What are X server, display and screen?
Multi tool use
From https://unix.stackexchange.com/a/17278/674
If you run
ssh -X localhost
, you should see that$DISPLAY
is
(probably)localhost:10.0
. Contrast with:0.0
, which is the value
when you're not connected over SSH. (The.0
part may be omitted;
it's a screen number, but multiple screens are rarely used.) There are
two forms of X displays that you're likely to ever encounter:
- Local displays, with nothing before the
:
.
- TCP displays, with a hostname before the
:
.
With
ssh -X localhost
, you can access the X server through both
displays, but the applications will use a different method::NUMBER
accesses the server via local sockets and shared memory, whereas
HOSTNAME:NUMBER
accesses the server over TCP, which is slower and
disables some extensions.
What are the relations and differences between X server, display and
screen?
What does "the X server through both display" mean? Does a "display"
means a display server, i.e. an X server, so two "displays" means
two display servers, i.e. two X servers.
What does "multiple screens" mean? Does a "screen" mean a display
monitor?
Thanks.
x11 display
add a comment |
From https://unix.stackexchange.com/a/17278/674
If you run
ssh -X localhost
, you should see that$DISPLAY
is
(probably)localhost:10.0
. Contrast with:0.0
, which is the value
when you're not connected over SSH. (The.0
part may be omitted;
it's a screen number, but multiple screens are rarely used.) There are
two forms of X displays that you're likely to ever encounter:
- Local displays, with nothing before the
:
.
- TCP displays, with a hostname before the
:
.
With
ssh -X localhost
, you can access the X server through both
displays, but the applications will use a different method::NUMBER
accesses the server via local sockets and shared memory, whereas
HOSTNAME:NUMBER
accesses the server over TCP, which is slower and
disables some extensions.
What are the relations and differences between X server, display and
screen?
What does "the X server through both display" mean? Does a "display"
means a display server, i.e. an X server, so two "displays" means
two display servers, i.e. two X servers.
What does "multiple screens" mean? Does a "screen" mean a display
monitor?
Thanks.
x11 display
add a comment |
From https://unix.stackexchange.com/a/17278/674
If you run
ssh -X localhost
, you should see that$DISPLAY
is
(probably)localhost:10.0
. Contrast with:0.0
, which is the value
when you're not connected over SSH. (The.0
part may be omitted;
it's a screen number, but multiple screens are rarely used.) There are
two forms of X displays that you're likely to ever encounter:
- Local displays, with nothing before the
:
.
- TCP displays, with a hostname before the
:
.
With
ssh -X localhost
, you can access the X server through both
displays, but the applications will use a different method::NUMBER
accesses the server via local sockets and shared memory, whereas
HOSTNAME:NUMBER
accesses the server over TCP, which is slower and
disables some extensions.
What are the relations and differences between X server, display and
screen?
What does "the X server through both display" mean? Does a "display"
means a display server, i.e. an X server, so two "displays" means
two display servers, i.e. two X servers.
What does "multiple screens" mean? Does a "screen" mean a display
monitor?
Thanks.
x11 display
From https://unix.stackexchange.com/a/17278/674
If you run
ssh -X localhost
, you should see that$DISPLAY
is
(probably)localhost:10.0
. Contrast with:0.0
, which is the value
when you're not connected over SSH. (The.0
part may be omitted;
it's a screen number, but multiple screens are rarely used.) There are
two forms of X displays that you're likely to ever encounter:
- Local displays, with nothing before the
:
.
- TCP displays, with a hostname before the
:
.
With
ssh -X localhost
, you can access the X server through both
displays, but the applications will use a different method::NUMBER
accesses the server via local sockets and shared memory, whereas
HOSTNAME:NUMBER
accesses the server over TCP, which is slower and
disables some extensions.
What are the relations and differences between X server, display and
screen?
What does "the X server through both display" mean? Does a "display"
means a display server, i.e. an X server, so two "displays" means
two display servers, i.e. two X servers.
What does "multiple screens" mean? Does a "screen" mean a display
monitor?
Thanks.
x11 display
x11 display
edited Mar 1 at 21:02
Tim
asked Mar 1 at 15:13
TimTim
28k78269488
28k78269488
add a comment |
add a comment |
1 Answer
1
active
oldest
votes
I will give you a visual example to explain the basics of X11 and what is going on in the background:
source
In this example you have a local X11-server with two "screens" on your hostA. Usually there would be only one server with one screen (:0.0), which spans across all your monitors (makes multi-monitor applications way easier). hostB has two X servers, where the second one has no physical display (e.g. virtual framebuffer for VNC). hostC is a headless server without any monitors.
terminal 1a, 2a, 5a, 6a:
If you open a local terminal, and set the display to :0.0 (default) or :0.1, the drawing calls for your graphical programs will be sent to the local X server directly via the memory.
