doorfs, door_ki_info, nomod_einval);
912 913 END_MODULE(doorfs);
913 914 #endif
914 915
915 916 /*
916 917 * Stubs for MD5
917 918 */
918 919 #ifndef MD5_MODULE
919 920 MODULE(md5,misc);
920 921 WSTUB(md5, MD5Init, nomod_zero);
921 922 WSTUB(md5, MD5Update, nomod_zero);
922 923 WSTUB(md5, MD5Final, nomod_zero);
923 924 END_MODULE(md5);
924 925 #endif
925 926
926 927 /*
927 928 * Stubs for idmap
928 929 */
929 930 #ifndef IDMAP_MODULE
930 931 MODULE(idmap,misc);
931 932 STUB(idmap, kidmap_batch_getgidbysid, nomod_zero);
932 933 STUB(idmap, kidmap_batch_getpidbysid, nomod_zero);
933 934 STUB(idmap, kidmap_batch_getsidbygid, nomod_zero);
934 935 STUB(idmap, kidmap_batch_getsidbyuid, nomod_zero);
935 936 STUB(idmap, kidmap_batch_getuidbysid, nomod_zero);
936 937 STUB(idmap, kidmap_get_create, nomod_zero);
937 938 STUB(idmap, kidmap_get_destroy, nomod_zero);
938 939 STUB(idmap, kidmap_get_mappings, nomod_zero);
939 940 STUB(idmap, kidmap_getgidbysid, nomod_zero);
940 941 STUB(idmap, kidmap_getpidbysid, nomod_zero);
941 942 STUB(idmap, kidmap_getsidbygid, nomod_zero);
942 943 STUB(idmap, kidmap_getsidbyuid, nomod_zero);
943 944 STUB(idmap, kidmap_getuidbysid, nomod_zero);
944 945 STUB(idmap, idmap_get_door, nomod_einval);
945 946 STUB(idmap, idmap_unreg_dh, nomod_einval);
946 947 STUB(idmap, idmap_reg_dh, nomod_einval);
947 948 STUB(idmap, idmap_purge_cache, nomod_einval);
948 949 END_MODULE(idmap);
949 950 #endif
950 951
951 952 /*
952 953 * Stubs for auditing.
953 954 */
954 955 #ifndef C2AUDIT_MODULE
955 956 MODULE(c2audit,sys);
956 957 NO_UNLOAD_STUB(c2audit, audit_init_module, nomod_zero);
957 958 NO_UNLOAD_STUB(c2audit, audit_start, nomod_zero);
958 959 NO_UNLOAD_STUB(c2audit, audit_finish, nomod_zero);
959 960 NO_UNLOAD_STUB(c2audit, audit, nomod_zero);
960 961 NO_UNLOAD_STUB(c2audit, auditdoor, nomod_zero);
961 962 NO_UNLOAD_STUB(c2audit, audit_closef, nomod_zero);
962 963 NO_UNLOAD_STUB(c2audit, audit_core_start, nomod_zero);
963 964 NO_UNLOAD_STUB(c2audit, audit_core_finish, nomod_zero);
964 965 NO_UNLOAD_STUB(c2audit, audit_strputmsg, nomod_zero);
965 966 NO_UNLOAD_STUB(c2audit, audit_savepath, nomod_zero);
966 967 NO_UNLOAD_STUB(c2audit, audit_anchorpath, nomod_zero);
967 968 NO_UNLOAD_STUB(c2audit, audit_exit, nomod_zero);
968 969 NO_UNLOAD_STUB(c2audit, audit_exec, nomod_zero);
969 970 NO_UNLOAD_STUB(c2audit, audit_symlink, nomod_zero);
970 971 NO_UNLOAD_STUB(c2audit, audit_symlink_create, nomod_zero);
971 972 NO_UNLOAD_STUB(c2audit, audit_vncreate_start, nomod_zero);
972 973 NO_UNLOAD_STUB(c2audit, audit_vncreate_finish, nomod_zero);
973 974 NO_UNLOAD_STUB(c2audit, audit_enterprom, nomod_zero);
974 975 NO_UNLOAD_STUB(c2audit, audit_exitprom, nomod_zero);
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975 976 NO_UNLOAD_STUB(c2audit, audit_chdirec, nomod_zero);
976 977 NO_UNLOAD_STUB(c2audit, audit_setf, nomod_zero);
977 978 NO_UNLOAD_STUB(c2audit, audit_sock, nomod_zero);
978 979 NO_UNLOAD_STUB(c2audit, audit_strgetmsg, nomod_zero);
979 980 NO_UNLOAD_STUB(c2audit, audit_ipc, nomod_zero);
980 981 NO_UNLOAD_STUB(c2audit, audit_ipcget, nomod_zero);
981 982 NO_UNLOAD_STUB(c2audit, audit_fdsend, nomod_zero);
982 983 NO_UNLOAD_STUB(c2audit, audit_fdrecv, nomod_zero);
983 984 NO_UNLOAD_STUB(c2audit, audit_priv, nomod_zero);
984 985 NO_UNLOAD_STUB(c2audit, audit_setppriv, nomod_zero);
986 + NO_UNLOAD_STUB(c2audit, audit_psecflags, nomod_zero);
