How to kill SSH session that was started with the -f option (run in background)
Clash Royale CLAN TAG#URR8PPP
up vote
31
down vote
favorite
I'm pretty lost on this. From the man page:
-f Requests ssh to go to background just before command execution.
After starting SSH with the -f
option, I have a working tunnel. But after I finish using it I don't know how to further interaction with it. For example, I cannot close the SSH tunnel when I finish with it.
The usual methods I know don't work. For example, jobs
returns nothing. The ~
command is not recognized (and I don't know exactly how to use it, anyway).
However, pgrep
tells me that the SSH tunnel is still running (after I have closed the terminal, etc.). How do I interact with it? How do I close it?
ssh ssh-tunneling background-process
add a comment |Â
up vote
31
down vote
favorite
I'm pretty lost on this. From the man page:
-f Requests ssh to go to background just before command execution.
After starting SSH with the -f
option, I have a working tunnel. But after I finish using it I don't know how to further interaction with it. For example, I cannot close the SSH tunnel when I finish with it.
The usual methods I know don't work. For example, jobs
returns nothing. The ~
command is not recognized (and I don't know exactly how to use it, anyway).
However, pgrep
tells me that the SSH tunnel is still running (after I have closed the terminal, etc.). How do I interact with it? How do I close it?
ssh ssh-tunneling background-process
add a comment |Â
up vote
31
down vote
favorite
up vote
31
down vote
favorite
I'm pretty lost on this. From the man page:
-f Requests ssh to go to background just before command execution.
After starting SSH with the -f
option, I have a working tunnel. But after I finish using it I don't know how to further interaction with it. For example, I cannot close the SSH tunnel when I finish with it.
The usual methods I know don't work. For example, jobs
returns nothing. The ~
command is not recognized (and I don't know exactly how to use it, anyway).
However, pgrep
tells me that the SSH tunnel is still running (after I have closed the terminal, etc.). How do I interact with it? How do I close it?
ssh ssh-tunneling background-process
I'm pretty lost on this. From the man page:
-f Requests ssh to go to background just before command execution.
After starting SSH with the -f
option, I have a working tunnel. But after I finish using it I don't know how to further interaction with it. For example, I cannot close the SSH tunnel when I finish with it.
The usual methods I know don't work. For example, jobs
returns nothing. The ~
command is not recognized (and I don't know exactly how to use it, anyway).
However, pgrep
tells me that the SSH tunnel is still running (after I have closed the terminal, etc.). How do I interact with it? How do I close it?
ssh ssh-tunneling background-process
ssh ssh-tunneling background-process
edited Nov 20 '17 at 20:42
David Resnick
1034
1034
asked Jul 21 '13 at 4:03
MountainX
4,6572369119
4,6572369119
add a comment |Â
add a comment |Â
4 Answers
4
active
oldest
votes
up vote
44
down vote
An especially good solution for scripting is to use master mode
, with a socket for control commands:
ssh -f -N -M -S <path-to-socket> -L <port>:<host>:<port> <server>
To close it again:
ssh -S <path-to-socket> -O exit <server>
This avoids both grepping for process ids and any timing issues that might be associated with other approaches.
6
Just to expand a little bit for the uninitiated, the <path-to-socket> is a path to a file the master instance of ssh client will create for inter-process communication with other ssh client instances that want to share master instance's connection. The created file will actually represent a unix domain socket. It can be named and located whatever and wherever you want it, e.g./tmp/session1
(though it is recommended to name it using % patterns -- see ControlPath description inman ssh_config
)
â golem
May 29 '15 at 20:37
1
Also it seems that the <server> part of thessh -S <path-to-socket> -O exit <server>
command can be any string, but it must be present. That's kind of clumsy.
â golem
May 29 '15 at 21:57
1
This answer and question are somewhat old, but i wanted to endorse this as probably the most elegant and 'correct' way of handling this problem that I've seen. Thank you, sir!
â zentechinc
Sep 17 '17 at 4:42
add a comment |Â
up vote
23
down vote
accepted
I found the solution here: http://www.g-loaded.eu/2006/11/24/auto-closing-ssh-tunnels/
The best way â Tunnels that auto-close
As it has been mentioned previously, instead of using the -f -N switch combination, we can just use -f alone, but also execute a command on the remote machine. But, which command should be executed, since we only need to initialize a tunnel?