terminal 1b, 5b:
If you ssh onto some server, usually the display will be set automatically to the local X server, if there is one available. Otherwise, it will not be set at all (reason see terminal 3).
terminal 2b, 6b:
If you ssh onto a server, and enable X11-forwarding via the "-X" parameter, a tunnel is automatically created through the ssh-connection. In this case, TCP Port 6010 (6000+display#) on hostB is forwarding the traffic to Port 6000 (X server #0) on hostA. Usually the first 10 displays are reserved for "real" servers, therefore ssh remaps display #10 (next user connecting with ssh -X while you're logged in, would then get #11). There is no additional X server started, and permissions for X-server #0 on hostA are handled automatically by ssh.
terminal 4:
If you add a hostname (e.g. localhost) in front of the display/screen#, X11 will also communicate via TCP instead of the memory.
terminal 3:
You can also directly send X11 commands over the network, without setting up a ssh-tunnel first. The main problem here is, that your network/firewall/etc. needs to be configured to allow this (beware X11 is practically not encrypted), and permissions for the X server need to be granted manually (xhosts or Xauthority).
To answer your questions
What are the relations and differences between X server, display and screen?
A display just refers to some X server somewhere. The term "both displays" was referring to ":0.0" on the local computer ("local display") being equal to "localhost:10.0" on the ssh-target ("TCP display"). "screens" is referring the different virtual monitors (framebuffers) of the X server. "localhost:10.0" is only redirecting to the local X server, there is no X server started on the ssh-target.
Thanks. Did you create the diagram? Very impressive, an takes me a while to read. When I runDISPLAY=192.168.1.198:0 eog
, it saysUnable to init server: Could not connect: Connection refused
. How shall I make it work? Do I need to make the X server on the remote host accept TCP connection?
– Tim
Mar 13 at 10:16
If that IP is your remote Host's IP. It simply because your there's no x server listening on tcp:192.168.1.198:6000. @Tim If you want that to work, you have multiple solution, safe or not safe, simple or not simple.
– 炸鱼薯条德里克
Mar 13 at 14:57
Yes, I created the diagram (might use it for some future trainings). As written in the terminal 3 example (direct X11 connection across servers), theres two primary things to do: Your firewall needs to be opened (in your case allowing connections to tcp:192.168.1.198:6000, as 炸鱼薯条德里克 wrote), and you need to look up how to configure X11 permissions with e.g. xhosts. This assumes that a working X server is running on 192.168.1.198, soDISPLAY=192.168.1.198:0 eog
should work if executed locally on that server.
– Folfy
Mar 19 at 17:53
add a comment |
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I will give you a visual example to explain the basics of X11 and what is going on in the background:
source
In this example you have a local X11-server with two "screens" on your hostA. Usually there would be only one server with one screen (:0.0), which spans across all your monitors (makes multi-monitor applications way easier). hostB has two X servers, where the second one has no physical display (e.g. virtual framebuffer for VNC). hostC is a headless server without any monitors.
terminal 1a, 2a, 5a, 6a:
If you open a local terminal, and set the display to :0.0 (default) or :0.1, the drawing calls for your graphical programs will be sent to the local X server directly via the memory.
terminal 1b, 5b:
If you ssh onto some server, usually the display will be set automatically to the local X server, if there is one available. Otherwise, it will not be set at all (reason see terminal 3).
terminal 2b, 6b:
If you ssh onto a server, and enable X11-forwarding via the "-X" parameter, a tunnel is automatically created through the ssh-connection. In this case, TCP Port 6010 (6000+display#) on hostB is forwarding the traffic to Port 6000 (X server #0) on hostA. Usually the first 10 displays are reserved for "real" servers, therefore ssh remaps display #10 (next user connecting with ssh -X while you're logged in, would then get #11). There is no additional X server started, and permissions for X-server #0 on hostA are handled automatically by ssh.
terminal 4:
If you add a hostname (e.g. localhost) in front of the display/screen#, X11 will also communicate via TCP instead of the memory.
terminal 3:
You can also directly send X11 commands over the network, without setting up a ssh-tunnel first. The main problem here is, that your network/firewall/etc. needs to be configured to allow this (beware X11 is practically not encrypted), and permissions for the X server need to be granted manually (xhosts or Xauthority).
To answer your questions
What are the relations and differences between X server, display and screen?
A display just refers to some X server somewhere. The term "both displays" was referring to ":0.0" on the local computer ("local display") being equal to "localhost:10.0" on the ssh-target ("TCP display"). "screens" is referring the different virtual monitors (framebuffers) of the X server. "localhost:10.0" is only redirecting to the local X server, there is no X server started on the ssh-target.
