Computer: Mac Mini (late 2014)
OSX: El Capitan (version 10.11.6)
The Activity Monitor shows that the Finder and quicklookd applications are currently running between 100-200 percent.
As a result, the Finder window constantly shows a "not responding" message in the Force Quit Applications window.
The "not responding" message returns shortly after forcing the Finder application to quit.
The com.apple.finder.plist file in the Library > Preferences window is not currently present.
There is also lots of storage space available (1.22 TB out of 2.11 TB) so that's not the issue.
Spotlight may not be indexing since there is no indexing status message when a file is typed into the Spotlight seach box.
Running First Aid on Disk Utility also has no effect on fixing the non-responsive Finder issue.
Terminal text for the Finder and quicklookd applications is copy and pasted below.
Thanks for any tips on how to fix the constant "not responding" issue with the Finder application.
----------------------------------------------
wws-Mac-mini:~$ sudo iosnoop -n quicklookd
Password:
dtrace: invalid probe specifier
/*
* Command line arguments
*/
inline int OPT_dump = 0;
inline int OPT_device = 0;
inline int OPT_delta = 0;
inline int OPT_devname = 0;
inline int OPT_file = 0;
inline int OPT_args = 0;
inline int OPT_ins = 0;
inline int OPT_nums = 0;
inline int OPT_dtime = 0;
inline int OPT_mount = 0;
inline int OPT_start = 0;
inline int OPT_pid = 0;
inline int OPT_name = 1;
inline int OPT_end = 0;
inline int OPT_endstr = 0;
inline int FILTER = 1;
inline int PID = 0;
inline string DEVICE = ".";
inline string FILENAME = ".";
inline string MOUNT = ".";
inline string NAME = "quicklookd";
#pragma D option quiet
#pragma D option switchrate=10hz
/*
* Print header
*/
dtrace:::BEGIN
{
last_event[""] = 0;
/* print optional headers */
OPT_start ? printf("%-14s ","STIME") : 1;
OPT_end ? printf("%-14s ","TIME") : 1;
OPT_endstr ? printf("%-20s ","STRTIME") : 1;
OPT_devname ? printf("%-7s ","DEVICE") : 1;
OPT_ins ? printf("%-3s ","INS") : 1;
OPT_nums ? printf("%-3s %-3s ","MAJ","MIN") : 1;
OPT_delta ? printf("%-10s ","DELTA") : 1;
OPT_dtime ? printf("%-10s ","DTIME") : 1;
/* print main headers */
OPT_dump ?
printf("%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s\n",
"TIME", "STIME", "DELTA", "DEVICE", "INS", "MAJ", "MIN", "UID",
"PID", "PPID", "D", "BLOCK", "SIZE", "MOUNT", "FILE", "PATH",
"COMM","ARGS") :
printf("%5s %5s %1s %8s %6s ", "UID", "PID", "D", "BLOCK", "SIZE");
OPT_args == 0 ? printf("%10s %s\n", "COMM", "PATHNAME") : 1;
OPT_args == 1 ? printf("%28s %s\n", "PATHNAME", "ARGS") : 1;
}
/*
* Check event is being traced
*/
io:::start
{
/* default is to trace unless filtering, */
self->ok = FILTER ? 0 : 1;
/* check each filter, */
(OPT_device == 1 && DEVICE == args[1]->dev_statname)? self->ok = 1 : 1;
(OPT_file == 1 && FILENAME == args[2]->fi_pathname) ? self->ok = 1 : 1;
(OPT_mount == 1 && MOUNT == args[2]->fi_mount) ? self->ok = 1 : 1;
(OPT_name == 1 && NAME == strstr(NAME, execname)) ? self->ok = 1 : 1;
(OPT_name == 1 && execname == strstr(execname, NAME)) ? self->ok = 1 : 1;
(OPT_pid == 1 && PID == pid) ? self->ok = 1 : 1;
}
/*
* Reset last_event for disk idle -> start
* this prevents idle time being counted as disk time.