985 987 NO_UNLOAD_STUB(c2audit, audit_devpolicy, nomod_zero);
986 988 NO_UNLOAD_STUB(c2audit, audit_setfsat_path, nomod_zero);
987 989 NO_UNLOAD_STUB(c2audit, audit_cryptoadm, nomod_zero);
988 990 NO_UNLOAD_STUB(c2audit, audit_kssl, nomod_zero);
989 991 NO_UNLOAD_STUB(c2audit, audit_pf_policy, nomod_zero);
990 992 NO_UNLOAD_STUB(c2audit, au_doormsg, nomod_zero);
991 993 NO_UNLOAD_STUB(c2audit, au_uwrite, nomod_zero);
992 994 NO_UNLOAD_STUB(c2audit, au_to_arg32, nomod_zero);
993 995 NO_UNLOAD_STUB(c2audit, au_free_rec, nomod_zero);
994 996 END_MODULE(c2audit);
995 997 #endif
996 998
997 999 /*
998 1000 * Stubs for kernel rpc security service module
999 1001 */
1000 1002 #ifndef RPCSEC_MODULE
1001 1003 MODULE(rpcsec,misc);
1002 1004 NO_UNLOAD_STUB(rpcsec, sec_clnt_revoke, nomod_zero);
1003 1005 NO_UNLOAD_STUB(rpcsec, authkern_create, nomod_zero);
1004 1006 NO_UNLOAD_STUB(rpcsec, sec_svc_msg, nomod_zero);
1005 1007 NO_UNLOAD_STUB(rpcsec, sec_svc_control, nomod_zero);
1006 1008 END_MODULE(rpcsec);
1007 1009 #endif
1008 1010
1009 1011 /*
1010 1012 * Stubs for rpc RPCSEC_GSS security service module
1011 1013 */
1012 1014 #ifndef RPCSEC_GSS_MODULE
1013 1015 MODULE(rpcsec_gss,misc);
1014 1016 NO_UNLOAD_STUB(rpcsec_gss, __svcrpcsec_gss, nomod_zero);
1015 1017 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_getcred, nomod_zero);
1016 1018 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_set_callback, nomod_zero);
1017 1019 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_secget, nomod_zero);
1018 1020 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_secfree, nomod_zero);
1019 1021 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_seccreate, nomod_zero);
1020 1022 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_set_defaults, nomod_zero);
1021 1023 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_revauth, nomod_zero);
1022 1024 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_secpurge, nomod_zero);
1023 1025 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_cleanup, nomod_zero);
1024 1026 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_get_versions, nomod_zero);
1025 1027 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_max_data_length, nomod_zero);
1026 1028 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_svc_max_data_length, nomod_zero);
1027 1029 NO_UNLOAD_STUB(rpcsec_gss, rpc_gss_get_service_type, nomod_zero);
1028 1030 END_MODULE(rpcsec_gss);
1029 1031 #endif
1030 1032
1031 1033 /*
1032 1034 * Stubs for PCI configurator module (misc/pcicfg).
1033 1035 */
1034 1036 #ifndef PCICFG_MODULE
1035 1037 MODULE(pcicfg,misc);
1036 1038 STUB(pcicfg, pcicfg_configure, 0);
1037 1039 STUB(pcicfg, pcicfg_unconfigure, 0);
1038 1040 END_MODULE(pcicfg);
1039 1041 #endif
1040 1042
1041 1043 /*
1042 1044 * Stubs for pcieb nexus driver.
1043 1045 */
1044 1046 #ifndef PCIEB_MODULE
1045 1047 MODULE(pcieb,drv);
1046 1048 STUB(pcieb, pcieb_intel_error_workaround, 0);
1047 1049 END_MODULE(pcieb);
1048 1050 #endif
1049 1051
1050 1052 #ifndef IWSCN_MODULE
1051 1053 MODULE(iwscn,drv);
1052 1054 STUB(iwscn, srpop, 0);
1053 1055 END_MODULE(iwscn);
1054 1056 #endif
1055 1057
1056 1058 /*
1057 1059 * Stubs for checkpoint-resume module
1058 1060 */
1059 1061 #ifndef CPR_MODULE
1060 1062 MODULE(cpr,misc);
1061 1063 STUB(cpr, cpr, 0);
1062 1064 END_MODULE(cpr);
1063 1065 #endif
1064 1066
1065 1067 /*
1066 1068 * Stubs for kernel probes (tnf module). Not unloadable.
