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// nfs tapset
// Copyright (C) 2006-2007 IBM Corp.
// Copyright (C) 2007 Intel Corporation.
// Copyright (C) 2007 Bull S.A.S
// Copyright (c) 2009,2010,2011 Red Hat Inc.
//
// This file is part of systemtap, and is free software. You can
// redistribute it and/or modify it under the terms of the GNU General
// Public License (GPL); either version 2, or (at your option) any
// later version.
%{
#include <linux/kernel.h>
#include <linux/nfs_fs.h>
#include <linux/uaccess.h> /* For VERIFY_READ/VERIFY_WRITE */
%}
/* Get cache_validity flag from struct inode */
function __nfsi_cache_valid:long (inode:long)
{
if (inode == 0)
return -1
return @cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->cache_validity
}
/* Get read_cache_jiffies from struct inode */
function __nfsi_rcache_time:long (inode:long)
{
if (inode == 0)
return -1
return @cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->read_cache_jiffies
}
/* Get attrtimeo from struct inode */
function __nfsi_attr_time :long (inode:long)
{
if (inode == 0)
return -1
return @cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->attrtimeo
}
/* Get ndirty from struct inode */
function __nfsi_ndirty:long (inode:long)
{
if (inode == 0)
return -1
return @choose_defined(@cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->ndirty, -1)
}
/* Get rsize from struct inode */
function __nfs_server_rsize:long (inode:long)
{
if (inode == 0)
return -1
return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->rsize
}
/* Get version from struct inode */
function __nfs_version:long (inode:long)
{
if (inode == 0)
return -1
return @cast(NFS_PROTO(inode), "nfs_rpc_ops", "kernel:nfs")->version
}
/* Get wsize from struct inode */
function __nfs_server_wsize:long (inode:long)
{
if (inode == 0)
return -1
return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->wsize
}
/* Get rpages from struct inode */
function __nfs_rpages:long (inode:long)
{
if (inode == 0)
return -1
return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->rpages
}
/* Get wpages from struct inode */
function __nfs_wpages:long (inode:long)
{
if (inode == 0)
return -1
return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->wpages
}
/* Get struct inode from struct page */
function __p2i :long (page:long)
{
mapping = page? @cast(page, "page", "kernel:nfs")->mapping : 0
if (mapping == 0)
return 0
return @cast(mapping, "address_space", "kernel:nfs")->host
}
/* Get i_flags from struct page */
function __p2i_flag : long (page:long)
{
host = __p2i(page)
if (host == 0)
return -1
return @cast(host, "inode", "kernel:nfs")->i_flags
}
/* Get i_state from struct page */
function __p2i_state :long (page:long)
{
host = __p2i(page)
if (host == 0)
return -1
return @cast(host, "inode", "kernel:nfs")->i_state
}
/* Get i_size from struct page */
function __p2i_size :long (page:long)
{
host = __p2i(page)
if (host == 0)
return -1
return @cast(host, "inode", "kernel:nfs")->i_size
}
/* Get s_flags from struct page */
function __p2sb_flag:long (page:long)
{
host = __p2i(page)
i_sb = host? @cast(host, "inode", "kernel:nfs")->i_sb : 0
if (i_sb == 0)
return -1
return @cast(i_sb, "super_block", "kernel:nfs")->s_flags
}
function __file_inode:long (file:long)
{
dentry = file
? @choose_defined(@cast(file, "file", "kernel:nfs")->f_path->dentry,
@cast(file, "file", "kernel:nfs")->f_dentry)
: 0
if (dentry == 0)
return 0
return @cast(dentry, "dentry", "kernel:nfs")->d_inode
}
function __file_id:long (file:long)
{
d_inode = __file_inode(file)
if (d_inode == 0)
return 0
return @cast(d_inode, "inode", "kernel:nfs")->i_sb->s_id
}
function __file_mode:long (file:long)
{
d_inode = __file_inode(file)
if (d_inode == 0)
return 0
return @cast(d_inode, "inode", "kernel:nfs")->i_mode
}
function __file_parentname:string (file:long)
{
dentry = file
? @choose_defined(@cast(file, "file", "kernel:nfs")->f_path->dentry,
@cast(file, "file", "kernel:nfs")->f_dentry)
: 0
d_parent = dentry? @cast(dentry, "dentry", "kernel:nfs")->d_parent : 0
if (d_parent == 0)
return "NULL"
name = @cast(d_parent, "dentry", "kernel:nfs")->d_name->name
return kernel_string(name)