*/
io:::start
/! pending[args[1]->dev_statname]/
{
/* save last disk event */
last_event[args[1]->dev_statname] = timestamp;
}
/*
* Store entry details
*/
io:::start
/self->ok/
{
/* these are used as a unique disk event key, */
this->dev = args[0]->b_edev;
this->blk = args[0]->b_blkno;
/* save disk event details, */
start_uid[this->dev, this->blk] = (int)uid;
start_pid[this->dev, this->blk] = pid;
start_ppid[this->dev, this->blk] = ppid;
start_args[this->dev, this->blk] = (char *)curpsinfo->pr_psargs;
start_comm[this->dev, this->blk] = execname;
start_time[this->dev, this->blk] = timestamp;
/* increase disk event pending count */
pending[args[1]->dev_statname]++;
self->ok = 0;
}
/*
* Process and Print completion
*/
io:::done
/start_time[args[0]->b_edev, args[0]->b_blkno]/
{
/* decrease disk event pending count */
pending[args[1]->dev_statname]--;
/*
* Process details
*/
/* fetch entry values */
this->dev = args[0]->b_edev;
this->blk = args[0]->b_blkno;
this->suid = start_uid[this->dev, this->blk];
this->spid = start_pid[this->dev, this->blk];
this->sppid = start_ppid[this->dev, this->blk];
self->sargs = (int)start_args[this->dev, this->blk] == 0 ?
"" : start_args[this->dev, this->blk];
self->scomm = start_comm[this->dev, this->blk];
this->stime = start_time[this->dev, this->blk];
this->etime = timestamp; /* endtime */
this->delta = this->etime - this->stime;
this->dtime = last_event[args[1]->dev_statname] == 0 ? 0 :
timestamp - last_event[args[1]->dev_statname];
/* memory cleanup */
start_uid[this->dev, this->blk] = 0;
start_pid[this->dev, this->blk] = 0;
start_ppid[this->dev, this->blk] = 0;
start_args[this->dev, this->blk] = 0;
start_time[this->dev, this->blk] = 0;
start_comm[this->dev, this->blk] = 0;
start_rw[this->dev, this->blk] = 0;
/*
* Print details
*/
/* print optional fields */
OPT_start ? printf("%-14d ", this->stime/1000) : 1;
OPT_end ? printf("%-14d ", this->etime/1000) : 1;
OPT_endstr ? printf("%-20Y ", walltimestamp) : 1;
OPT_devname ? printf("%-7s ", args[1]->dev_statname) : 1;
OPT_ins ? printf("%3d ", args[1]->dev_instance) : 1;
OPT_nums ? printf("%3d %3d ",
args[1]->dev_major, args[1]->dev_minor) : 1;
OPT_delta ? printf("%-10d ", this->delta/1000) : 1;
OPT_dtime ? printf("%-10d ", this->dtime/1000) : 1;
/* print main fields */
OPT_dump ?
printf("%d %d %d %s %d %d %d %d %d %d %s %d %d %s %s %s %s %S\n",
this->etime/1000, this->stime/1000, this->delta/1000,
args[1]->dev_statname, args[1]->dev_instance, args[1]->dev_major,
args[1]->dev_minor, this->suid, this->spid, this->sppid,
args[0]->b_flags & B_READ ? "R" : "W",
args[0]->b_blkno, args[0]->b_bcount, args[2]->fi_mount,
args[2]->fi_name, args[2]->fi_pathname, self->scomm, self->sargs) :
printf("%5d %5d %1s %8d %6d ",
this->suid, this->spid, args[0]->b_flags & B_READ ? "R" : "W",
args[0]->b_blkno, args[0]->b_bcount);
OPT_args == 0 ? printf("%10s %s\n", self->scomm, args[2]->fi_pathname)
: 1;
OPT_args == 1 ? printf("%28s %S\n",
args[2]->fi_pathname, self->sargs) : 1;
/* save last disk event */
last_event[args[1]->dev_statname] = timestamp;
/* cleanup */
self->scomm = 0;
self->sargs = 0;
}
/*
* Prevent pending from underflowing
* this can happen if this program is started during disk events.
