Lines Matching defs:all
215 * We keep a global list of per-zone client data, so we can clean up all zones
664 * cp will contain all eligible chtab entries. When this traversal
677 * all of the rest of the entries on the list will
732 clreclaim(void *all)
1109 * Mask out all signals except SIGHUP, SIGINT, SIGQUIT
1163 * target did not exist at all. If so,
1662 * Mask out all signals except SIGHUP, SIGINT, SIGQUIT
1751 * target did not exist at all. If so,
2185 * Before freeing anything, wait until all asynchronous
2186 * activity is done on this rnode. This will allow all
2196 * Flush and invalidate all pages associated with the vnode.
2433 * almost all cases. If you are changing the algorithm be sure to verify that
2434 * the hash algorithm still provides even distribution in all cases and with
2954 * vfs. It is essential that we destroy all inactive vnodes during a
3004 * This routine destroys all the resources associated with the rnode
3042 * Flush all vnodes in this (or every) vfs.
3061 * Allocate a slot for all currently active rnodes on the
3062 * supposition that they all may need flushing.
3086 * If flushing all mounted file systems or
3108 * Flush and release all of the files on the list.
3148 nfs_access_type_t all;
3165 all = NFS_ACCESS_ALLOWED;
3167 all = NFS_ACCESS_DENIED;
3172 all = NFS_ACCESS_UNKNOWN;
3175 return (all);
3356 * display them as-is to all zones since in fact they apply to
3518 * Assign unique major number for all nfs mounts
4443 * Mask out all signals except SIGHUP, SIGINT, SIGQUIT
4784 * active, then wait for all of the readers
4980 * Calculate the length of the string required to hold all
5008 * When the workaround is enabled, all NFS traffic is forced into the global