1067 1069 */
1068 1070 #ifndef TNF_MODULE
1069 1071 MODULE(tnf,drv);
1070 1072 NO_UNLOAD_STUB(tnf, tnf_ref32_1, nomod_zero);
1071 1073 NO_UNLOAD_STUB(tnf, tnf_string_1, nomod_zero);
1072 1074 NO_UNLOAD_STUB(tnf, tnf_opaque_array_1, nomod_zero);
1073 1075 NO_UNLOAD_STUB(tnf, tnf_struct_tag_1, nomod_zero);
1074 1076 NO_UNLOAD_STUB(tnf, tnf_allocate, nomod_zero);
1075 1077 END_MODULE(tnf);
1076 1078 #endif
1077 1079
1078 1080 /*
1079 1081 * Stubs for i86hvm bootstraping
1080 1082 */
1081 1083 #ifndef HVM_BOOTSTRAP
1082 1084 MODULE(hvm_bootstrap,misc);
1083 1085 NO_UNLOAD_STUB(hvm_bootstrap, hvmboot_rootconf, nomod_zero);
1084 1086 END_MODULE(hvm_bootstrap);
1085 1087 #endif
1086 1088
1087 1089 /*
1088 1090 * Clustering: stubs for bootstrapping.
1089 1091 */
1090 1092 #ifndef CL_BOOTSTRAP
1091 1093 MODULE(cl_bootstrap,misc);
1092 1094 NO_UNLOAD_WSTUB(cl_bootstrap, clboot_modload, nomod_minus_one);
1093 1095 NO_UNLOAD_WSTUB(cl_bootstrap, clboot_loadrootmodules, nomod_zero);
1094 1096 NO_UNLOAD_WSTUB(cl_bootstrap, clboot_rootconf, nomod_zero);
1095 1097 NO_UNLOAD_WSTUB(cl_bootstrap, clboot_mountroot, nomod_zero);
1096 1098 NO_UNLOAD_WSTUB(cl_bootstrap, clconf_init, nomod_zero);
1097 1099 NO_UNLOAD_WSTUB(cl_bootstrap, clconf_get_nodeid, nomod_zero);
1098 1100 NO_UNLOAD_WSTUB(cl_bootstrap, clconf_maximum_nodeid, nomod_zero);
1099 1101 NO_UNLOAD_WSTUB(cl_bootstrap, cluster, nomod_zero);
1100 1102 END_MODULE(cl_bootstrap);
1101 1103 #endif
1102 1104
1103 1105 /*
1104 1106 * Clustering: stubs for cluster infrastructure.
1105 1107 */
1106 1108 #ifndef CL_COMM_MODULE
1107 1109 MODULE(cl_comm,misc);
1108 1110 NO_UNLOAD_STUB(cl_comm, cladmin, nomod_minus_one);
1109 1111 END_MODULE(cl_comm);
1110 1112 #endif
1111 1113
1112 1114 /*
1113 1115 * Clustering: stubs for global file system operations.
1114 1116 */
1115 1117 #ifndef PXFS_MODULE
1116 1118 MODULE(pxfs,fs);
1117 1119 NO_UNLOAD_WSTUB(pxfs, clpxfs_aio_read, nomod_zero);
1118 1120 NO_UNLOAD_WSTUB(pxfs, clpxfs_aio_write, nomod_zero);
1119 1121 NO_UNLOAD_WSTUB(pxfs, cl_flk_state_transition_notify, nomod_zero);
1120 1122 END_MODULE(pxfs);
1121 1123 #endif
1122 1124
1123 1125 /*
1124 1126 * Stubs for kernel cryptographic framework module (misc/kcf).