*/
io:::done
/pending[args[1]->dev_statname] < 0/
{
pending[args[1]->dev_statname] = 0;
}
: probe description io:::start does not match any probes
wws-Mac-mini:~$
------------------------------------------------------------------------------
Last login: Mon Feb 12 08:15:46 on ttys000
wws-Mac-mini:~ $ sudo iosnoop -n finder
Password:
dtrace: invalid probe specifier
/*
* Command line arguments
*/
inline int OPT_dump = 0;
inline int OPT_device = 0;
inline int OPT_delta = 0;
inline int OPT_devname = 0;
inline int OPT_file = 0;
inline int OPT_args = 0;
inline int OPT_ins = 0;
inline int OPT_nums = 0;
inline int OPT_dtime = 0;
inline int OPT_mount = 0;
inline int OPT_start = 0;
inline int OPT_pid = 0;
inline int OPT_name = 1;
inline int OPT_end = 0;
inline int OPT_endstr = 0;
inline int FILTER = 1;
inline int PID = 0;
inline string DEVICE = ".";
inline string FILENAME = ".";
inline string MOUNT = ".";
inline string NAME = "finder";
#pragma D option quiet
#pragma D option switchrate=10hz
/*
* Print header
*/
dtrace:::BEGIN
{
last_event[""] = 0;
/* print optional headers */
OPT_start ? printf("%-14s ","STIME") : 1;
OPT_end ? printf("%-14s ","TIME") : 1;
OPT_endstr ? printf("%-20s ","STRTIME") : 1;
OPT_devname ? printf("%-7s ","DEVICE") : 1;
OPT_ins ? printf("%-3s ","INS") : 1;
OPT_nums ? printf("%-3s %-3s ","MAJ","MIN") : 1;
OPT_delta ? printf("%-10s ","DELTA") : 1;
OPT_dtime ? printf("%-10s ","DTIME") : 1;
/* print main headers */
OPT_dump ?
printf("%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s\n",
"TIME", "STIME", "DELTA", "DEVICE", "INS", "MAJ", "MIN", "UID",
"PID", "PPID", "D", "BLOCK", "SIZE", "MOUNT", "FILE", "PATH",
"COMM","ARGS") :
printf("%5s %5s %1s %8s %6s ", "UID", "PID", "D", "BLOCK", "SIZE");
OPT_args == 0 ? printf("%10s %s\n", "COMM", "PATHNAME") : 1;
OPT_args == 1 ? printf("%28s %s\n", "PATHNAME", "ARGS") : 1;
}
/*
* Check event is being traced
*/
io:::start
{
/* default is to trace unless filtering, */
self->ok = FILTER ? 0 : 1;
/* check each filter, */
(OPT_device == 1 && DEVICE == args[1]->dev_statname)? self->ok = 1 : 1;
(OPT_file == 1 && FILENAME == args[2]->fi_pathname) ? self->ok = 1 : 1;
(OPT_mount == 1 && MOUNT == args[2]->fi_mount) ? self->ok = 1 : 1;
(OPT_name == 1 && NAME == strstr(NAME, execname)) ? self->ok = 1 : 1;
(OPT_name == 1 && execname == strstr(execname, NAME)) ? self->ok = 1 : 1;
(OPT_pid == 1 && PID == pid) ? self->ok = 1 : 1;
}
/*
* Reset last_event for disk idle -> start
* this prevents idle time being counted as disk time.
