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|
probe nfsd.dispatch {
printf("%s: ip %s proto %d vers %d\n", name, client_ip, proto, version);
printf("%s: xid %d prog %d proc %d\n", name, xid, prog, proc);
}
probe nfsd.dispatch.return {
if ($return)
printf("%s: %s\n", name, retstr);
}
probe nfsd.proc2.lookup {
printf("%s: ip %s proto %d fh 0x%x filename %s\n",
name, client_ip, proto, fh, filename);
}
probe nfsd.proc3.lookup {
printf("%s: ip %s proto %d fh 0x%x filename %s\n",
name, client_ip, proto, fh, filename);
}
%( kernel_v >= "2.6.25" %?
probe nfsd.proc4.lookup {
printf("%s: ip %s proto %d fh 0x%x filename %s\n",
name, client_ip, proto, fh, filename);
}
%)
probe nfsd.proc.lookup.return {
if ($return)
printf("%s: %s\n", name, retstr);
}
probe nfsd.proc2.read {
printf("%s: ip %s proto %d fh 0x%x count %d offset %d vec 0x%x vlen %d\n",
name, client_ip, proto, fh, count, offset, vec, vlen);
}
probe nfsd.proc3.read {
printf("%s: ip %s proto %d fh 0x%x count %d offset %d vec 0x%x vlen %d\n",
name, client_ip, proto, fh, count, offset, vec, vlen);
}
%( kernel_v >= "2.6.25" %?
probe nfsd.proc4.read {
printf("%s: ip %s proto %d fh 0x%x count %d offset %d vec 0x%x\n",
name, client_ip, proto, fh, count, offset, vec);
}
%)
probe nfsd.proc.read.return {
if ($return)
printf("%s: %s\n", name, retstr);
}
probe nfsd.proc2.write {
printf("%s: ip %s proto %d fh 0x%x count %d offset %d vlen %d\n",
name, client_ip, proto, fh, count, offset, vlen);
}
probe nfsd.proc3.write {
printf("%s: ip %s proto %d fh 0x%x count %d offset %d vlen %d stable %d\n",
name, client_ip, proto, fh, count, offset, vlen, stable);
}
%( kernel_v >= "2.6.25" %?
probe nfsd.proc4.write {
printf("%s: ip %s proto %d fh 0x%x count %d offset %d vlen %d stable %d\n",
name, client_ip, proto, fh, count, offset, vlen, stable);
}
%)
probe nfsd.proc2.write.return {
if ($return)
printf("%s: %s\n", name, retstr);
}
probe nfsd.proc3.write.return {
printf("%s: count %d stable %d\n", name, count, stable);
if ($return)
printf("%s: %s\n", name, retstr);
}
%( kernel_v >= "2.6.25" %?
probe nfsd.proc4.write.return {
printf("%s: count %d stable %d\n", name, count, stable);
if ($return)
printf("%s: %s\n", name, retstr);
}
%)
probe nfsd.proc3.commit {
printf("%s: ip %s proto %d fh 0x%x count %d offset %d\n",
name, client_ip, proto, fh, count, offset);
}
%( kernel_v >= "2.6.25" %?
probe nfsd.proc4.commit {
printf("%s: ip %s proto %d fh 0x%x count %d offset %d\n",
name, client_ip, proto, fh, count, offset);
}
%)
probe nfsd.proc.commit.return {
if ($return)
printf("%s: %s\n", name, retstr);
}
probe nfsd.proc2.create {
printf("%s: ip %s %s\n", name, client_ip, filename);
}
probe nfsd.proc3.create {
printf("%s: ip %s %s\n", name, client_ip, filename);
}
%( kernel_v >= "2.6.25" %?
probe nfsd.proc4.create {
printf("%s: ip %s %s\n", name, client_ip, filename);
}
%)
probe nfsd.proc.create.return {
if ($return)
printf("%s: %s\n", name, retstr);
}
probe nfsd.proc2.remove {
printf("%s: ip %s %s\n", name, client_ip, filename);
}
probe nfsd.proc3.remove {
printf("%s: ip %s %s\n", name, client_ip, filename);
}
%( kernel_v >= "2.6.25" %?
probe nfsd.proc4.remove {
printf("%s: ip %s %s\n", name, client_ip, filename);
}
%)
probe nfsd.proc.remove.return {
if ($return)
printf("%s: %s\n", name, retstr);
}
probe nfsd.proc2.rename {
printf("%s: ip %s %s to %s\n", name, client_ip, filename, tname);
}
probe nfsd.proc3.rename {
printf("%s: ip %s %s to %s\n", name, client_ip, filename, tname);
}
%( kernel_v >= "2.6.25" %?
probe nfsd.proc4.rename {
printf("%s: ip %s %s to %s\n", name, client_ip, filename, tname);
}
%)
probe nfsd.proc.rename.return {
if ($return)
printf("%s: %s\n", name, retstr);
}
probe nfsd.proc.entries {
printf("%s:\n", name);
}
probe nfsd.proc.return {
printf("%s: %s %d\n", name, retstr, $return);
}
probe nfsd.entries {
printf("%s: ip %s %s\n", name, client_ip, argstr);
}
probe nfsd.return {
if ($return)
printf("%s: ip %s %s\n", client_ip, name, retstr);
}
probe begin { log("Starting NFS server probes") }
probe end { log("Ending NFS server probes") }
|