}
/*
* Combination of generic_segment_checks and iov_length functions
* @iov: io vector request
* @nr_segs: number of segments in the iovec
* @check_flag: whether to check (0 as iov_length, 1 as
* generic_segment_checks)
* @access_flags: valid when check_flag >0, type of access:
* VERIFY_READ - 0 or VERIFY_WRITE - 1
*
* @return: number of bytes to write/read
*/
function __iov_length:long (iov:long, nr_segs:long, check_flag:long, access_flags:long) %{ /* pure */
unsigned long seg;
size_t ret = 0;
const struct iovec *iov = (const struct iovec *)(long)STAP_ARG_iov;
unsigned long nr_segs = (unsigned long)STAP_ARG_nr_segs;
for (seg = 0; seg < nr_segs; seg++)
{ __kernel_size_t iov_len = kread(&(iov[seg].iov_len));
ret += iov_len;
if (STAP_ARG_check_flag) {
if (unlikely((ssize_t)(ret|iov_len) < 0)) {
STAP_RETVALUE = -EINVAL;
return;
}
if (access_ok((int)STAP_ARG_access_flags, kread(&(iov[seg].iov_base)), iov_len))
continue;
if (seg == 0) {
STAP_RETVALUE = -EFAULT;
return;
}
ret -= iov_len; /* This segment is no good */
break;
}
}
STAP_RETVALUE = (long)ret;
CATCH_DEREF_FAULT();
%}
probe nfs.fop.entries = nfs.fop.llseek,
nfs.fop.read,
nfs.fop.write,
nfs.fop.aio_read,
nfs.fop.aio_write,
nfs.fop.read_iter ?,
nfs.fop.write_iter ?,
nfs.fop.mmap,
nfs.fop.open,
nfs.fop.flush,
nfs.fop.release,
nfs.fop.sendfile ?,
nfs.fop.fsync,
nfs.fop.lock
{
}
probe nfs.fop.return = nfs.fop.llseek.return,
nfs.fop.read.return,
nfs.fop.write.return,
nfs.fop.aio_read.return,
nfs.fop.aio_write.return,
nfs.fop.read_iter.return ?,
nfs.fop.write_iter.return ?,
nfs.fop.mmap.return,
nfs.fop.open.return,
nfs.fop.flush.return,
nfs.fop.release.return,
nfs.fop.sendfile.return ?,
nfs.fop.fsync.return,
nfs.fop.lock.return
{
}
/**
* probe nfs.fop.llseek - NFS client llseek operation
*
* @dev: device identifier
* @ino: inode number
* @offset: the offset of the file will be repositioned
* @whence: the position to seek from
* @whence_str: symbolic string representation of the position to seek from
*/
probe nfs.fop.llseek = kernel.function ("nfs_file_llseek") !,
module("nfs").function("nfs_file_llseek")
{
dev = __file_dev($filp)
ino = __file_ino($filp)
s_id = __file_id($filp)
devname = kernel_string(s_id)
maxbyte = __file_maxbytes($filp)
offset = $offset
%(systemtap_v < "2.3" %?
origin = @choose_defined($whence, $origin)
%)
whence = @choose_defined($whence, $origin)
whence_str = _seek_whence_str(@choose_defined($whence, $origin))
name = "nfs.fop.llseek"
argstr = sprintf("%d, %d", offset, @choose_defined($whence, $origin))
}
probe nfs.fop.llseek.return = kernel.function ("nfs_file_llseek").return !,
module("nfs").function("nfs_file_llseek").return
{
name = "nfs.fop.llseek.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.fop.read - NFS client read operation
*
* @devname: block device name
*
* SystemTap uses the vfs.do_sync_read probe to implement this probe
* and as a result will get operations other than the NFS client read
* operations.
*/
probe nfs.fop.read = vfs.do_sync_read
{
s_id = __file_id(file)
devname = kernel_string(s_id)
name = "nfs.fop.read"
}
probe nfs.fop.read.return = vfs.do_sync_read.return
{
name = "nfs.fop.read.return"
}
/**
* probe nfs.fop.write - NFS client write operation
*
* @devname: block device name
*
* SystemTap uses the vfs.do_sync_write probe to implement this probe
* and as a result will get operations other than the NFS client write
* operations.
*/
probe nfs.fop.write = vfs.do_sync_write
{
s_id = __file_id(file)
devname = kernel_string(s_id)
name = "nfs.fop.write"
}
probe nfs.fop.write.return = vfs.do_sync_write.return
{
name = "nfs.fop.write.return"
}
/**
* probe nfs.fop.aio_read - NFS client aio_read file operation
*
* @dev: device identifier
* @ino: inode number
* @count: read bytes
* @pos: current position of file
* @buf: the address of buf in user space
* @parent_name: parent dir name
* @file_name: file name
* @cache_valid: cache related bit mask flag
* @cache_time: when we started read-caching this inode
* @attrtimeo: how long the cached information is assumed to be valid.
* We need to revalidate the cached attrs for this inode
* if jiffies - read_cache_jiffies > attrtimeo.