*/
io:::start
/! pending[args[1]->dev_statname]/
{
/* save last disk event */
last_event[args[1]->dev_statname] = timestamp;
}
/*
* Store entry details
*/
io:::start
/self->ok/
{
/* these are used as a unique disk event key, */
this->dev = args[0]->b_edev;
this->blk = args[0]->b_blkno;
/* save disk event details, */
start_uid[this->dev, this->blk] = (int)uid;
start_pid[this->dev, this->blk] = pid;
start_ppid[this->dev, this->blk] = ppid;
start_args[this->dev, this->blk] = (char *)curpsinfo->pr_psargs;
start_comm[this->dev, this->blk] = execname;
start_time[this->dev, this->blk] = timestamp;
/* increase disk event pending count */
pending[args[1]->dev_statname]++;
self->ok = 0;
}
/*
* Process and Print completion
*/
io:::done
/start_time[args[0]->b_edev, args[0]->b_blkno]/
{
/* decrease disk event pending count */
pending[args[1]->dev_statname]--;
/*
* Process details
*/
/* fetch entry values */
this->dev = args[0]->b_edev;
this->blk = args[0]->b_blkno;
this->suid = start_uid[this->dev, this->blk];
this->spid = start_pid[this->dev, this->blk];
this->sppid = start_ppid[this->dev, this->blk];
self->sargs = (int)start_args[this->dev, this->blk] == 0 ?
"" : start_args[this->dev, this->blk];
self->scomm = start_comm[this->dev, this->blk];
this->stime = start_time[this->dev, this->blk];
this->etime = timestamp; /* endtime */
this->delta = this->etime - this->stime;
this->dtime = last_event[args[1]->dev_statname] == 0 ? 0 :
timestamp - last_event[args[1]->dev_statname];
/* memory cleanup */
start_uid[this->dev, this->blk] = 0;
start_pid[this->dev, this->blk] = 0;
start_ppid[this->dev, this->blk] = 0;
start_args[this->dev, this->blk] = 0;
start_time[this->dev, this->blk] = 0;
start_comm[this->dev, this->blk] = 0;
start_rw[this->dev, this->blk] = 0;
/*
* Print details
*/
/* print optional fields */
OPT_start ? printf("%-14d ", this->stime/1000) : 1;
OPT_end ? printf("%-14d ", this->etime/1000) : 1;
OPT_endstr ? printf("%-20Y ", walltimestamp) : 1;
OPT_devname ? printf("%-7s ", args[1]->dev_statname) : 1;
OPT_ins ? printf("%3d ", args[1]->dev_instance) : 1;
OPT_nums ? printf("%3d %3d ",
args[1]->dev_major, args[1]->dev_minor) : 1;
OPT_delta ? printf("%-10d ", this->delta/1000) : 1;
OPT_dtime ? printf("%-10d ", this->dtime/1000) : 1;
/* print main fields */
OPT_dump ?
printf("%d %d %d %s %d %d %d %d %d %d %s %d %d %s %s %s %s %S\n",
this->etime/1000, this->stime/1000, this->delta/1000,
args[1]->dev_statname, args[1]->dev_instance, args[1]->dev_major,
args[1]->dev_minor, this->suid, this->spid, this->sppid,
args[0]->b_flags & B_READ ? "R" : "W",
args[0]->b_blkno, args[0]->b_bcount, args[2]->fi_mount,
args[2]->fi_name, args[2]->fi_pathname, self->scomm, self->sargs) :
printf("%5d %5d %1s %8d %6d ",
this->suid, this->spid, args[0]->b_flags & B_READ ? "R" : "W",
args[0]->b_blkno, args[0]->b_bcount);
OPT_args == 0 ? printf("%10s %s\n", self->scomm, args[2]->fi_pathname)
: 1;
OPT_args == 1 ? printf("%28s %S\n",
args[2]->fi_pathname, self->sargs) : 1;
/* save last disk event */
last_event[args[1]->dev_statname] = timestamp;
/* cleanup */
self->scomm = 0;
self->sargs = 0;
}
/*
* Prevent pending from underflowing
* this can happen if this program is started during disk events.
*/
io:::done
/pending[args[1]->dev_statname] < 0/
{
pending[args[1]->dev_statname] = 0;
}
: probe description io:::start does not match any probes
wws-Mac-mini:~ $
OSX: El Capitan (version 10.11.6)
The Activity Monitor shows that the Finder and quicklookd applications are currently running between 100-200 percent.
