vnode_if.src (159080) | vnode_if.src (159082) |
---|---|
1#- 2# Copyright (c) 1992, 1993 3# The Regents of the University of California. All rights reserved. 4# 5# Redistribution and use in source and binary forms, with or without 6# modification, are permitted provided that the following conditions 7# are met: 8# 1. Redistributions of source code must retain the above copyright --- 13 unchanged lines hidden (view full) --- 22# DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS 23# OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) 24# HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT 25# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY 26# OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF 27# SUCH DAMAGE. 28# 29# @(#)vnode_if.src 8.12 (Berkeley) 5/14/95 | 1#- 2# Copyright (c) 1992, 1993 3# The Regents of the University of California. All rights reserved. 4# 5# Redistribution and use in source and binary forms, with or without 6# modification, are permitted provided that the following conditions 7# are met: 8# 1. Redistributions of source code must retain the above copyright --- 13 unchanged lines hidden (view full) --- 22# DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS 23# OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) 24# HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT 25# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY 26# OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF 27# SUCH DAMAGE. 28# 29# @(#)vnode_if.src 8.12 (Berkeley) 5/14/95 |
30# $FreeBSD: head/sys/kern/vnode_if.src 159080 2006-05-30 20:21:51Z dds $ | 30# $FreeBSD: head/sys/kern/vnode_if.src 159082 2006-05-30 20:49:54Z dds $ |
31# 32 33# | 31# 32 33# |
34# Above each of the vop descriptors is a specification of the locking 35# protocol used by each vop call. The first column is the name of 36# the variable, the remaining three columns are in, out and error 37# respectively. The "in" column defines the lock state on input, 38# the "out" column defines the state on succesful return, and the 39# "error" column defines the locking state on error exit. | 34# Above each of the vop descriptors in lines starting with %% 35# is a specification of the locking protocol used by each vop call. 36# The first column is the name of the variable, the remaining three 37# columns are in, out and error respectively. The "in" column defines 38# the lock state on input, the "out" column defines the state on succesful 39# return, and the "error" column defines the locking state on error exit. |
40# 41# The locking value can take the following values: 42# L: locked; not converted to type of lock. 43# A: any lock type. 44# S: locked with shared lock. 45# E: locked with exclusive lock for this process. 46# O: locked with exclusive lock for other process. 47# U: unlocked. 48# -: not applicable. vnode does not yet (or no longer) exists. 49# =: the same on input and output, may be either L or U. 50# X: locked if not nil. 51# 52# The paramater named "vpp" is assumed to be always used with double 53# indirection (**vpp) and that name is hard-codeed in vnode_if.awk ! 