*/
%( kernel_v < "3.16" %?
probe nfs.fop.aio_read = kernel.function ("nfs_file_read") !,
module("nfs").function("nfs_file_read")
{
dev = __file_dev($iocb->ki_filp)
ino = __file_ino($iocb->ki_filp)
s_id = __file_id($iocb->ki_filp)
devname = kernel_string(s_id)
pos = $pos
if (@defined($iov)) {
buf = $iov->iov_base
count = __iov_length($iov, $nr_segs, 0, %{ /* pure */ VERIFY_WRITE %})
}
else {
buf = $buf
count = $count
}
parent_name = __file_parentname($iocb->ki_filp)
file_name = __file_filename($iocb->ki_filp)
cache_valid = __nfsi_cache_valid(__file_inode($iocb->ki_filp))
cache_time = __nfsi_rcache_time(__file_inode($iocb->ki_filp))
attr_time = __nfsi_attr_time(__file_inode($iocb->ki_filp))
name = "nfs.fop.aio_read"
argstr = sprintf("%p, %d, %d", buf, count, pos)
size = count
units = "bytes"
}
probe nfs.fop.aio_read.return = kernel.function ("nfs_file_read").return !,
module("nfs").function("nfs_file_read").return
{
name = "nfs.fop.aio_read.return"
retstr = sprintf("%d", $return)
if ($return > 0) {
size = $return
}
units = "bytes"
}
%:
probe nfs.fop.aio_read = never
{
dev = 0
ino = 0
s_id = 0
devname = ""
pos = 0
buf = 0
count = 0
parent_name = ""
file_name = ""
cache_valid = 0
cache_time = 0
attr_time = 0
name = "nfs.fop.aio_read"
argstr = sprintf("%p, %d, %d", buf, count, pos)
size = count
units = "bytes"
}
probe nfs.fop.aio_read.return = never
{
name = "nfs.fop.aio_read.return"
retstr = sprintf("%d", 0)
size = 0
units = "bytes"
}
%)
/**
* probe nfs.fop.read_iter - NFS client read_iter file operation
*
* @dev: device identifier
* @ino: inode number
* @count: read bytes
* @pos: current position of file
* @parent_name: parent dir name
* @file_name: file name
* @cache_valid: cache related bit mask flag
* @cache_time: when we started read-caching this inode
* @attrtimeo: how long the cached information is assumed to be valid.
* We need to revalidate the cached attrs for this inode
* if jiffies - read_cache_jiffies > attrtimeo.
*/
%( kernel_v >= "3.16" %?
probe nfs.fop.read_iter = kernel.function ("nfs_file_read") !,
module("nfs").function("nfs_file_read")
{
dev = __file_dev($iocb->ki_filp)
ino = __file_ino($iocb->ki_filp)
s_id = __file_id($iocb->ki_filp)
devname = kernel_string(s_id)
pos = $to->iov_offset
count = __iov_length($to->iov, $to->nr_segs, 0, %{ /* pure */ VERIFY_READ %})
parent_name = __file_parentname($iocb->ki_filp)
file_name = __file_filename($iocb->ki_filp)
cache_valid = __nfsi_cache_valid(__file_inode($iocb->ki_filp))
cache_time = __nfsi_rcache_time(__file_inode($iocb->ki_filp))
attr_time = __nfsi_attr_time(__file_inode($iocb->ki_filp))
name = "nfs.fop.read_iter"
argstr = sprintf("%d, %d", count, pos)
size = count
units = "bytes"
}
probe nfs.fop.read_iter.return = kernel.function ("nfs_file_read").return !,
module("nfs").function("nfs_file_read").return
{
name = "nfs.fop.read_iter.return"
retstr = sprintf("%d", $return)
if ($return > 0) {
size = $return
}
units = "bytes"
}
%)
/**
* probe nfs.fop.aio_write - NFS client aio_write file operation
*
* @dev: device identifier
* @ino: inode number
* @count: read bytes
* @pos: offset of the file
* @buf: the address of buf in user space
* @parent_name: parent dir name
* @file_name: file name
*/
%( kernel_v < "3.16" %?