As a result, the Finder window constantly shows a "not responding" message in the Force Quit Applications window.
The "not responding" message returns shortly after forcing the Finder application to quit.
The com.apple.finder.plist file in the Library > Preferences window is not currently present.
There is also lots of storage space available (1.22 TB out of 2.11 TB) so that's not the issue.
Spotlight may not be indexing since there is no indexing status message when a file is typed into the Spotlight seach box.
Running First Aid on Disk Utility also has no effect on fixing the non-responsive Finder issue.
Terminal text for the Finder and quicklookd applications is copy and pasted below.
Thanks for any tips on how to fix the constant "not responding" issue with the Finder application.
----------------------------------------------
wws-Mac-mini:~$ sudo iosnoop -n quicklookd
Password:
dtrace: invalid probe specifier
/*
* Command line arguments
*/
inline int OPT_dump = 0;
inline int OPT_device = 0;
inline int OPT_delta = 0;
inline int OPT_devname = 0;
inline int OPT_file = 0;
inline int OPT_args = 0;
inline int OPT_ins = 0;
inline int OPT_nums = 0;
inline int OPT_dtime = 0;
inline int OPT_mount = 0;
inline int OPT_start = 0;
inline int OPT_pid = 0;
inline int OPT_name = 1;
inline int OPT_end = 0;
inline int OPT_endstr = 0;
inline int FILTER = 1;
inline int PID = 0;
inline string DEVICE = ".";
inline string FILENAME = ".";
inline string MOUNT = ".";
inline string NAME = "quicklookd";
#pragma D option quiet
#pragma D option switchrate=10hz
/*
* Print header
*/
dtrace:::BEGIN
{
last_event[""] = 0;
/* print optional headers */
OPT_start ? printf("%-14s ","STIME") : 1;
OPT_end ? printf("%-14s ","TIME") : 1;
OPT_endstr ? printf("%-20s ","STRTIME") : 1;
OPT_devname ? printf("%-7s ","DEVICE") : 1;
OPT_ins ? printf("%-3s ","INS") : 1;
OPT_nums ? printf("%-3s %-3s ","MAJ","MIN") : 1;
OPT_delta ? printf("%-10s ","DELTA") : 1;
OPT_dtime ? printf("%-10s ","DTIME") : 1;
/* print main headers */
OPT_dump ?
printf("%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s\n",
"TIME", "STIME", "DELTA", "DEVICE", "INS", "MAJ", "MIN", "UID",
"PID", "PPID", "D", "BLOCK", "SIZE", "MOUNT", "FILE", "PATH",
"COMM","ARGS") :
printf("%5s %5s %1s %8s %6s ", "UID", "PID", "D", "BLOCK", "SIZE");
OPT_args == 0 ? printf("%10s %s\n", "COMM", "PATHNAME") : 1;
OPT_args == 1 ? printf("%28s %s\n", "PATHNAME", "ARGS") : 1;
}
/*
* Check event is being traced
*/
io:::start
{
/* default is to trace unless filtering, */
self->ok = FILTER ? 0 : 1;
/* check each filter, */
(OPT_device == 1 && DEVICE == args[1]->dev_statname)? self->ok = 1 : 1;
(OPT_file == 1 && FILENAME == args[2]->fi_pathname) ? self->ok = 1 : 1;
(OPT_mount == 1 && MOUNT == args[2]->fi_mount) ? self->ok = 1 : 1;
(OPT_name == 1 && NAME == strstr(NAME, execname)) ? self->ok = 1 : 1;
(OPT_name == 1 && execname == strstr(execname, NAME)) ? self->ok = 1 : 1;
(OPT_pid == 1 && PID == pid) ? self->ok = 1 : 1;
}
/*
* Reset last_event for disk idle -> start
* this prevents idle time being counted as disk time.