54# | 40# 41# The locking value can take the following values: 42# L: locked; not converted to type of lock. 43# A: any lock type. 44# S: locked with shared lock. 45# E: locked with exclusive lock for this process. 46# O: locked with exclusive lock for other process. 47# U: unlocked. 48# -: not applicable. vnode does not yet (or no longer) exists. 49# =: the same on input and output, may be either L or U. 50# X: locked if not nil. 51# 52# The paramater named "vpp" is assumed to be always used with double 53# indirection (**vpp) and that name is hard-codeed in vnode_if.awk ! 54# |
55# Lines starting with %! specify a pre or post-condition function 56# to call before/after the vop call. 57# |
|
55# If other such parameters are introduced, they have to be added to 56# the AWK script at the head of the definition of "add_debug_code()". 57# 58 59vop_islocked { 60 IN struct vnode *vp; 61 IN struct thread *td; 62}; 63 | 58# If other such parameters are introduced, they have to be added to 59# the AWK script at the head of the definition of "add_debug_code()". 60# 61 62vop_islocked { 63 IN struct vnode *vp; 64 IN struct thread *td; 65}; 66 |
64# 65#% lookup dvp L ? ? 66#% lookup vpp - L - 67#! lookup pre vop_lookup_pre 68#! lookup post vop_lookup_post 69# | 67%% lookup dvp L ? ? 68%% lookup vpp - L - 69%! lookup pre vop_lookup_pre 70%! lookup post vop_lookup_post 71 |
70# XXX - the lookup locking protocol defies simple description and depends 71# on the flags and operation fields in the (cnp) structure. Note 72# especially that *vpp may equal dvp and both may be locked. | 72# XXX - the lookup locking protocol defies simple description and depends 73# on the flags and operation fields in the (cnp) structure. Note 74# especially that *vpp may equal dvp and both may be locked. |
73# | 75 |
74vop_lookup { 75 IN struct vnode *dvp; 76 INOUT struct vnode **vpp; 77 IN struct componentname *cnp; 78}; 79 | 76vop_lookup { 77 IN struct vnode *dvp; 78 INOUT struct vnode **vpp; 79 IN struct componentname *cnp; 80}; 81 |
80# 81#% cachedlookup dvp L ? ? 82#% cachedlookup vpp - L - 83# | 82%% cachedlookup dvp L ? ? 83%% cachedlookup vpp - L - 84 |
84# This must be an exact copy of lookup. See kern/vfs_cache.c for details. | 85# This must be an exact copy of lookup. See kern/vfs_cache.c for details. |
85# | 86 |
86vop_cachedlookup { 87 IN struct vnode *dvp; 88 INOUT struct vnode **vpp; 89 IN struct componentname *cnp; 90}; 91 | 87vop_cachedlookup { 88 IN struct vnode *dvp; 89 INOUT struct vnode **vpp; 90 IN struct componentname *cnp; 91}; 92 |
92# 93#% create dvp E E E 94#% create vpp - L - 95#! create post vop_create_post 96# | 93%% create dvp E E E 94%% create vpp - L - 95%! create post vop_create_post 96 |
97vop_create { 98 IN struct vnode *dvp; 99 OUT struct vnode **vpp; 100 IN struct componentname *cnp; 101 IN struct vattr *vap; 102}; 103 | 97vop_create { 98 IN struct vnode *dvp; 99 OUT struct vnode **vpp; 100 IN struct componentname *cnp; 101 IN struct vattr *vap; 102}; 103 |
104# 105#% whiteout dvp E E E 106# | 104 105%% whiteout dvp E E E 106 |
107vop_whiteout { 108 IN struct vnode *dvp; 109 IN struct componentname *cnp; 110 IN int flags; 111}; 112 | 107vop_whiteout { 108 IN struct vnode *dvp; 109 IN struct componentname *cnp; 110 IN int flags; 111}; 112 |