probe nfs.fop.aio_write = kernel.function("nfs_file_write") !,
module("nfs").function("nfs_file_write")
{
dev = __file_dev($iocb->ki_filp)
ino = __file_ino($iocb->ki_filp)
s_id = __file_id($iocb->ki_filp)
devname = kernel_string(s_id)
pos = $pos
if (@defined($iov)) {
buf = $iov->iov_base
count = __iov_length($iov, $nr_segs, 0, %{ /* pure */ VERIFY_WRITE %})
}
else {
buf = $buf
count = $count
}
parent_name = __file_parentname($iocb->ki_filp)
file_name = __file_filename($iocb->ki_filp)
name = "nfs.fop.aio_write"
argstr = sprintf("%p, %d, %d", buf, count, pos)
size = count
units = "bytes"
}
probe nfs.fop.aio_write.return = kernel.function("nfs_file_write").return !,
module("nfs").function("nfs_file_write").return
{
name = "nfs.fop.aio_write.return"
retstr = sprintf("%d", $return)
if ($return > 0) {
size = $return
}
units = "bytes"
}
%:
probe nfs.fop.aio_write = never
{
dev = 0
ino = 0
s_id = 0
devname = ""
pos = 0
buf = 0
count = 0
parent_name = ""
file_name = ""
name = "nfs.fop.aio_write"
argstr = sprintf("%p, %d, %d", buf, count, pos)
size = count
units = "bytes"
}
probe nfs.fop.aio_write.return = never
{
name = "nfs.fop.aio_write.return"
retstr = sprintf("%d", 0)
size = 0
units = "bytes"
}
%)
/**
* probe nfs.fop.write_iter - NFS client write_iter file operation
*
* @dev: device identifier
* @ino: inode number
* @count: read bytes
* @pos: offset of the file
* @parent_name: parent dir name
* @file_name: file name
*/
%( kernel_v >= "3.16" %?
probe nfs.fop.write_iter = kernel.function("nfs_file_write") !,
module("nfs").function("nfs_file_write")
{
dev = __file_dev($iocb->ki_filp)
ino = __file_ino($iocb->ki_filp)
s_id = __file_id($iocb->ki_filp)
devname = kernel_string(s_id)
pos = $from->iov_offset
count = __iov_length($from->iov, $from->nr_segs, 0, %{ /* pure */ VERIFY_READ %})
parent_name = __file_parentname($iocb->ki_filp)
file_name = __file_filename($iocb->ki_filp)
name = "nfs.fop.write_iter"
argstr = sprintf("%d, %d", count, pos)
size = count
units = "bytes"
}
probe nfs.fop.write_iter.return = kernel.function("nfs_file_write").return !,
module("nfs").function("nfs_file_write").return
{
name = "nfs.fop.write_iter.return"
retstr = sprintf("%d", $return)
if ($return > 0) {
size = $return
}
units = "bytes"
}
%)
/**
* probe nfs.fop.mmap - NFS client mmap operation
*
* @dev: device identifier
* @ino: inode number
* @vm_start: start address within vm_mm
* @vm_end: the first byte after end address within vm_mm
* @vm_flag: vm flags
* @buf: the address of buf in user space
* @parent_name: parent dir name
* @file_name: file name
* @cache_valid: cache related bit mask flag
* @cache_time: when we started read-caching this inode
* @attrtimeo: how long the cached information is assumed to be valid.
* We need to revalidate the cached attrs for this inode
* if jiffies - read_cache_jiffies > attrtimeo.
*/
probe nfs.fop.mmap = kernel.function("nfs_file_mmap") !,
module("nfs").function("nfs_file_mmap")
{
dev = __file_dev($file)
ino = __file_ino($file)
s_id = __file_id($file)
devname = kernel_string(s_id)
vm_start = $vma->vm_start
vm_end = $vma->vm_end
vm_flags = $vma->vm_flags
parent_name = __file_parentname($file)
file_name = __file_filename($file)
cache_valid = __nfsi_cache_valid(__file_inode($file))
cache_time = __nfsi_rcache_time(__file_inode($file))
attr_time = __nfsi_attr_time(__file_inode($file))
name = "nfs.fop.mmap"
argstr = sprintf("0x%x, 0x%x, 0x%x", vm_start, vm_end, vm_flags)
}
probe nfs.fop.mmap.return = kernel.function("nfs_file_mmap").return !,
module("nfs").function("nfs_file_mmap").return
{
name = "nfs.fop.mmap.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.fop.open - NFS client file open operation
*
* @dev: device identifier
* @ino: inode number
* @file_name: file name
* @flag: file flag
* @i_size: file length in bytes
*/
probe nfs.fop.open = kernel.function("nfs_file_open") !,
module("nfs").function("nfs_file_open")
{
dev = __file_dev($filp)
ino = $inode->i_ino
s_id = $inode->i_sb->s_id
devname = kernel_string(s_id)
filename = __file_filename($filp)
flag = $filp->f_flags
i_size = $inode->i_size
name = "nfs.fop.open"
argstr = sprintf("%d, %d, %s", flag, ino, filename)
}