*/
io:::start
/! pending[args[1]->dev_statname]/
{
/* save last disk event */
last_event[args[1]->dev_statname] = timestamp;
}
/*
* Store entry details
*/
io:::start
/self->ok/
{
/* these are used as a unique disk event key, */
this->dev = args[0]->b_edev;
this->blk = args[0]->b_blkno;
/* save disk event details, */
start_uid[this->dev, this->blk] = (int)uid;
start_pid[this->dev, this->blk] = pid;
start_ppid[this->dev, this->blk] = ppid;
start_args[this->dev, this->blk] = (char *)curpsinfo->pr_psargs;
start_comm[this->dev, this->blk] = execname;
start_time[this->dev, this->blk] = timestamp;
/* increase disk event pending count */
pending[args[1]->dev_statname]++;
self->ok = 0;
}
/*
* Process and Print completion
*/
io:::done
/start_time[args[0]->b_edev, args[0]->b_blkno]/
{
/* decrease disk event pending count */
pending[args[1]->dev_statname]--;
/*
* Process details
*/
/* fetch entry values */
this->dev = args[0]->b_edev;
this->blk = args[0]->b_blkno;
this->suid = start_uid[this->dev, this->blk];
this->spid = start_pid[this->dev, this->blk];
this->sppid = start_ppid[this->dev, this->blk];
self->sargs = (int)start_args[this->dev, this->blk] == 0 ?
"" : start_args[this->dev, this->blk];
self->scomm = start_comm[this->dev, this->blk];
this->stime = start_time[this->dev, this->blk];
this->etime = timestamp; /* endtime */
this->delta = this->etime - this->stime;
this->dtime = last_event[args[1]->dev_statname] == 0 ? 0 :
timestamp - last_event[args[1]->dev_statname];
/* memory cleanup */
start_uid[this->dev, this->blk] = 0;
start_pid[this->dev, this->blk] = 0;
start_ppid[this->dev, this->blk] = 0;
start_args[this->dev, this->blk] = 0;
start_time[this->dev, this->blk] = 0;
start_comm[this->dev, this->blk] = 0;
start_rw[this->dev, this->blk] = 0;
/*
* Print details
*/
/* print optional fields */
OPT_start ? printf("%-14d ", this->stime/1000) : 1;
OPT_end ? printf("%-14d ", this->etime/1000) : 1;
OPT_endstr ? printf("%-20Y ", walltimestamp) : 1;
OPT_devname ? printf("%-7s ", args[1]->dev_statname) : 1;
OPT_ins ? printf("%3d ", args[1]->dev_instance) : 1;
OPT_nums ? printf("%3d %3d ",
args[1]->dev_major, args[1]->dev_minor) : 1;
OPT_delta ? printf("%-10d ", this->delta/1000) : 1;
OPT_dtime ? printf("%-10d ", this->dtime/1000) : 1;
/* print main fields */
OPT_dump ?
printf("%d %d %d %s %d %d %d %d %d %d %s %d %d %s %s %s %s %S\n",
this->etime/1000, this->stime/1000, this->delta/1000,
args[1]->dev_statname, args[1]->dev_instance, args[1]->dev_major,
args[1]->dev_minor, this->suid, this->spid, this->sppid,
args[0]->b_flags & B_READ ? "R" : "W",
args[0]->b_blkno, args[0]->b_bcount, args[2]->fi_mount,
args[2]->fi_name, args[2]->fi_pathname, self->scomm, self->sargs) :
printf("%5d %5d %1s %8d %6d ",
this->suid, this->spid, args[0]->b_flags & B_READ ? "R" : "W",
args[0]->b_blkno, args[0]->b_bcount);
OPT_args == 0 ? printf("%10s %s\n", self->scomm, args[2]->fi_pathname)
: 1;
OPT_args == 1 ? printf("%28s %S\n",
args[2]->fi_pathname, self->sargs) : 1;
/* save last disk event */
last_event[args[1]->dev_statname] = timestamp;
/* cleanup */
self->scomm = 0;
self->sargs = 0;
}
/*
* Prevent pending from underflowing
* this can happen if this program is started during disk events.