This is when sleep can be the most useful command of all! In this particular situation, sleep has two advantages:
- it does nothing, so no resources are consumed
- the user can specify for how long it will be executed
How these help in auto-closing the ssh tunnel is explained below.
We start the ssh session in the background, while executing the sleep command for 10 seconds on the remote machine. The number of seconds is not crucial. At the same time, we execute vncviewer exactly as before:
[me@local]$ ssh -f -L 25901:127.0.0.1:5901 me@remote.example.org sleep 10;
vncviewer 127.0.0.1:25901:1
In this case, the ssh client is instructed to fork the ssh session to the background (-f), create the tunnel (-L 25901:127.0.0.1:5901) and execute the sleep command on the remote server for 10 seconds (sleep 10).
The difference between this method and the previous one (-N switch), basically, is that in this case the ssh clientâÂÂs primary goal is not to create the tunnel, but rather to execute the sleep command for 10 seconds. The creation of the tunnel is some kind of side-effect, a secondary goal. If vncviewer was not used, the ssh client would exit after the 10 sec period, as it would have no more jobs to do, destroying the tunnel at the same time.
During the execution of the sleep command, if another process, vncviewer in this case, starts using that tunnel and keeps it occupied beyond the 10 sec period, then, even if the ssh client finishes its remote job (execution of sleep), it cannot exit because another process occupies the tunnel. In other words, the ssh client cannot destroy the tunnel because it would have to kill vncviewer as well. When vncviewer stops using the tunnel, then the ssh client exits too, as it has already accomplished its goal.
This way, no ssh processes are left running in the background.
2
A short remark/correction: As far as I know you have to specifyvncviewer 127.0.0.1::25091
as you are using the port syntax and not the display syntax.
â Christian Wolf
Sep 26 '13 at 10:07
add a comment |Â
up vote
5
down vote
To kill the tunnel, use ps -C ssh
or ps | grep ssh
or any other variant to determine which ssh process is running your tunnel. Then kill it.
Alternatively, you can look for the process by determining which one has this port open:
netstat -lnpt | awk '$4 ~ /:1234$/ sub(//.*/, "", $7); print $7'
If you want to kill all ssh clients running on your machine (as your user), pkill ssh
will do it.
add a comment |Â
up vote
4
down vote
As answered by others here, pkill ssh
kills it.
To create a tunnel that could be brought back, I start it in screen
without the -f
option, and then detach the screen with Ctrl-A D
. To bring back the tunnel, call screen -r
.
Brute force, but effective
â mafrosis
Feb 14 at 23:19
add a comment |Â
4 Answers
4
active
oldest
votes
4 Answers
4
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
44
down vote
An especially good solution for scripting is to use master mode
, with a socket for control commands:
ssh -f -N -M -S <path-to-socket> -L <port>:<host>:<port> <server>
To close it again:
ssh -S <path-to-socket> -O exit <server>
This avoids both grepping for process ids and any timing issues that might be associated with other approaches.
6
Just to expand a little bit for the uninitiated, the <path-to-socket> is a path to a file the master instance of ssh client will create for inter-process communication with other ssh client instances that want to share master instance's connection. The created file will actually represent a unix domain socket. It can be named and located whatever and wherever you want it, e.g./tmp/session1
(though it is recommended to name it using % patterns -- see ControlPath description inman ssh_config
)
â golem
May 29 '15 at 20:37
1
Also it seems that the <server> part of thessh -S <path-to-socket> -O exit <server>
command can be any string, but it must be present. That's kind of clumsy.
â golem
May 29 '15 at 21:57
1
This answer and question are somewhat old, but i wanted to endorse this as probably the most elegant and 'correct' way of handling this problem that I've seen. Thank you, sir!
â zentechinc
Sep 17 '17 at 4:42
add a comment |Â
up vote
44
down vote
An especially good solution for scripting is to use master mode
, with a socket for control commands:
ssh -f -N -M -S <path-to-socket> -L <port>:<host>:<port> <server>
To close it again:
ssh -S <path-to-socket> -O exit <server>
This avoids both grepping for process ids and any timing issues that might be associated with other approaches.