probe nfs.fop.open.return = kernel.function("nfs_file_open").return !,
module("nfs").function("nfs_file_open").return
{
name = "nfs.fop.open.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.fop.flush - NFS client flush file operation
*
* @dev: device identifier
* @ino: inode number
* @mode: file mode
* @ndirty: number of dirty page
*/
probe nfs.fop.flush = kernel.function("nfs_file_flush") !,
module("nfs").function("nfs_file_flush")
{
dev = __file_dev($file)
ino = __file_ino($file)
s_id = __file_id($file)
devname = kernel_string(s_id)
mode = $file->f_mode
ndirty = __nfsi_ndirty(__file_inode($file))
name = "nfs.fop.flush"
argstr = sprintf("%d", ino)
}
probe nfs.fop.flush.return = kernel.function("nfs_file_flush").return !,
module("nfs").function("nfs_file_flush").return
{
name = "nfs.fop.flush.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.fop.release - NFS client release page operation
*
* @dev: device identifier
* @ino: inode number
* @mode: file mode
*/
probe nfs.fop.release = kernel.function("nfs_file_release") !,
module("nfs").function("nfs_file_release")
{
dev = __file_dev($filp)
ino = $inode->i_ino
s_id = $inode->i_sb->s_id
devname = kernel_string(s_id)
mode = $filp->f_mode
name = "nfs.fop.release"
argstr = sprintf("%d", ino)
}
probe nfs.fop.release.return = kernel.function("nfs_file_release").return !,
module("nfs").function("nfs_file_release").return
{
name = "nfs.fop.release.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.fop.fsync - NFS client fsync operation
*
* @dev: device identifier
* @ino: inode number
* @ndirty: number of dirty pages
*/
probe nfs.fop.fsync = kernel.function("nfs_file_fsync") !,
module("nfs").function("nfs_file_fsync") !,
kernel.function("nfs_fsync") !,
module("nfs").function("nfs_fsync")
{
dev = __file_dev($file)
ino = __file_ino($file)
s_id = __file_id($file)
devname = kernel_string(s_id)
ndirty = __nfsi_ndirty(__file_inode($file))
name = "nfs.fop.fsync"
argstr = sprintf("%d", ino)
}
probe nfs.fop.fsync.return = kernel.function("nfs_file_fsync").return !,
module("nfs").function("nfs_file_fsync").return !,
kernel.function("nfs_fsync").return !,
module("nfs").function("nfs_fsync").return
{
name = "nfs.fop.fsync.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.fop.lock - NFS client file lock operation
*
* @dev: device identifier
* @ino: inode number
* @i_mode: file type and access rights
* @cmd: cmd arguments
* @fl_type:lock type
* @fl_flag: lock flags
* @fl_start: starting offset of locked region
* @fl_end: ending offset of locked region
*/
probe nfs.fop.lock = kernel.function("nfs_lock") !,
module("nfs").function("nfs_lock")
{
dev = __file_dev($filp)
ino = __file_ino($filp)
s_id = __file_id($filp)
devname = kernel_string(s_id)
i_mode = __file_mode($filp)
cmd = $cmd
fl_type = $fl->fl_type
fl_flag = $fl->fl_flags
fl_start = $fl->fl_start
fl_end = $fl->fl_end
name = "nfs.fop.lock"
argstr = sprintf("%d, %d", cmd, i_mode)
}
probe nfs.fop.lock.return = kernel.function("nfs_lock").return !,
module("nfs").function("nfs_lock").return
{
name = "nfs.fop.lock.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.fop.sendfile - NFS client send file operation
*
* @dev: device identifier
* @ino: inode number
* @count: read bytes
* @ppos: current position of file
* @cache_valid: cache related bit mask flag
* @cache_time: when we started read-caching this inode
* @attrtimeo: how long the cached information is assumed to be valid.
* We need to revalidate the cached attrs for this inode
* if jiffies - read_cache_jiffies > attrtimeo.
*/
probe nfs.fop.sendfile = kernel.function("nfs_file_sendfile") !,
module("nfs").function("nfs_file_sendfile") ?
{
dev = __file_dev($filp)
ino = __file_ino($filp)
s_id = __file_id($filp)
devname = kernel_string(s_id)
count = $count
ppos = $ppos ? kernel_pointer($ppos) : -1
cache_valid = __nfsi_cache_valid(__file_inode($filp))
cache_time = __nfsi_rcache_time(__file_inode($filp))
attr_time = __nfsi_attr_time(__file_inode($filp))
name = "nfs.fop.sendfile"
argstr = sprintf("%d, %d", count, ppos)
size = count
units = "bytes"
}
probe nfs.fop.sendfile.return =
kernel.function("nfs_file_sendfile").return !,
module("nfs").function("nfs_file_sendfile").return ?