113# 114#% mknod dvp E E E 115#% mknod vpp - L - 116#! mknod post vop_mknod_post 117# | 113 114%% mknod dvp E E E 115%% mknod vpp - L - 116%! mknod post vop_mknod_post 117 |
118vop_mknod { 119 IN struct vnode *dvp; 120 OUT struct vnode **vpp; 121 IN struct componentname *cnp; 122 IN struct vattr *vap; 123}; 124 | 118vop_mknod { 119 IN struct vnode *dvp; 120 OUT struct vnode **vpp; 121 IN struct componentname *cnp; 122 IN struct vattr *vap; 123}; 124 |
125# 126#% open vp L L L 127# | 125 126%% open vp L L L 127 |
128vop_open { 129 IN struct vnode *vp; 130 IN int mode; 131 IN struct ucred *cred; 132 IN struct thread *td; 133 IN int fdidx; 134}; 135 | 128vop_open { 129 IN struct vnode *vp; 130 IN int mode; 131 IN struct ucred *cred; 132 IN struct thread *td; 133 IN int fdidx; 134}; 135 |
136# 137#% close vp E E E 138# | 136 137%% close vp E E E 138 |
139vop_close { 140 IN struct vnode *vp; 141 IN int fflag; 142 IN struct ucred *cred; 143 IN struct thread *td; 144}; 145 | 139vop_close { 140 IN struct vnode *vp; 141 IN int fflag; 142 IN struct ucred *cred; 143 IN struct thread *td; 144}; 145 |
146# 147#% access vp L L L 148# | 146 147%% access vp L L L 148 |
149vop_access { 150 IN struct vnode *vp; 151 IN int mode; 152 IN struct ucred *cred; 153 IN struct thread *td; 154}; 155 | 149vop_access { 150 IN struct vnode *vp; 151 IN int mode; 152 IN struct ucred *cred; 153 IN struct thread *td; 154}; 155 |
156# 157#% getattr vp L L L 158# | 156 157%% getattr vp L L L 158 |
159vop_getattr { 160 IN struct vnode *vp; 161 OUT struct vattr *vap; 162 IN struct ucred *cred; 163 IN struct thread *td; 164}; 165 | 159vop_getattr { 160 IN struct vnode *vp; 161 OUT struct vattr *vap; 162 IN struct ucred *cred; 163 IN struct thread *td; 164}; 165 |
166# 167#% setattr vp E E E 168#! setattr post vop_setattr_post 169# | 166 167%% setattr vp E E E 168%! setattr post vop_setattr_post 169 |
170vop_setattr { 171 IN struct vnode *vp; 172 IN struct vattr *vap; 173 IN struct ucred *cred; 174 IN struct thread *td; 175}; 176 | 170vop_setattr { 171 IN struct vnode *vp; 172 IN struct vattr *vap; 173 IN struct ucred *cred; 174 IN struct thread *td; 175}; 176 |
177# 178#% read vp L L L 179# | 177 178%% read vp L L L 179 |
180vop_read { 181 IN struct vnode *vp; 182 INOUT struct uio *uio; 183 IN int ioflag; 184 IN struct ucred *cred; 185}; 186 | 180vop_read { 181 IN struct vnode *vp; 182 INOUT struct uio *uio; 183 IN int ioflag; 184 IN struct ucred *cred; 185}; 186 |
187# 188#% write vp E E E 189#! write pre VOP_WRITE_PRE 190#! write post VOP_WRITE_POST 191# | 187 188%% write vp E E E 189%! write pre VOP_WRITE_PRE 190%! write post VOP_WRITE_POST 191 |
192vop_write { 193 IN struct vnode *vp; 194 INOUT struct uio *uio; 195 IN int ioflag; 196 IN struct ucred *cred; 197}; 198 | 192vop_write { 193 IN struct vnode *vp; 194 INOUT struct uio *uio; 195 IN int ioflag; 196 IN struct ucred *cred; 197}; 198 |
199# 200#% lease vp = = = 201# | 199 200%% lease vp = = = 201 |
202vop_lease { 203 IN struct vnode *vp; 204 IN struct thread *td; 205 IN struct ucred *cred; 206 IN int flag; 207}; 208 | 202vop_lease { 203 IN struct vnode *vp; 204 IN struct thread *td; 205 IN struct ucred *cred; 206 IN int flag; 207}; 208 |