6
Just to expand a little bit for the uninitiated, the <path-to-socket> is a path to a file the master instance of ssh client will create for inter-process communication with other ssh client instances that want to share master instance's connection. The created file will actually represent a unix domain socket. It can be named and located whatever and wherever you want it, e.g./tmp/session1
(though it is recommended to name it using % patterns -- see ControlPath description inman ssh_config
)
â golem
May 29 '15 at 20:37
1
Also it seems that the <server> part of thessh -S <path-to-socket> -O exit <server>
command can be any string, but it must be present. That's kind of clumsy.
â golem
May 29 '15 at 21:57
1
This answer and question are somewhat old, but i wanted to endorse this as probably the most elegant and 'correct' way of handling this problem that I've seen. Thank you, sir!
â zentechinc
Sep 17 '17 at 4:42
add a comment |Â
up vote
44
down vote
up vote
44
down vote
An especially good solution for scripting is to use master mode
, with a socket for control commands:
ssh -f -N -M -S <path-to-socket> -L <port>:<host>:<port> <server>
To close it again:
ssh -S <path-to-socket> -O exit <server>
This avoids both grepping for process ids and any timing issues that might be associated with other approaches.
An especially good solution for scripting is to use master mode
, with a socket for control commands:
ssh -f -N -M -S <path-to-socket> -L <port>:<host>:<port> <server>
To close it again:
ssh -S <path-to-socket> -O exit <server>
This avoids both grepping for process ids and any timing issues that might be associated with other approaches.
edited Sep 13 at 8:59
Mr Shunz
2,65811720
2,65811720
answered Oct 28 '14 at 18:17
Brian H
541143
541143
6
Just to expand a little bit for the uninitiated, the <path-to-socket> is a path to a file the master instance of ssh client will create for inter-process communication with other ssh client instances that want to share master instance's connection. The created file will actually represent a unix domain socket. It can be named and located whatever and wherever you want it, e.g./tmp/session1
(though it is recommended to name it using % patterns -- see ControlPath description inman ssh_config
)
â golem
May 29 '15 at 20:37
1
Also it seems that the <server> part of thessh -S <path-to-socket> -O exit <server>
command can be any string, but it must be present. That's kind of clumsy.
â golem
May 29 '15 at 21:57
1
This answer and question are somewhat old, but i wanted to endorse this as probably the most elegant and 'correct' way of handling this problem that I've seen. Thank you, sir!
â zentechinc
Sep 17 '17 at 4:42
add a comment |Â
6
Just to expand a little bit for the uninitiated, the <path-to-socket> is a path to a file the master instance of ssh client will create for inter-process communication with other ssh client instances that want to share master instance's connection. The created file will actually represent a unix domain socket. It can be named and located whatever and wherever you want it, e.g./tmp/session1
(though it is recommended to name it using % patterns -- see ControlPath description inman ssh_config
)
â golem
May 29 '15 at 20:37
1
Also it seems that the <server> part of thessh -S <path-to-socket> -O exit <server>
command can be any string, but it must be present. That's kind of clumsy.
â golem
May 29 '15 at 21:57
1
This answer and question are somewhat old, but i wanted to endorse this as probably the most elegant and 'correct' way of handling this problem that I've seen. Thank you, sir!
â zentechinc
Sep 17 '17 at 4:42
6
6
Just to expand a little bit for the uninitiated, the <path-to-socket> is a path to a file the master instance of ssh client will create for inter-process communication with other ssh client instances that want to share master instance's connection. The created file will actually represent a unix domain socket. It can be named and located whatever and wherever you want it, e.g.
/tmp/session1
(though it is recommended to name it using % patterns -- see ControlPath description in man ssh_config
)â golem
May 29 '15 at 20:37
Just to expand a little bit for the uninitiated, the <path-to-socket> is a path to a file the master instance of ssh client will create for inter-process communication with other ssh client instances that want to share master instance's connection. The created file will actually represent a unix domain socket. It can be named and located whatever and wherever you want it, e.g.
/tmp/session1
(though it is recommended to name it using % patterns -- see ControlPath description in man ssh_config
)â golem
May 29 '15 at 20:37
1
1
Also it seems that the <server> part of the
ssh -S <path-to-socket> -O exit <server>
command can be any string, but it must be present. That's kind of clumsy.â golem
May 29 '15 at 21:57
Also it seems that the <server> part of the
ssh -S <path-to-socket> -O exit <server>
command can be any string, but it must be present. That's kind of clumsy.â golem
May 29 '15 at 21:57
1
1
This answer and question are somewhat old, but i wanted to endorse this as probably the most elegant and 'correct' way of handling this problem that I've seen. Thank you, sir!