1125 1127 */
1126 1128 #ifndef KCF_MODULE
1127 1129 MODULE(kcf,misc);
1128 1130 NO_UNLOAD_STUB(kcf, crypto_mech2id, nomod_minus_one);
1129 1131 NO_UNLOAD_STUB(kcf, crypto_register_provider, nomod_minus_one);
1130 1132 NO_UNLOAD_STUB(kcf, crypto_unregister_provider, nomod_minus_one);
1131 1133 NO_UNLOAD_STUB(kcf, crypto_provider_notification, nomod_minus_one);
1132 1134 NO_UNLOAD_STUB(kcf, crypto_op_notification, nomod_minus_one);
1133 1135 NO_UNLOAD_STUB(kcf, crypto_kmflag, nomod_minus_one);
1134 1136 NO_UNLOAD_STUB(kcf, crypto_digest, nomod_minus_one);
1135 1137 NO_UNLOAD_STUB(kcf, crypto_digest_prov, nomod_minus_one);
1136 1138 NO_UNLOAD_STUB(kcf, crypto_digest_init, nomod_minus_one);
1137 1139 NO_UNLOAD_STUB(kcf, crypto_digest_init_prov, nomod_minus_one);
1138 1140 NO_UNLOAD_STUB(kcf, crypto_digest_update, nomod_minus_one);
1139 1141 NO_UNLOAD_STUB(kcf, crypto_digest_final, nomod_minus_one);
1140 1142 NO_UNLOAD_STUB(kcf, crypto_digest_key_prov, nomod_minus_one);
1141 1143 NO_UNLOAD_STUB(kcf, crypto_encrypt, nomod_minus_one);
1142 1144 NO_UNLOAD_STUB(kcf, crypto_encrypt_prov, nomod_minus_one);
1143 1145 NO_UNLOAD_STUB(kcf, crypto_encrypt_init, nomod_minus_one);
1144 1146 NO_UNLOAD_STUB(kcf, crypto_encrypt_init_prov, nomod_minus_one);
1145 1147 NO_UNLOAD_STUB(kcf, crypto_encrypt_update, nomod_minus_one);
1146 1148 NO_UNLOAD_STUB(kcf, crypto_encrypt_final, nomod_minus_one);
1147 1149 NO_UNLOAD_STUB(kcf, crypto_decrypt, nomod_minus_one);
1148 1150 NO_UNLOAD_STUB(kcf, crypto_decrypt_prov, nomod_minus_one);
1149 1151 NO_UNLOAD_STUB(kcf, crypto_decrypt_init, nomod_minus_one);
1150 1152 NO_UNLOAD_STUB(kcf, crypto_decrypt_init_prov, nomod_minus_one);
1151 1153 NO_UNLOAD_STUB(kcf, crypto_decrypt_update, nomod_minus_one);
1152 1154 NO_UNLOAD_STUB(kcf, crypto_decrypt_final, nomod_minus_one);
1153 1155 NO_UNLOAD_STUB(kcf, crypto_get_all_mech_info, nomod_minus_one);
1154 1156 NO_UNLOAD_STUB(kcf, crypto_key_check, nomod_minus_one);
1155 1157 NO_UNLOAD_STUB(kcf, crypto_key_check_prov, nomod_minus_one);
1156 1158 NO_UNLOAD_STUB(kcf, crypto_key_derive, nomod_minus_one);
1157 1159 NO_UNLOAD_STUB(kcf, crypto_key_generate, nomod_minus_one);
1158 1160 NO_UNLOAD_STUB(kcf, crypto_key_generate_pair, nomod_minus_one);
1159 1161 NO_UNLOAD_STUB(kcf, crypto_key_unwrap, nomod_minus_one);
1160 1162 NO_UNLOAD_STUB(kcf, crypto_key_wrap, nomod_minus_one);
1161 1163 NO_UNLOAD_STUB(kcf, crypto_mac, nomod_minus_one);
1162 1164 NO_UNLOAD_STUB(kcf, crypto_mac_prov, nomod_minus_one);
1163 1165 NO_UNLOAD_STUB(kcf, crypto_mac_verify, nomod_minus_one);
1164 1166 NO_UNLOAD_STUB(kcf, crypto_mac_verify_prov, nomod_minus_one);
1165 1167 NO_UNLOAD_STUB(kcf, crypto_mac_init, nomod_minus_one);
1166 1168 NO_UNLOAD_STUB(kcf, crypto_mac_init_prov, nomod_minus_one);
1167 1169 NO_UNLOAD_STUB(kcf, crypto_mac_update, nomod_minus_one);
1168 1170 NO_UNLOAD_STUB(kcf, crypto_mac_final, nomod_minus_one);