209# 210#% ioctl vp U U U 211# | 209 210%% ioctl vp U U U 211 |
212vop_ioctl { 213 IN struct vnode *vp; 214 IN u_long command; 215 IN void *data; 216 IN int fflag; 217 IN struct ucred *cred; 218 IN struct thread *td; 219}; 220 | 212vop_ioctl { 213 IN struct vnode *vp; 214 IN u_long command; 215 IN void *data; 216 IN int fflag; 217 IN struct ucred *cred; 218 IN struct thread *td; 219}; 220 |
221# 222#% poll vp U U U 223# | 221 222%% poll vp U U U 223 |
224vop_poll { 225 IN struct vnode *vp; 226 IN int events; 227 IN struct ucred *cred; 228 IN struct thread *td; 229}; 230 | 224vop_poll { 225 IN struct vnode *vp; 226 IN int events; 227 IN struct ucred *cred; 228 IN struct thread *td; 229}; 230 |
231# 232#% kqfilter vp U U U 233# | 231 232%% kqfilter vp U U U 233 |
234vop_kqfilter { 235 IN struct vnode *vp; 236 IN struct knote *kn; 237}; 238 | 234vop_kqfilter { 235 IN struct vnode *vp; 236 IN struct knote *kn; 237}; 238 |
239# 240#% revoke vp L L L 241# | 239 240%% revoke vp L L L 241 |
242vop_revoke { 243 IN struct vnode *vp; 244 IN int flags; 245}; 246 | 242vop_revoke { 243 IN struct vnode *vp; 244 IN int flags; 245}; 246 |
247# 248#% fsync vp E E E 249# | 247 248%% fsync vp E E E 249 |
250vop_fsync { 251 IN struct vnode *vp; 252 IN int waitfor; 253 IN struct thread *td; 254}; 255 | 250vop_fsync { 251 IN struct vnode *vp; 252 IN int waitfor; 253 IN struct thread *td; 254}; 255 |
256# 257#% remove dvp E E E 258#% remove vp E E E 259#! remove post vop_remove_post 260# | 256 257%% remove dvp E E E 258%% remove vp E E E 259%! remove post vop_remove_post 260 |
261vop_remove { 262 IN struct vnode *dvp; 263 IN struct vnode *vp; 264 IN struct componentname *cnp; 265}; 266 | 261vop_remove { 262 IN struct vnode *dvp; 263 IN struct vnode *vp; 264 IN struct componentname *cnp; 265}; 266 |
267# 268#% link tdvp E E E 269#% link vp E E E 270#! link post vop_link_post 271# | 267 268%% link tdvp E E E 269%% link vp E E E 270%! link post vop_link_post 271 |
272vop_link { 273 IN struct vnode *tdvp; 274 IN struct vnode *vp; 275 IN struct componentname *cnp; 276}; 277 | 272vop_link { 273 IN struct vnode *tdvp; 274 IN struct vnode *vp; 275 IN struct componentname *cnp; 276}; 277 |
278# 279#! rename pre vop_rename_pre 280#! rename post vop_rename_post 281# | 278 279%! rename pre vop_rename_pre 280%! rename post vop_rename_post 281 |
282vop_rename { 283 IN WILLRELE struct vnode *fdvp; 284 IN WILLRELE struct vnode *fvp; 285 IN struct componentname *fcnp; 286 IN WILLRELE struct vnode *tdvp; 287 IN WILLRELE struct vnode *tvp; 288 IN struct componentname *tcnp; 289}; 290 | 282vop_rename { 283 IN WILLRELE struct vnode *fdvp; 284 IN WILLRELE struct vnode *fvp; 285 IN struct componentname *fcnp; 286 IN WILLRELE struct vnode *tdvp; 287 IN WILLRELE struct vnode *tvp; 288 IN struct componentname *tcnp; 289}; 290 |
291# 292#% mkdir dvp E E E 293#% mkdir vpp - E - 294#! mkdir post vop_mkdir_post 295# | 291 292%% mkdir dvp E E E 293%% mkdir vpp - E - 294%! mkdir post vop_mkdir_post 295 |
296vop_mkdir { 297 IN struct vnode *dvp; 298 OUT struct vnode **vpp; 299 IN struct componentname *cnp; 300 IN struct vattr *vap; 301}; 302 | 296vop_mkdir { 297 IN struct vnode *dvp; 298 OUT struct vnode **vpp; 299 IN struct componentname *cnp; 300 IN struct vattr *vap; 301}; 302 |
