configfs: drop pointless kerneldoc comments

	return 0;

}

/**

 *	configfs_read_file - read an attribute.

 *	@file:	file pointer.

 *	@buf:	buffer to fill.

 *	@count:	number of bytes to read.

 *	@ppos:	starting offset in file.

 *

 *	Userspace wants to read an attribute file. The attribute descriptor

 *	is in the file's ->d_fsdata. The target item is in the directory's

 *	->d_fsdata.

 *

 *	We call fill_read_buffer() to allocate and fill the buffer from the

 *	item's show() method exactly once (if the read is happening from

 *	the beginning of the file). That should fill the entire buffer with

 *	all the data the item has to offer for that attribute.

 *	We then call flush_read_buffer() to copy the buffer to userspace

 *	in the increments specified.

 */

static ssize_t

configfs_read_file(struct file *file, char __user *buf, size_t count, loff_t *ppos)

{

	return retval;

}

/**

 *	configfs_read_bin_file - read a binary attribute.

 *	@file:	file pointer.

 *	@buf:	buffer to fill.

 *	@count:	number of bytes to read.

 *	@ppos:	starting offset in file.

 *

 *	Userspace wants to read a binary attribute file. The attribute

 *	descriptor is in the file's ->d_fsdata. The target item is in the

 *	directory's ->d_fsdata.

 *

 *	We check whether we need to refill the buffer. If so we will

 *	call the attributes' attr->read() twice. The first time we

 *	will pass a NULL as a buffer pointer, which the attributes' method

 *	will use to return the size of the buffer required. If no error

 *	occurs we will allocate the buffer using vmalloc and call

 *	attr->read() again passing that buffer as an argument.

 *	Then we just copy to user-space using simple_read_from_buffer.

 */

static ssize_t

configfs_read_bin_file(struct file *file, char __user *buf,

		       size_t count, loff_t *ppos)

	return retval;

}

/**

 *	fill_write_buffer - copy buffer from userspace.

 *	@buffer:	data buffer for file.

 *	@buf:		data from user.

 *	@count:		number of bytes in @userbuf.

 *

 *	Allocate @buffer->page if it hasn't been already, then

 *	copy the user-supplied buffer into it.

 */

static int

fill_write_buffer(struct configfs_buffer * buffer, const char __user * buf, size_t count)

{

}

/**

 *	configfs_write_file - write an attribute.

 *	@file:	file pointer

 *	@buf:	data to write

 *	@count:	number of bytes

 *	@ppos:	starting offset

 *

 *	Similar to configfs_read_file(), though working in the opposite direction.

 *	We allocate and fill the data from the user in fill_write_buffer(),

 *	then push it to the config_item in flush_write_buffer().

/*

 * There is no easy way for us to know if userspace is only doing a partial

 *	write, so we don't support them. We expect the entire buffer to come

 *	on the first write.

 *	Hint: if you're writing a value, first read the file, modify only

 *	the value you're changing, then write entire buffer back.

 * write, so we don't support them. We expect the entire buffer to come on the

 * first write.

 * Hint: if you're writing a value, first read the file, modify only the value

 * you're changing, then write entire buffer back.

 */

static ssize_t

configfs_write_file(struct file *file, const char __user *buf, size_t count, loff_t *ppos)

{

	return len;

}

/**

 *	configfs_write_bin_file - write a binary attribute.

 *	@file:	file pointer

 *	@buf:	data to write

 *	@count:	number of bytes

 *	@ppos:	starting offset

 *

 *	Writing to a binary attribute file is similar to a normal read.

 *	We buffer the consecutive writes (binary attribute files do not

 *	support lseek) in a continuously growing buffer, but we don't

 *	commit until the close of the file.

 */

static ssize_t

configfs_write_bin_file(struct file *file, const char __user *buf,

			size_t count, loff_t *ppos)