â zentechinc
Sep 17 '17 at 4:42
This answer and question are somewhat old, but i wanted to endorse this as probably the most elegant and 'correct' way of handling this problem that I've seen. Thank you, sir!
â zentechinc
Sep 17 '17 at 4:42
add a comment |Â
up vote
23
down vote
accepted
I found the solution here: http://www.g-loaded.eu/2006/11/24/auto-closing-ssh-tunnels/
The best way â Tunnels that auto-close
As it has been mentioned previously, instead of using the -f -N switch combination, we can just use -f alone, but also execute a command on the remote machine. But, which command should be executed, since we only need to initialize a tunnel?
This is when sleep can be the most useful command of all! In this particular situation, sleep has two advantages:
- it does nothing, so no resources are consumed
- the user can specify for how long it will be executed
How these help in auto-closing the ssh tunnel is explained below.
We start the ssh session in the background, while executing the sleep command for 10 seconds on the remote machine. The number of seconds is not crucial. At the same time, we execute vncviewer exactly as before:
[me@local]$ ssh -f -L 25901:127.0.0.1:5901 me@remote.example.org sleep 10;
vncviewer 127.0.0.1:25901:1
In this case, the ssh client is instructed to fork the ssh session to the background (-f), create the tunnel (-L 25901:127.0.0.1:5901) and execute the sleep command on the remote server for 10 seconds (sleep 10).
The difference between this method and the previous one (-N switch), basically, is that in this case the ssh clientâÂÂs primary goal is not to create the tunnel, but rather to execute the sleep command for 10 seconds. The creation of the tunnel is some kind of side-effect, a secondary goal. If vncviewer was not used, the ssh client would exit after the 10 sec period, as it would have no more jobs to do, destroying the tunnel at the same time.
During the execution of the sleep command, if another process, vncviewer in this case, starts using that tunnel and keeps it occupied beyond the 10 sec period, then, even if the ssh client finishes its remote job (execution of sleep), it cannot exit because another process occupies the tunnel. In other words, the ssh client cannot destroy the tunnel because it would have to kill vncviewer as well. When vncviewer stops using the tunnel, then the ssh client exits too, as it has already accomplished its goal.
This way, no ssh processes are left running in the background.
2
A short remark/correction: As far as I know you have to specifyvncviewer 127.0.0.1::25091
as you are using the port syntax and not the display syntax.
â Christian Wolf
Sep 26 '13 at 10:07
add a comment |Â
up vote
23
down vote
accepted
I found the solution here: http://www.g-loaded.eu/2006/11/24/auto-closing-ssh-tunnels/
The best way â Tunnels that auto-close
As it has been mentioned previously, instead of using the -f -N switch combination, we can just use -f alone, but also execute a command on the remote machine. But, which command should be executed, since we only need to initialize a tunnel?
This is when sleep can be the most useful command of all! In this particular situation, sleep has two advantages:
- it does nothing, so no resources are consumed
- the user can specify for how long it will be executed
How these help in auto-closing the ssh tunnel is explained below.
We start the ssh session in the background, while executing the sleep command for 10 seconds on the remote machine. The number of seconds is not crucial. At the same time, we execute vncviewer exactly as before:
[me@local]$ ssh -f -L 25901:127.0.0.1:5901 me@remote.example.org sleep 10;
vncviewer 127.0.0.1:25901:1
In this case, the ssh client is instructed to fork the ssh session to the background (-f), create the tunnel (-L 25901:127.0.0.1:5901) and execute the sleep command on the remote server for 10 seconds (sleep 10).
The difference between this method and the previous one (-N switch), basically, is that in this case the ssh clientâÂÂs primary goal is not to create the tunnel, but rather to execute the sleep command for 10 seconds. The creation of the tunnel is some kind of side-effect, a secondary goal. If vncviewer was not used, the ssh client would exit after the 10 sec period, as it would have no more jobs to do, destroying the tunnel at the same time.
During the execution of the sleep command, if another process, vncviewer in this case, starts using that tunnel and keeps it occupied beyond the 10 sec period, then, even if the ssh client finishes its remote job (execution of sleep), it cannot exit because another process occupies the tunnel. In other words, the ssh client cannot destroy the tunnel because it would have to kill vncviewer as well. When vncviewer stops using the tunnel, then the ssh client exits too, as it has already accomplished its goal.