303# 304#% rmdir dvp E E E 305#% rmdir vp E E E 306#! rmdir post vop_rmdir_post 307# | 303 304%% rmdir dvp E E E 305%% rmdir vp E E E 306%! rmdir post vop_rmdir_post 307 |
308vop_rmdir { 309 IN struct vnode *dvp; 310 IN struct vnode *vp; 311 IN struct componentname *cnp; 312}; 313 | 308vop_rmdir { 309 IN struct vnode *dvp; 310 IN struct vnode *vp; 311 IN struct componentname *cnp; 312}; 313 |
314# 315#% symlink dvp E E E 316#% symlink vpp - E - 317#! symlink post vop_symlink_post 318# | 314 315%% symlink dvp E E E 316%% symlink vpp - E - 317%! symlink post vop_symlink_post 318 |
319vop_symlink { 320 IN struct vnode *dvp; 321 OUT struct vnode **vpp; 322 IN struct componentname *cnp; 323 IN struct vattr *vap; 324 IN char *target; 325}; 326 | 319vop_symlink { 320 IN struct vnode *dvp; 321 OUT struct vnode **vpp; 322 IN struct componentname *cnp; 323 IN struct vattr *vap; 324 IN char *target; 325}; 326 |
327# 328#% readdir vp L L L 329# | 327 328%% readdir vp L L L 329 |
330vop_readdir { 331 IN struct vnode *vp; 332 INOUT struct uio *uio; 333 IN struct ucred *cred; 334 INOUT int *eofflag; 335 OUT int *ncookies; 336 INOUT u_long **cookies; 337}; 338 | 330vop_readdir { 331 IN struct vnode *vp; 332 INOUT struct uio *uio; 333 IN struct ucred *cred; 334 INOUT int *eofflag; 335 OUT int *ncookies; 336 INOUT u_long **cookies; 337}; 338 |
339# 340#% readlink vp L L L 341# | 339 340%% readlink vp L L L 341 |
342vop_readlink { 343 IN struct vnode *vp; 344 INOUT struct uio *uio; 345 IN struct ucred *cred; 346}; 347 | 342vop_readlink { 343 IN struct vnode *vp; 344 INOUT struct uio *uio; 345 IN struct ucred *cred; 346}; 347 |
348# 349#% inactive vp E E E 350# | 348 349%% inactive vp E E E 350 |
351vop_inactive { 352 IN struct vnode *vp; 353 IN struct thread *td; 354}; 355 | 351vop_inactive { 352 IN struct vnode *vp; 353 IN struct thread *td; 354}; 355 |
356# 357#% reclaim vp E E E 358# | 356 357%% reclaim vp E E E 358 |
359vop_reclaim { 360 IN struct vnode *vp; 361 IN struct thread *td; 362}; 363 | 359vop_reclaim { 360 IN struct vnode *vp; 361 IN struct thread *td; 362}; 363 |
364# 365#lock vp ? ? ? 366#! lock pre vop_lock_pre 367#! lock post vop_lock_post 368# | 364 365#XXX lock vp ? ? ? 366%! lock pre vop_lock_pre 367%! lock post vop_lock_post 368 |
369vop_lock { 370 IN struct vnode *vp; 371 IN int flags; 372 IN struct thread *td; 373}; 374 | 369vop_lock { 370 IN struct vnode *vp; 371 IN int flags; 372 IN struct thread *td; 373}; 374 |
375# 376#unlock vp L ? L 377#! unlock pre vop_unlock_pre 378#! unlock post vop_unlock_post 379# | 375 376#XXX unlock vp L ? L 377%! unlock pre vop_unlock_pre 378%! unlock post vop_unlock_post 379 |
380vop_unlock { 381 IN struct vnode *vp; 382 IN int flags; 383 IN struct thread *td; 384}; 385 | 380vop_unlock { 381 IN struct vnode *vp; 382 IN int flags; 383 IN struct thread *td; 384}; 385 |
386# 387#% bmap vp L L L 388# | 386 387%% bmap vp L L L 388 |
