Searched refs:HFS_LOCK_WRITE (Results 1 - 6 of 6) sorted by relevance

/asus-wl-520gu-7.0.1.45/src/linux/linux/fs/hfs/
H A Dbnode.c194 if (bnr->lock_type == HFS_LOCK_WRITE) {
244 case HFS_LOCK_WRITE:
251 case HFS_LOCK_WRITE:
291 case HFS_LOCK_WRITE:
295 is a prerequisite for HFS_LOCK_WRITE. */
302 not converted to a HFS_LOCK_WRITE), or by
305 Since HFS_LOCK_RESRV and HFS_LOCK_WRITE
309 accesses, while HFS_LOCK_WRITE must have
355 * In either case, if 'lock_type' is HFS_LOCK_WRITE
373 if (bnr->lock_type == HFS_LOCK_WRITE) {
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H A Dbdelete.c67 * 'root' refers to the root bnode with HFS_LOCK_WRITE access.
68 * None of 'root's children are held with HFS_LOCK_WRITE access.
172 * 'left' points to a valid (struct hfs_bnode_ref) having HFS_LOCK_WRITE
175 * 'center' points to a valid (struct hfs_bnode_ref) having HFS_LOCK_WRITE
178 * 'right' points to a valid (struct hfs_bnode_ref) having HFS_LOCK_WRITE
225 * with HFS_LOCK_WRITE access, and are neighbors.
322 left = hfs_bnode_find(tree,left_node,HFS_LOCK_WRITE);
329 hfs_bnode_lock(&belem->bnr, HFS_LOCK_WRITE);
342 right = hfs_bnode_find(tree,right_node,HFS_LOCK_WRITE);
H A Dballoc.c69 hfs_bnode_lock(&retval, HFS_LOCK_WRITE);
360 head = hfs_bnode_find(tree, 0, HFS_LOCK_WRITE);
H A Dbrec.c121 * This function obtains HFS_LOCK_WRITE access to the bnode
123 * record to the leaf are given HFS_LOCK_WRITE access and all
127 * HFS_LOCK_WRITE access to some of the nodes of.
139 * lock_type argument of HFS_LOCK_WRITE. If one of those calls
151 hfs_bnode_lock(&elem->bnr, HFS_LOCK_WRITE);
H A Dhfs.h99 #define HFS_LOCK_WRITE 0x0003 /* will modify now (exclusive access) */ macro
H A Dbinsert.c210 right = hfs_bnode_find(tree, left->ndFLink, HFS_LOCK_WRITE);

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