1169 1171 NO_UNLOAD_STUB(kcf, crypto_mac_decrypt, nomod_minus_one);
1170 1172 NO_UNLOAD_STUB(kcf, crypto_mac_decrypt_prov, nomod_minus_one);
1171 1173 NO_UNLOAD_STUB(kcf, crypto_mac_verify_decrypt, nomod_minus_one);
1172 1174 NO_UNLOAD_STUB(kcf, crypto_mac_verify_decrypt_prov, nomod_minus_one);
1173 1175 NO_UNLOAD_STUB(kcf, crypto_mac_decrypt_init, nomod_minus_one);
1174 1176 NO_UNLOAD_STUB(kcf, crypto_mac_decrypt_init_prov, nomod_minus_one);
1175 1177 NO_UNLOAD_STUB(kcf, crypto_mac_decrypt_update, nomod_minus_one);
1176 1178 NO_UNLOAD_STUB(kcf, crypto_mac_decrypt_final, nomod_minus_one);
1177 1179 NO_UNLOAD_STUB(kcf, crypto_object_copy, nomod_minus_one);
1178 1180 NO_UNLOAD_STUB(kcf, crypto_object_create, nomod_minus_one);
1179 1181 NO_UNLOAD_STUB(kcf, crypto_object_destroy, nomod_minus_one);
1180 1182 NO_UNLOAD_STUB(kcf, crypto_object_find_final, nomod_minus_one);
1181 1183 NO_UNLOAD_STUB(kcf, crypto_object_find_init, nomod_minus_one);
1182 1184 NO_UNLOAD_STUB(kcf, crypto_object_find, nomod_minus_one);
1183 1185 NO_UNLOAD_STUB(kcf, crypto_object_get_attribute_value, nomod_minus_one);
1184 1186 NO_UNLOAD_STUB(kcf, crypto_object_get_size, nomod_minus_one);
1185 1187 NO_UNLOAD_STUB(kcf, crypto_object_set_attribute_value, nomod_minus_one);
1186 1188 NO_UNLOAD_STUB(kcf, crypto_session_close, nomod_minus_one);
1187 1189 NO_UNLOAD_STUB(kcf, crypto_session_login, nomod_minus_one);
1188 1190 NO_UNLOAD_STUB(kcf, crypto_session_logout, nomod_minus_one);
1189 1191 NO_UNLOAD_STUB(kcf, crypto_session_open, nomod_minus_one);
1190 1192 NO_UNLOAD_STUB(kcf, crypto_encrypt_mac, nomod_minus_one);
1191 1193 NO_UNLOAD_STUB(kcf, crypto_encrypt_mac_prov, nomod_minus_one);
1192 1194 NO_UNLOAD_STUB(kcf, crypto_encrypt_mac_init, nomod_minus_one);
1193 1195 NO_UNLOAD_STUB(kcf, crypto_encrypt_mac_init_prov, nomod_minus_one);
1194 1196 NO_UNLOAD_STUB(kcf, crypto_encrypt_mac_update, nomod_minus_one);
1195 1197 NO_UNLOAD_STUB(kcf, crypto_encrypt_mac_final, nomod_minus_one);
1196 1198 NO_UNLOAD_STUB(kcf, crypto_create_ctx_template, nomod_minus_one);
1197 1199 NO_UNLOAD_STUB(kcf, crypto_destroy_ctx_template, nomod_minus_one);
1198 1200 NO_UNLOAD_STUB(kcf, crypto_get_mech_list, nomod_minus_one);
1199 1201 NO_UNLOAD_STUB(kcf, crypto_free_mech_list, nomod_minus_one);
1200 1202 NO_UNLOAD_STUB(kcf, crypto_cancel_req, nomod_minus_one);
1201 1203 NO_UNLOAD_STUB(kcf, crypto_cancel_ctx, nomod_minus_one);
1202 1204 NO_UNLOAD_STUB(kcf, crypto_bufcall_alloc, nomod_minus_one);
1203 1205 NO_UNLOAD_STUB(kcf, crypto_bufcall_free, nomod_minus_one);
1204 1206 NO_UNLOAD_STUB(kcf, crypto_bufcall, nomod_minus_one);
1205 1207 NO_UNLOAD_STUB(kcf, crypto_unbufcall, nomod_minus_one);
1206 1208 NO_UNLOAD_STUB(kcf, crypto_notify_events, nomod_minus_one);
1207 1209 NO_UNLOAD_STUB(kcf, crypto_unnotify_events, nomod_minus_one);
1208 1210 NO_UNLOAD_STUB(kcf, crypto_get_provider, nomod_minus_one);
1209 1211 NO_UNLOAD_STUB(kcf, crypto_get_provinfo, nomod_minus_one);