*/
io:::done
/pending[args[1]->dev_statname] < 0/
{
pending[args[1]->dev_statname] = 0;
}
: probe description io:::start does not match any probes
wws-Mac-mini:~$
------------------------------------------------------------------------------
Last login: Mon Feb 12 08:15:46 on ttys000
wws-Mac-mini:~ $ sudo iosnoop -n finder
Password:
dtrace: invalid probe specifier
/*
* Command line arguments
*/
inline int OPT_dump = 0;
inline int OPT_device = 0;
inline int OPT_delta = 0;
inline int OPT_devname = 0;
inline int OPT_file = 0;
inline int OPT_args = 0;
inline int OPT_ins = 0;
inline int OPT_nums = 0;
inline int OPT_dtime = 0;
inline int OPT_mount = 0;
inline int OPT_start = 0;
inline int OPT_pid = 0;
inline int OPT_name = 1;
inline int OPT_end = 0;
inline int OPT_endstr = 0;
inline int FILTER = 1;
inline int PID = 0;
inline string DEVICE = ".";
inline string FILENAME = ".";
inline string MOUNT = ".";
inline string NAME = "finder";
#pragma D option quiet
#pragma D option switchrate=10hz
/*
* Print header
*/
dtrace:::BEGIN
{
last_event[""] = 0;
/* print optional headers */
OPT_start ? printf("%-14s ","STIME") : 1;
OPT_end ? printf("%-14s ","TIME") : 1;
OPT_endstr ? printf("%-20s ","STRTIME") : 1;
OPT_devname ? printf("%-7s ","DEVICE") : 1;
OPT_ins ? printf("%-3s ","INS") : 1;
OPT_nums ? printf("%-3s %-3s ","MAJ","MIN") : 1;
OPT_delta ? printf("%-10s ","DELTA") : 1;
OPT_dtime ? printf("%-10s ","DTIME") : 1;
/* print main headers */
OPT_dump ?
printf("%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s\n",
"TIME", "STIME", "DELTA", "DEVICE", "INS", "MAJ", "MIN", "UID",
"PID", "PPID", "D", "BLOCK", "SIZE", "MOUNT", "FILE", "PATH",
"COMM","ARGS") :
printf("%5s %5s %1s %8s %6s ", "UID", "PID", "D", "BLOCK", "SIZE");
OPT_args == 0 ? printf("%10s %s\n", "COMM", "PATHNAME") : 1;
OPT_args == 1 ? printf("%28s %s\n", "PATHNAME", "ARGS") : 1;
}
/*
* Check event is being traced
*/
io:::start
{
/* default is to trace unless filtering, */
self->ok = FILTER ? 0 : 1;
/* check each filter, */
(OPT_device == 1 && DEVICE == args[1]->dev_statname)? self->ok = 1 : 1;
(OPT_file == 1 && FILENAME == args[2]->fi_pathname) ? self->ok = 1 : 1;
(OPT_mount == 1 && MOUNT == args[2]->fi_mount) ? self->ok = 1 : 1;
(OPT_name == 1 && NAME == strstr(NAME, execname)) ? self->ok = 1 : 1;
(OPT_name == 1 && execname == strstr(execname, NAME)) ? self->ok = 1 : 1;
(OPT_pid == 1 && PID == pid) ? self->ok = 1 : 1;
}
/*
* Reset last_event for disk idle -> start
* this prevents idle time being counted as disk time.