389vop_bmap { 390 IN struct vnode *vp; 391 IN daddr_t bn; 392 OUT struct bufobj **bop; 393 IN daddr_t *bnp; 394 OUT int *runp; 395 OUT int *runb; 396}; 397 | 389vop_bmap { 390 IN struct vnode *vp; 391 IN daddr_t bn; 392 OUT struct bufobj **bop; 393 IN daddr_t *bnp; 394 OUT int *runp; 395 OUT int *runb; 396}; 397 |
398# 399#% strategy vp L L L 400#! strategy pre vop_strategy_pre 401# | 398 399%% strategy vp L L L 400%! strategy pre vop_strategy_pre 401 |
402vop_strategy { 403 IN struct vnode *vp; 404 IN struct buf *bp; 405}; 406 | 402vop_strategy { 403 IN struct vnode *vp; 404 IN struct buf *bp; 405}; 406 |
407# 408#% getwritemount vp = = = 409# | 407 408%% getwritemount vp = = = 409 |
410vop_getwritemount { 411 IN struct vnode *vp; 412 OUT struct mount **mpp; 413}; 414 | 410vop_getwritemount { 411 IN struct vnode *vp; 412 OUT struct mount **mpp; 413}; 414 |
415# 416#% print vp = = = 417# | 415 416%% print vp = = = 417 |
418vop_print { 419 IN struct vnode *vp; 420}; 421 | 418vop_print { 419 IN struct vnode *vp; 420}; 421 |
422# 423#% pathconf vp L L L 424# | 422 423%% pathconf vp L L L 424 |
425vop_pathconf { 426 IN struct vnode *vp; 427 IN int name; 428 OUT register_t *retval; 429}; 430 | 425vop_pathconf { 426 IN struct vnode *vp; 427 IN int name; 428 OUT register_t *retval; 429}; 430 |
431# 432#% advlock vp U U U 433# | 431 432%% advlock vp U U U 433 |
434vop_advlock { 435 IN struct vnode *vp; 436 IN void *id; 437 IN int op; 438 IN struct flock *fl; 439 IN int flags; 440}; 441 | 434vop_advlock { 435 IN struct vnode *vp; 436 IN void *id; 437 IN int op; 438 IN struct flock *fl; 439 IN int flags; 440}; 441 |
442# 443#% reallocblks vp E E E 444# | 442 443%% reallocblks vp E E E 444 |
445vop_reallocblks { 446 IN struct vnode *vp; 447 IN struct cluster_save *buflist; 448}; 449 | 445vop_reallocblks { 446 IN struct vnode *vp; 447 IN struct cluster_save *buflist; 448}; 449 |
450# 451#% getpages vp L L L 452# | 450 451%% getpages vp L L L 452 |
453vop_getpages { 454 IN struct vnode *vp; 455 IN vm_page_t *m; 456 IN int count; 457 IN int reqpage; 458 IN vm_ooffset_t offset; 459}; 460 | 453vop_getpages { 454 IN struct vnode *vp; 455 IN vm_page_t *m; 456 IN int count; 457 IN int reqpage; 458 IN vm_ooffset_t offset; 459}; 460 |
461# 462#% putpages vp E E E 463# | 461 462%% putpages vp E E E 463 |
464vop_putpages { 465 IN struct vnode *vp; 466 IN vm_page_t *m; 467 IN int count; 468 IN int sync; 469 IN int *rtvals; 470 IN vm_ooffset_t offset; 471}; 472 | 464vop_putpages { 465 IN struct vnode *vp; 466 IN vm_page_t *m; 467 IN int count; 468 IN int sync; 469 IN int *rtvals; 470 IN vm_ooffset_t offset; 471}; 472 |
473# 474#% getacl vp L L L 475# | 473 474%% getacl vp L L L 475 |
476vop_getacl { 477 IN struct vnode *vp; 478 IN acl_type_t type; 479 OUT struct acl *aclp; 480 IN struct ucred *cred; 481 IN struct thread *td; 482}; 483 | 476vop_getacl { 477 IN struct vnode *vp; 478 IN acl_type_t type; 479 OUT struct acl *aclp; 480 IN struct ucred *cred; 481 IN struct thread *td; 482}; 483 |
484# 485#% setacl vp E E E 486# | 484 485%% setacl vp E E E 486 |
487vop_setacl { 488 IN struct vnode *vp; 489 IN acl_type_t type; 490 IN struct acl *aclp; 491 IN struct ucred *cred; 492 IN struct thread *td; 493}; 494 | 487vop_setacl { 488 IN struct vnode *vp; 489 IN acl_type_t type; 490 IN struct acl *aclp; 491 IN struct ucred *cred; 492 IN struct thread *td; 493}; 494 |