1210 1212 NO_UNLOAD_STUB(kcf, crypto_release_provider, nomod_minus_one);
1211 1213 NO_UNLOAD_STUB(kcf, crypto_sign, nomod_minus_one);
1212 1214 NO_UNLOAD_STUB(kcf, crypto_sign_prov, nomod_minus_one);
1213 1215 NO_UNLOAD_STUB(kcf, crypto_sign_init, nomod_minus_one);
1214 1216 NO_UNLOAD_STUB(kcf, crypto_sign_init_prov, nomod_minus_one);
1215 1217 NO_UNLOAD_STUB(kcf, crypto_sign_update, nomod_minus_one);
1216 1218 NO_UNLOAD_STUB(kcf, crypto_sign_final, nomod_minus_one);
1217 1219 NO_UNLOAD_STUB(kcf, crypto_sign_recover, nomod_minus_one);
1218 1220 NO_UNLOAD_STUB(kcf, crypto_sign_recover_prov, nomod_minus_one);
1219 1221 NO_UNLOAD_STUB(kcf, crypto_sign_recover_init_prov, nomod_minus_one);
1220 1222 NO_UNLOAD_STUB(kcf, crypto_verify, nomod_minus_one);
1221 1223 NO_UNLOAD_STUB(kcf, crypto_verify_prov, nomod_minus_one);
1222 1224 NO_UNLOAD_STUB(kcf, crypto_verify_init, nomod_minus_one);
1223 1225 NO_UNLOAD_STUB(kcf, crypto_verify_init_prov, nomod_minus_one);
1224 1226 NO_UNLOAD_STUB(kcf, crypto_verify_update, nomod_minus_one);
1225 1227 NO_UNLOAD_STUB(kcf, crypto_verify_final, nomod_minus_one);
1226 1228 NO_UNLOAD_STUB(kcf, crypto_verify_recover, nomod_minus_one);
1227 1229 NO_UNLOAD_STUB(kcf, crypto_verify_recover_prov, nomod_minus_one);
1228 1230 NO_UNLOAD_STUB(kcf, crypto_verify_recover_init_prov, nomod_minus_one);
1229 1231 NO_UNLOAD_STUB(kcf, random_add_entropy, nomod_minus_one);
1230 1232 NO_UNLOAD_STUB(kcf, random_add_pseudo_entropy, nomod_minus_one);
1231 1233 NO_UNLOAD_STUB(kcf, random_get_blocking_bytes, nomod_minus_one);
1232 1234 NO_UNLOAD_STUB(kcf, random_get_bytes, nomod_minus_one);
1233 1235 NO_UNLOAD_STUB(kcf, random_get_pseudo_bytes, nomod_minus_one);
1234 1236 END_MODULE(kcf);
1235 1237 #endif
1236 1238
1237 1239 /*
1238 1240 * Stubs for sha1. A non-unloadable module.
1239 1241 */
1240 1242 #ifndef SHA1_MODULE
1241 1243 MODULE(sha1,crypto);
1242 1244 NO_UNLOAD_STUB(sha1, SHA1Init, nomod_void);
1243 1245 NO_UNLOAD_STUB(sha1, SHA1Update, nomod_void);
1244 1246 NO_UNLOAD_STUB(sha1, SHA1Final, nomod_void);
1245 1247 END_MODULE(sha1);
1246 1248 #endif
1247 1249
1248 1250 /*
1249 1251 * The following stubs are used by the mac module.
1250 1252 * Since dld already depends on mac, these
1251 1253 * stubs are needed to avoid circular dependencies.
1252 1254 */
1253 1255 #ifndef DLD_MODULE
1254 1256 MODULE(dld,drv);
1255 1257 STUB(dld, dld_init_ops, nomod_void);
1256 1258 STUB(dld, dld_fini_ops, nomod_void);
1257 1259 STUB(dld, dld_devt_to_instance, nomod_minus_one);
1258 1260 STUB(dld, dld_autopush, nomod_minus_one);
1259 1261 STUB(dld, dld_ioc_register, nomod_einval);
1260 1262 STUB(dld, dld_ioc_unregister, nomod_void);
1261 1263 END_MODULE(dld);
1262 1264 #endif
1263 1265
1264 1266 /*
1265 1267 * The following stubs are used by the mac module.
1266 1268 * Since dls already depends on mac, these
1267 1269 * stubs are needed to avoid circular dependencies.
