struct filesystem* fs;
uint32_t iobuf_size;
struct hbucket* i_cache;
+ void* data;
struct
{
uint32_t (*read_capacity)(struct v_superblock* vsb);
int flags;
};
-// FIXME how do we invalidate corresponding v_dnodes given the v_inode?
+// [v_inode::aka_nodes]
+// how do we invalidate corresponding v_dnodes given the v_inode?
/*
Consider taskfs, which is Lunaix's speak of Linux's procfs, that allow
info of every process being accessible via file system. Each process's
uint32_t link_count;
uint32_t lb_usage;
uint32_t fsize;
+ void* data; // 允许底层FS绑定他的一些专有数据
+ struct llist_header aka_dnodes;
struct llist_header xattrs;
struct v_superblock* sb;
struct hlist_node hash_list;
struct lru_node lru;
struct pcache* pg_cache;
- void* data; // 允许底层FS绑定他的一些专有数据
struct v_inode_ops* ops;
struct v_file_ops* default_fops;
};
struct v_inode* inode;
struct v_dnode* parent;
struct hlist_node hash_list;
+ struct llist_header aka_list;
struct llist_header children;
struct llist_header siblings;
struct v_superblock* super_block;
uint32_t flags;
uint32_t fpos;
};
-/* --- file system manager --- */
+
void
fsm_init();
int
vfs_close(struct v_file* file);
+void
+vfs_free_fd(struct v_fd* fd);
+
int
vfs_fsync(struct v_file* file);