495# 496#% aclcheck vp = = = 497# | 495 496%% aclcheck vp = = = 497 |
498vop_aclcheck { 499 IN struct vnode *vp; 500 IN acl_type_t type; 501 IN struct acl *aclp; 502 IN struct ucred *cred; 503 IN struct thread *td; 504}; 505 | 498vop_aclcheck { 499 IN struct vnode *vp; 500 IN acl_type_t type; 501 IN struct acl *aclp; 502 IN struct ucred *cred; 503 IN struct thread *td; 504}; 505 |
506# 507#% closeextattr vp L L L 508# | 506 507%% closeextattr vp L L L 508 |
509vop_closeextattr { 510 IN struct vnode *vp; 511 IN int commit; 512 IN struct ucred *cred; 513 IN struct thread *td; 514}; 515 | 509vop_closeextattr { 510 IN struct vnode *vp; 511 IN int commit; 512 IN struct ucred *cred; 513 IN struct thread *td; 514}; 515 |
516# 517#% getextattr vp L L L 518# | 516 517%% getextattr vp L L L 518 |
519vop_getextattr { 520 IN struct vnode *vp; 521 IN int attrnamespace; 522 IN const char *name; 523 INOUT struct uio *uio; 524 OUT size_t *size; 525 IN struct ucred *cred; 526 IN struct thread *td; 527}; 528 | 519vop_getextattr { 520 IN struct vnode *vp; 521 IN int attrnamespace; 522 IN const char *name; 523 INOUT struct uio *uio; 524 OUT size_t *size; 525 IN struct ucred *cred; 526 IN struct thread *td; 527}; 528 |
529# 530#% listextattr vp L L L 531# | 529 530%% listextattr vp L L L 531 |
532vop_listextattr { 533 IN struct vnode *vp; 534 IN int attrnamespace; 535 INOUT struct uio *uio; 536 OUT size_t *size; 537 IN struct ucred *cred; 538 IN struct thread *td; 539}; 540 | 532vop_listextattr { 533 IN struct vnode *vp; 534 IN int attrnamespace; 535 INOUT struct uio *uio; 536 OUT size_t *size; 537 IN struct ucred *cred; 538 IN struct thread *td; 539}; 540 |
541# 542#% openextattr vp L L L 543# | 541 542%% openextattr vp L L L 543 |
544vop_openextattr { 545 IN struct vnode *vp; 546 IN struct ucred *cred; 547 IN struct thread *td; 548}; 549 | 544vop_openextattr { 545 IN struct vnode *vp; 546 IN struct ucred *cred; 547 IN struct thread *td; 548}; 549 |
550# 551#% deleteextattr vp E E E 552# | 550 551%% deleteextattr vp E E E 552 |
553vop_deleteextattr { 554 IN struct vnode *vp; 555 IN int attrnamespace; 556 IN const char *name; 557 IN struct ucred *cred; 558 IN struct thread *td; 559}; 560 | 553vop_deleteextattr { 554 IN struct vnode *vp; 555 IN int attrnamespace; 556 IN const char *name; 557 IN struct ucred *cred; 558 IN struct thread *td; 559}; 560 |
561# 562#% setextattr vp E E E 563# | 561 562%% setextattr vp E E E 563 |
564vop_setextattr { 565 IN struct vnode *vp; 566 IN int attrnamespace; 567 IN const char *name; 568 INOUT struct uio *uio; 569 IN struct ucred *cred; 570 IN struct thread *td; 571}; 572 | 564vop_setextattr { 565 IN struct vnode *vp; 566 IN int attrnamespace; 567 IN const char *name; 568 INOUT struct uio *uio; 569 IN struct ucred *cred; 570 IN struct thread *td; 571}; 572 |
573# 574#% setlabel vp E E E 575# | 573 574%% setlabel vp E E E 575 |
576vop_setlabel { 577 IN struct vnode *vp; 578 IN struct label *label; 579 IN struct ucred *cred; 580 IN struct thread *td; 581}; | 576vop_setlabel { 577 IN struct vnode *vp; 578 IN struct label *label; 579 IN struct ucred *cred; 580 IN struct thread *td; 581}; |