1268 1270 */
1269 1271 #ifndef DLS_MODULE
1270 1272 MODULE(dls,misc);
1271 1273 STUB(dls, dls_devnet_mac, nomod_zero);
1272 1274 STUB(dls, dls_devnet_hold_tmp, nomod_einval);
1273 1275 STUB(dls, dls_devnet_rele_tmp, nomod_void);
1274 1276 STUB(dls, dls_devnet_hold_link, nomod_einval);
1275 1277 STUB(dls, dls_devnet_rele_link, nomod_void);
1276 1278 STUB(dls, dls_devnet_prop_task_wait, nomod_void);
1277 1279 STUB(dls, dls_mgmt_get_linkid, nomod_einval);
1278 1280 STUB(dls, dls_devnet_macname2linkid, nomod_einval);
1279 1281 STUB(dls, dls_mgmt_get_linkinfo, nomod_einval);
1280 1282 END_MODULE(dls);
1281 1283 #endif
1282 1284
1283 1285 #ifndef SOFTMAC_MODULE
1284 1286 MODULE(softmac,drv);
1285 1287 STUB(softmac, softmac_hold_device, nomod_einval);
1286 1288 STUB(softmac, softmac_rele_device, nomod_void);
1287 1289 STUB(softmac, softmac_recreate, nomod_void);
1288 1290 END_MODULE(softmac);
1289 1291 #endif
1290 1292
1291 1293 #ifndef IPTUN_MODULE
1292 1294 MODULE(iptun,drv);
1293 1295 STUB(iptun, iptun_create, nomod_einval);
1294 1296 STUB(iptun, iptun_delete, nomod_einval);
1295 1297 STUB(iptun, iptun_set_policy, nomod_void) ;
1296 1298 END_MODULE(iptun);
1297 1299 #endif
1298 1300
1299 1301 /*
1300 1302 * Stubs for dcopy, for Intel IOAT KAPIs
1301 1303 */
1302 1304 #ifndef DCOPY_MODULE
1303 1305 MODULE(dcopy,misc);
1304 1306 NO_UNLOAD_STUB(dcopy, dcopy_query, nomod_minus_one);
1305 1307 NO_UNLOAD_STUB(dcopy, dcopy_query_channel, nomod_minus_one);
1306 1308 NO_UNLOAD_STUB(dcopy, dcopy_alloc, nomod_minus_one);
1307 1309 NO_UNLOAD_STUB(dcopy, dcopy_free, nomod_minus_one);
1308 1310 NO_UNLOAD_STUB(dcopy, dcopy_cmd_alloc, nomod_minus_one);
1309 1311 NO_UNLOAD_STUB(dcopy, dcopy_cmd_free, nomod_void);
1310 1312 NO_UNLOAD_STUB(dcopy, dcopy_cmd_post, nomod_minus_one);
1311 1313 NO_UNLOAD_STUB(dcopy, dcopy_cmd_poll, nomod_minus_one);
1312 1314 END_MODULE(dcopy);
1313 1315 #endif
1314 1316
1315 1317 /*
1316 1318 * Stubs for acpica
1317 1319 */
1318 1320 #ifndef ACPICA_MODULE
1319 1321 MODULE(acpica,misc);
1320 1322 NO_UNLOAD_STUB(acpica, AcpiOsReadPort, nomod_minus_one) ;
1321 1323 NO_UNLOAD_STUB(acpica, AcpiOsWritePort, nomod_minus_one) ;
1322 1324 NO_UNLOAD_STUB(acpica, AcpiInstallNotifyHandler, nomod_minus_one) ;
1323 1325 NO_UNLOAD_STUB(acpica, AcpiRemoveNotifyHandler, nomod_minus_one) ;
1324 1326 NO_UNLOAD_STUB(acpica, AcpiEvaluateObject, nomod_minus_one) ;
1325 1327 NO_UNLOAD_STUB(acpica, AcpiEvaluateObjectTyped, nomod_minus_one) ;
1326 1328 NO_UNLOAD_STUB(acpica, AcpiWriteBitRegister, nomod_minus_one) ;
1327 1329 NO_UNLOAD_STUB(acpica, AcpiReadBitRegister, nomod_minus_one) ;
1328 1330 NO_UNLOAD_STUB(acpica, AcpiOsFree, nomod_minus_one) ;
1329 1331 NO_UNLOAD_STUB(acpica, acpica_get_handle_cpu, nomod_minus_one) ;
1330 1332 NO_UNLOAD_STUB(acpica, acpica_get_global_FADT, nomod_minus_one) ;
1331 1333 NO_UNLOAD_STUB(acpica, acpica_write_cpupm_capabilities,
1332 1334 nomod_minus_one) ;
1333 1335 NO_UNLOAD_STUB(acpica, __acpi_wbinvd, nomod_minus_one) ;
1334 1336 NO_UNLOAD_STUB(acpica, acpi_reset_system, nomod_minus_one) ;
1335 1337 END_MODULE(acpica);
1336 1338 #endif
1337 1339
1338 1340 /*
1339 1341 * Stubs for acpidev
1340 1342 */
1341 1343 #ifndef ACPIDEV_MODULE
1342 1344 MODULE(acpidev,misc);
1343 1345 NO_UNLOAD_STUB(acpidev, acpidev_dr_get_cpu_numa_info, nomod_minus_one) ;
1344 1346 NO_UNLOAD_STUB(acpidev, acpidev_dr_free_cpu_numa_info,
1345 1347 nomod_minus_one) ;
1346 1348 END_MODULE(acpidev);
1347 1349 #endif
1348 1350
1349 1351 #ifndef IPNET_MODULE
1350 1352 MODULE(ipnet,drv);
1351 1353 STUB(ipnet, ipnet_if_getdev, nomod_zero);
1352 1354 STUB(ipnet, ipnet_walk_if, nomod_zero);
1353 1355 END_MODULE(ipnet);
1354 1356 #endif
1355 1357
1356 1358 #ifndef IOMMULIB_MODULE
1357 1359 MODULE(iommulib,misc);
1358 1360 STUB(iommulib, iommulib_nex_close, nomod_void);
1359 1361 END_MODULE(iommulib);
1360 1362 #endif
1361 1363
1362 1364 /*
1363 1365 * Stubs for rootnex nexus driver.