This way, no ssh processes are left running in the background.
2
A short remark/correction: As far as I know you have to specifyvncviewer 127.0.0.1::25091
as you are using the port syntax and not the display syntax.
â Christian Wolf
Sep 26 '13 at 10:07
add a comment |Â
up vote
23
down vote
accepted
up vote
23
down vote
accepted
I found the solution here: http://www.g-loaded.eu/2006/11/24/auto-closing-ssh-tunnels/
The best way â Tunnels that auto-close
As it has been mentioned previously, instead of using the -f -N switch combination, we can just use -f alone, but also execute a command on the remote machine. But, which command should be executed, since we only need to initialize a tunnel?
This is when sleep can be the most useful command of all! In this particular situation, sleep has two advantages:
- it does nothing, so no resources are consumed
- the user can specify for how long it will be executed
How these help in auto-closing the ssh tunnel is explained below.
We start the ssh session in the background, while executing the sleep command for 10 seconds on the remote machine. The number of seconds is not crucial. At the same time, we execute vncviewer exactly as before:
[me@local]$ ssh -f -L 25901:127.0.0.1:5901 me@remote.example.org sleep 10;
vncviewer 127.0.0.1:25901:1
In this case, the ssh client is instructed to fork the ssh session to the background (-f), create the tunnel (-L 25901:127.0.0.1:5901) and execute the sleep command on the remote server for 10 seconds (sleep 10).
The difference between this method and the previous one (-N switch), basically, is that in this case the ssh clientâÂÂs primary goal is not to create the tunnel, but rather to execute the sleep command for 10 seconds. The creation of the tunnel is some kind of side-effect, a secondary goal. If vncviewer was not used, the ssh client would exit after the 10 sec period, as it would have no more jobs to do, destroying the tunnel at the same time.
During the execution of the sleep command, if another process, vncviewer in this case, starts using that tunnel and keeps it occupied beyond the 10 sec period, then, even if the ssh client finishes its remote job (execution of sleep), it cannot exit because another process occupies the tunnel. In other words, the ssh client cannot destroy the tunnel because it would have to kill vncviewer as well. When vncviewer stops using the tunnel, then the ssh client exits too, as it has already accomplished its goal.
This way, no ssh processes are left running in the background.
I found the solution here: http://www.g-loaded.eu/2006/11/24/auto-closing-ssh-tunnels/
The best way â Tunnels that auto-close
As it has been mentioned previously, instead of using the -f -N switch combination, we can just use -f alone, but also execute a command on the remote machine. But, which command should be executed, since we only need to initialize a tunnel?
This is when sleep can be the most useful command of all! In this particular situation, sleep has two advantages:
- it does nothing, so no resources are consumed
- the user can specify for how long it will be executed
How these help in auto-closing the ssh tunnel is explained below.
We start the ssh session in the background, while executing the sleep command for 10 seconds on the remote machine. The number of seconds is not crucial. At the same time, we execute vncviewer exactly as before:
[me@local]$ ssh -f -L 25901:127.0.0.1:5901 me@remote.example.org sleep 10;
vncviewer 127.0.0.1:25901:1
In this case, the ssh client is instructed to fork the ssh session to the background (-f), create the tunnel (-L 25901:127.0.0.1:5901) and execute the sleep command on the remote server for 10 seconds (sleep 10).
The difference between this method and the previous one (-N switch), basically, is that in this case the ssh clientâÂÂs primary goal is not to create the tunnel, but rather to execute the sleep command for 10 seconds. The creation of the tunnel is some kind of side-effect, a secondary goal. If vncviewer was not used, the ssh client would exit after the 10 sec period, as it would have no more jobs to do, destroying the tunnel at the same time.
During the execution of the sleep command, if another process, vncviewer in this case, starts using that tunnel and keeps it occupied beyond the 10 sec period, then, even if the ssh client finishes its remote job (execution of sleep), it cannot exit because another process occupies the tunnel. In other words, the ssh client cannot destroy the tunnel because it would have to kill vncviewer as well. When vncviewer stops using the tunnel, then the ssh client exits too, as it has already accomplished its goal.