*/
io:::start
/! pending[args[1]->dev_statname]/
{
/* save last disk event */
last_event[args[1]->dev_statname] = timestamp;
}
/*
* Store entry details
*/
io:::start
/self->ok/
{
/* these are used as a unique disk event key, */
this->dev = args[0]->b_edev;
this->blk = args[0]->b_blkno;
/* save disk event details, */
start_uid[this->dev, this->blk] = (int)uid;
start_pid[this->dev, this->blk] = pid;
start_ppid[this->dev, this->blk] = ppid;
start_args[this->dev, this->blk] = (char *)curpsinfo->pr_psargs;
start_comm[this->dev, this->blk] = execname;
start_time[this->dev, this->blk] = timestamp;
/* increase disk event pending count */
pending[args[1]->dev_statname]++;
self->ok = 0;
}
/*
* Process and Print completion
*/
io:::done
/start_time[args[0]->b_edev, args[0]->b_blkno]/
{
/* decrease disk event pending count */
pending[args[1]->dev_statname]--;
/*
* Process details
*/
/* fetch entry values */
this->dev = args[0]->b_edev;
this->blk = args[0]->b_blkno;
this->suid = start_uid[this->dev, this->blk];
this->spid = start_pid[this->dev, this->blk];
this->sppid = start_ppid[this->dev, this->blk];
self->sargs = (int)start_args[this->dev, this->blk] == 0 ?
"" : start_args[this->dev, this->blk];
self->scomm = start_comm[this->dev, this->blk];
this->stime = start_time[this->dev, this->blk];
this->etime = timestamp; /* endtime */
this->delta = this->etime - this->stime;
this->dtime = last_event[args[1]->dev_statname] == 0 ? 0 :
timestamp - last_event[args[1]->dev_statname];
/* memory cleanup */
start_uid[this->dev, this->blk] = 0;
start_pid[this->dev, this->blk] = 0;
start_ppid[this->dev, this->blk] = 0;
start_args[this->dev, this->blk] = 0;
start_time[this->dev, this->blk] = 0;
start_comm[this->dev, this->blk] = 0;
start_rw[this->dev, this->blk] = 0;
/*
* Print details
*/
/* print optional fields */
OPT_start ? printf("%-14d ", this->stime/1000) : 1;
OPT_end ? printf("%-14d ", this->etime/1000) : 1;
OPT_endstr ? printf("%-20Y ", walltimestamp) : 1;
OPT_devname ? printf("%-7s ", args[1]->dev_statname) : 1;
OPT_ins ? printf("%3d ", args[1]->dev_instance) : 1;
OPT_nums ? printf("%3d %3d ",
args[1]->dev_major, args[1]->dev_minor) : 1;
OPT_delta ? printf("%-10d ", this->delta/1000) : 1;
OPT_dtime ? printf("%-10d ", this->dtime/1000) : 1;
/* print main fields */
OPT_dump ?
printf("%d %d %d %s %d %d %d %d %d %d %s %d %d %s %s %s %s %S\n",
this->etime/1000, this->stime/1000, this->delta/1000,
args[1]->dev_statname, args[1]->dev_instance, args[1]->dev_major,
args[1]->dev_minor, this->suid, this->spid, this->sppid,
args[0]->b_flags & B_READ ? "R" : "W",
args[0]->b_blkno, args[0]->b_bcount, args[2]->fi_mount,
args[2]->fi_name, args[2]->fi_pathname, self->scomm, self->sargs) :
printf("%5d %5d %1s %8d %6d ",
this->suid, this->spid, args[0]->b_flags & B_READ ? "R" : "W",
args[0]->b_blkno, args[0]->b_bcount);
OPT_args == 0 ? printf("%10s %s\n", self->scomm, args[2]->fi_pathname)
: 1;
OPT_args == 1 ? printf("%28s %S\n",
args[2]->fi_pathname, self->sargs) : 1;
/* save last disk event */
last_event[args[1]->dev_statname] = timestamp;
/* cleanup */
self->scomm = 0;
self->sargs = 0;
}
/*
* Prevent pending from underflowing
* this can happen if this program is started during disk events.
*/
io:::done
/pending[args[1]->dev_statname] < 0/
{
pending[args[1]->dev_statname] = 0;
}
: probe description io:::start does not match any probes
wws-Mac-mini:~ $
rguments:] + 153