1364 1366 */
1365 1367 #ifndef ROOTNEX_MODULE
1366 1368 MODULE(rootnex,drv);
1367 1369 STUB(rootnex, immu_init, 0);
1368 1370 STUB(rootnex, immu_startup, 0);
1369 1371 STUB(rootnex, immu_physmem_update, 0);
1370 1372 END_MODULE(rootnex);
1371 1373 #endif
1372 1374
1373 1375 /*
1374 1376 * Stubs for kernel socket, for iscsi
1375 1377 */
1376 1378 #ifndef KSOCKET_MODULE
1377 1379 MODULE(ksocket, misc);
1378 1380 NO_UNLOAD_STUB(ksocket, ksocket_setsockopt, nomod_minus_one);
1379 1381 NO_UNLOAD_STUB(ksocket, ksocket_getsockopt, nomod_minus_one);
1380 1382 NO_UNLOAD_STUB(ksocket, ksocket_getpeername, nomod_minus_one);
1381 1383 NO_UNLOAD_STUB(ksocket, ksocket_getsockname, nomod_minus_one);
1382 1384 NO_UNLOAD_STUB(ksocket, ksocket_socket, nomod_minus_one);
1383 1385 NO_UNLOAD_STUB(ksocket, ksocket_bind, nomod_minus_one);
1384 1386 NO_UNLOAD_STUB(ksocket, ksocket_listen, nomod_minus_one);
1385 1387 NO_UNLOAD_STUB(ksocket, ksocket_accept, nomod_minus_one);
1386 1388 NO_UNLOAD_STUB(ksocket, ksocket_connect, nomod_minus_one);
1387 1389 NO_UNLOAD_STUB(ksocket, ksocket_recv, nomod_minus_one);
1388 1390 NO_UNLOAD_STUB(ksocket, ksocket_recvfrom, nomod_minus_one);
1389 1391 NO_UNLOAD_STUB(ksocket, ksocket_recvmsg, nomod_minus_one);
1390 1392 NO_UNLOAD_STUB(ksocket, ksocket_send, nomod_minus_one);
1391 1393 NO_UNLOAD_STUB(ksocket, ksocket_sendto, nomod_minus_one);
1392 1394 NO_UNLOAD_STUB(ksocket, ksocket_sendmsg, nomod_minus_one);
1393 1395 NO_UNLOAD_STUB(ksocket, ksocket_ioctl, nomod_minus_one);
1394 1396 NO_UNLOAD_STUB(ksocket, ksocket_setcallbacks, nomod_minus_one);
1395 1397 NO_UNLOAD_STUB(ksocket, ksocket_hold, nomod_minus_one);
1396 1398 NO_UNLOAD_STUB(ksocket, ksocket_rele, nomod_minus_one);
1397 1399 NO_UNLOAD_STUB(ksocket, ksocket_shutdown, nomod_minus_one);
1398 1400 NO_UNLOAD_STUB(ksocket, ksocket_close, nomod_minus_one);
1399 1401 END_MODULE(ksocket);
1400 1402 #endif
1401 1403
1402 1404 /*
1403 1405 * Stubs for elfexec
1404 1406 */
1405 1407 #ifndef ELFEXEC_MODULE
1406 1408 MODULE(elfexec,exec);
1407 1409 STUB(elfexec, elfexec, nomod_einval);
1408 1410 STUB(elfexec, mapexec_brand, nomod_einval);
1409 1411 #if defined(__amd64)
1410 1412 STUB(elfexec, elf32exec, nomod_einval);
1411 1413 STUB(elfexec, mapexec32_brand, nomod_einval);
1412 1414 #endif
1413 1415 END_MODULE(elfexec);
1414 1416 #endif
1415 1417
1416 1418 /*
1417 1419 * Stub(s) for APIX module.
1418 1420 */
1419 1421 #ifndef APIX_MODULE
1420 1422 MODULE(apix,mach);
1421 1423 WSTUB(apix, apix_loaded, nomod_zero);
1422 1424 END_MODULE(apix);
1423 1425 #endif
1424 1426
1425 1427 / this is just a marker for the area of text that contains stubs
1426 1428
1427 1429 ENTRY_NP(stubs_end)
1428 1430 nop
1429 1431
1430 1432 #endif /* lint */
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