This way, no ssh processes are left running in the background.
answered Jul 21 '13 at 4:59
MountainX
4,6572369119
4,6572369119
2
A short remark/correction: As far as I know you have to specifyvncviewer 127.0.0.1::25091
as you are using the port syntax and not the display syntax.
â Christian Wolf
Sep 26 '13 at 10:07
add a comment |Â
2
A short remark/correction: As far as I know you have to specifyvncviewer 127.0.0.1::25091
as you are using the port syntax and not the display syntax.
â Christian Wolf
Sep 26 '13 at 10:07
2
2
A short remark/correction: As far as I know you have to specify
vncviewer 127.0.0.1::25091
as you are using the port syntax and not the display syntax.â Christian Wolf
Sep 26 '13 at 10:07
A short remark/correction: As far as I know you have to specify
vncviewer 127.0.0.1::25091
as you are using the port syntax and not the display syntax.â Christian Wolf
Sep 26 '13 at 10:07
add a comment |Â
up vote
5
down vote
To kill the tunnel, use ps -C ssh
or ps | grep ssh
or any other variant to determine which ssh process is running your tunnel. Then kill it.
Alternatively, you can look for the process by determining which one has this port open:
netstat -lnpt | awk '$4 ~ /:1234$/ sub(//.*/, "", $7); print $7'
If you want to kill all ssh clients running on your machine (as your user), pkill ssh
will do it.
add a comment |Â
up vote
5
down vote
To kill the tunnel, use ps -C ssh
or ps | grep ssh
or any other variant to determine which ssh process is running your tunnel. Then kill it.
Alternatively, you can look for the process by determining which one has this port open:
netstat -lnpt | awk '$4 ~ /:1234$/ sub(//.*/, "", $7); print $7'
If you want to kill all ssh clients running on your machine (as your user), pkill ssh
will do it.
add a comment |Â
up vote
5
down vote
up vote
5
down vote
To kill the tunnel, use ps -C ssh
or ps | grep ssh
or any other variant to determine which ssh process is running your tunnel. Then kill it.
Alternatively, you can look for the process by determining which one has this port open:
netstat -lnpt | awk '$4 ~ /:1234$/ sub(//.*/, "", $7); print $7'
If you want to kill all ssh clients running on your machine (as your user), pkill ssh
will do it.
To kill the tunnel, use ps -C ssh
or ps | grep ssh
or any other variant to determine which ssh process is running your tunnel. Then kill it.
Alternatively, you can look for the process by determining which one has this port open:
netstat -lnpt | awk '$4 ~ /:1234$/ sub(//.*/, "", $7); print $7'
If you want to kill all ssh clients running on your machine (as your user), pkill ssh
will do it.
answered Jul 21 '13 at 23:49
Gilles
511k12010141544
511k12010141544
add a comment |Â
add a comment |Â
up vote
4
down vote
As answered by others here, pkill ssh
kills it.
To create a tunnel that could be brought back, I start it in screen
without the -f
option, and then detach the screen with Ctrl-A D
. To bring back the tunnel, call screen -r
.
Brute force, but effective
â mafrosis
Feb 14 at 23:19
add a comment |Â
up vote
4
down vote
As answered by others here, pkill ssh
kills it.
To create a tunnel that could be brought back, I start it in screen
without the -f
option, and then detach the screen with Ctrl-A D
. To bring back the tunnel, call screen -r
.
Brute force, but effective
â mafrosis
Feb 14 at 23:19
add a comment |Â
up vote
4
down vote
up vote
4
down vote
As answered by others here, pkill ssh
kills it.
To create a tunnel that could be brought back, I start it in screen
without the -f
option, and then detach the screen with Ctrl-A D
. To bring back the tunnel, call screen -r
.
As answered by others here, pkill ssh
kills it.
To create a tunnel that could be brought back, I start it in screen
without the -f
option, and then detach the screen with Ctrl-A D
. To bring back the tunnel, call screen -r
.
answered Nov 5 '17 at 6:22
Haotian Yang
411
411
Brute force, but effective
â mafrosis
Feb 14 at 23:19
add a comment |Â
Brute force, but effective
â mafrosis
Feb 14 at 23:19
Brute force, but effective
â mafrosis
Feb 14 at 23:19
Brute force, but effective
â mafrosis
Feb 14 at 23:19
add a comment |Â
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