{
name = "nfs.fop.sendfile.return"
retstr = sprintf("%d", $return)
if ($return > 0) {
size = $return
}
units = "bytes"
}
/**
* probe nfs.fop.check_flags - NFS client checking flag operation
*
* @flag: file flag
*/
probe nfs.fop.check_flags = kernel.function("nfs_check_flags") !,
module("nfs").function("nfs_check_flags")
{
flag = $flags
name = "nfs.fop.check_flags"
argstr = sprintf("%d", flag)
}
probe nfs.fop.check_flags.return =
kernel.function("nfs_check_flags").return !,
module("nfs").function("nfs_check_flags").return
{
name = "nfs.fop.check_flags.return"
retstr = sprintf("%d", $return)
}
probe nfs.aop.entries = nfs.aop.readpage,
nfs.aop.readpages,
nfs.aop.writepage,
nfs.aop.writepages,
nfs.aop.release_page ?,
nfs.aop.write_begin,
nfs.aop.write_end
{
}
probe nfs.aop.return = nfs.aop.readpage.return,
nfs.aop.readpages.return,
nfs.aop.writepage.return,
nfs.aop.writepages.return,
nfs.aop.release_page.return ?,
nfs.aop.write_begin.return,
nfs.aop.write_end.return
{
}
/**
* probe nfs.aop.readpage - NFS client synchronously reading a page
* @__page: the address of page
* @dev: device identifier
* @ino: inode number
* @i_flag: file flags
* @i_size: file length in bytes
* @sb_flag: super block flags
* @file: file argument
* @page_index : offset within mapping, can used a page identifier
* and position identifier in the page frame
* @rsize: read size (in bytes)
* @size: number of pages to be read in this execution
*
* Read the page over, only fires when a previous async
* read operation failed
*/
probe nfs.aop.readpage = kernel.function ("nfs_readpage") !,
module("nfs").function ("nfs_readpage")
{
__page = $page
dev = __page_dev(__page)
ino = __page_ino(__page)
i_flag = __p2i_flag($page)
i_size = __p2i_size($page)
sb_flag = __p2sb_flag($page)
file = $file
page_index = $page->index
__inode = __p2i($page)
rsize = __nfs_server_rsize(__inode)
name = "nfs.aop.readpage"
argstr = sprintf("%d, %d", page_index, rsize)
size = 1
units = "pages"
}
probe nfs.aop.readpage.return = kernel.function ("nfs_readpage").return !,
module("nfs").function ("nfs_readpage").return
{
name = "nfs.aop.readpage.return"
retstr = sprintf("%d", $return)
size = 1
units = "pages"
}
/**
* probe nfs.aop.readpages - NFS client reading multiple pages
* @dev: device identifier
* @ino: inode number
* @nr_pages: number of pages attempted to read in this execution
* @file: filp argument
* @rpages: read size (in pages)
* @rsize: read size (in bytes)
* @size: number of pages attempted to read in this execution
*
* Fires when in readahead way, read several pages once
*/
probe nfs.aop.readpages = kernel.function ("nfs_readpages") !,
module("nfs").function ("nfs_readpages")
{
dev = $mapping->host->i_sb->s_dev
ino = $mapping->host->i_ino
nr_pages = $nr_pages
file = $filp
rpages = __nfs_rpages($mapping->host)
rsize = __nfs_server_rsize($mapping->host)
name = "nfs.aop.readpages"
argstr = sprintf("%d", nr_pages)
size = nr_pages
units = "pages"
}
probe nfs.aop.readpages.return = kernel.function ("nfs_readpages").return !,
module("nfs").function ("nfs_readpages").return
{
name = "nfs.aop.readpages.return"
retstr = sprintf("%d", $return)
if ($return > 0 ) {
size = $return
}
units = "pages"
}
/**
* probe nfs.aop.set_page_dirty - NFS client marking page as dirty
* @__page: the address of page
* @page_flag: page flags
*
* This probe attaches to the generic __set_page_dirty_nobuffers function.
* Thus, this probe is going to fire on many other file systems in
* addition to the NFS client.
*/
probe nfs.aop.set_page_dirty =
kernel.function ("__set_page_dirty_nobuffers") !,
module("nfs").function ("__set_page_dirty_nobuffers")
{
__page = $page
page_flag = $page->flags
name = "nfs.aop.set_page_dirty"
argstr = sprintf("%d", page_flag)
}
probe nfs.aop.set_page_dirty.return =
kernel.function ("__set_page_dirty_nobuffers") .return !,
module("nfs").function ("__set_page_dirty_nobuffers").return
{
name = "nfs.aop.set_page_dirty.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.aop.writepage - NFS client writing a mapped page to the NFS server
* @__page: the address of page
* @dev: device identifier
* @ino: inode number
* @for_reclaim: a flag of writeback_control,
* indicates if it's invoked from the page allocator
* @for_kupdate: a flag of writeback_control,
* indicates if it's a kupdate writeback
* @i_flag: file flags
* @i_size: file length in bytes
* @i_state: inode state flags
* @sb_flag: super block flags
* @page_index: offset within mapping,
* can used a page identifier and position identifier in the page frame
* @wsize: write size
* @size: number of pages to be written in this execution
*
* The priority of wb is decided by the flags
* @for_reclaim and @for_kupdate.
*/
probe nfs.aop.writepage = kernel.function ("nfs_writepage") !,
module("nfs").function ("nfs_writepage")
{
__page = $page
dev = __page_dev(__page)
ino = __page_ino(__page)
for_reclaim = $wbc->for_reclaim
for_kupdate = $wbc->for_kupdate
i_flag = __p2i_flag($page)
i_state = __p2i_state($page)
i_size = __p2i_size($page)
sb_flag = __p2sb_flag($page)
page_index = $page->index
__inode = __p2i($page)
wsize = __nfs_server_wsize(__inode)
name = "nfs.aop.writepage"
argstr = sprintf("%d", page_index)
size = 1
units = "pages"
}
probe nfs.aop.writepage.return = kernel.function ("nfs_writepage").return !,
module("nfs").function ("nfs_writepage").return
{
name = "nfs.aop.writepage.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.aop.writepages - NFS client writing several dirty pages to the NFS server
* @dev: device identifier
* @ino: inode number
* @for_reclaim: a flag of writeback_control,
* indicates if it's invoked from the page allocator
* @for_kupdate: a flag of writeback_control,
* indicates if it's a kupdate writeback
* @wsize: write size
* @wpages: write size (in pages)
* @nr_to_write: number of pages attempted to be written in this execution
* @size: number of pages attempted to be written in this execution
*
* The priority of wb is decided by the flags
* @for_reclaim and @for_kupdate.
*/
probe nfs.aop.writepages = kernel.function ("nfs_writepages") !,
module("nfs").function ("nfs_writepages")
{
dev = $mapping->host->i_sb->s_dev
ino = $mapping->host->i_ino
for_reclaim = $wbc->for_reclaim
for_kupdate = $wbc->for_kupdate
nr_to_write = $wbc->nr_to_write
wsize = __nfs_server_wsize($mapping->host)
wpages = __nfs_wpages($mapping->host)
name = "nfs.aop.writepages"
argstr = sprintf("%d", nr_to_write)
size = nr_to_write
units = "pages"
}
probe nfs.aop.writepages.return =
kernel.function ("nfs_writepages").return !,
module("nfs").function ("nfs_writepages").return
{
name = "nfs.aop.writepages.return"
retstr = sprintf("%d", $return)
}
# kernel commit 4899f9c852564ce7b6d0ca932ac6674bf471fd28 removed
# nfs_prepare_write()/nfs_commit_write() and created
# nfs_write_begin()/nfs_write_end(). So, we try to find whatever the
# current kernel has.
/**
* probe nfs.aop.write_begin - NFS client begin to write data
* @__page: the address of page
* @dev: device identifier
* @ino: inode number
* @offset: start address of this write operation
* @to: end address of this write operation
* @page_index: offset within mapping, can used a page identifier
* and position identifier in the page frame
* @size: write bytes
*
* Occurs when write operation occurs on nfs. It prepare a page for writing,
* look for a request corresponding to the page. If there
* is one, and it belongs to another file, it flush it out
* before it tries to copy anything into the page.
* Also do the same if it finds a request from an existing
* dropped page
*
*/
probe nfs.aop.write_begin = __nfs.aop.write_begin !,
__nfs.aop.prepare_write
{
}
probe nfs.aop.write_begin.return
= __nfs.aop.write_begin.return !,
__nfs.aop.prepare_write.return
{
}
/**
* probe nfs.aop.write_end - NFS client complete writing data
* @__page: the address of page
* @dev: device identifier
* @ino: inode number
* @offset: start address of this write operation
* @to: end address of this write operation
* @i_flag: file flags
* @i_size: file length in bytes
* @sb_flag: super block flags
* @page_index: offset within mapping, can used a page identifier and position identifier in the page frame
* @size: write bytes
*
* Fires when do a write operation on nfs,
* often after prepare_write
*
* Update and possibly write a cached page of an NFS file.
*/
probe nfs.aop.write_end = __nfs.aop.write_end !,
__nfs.aop.commit_write
{
}
probe nfs.aop.write_end.return
= __nfs.aop.write_end.return !,
__nfs.aop.commit_write.return
{
}
probe __nfs.aop.write_begin = kernel.function ("nfs_write_begin") !,
module("nfs").function("nfs_write_begin")
{
# Since __nfs.aop.write_begin and __nfs.aop.prepare_write
# share a "parent" probe (nfs.aop.write_begin), they need to
# have the same convenience variables. So, define a few fake
# ones here. The optimizer will remove any that aren't
# actually used.
__page = -1
offset = $pos
to = $pos + $len
page_index = -1
size = $len
dev = __file_dev($file)
ino = __file_ino($file)
s_id = __file_id($file)
devname = kernel_string(s_id)
pos = $pos
count = $len
name = "nfs.aop.write_begin"
argstr = sprintf("%d", ino)
units = "bytes"
}
probe __nfs.aop.write_begin.return
= kernel.function ("nfs_write_begin").return !,
module("nfs").function ("nfs_write_begin").return
{
name = "nfs.aop.write_begin.return"
retstr = sprintf("%d", $return)
}
probe __nfs.aop.write_end = kernel.function ("nfs_write_end") !,
module("nfs").function("nfs_write_end")
{
# Since __nfs.aop.write_end and __nfs.aop.commit_write
# share a "parent" probe (nfs.aop.write_end), they need to
# have the same convenience variables. So, define a few fake
# ones here. The optimizer will remove any that aren't
# actually used.
__page = -1
offset = $pos
to = $pos + $len
i_flag = 0
i_size = 0
sb_flag = 0
page_index = -1
size = $len
dev = __file_dev($file)
ino = __file_ino($file)
s_id = __file_id($file)
devname = kernel_string(s_id)
pos = $pos
count = $len
name = "nfs.aop.write_end"
argstr = sprintf("%d", ino)
units = "bytes"
}
probe __nfs.aop.write_end.return
= kernel.function ("nfs_write_end").return !,
module("nfs").function("nfs_write_end").return
{
name = "nfs.aop.write_end.return"
retstr = sprintf("%d", $return)
}
probe __nfs.aop.prepare_write = kernel.function ("nfs_prepare_write") !,
module("nfs").function ("nfs_prepare_write")
{
# Since __nfs.aop.write_begin and __nfs.aop.prepare_write
# share a "parent" probe (nfs.aop.write_begin), they need to
# have the same convenience variables. So, define a few fake
# ones here. The optimizer will remove any that aren't
# actually used.
s_id = -1
pos = $offset
count = $to - $offset
__page = $page
dev = __page_dev(__page)
devname = __find_bdevname(dev, __page_bdev(__page))
ino = __page_ino(__page)
offset = $offset
to = $to
page_index = $page->index
name = "nfs.aop.prepare_write"
argstr = sprintf("%d", page_index)
size = $to - $offset
units = "bytes"
}
probe __nfs.aop.prepare_write.return =
kernel.function ("nfs_prepare_write").return !,
module("nfs").function ("nfs_prepare_write").return
{
name = "nfs.aop.prepare_write.return"
retstr = sprintf("%d", $return)
}
probe __nfs.aop.commit_write = kernel.function ("nfs_commit_write") !,
module("nfs").function ("nfs_commit_write")
{
# Since __nfs.aop.write_end and __nfs.aop.commit_write
# share a "parent" probe (nfs.aop.write_end), they need to
# have the same convenience variables. So, define a few fake
# ones here. The optimizer will remove any that aren't
# actually used.
s_id = -1
pos = $offset
count = $to - $offset
__page = $page
dev = __page_dev(__page)
devname = __find_bdevname(dev, __page_bdev(__page))
ino = __page_ino(__page)
offset = $offset
to = $to
i_flag = __p2i_flag($page)
i_size = __p2i_size($page)
sb_flag = __p2sb_flag($page)
page_index = $page->index
name = "nfs.aop.commit_write"
argstr = sprintf("%d, %d", offset, to)
size = $to - $offset
units = "bytes"
}
probe __nfs.aop.commit_write.return =
kernel.function ("nfs_commit_write").return !,
module("nfs").function ("nfs_commit_write").return
{
name = "nfs.aop.commit_write.return"
retstr = sprintf("%d", $return)
}
/**
* probe nfs.aop.release_page - NFS client releasing page
* @__page: the address of page
* @dev: device identifier
* @ino: inode number
* @page_index: offset within mapping, can used a page identifier
* and position identifier in the page frame
* @size: release pages
*
* Fires when do a release operation on NFS.
*/
probe nfs.aop.release_page = kernel.function ("nfs_release_page") !,
module("nfs").function ("nfs_release_page") ?
{
__page = $page
dev = __page_dev(__page)
ino = __page_ino(__page)
// gfp = $gfp
page_index = $page->index
name = "nfs.aop.release_page"
argstr = sprintf("%d", page_index)
size = 1
units = "pages"
}
probe nfs.aop.release_page.return =
kernel.function ("nfs_release_page").return !,
module("nfs").function ("nfs_release_page").return ?
{
name = "nfs.aop.release_page.return"
retstr = sprintf("%d", $return)
}
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