Thanks. Did you create the diagram? Very impressive, an takes me a while to read. When I runDISPLAY=192.168.1.198:0 eog
, it saysUnable to init server: Could not connect: Connection refused
. How shall I make it work? Do I need to make the X server on the remote host accept TCP connection?
– Tim
Mar 13 at 10:16
If that IP is your remote Host's IP. It simply because your there's no x server listening on tcp:192.168.1.198:6000. @Tim If you want that to work, you have multiple solution, safe or not safe, simple or not simple.
– 炸鱼薯条德里克
Mar 13 at 14:57
Yes, I created the diagram (might use it for some future trainings). As written in the terminal 3 example (direct X11 connection across servers), theres two primary things to do: Your firewall needs to be opened (in your case allowing connections to tcp:192.168.1.198:6000, as 炸鱼薯条德里克 wrote), and you need to look up how to configure X11 permissions with e.g. xhosts. This assumes that a working X server is running on 192.168.1.198, soDISPLAY=192.168.1.198:0 eog
should work if executed locally on that server.
– Folfy
Mar 19 at 17:53
add a comment |
I will give you a visual example to explain the basics of X11 and what is going on in the background:
source
In this example you have a local X11-server with two "screens" on your hostA. Usually there would be only one server with one screen (:0.0), which spans across all your monitors (makes multi-monitor applications way easier). hostB has two X servers, where the second one has no physical display (e.g. virtual framebuffer for VNC). hostC is a headless server without any monitors.
terminal 1a, 2a, 5a, 6a:
If you open a local terminal, and set the display to :0.0 (default) or :0.1, the drawing calls for your graphical programs will be sent to the local X server directly via the memory.
terminal 1b, 5b:
If you ssh onto some server, usually the display will be set automatically to the local X server, if there is one available. Otherwise, it will not be set at all (reason see terminal 3).
terminal 2b, 6b:
If you ssh onto a server, and enable X11-forwarding via the "-X" parameter, a tunnel is automatically created through the ssh-connection. In this case, TCP Port 6010 (6000+display#) on hostB is forwarding the traffic to Port 6000 (X server #0) on hostA. Usually the first 10 displays are reserved for "real" servers, therefore ssh remaps display #10 (next user connecting with ssh -X while you're logged in, would then get #11). There is no additional X server started, and permissions for X-server #0 on hostA are handled automatically by ssh.
terminal 4:
If you add a hostname (e.g. localhost) in front of the display/screen#, X11 will also communicate via TCP instead of the memory.
terminal 3:
You can also directly send X11 commands over the network, without setting up a ssh-tunnel first. The main problem here is, that your network/firewall/etc. needs to be configured to allow this (beware X11 is practically not encrypted), and permissions for the X server need to be granted manually (xhosts or Xauthority).
To answer your questions
What are the relations and differences between X server, display and screen?
A display just refers to some X server somewhere. The term "both displays" was referring to ":0.0" on the local computer ("local display") being equal to "localhost:10.0" on the ssh-target ("TCP display"). "screens" is referring the different virtual monitors (framebuffers) of the X server. "localhost:10.0" is only redirecting to the local X server, there is no X server started on the ssh-target.
Thanks. Did you create the diagram? Very impressive, an takes me a while to read. When I runDISPLAY=192.168.1.198:0 eog
, it saysUnable to init server: Could not connect: Connection refused
. How shall I make it work? Do I need to make the X server on the remote host accept TCP connection?
– Tim
Mar 13 at 10:16
If that IP is your remote Host's IP. It simply because your there's no x server listening on tcp:192.168.1.198:6000. @Tim If you want that to work, you have multiple solution, safe or not safe, simple or not simple.
– 炸鱼薯条德里克
Mar 13 at 14:57
Yes, I created the diagram (might use it for some future trainings). As written in the terminal 3 example (direct X11 connection across servers), theres two primary things to do: Your firewall needs to be opened (in your case allowing connections to tcp:192.168.1.198:6000, as 炸鱼薯条德里克 wrote), and you need to look up how to configure X11 permissions with e.g. xhosts. This assumes that a working X server is running on 192.168.1.198, soDISPLAY=192.168.1.198:0 eog
should work if executed locally on that server.
– Folfy
Mar 19 at 17:53
add a comment |
I will give you a visual example to explain the basics of X11 and what is going on in the background:
source
In this example you have a local X11-server with two "screens" on your hostA. Usually there would be only one server with one screen (:0.0), which spans across all your monitors (makes multi-monitor applications way easier). hostB has two X servers, where the second one has no physical display (e.g. virtual framebuffer for VNC). hostC is a headless server without any monitors.
terminal 1a, 2a, 5a, 6a:
If you open a local terminal, and set the display to :0.0 (default) or :0.1, the drawing calls for your graphical programs will be sent to the local X server directly via the memory.
terminal 1b, 5b:
If you ssh onto some server, usually the display will be set automatically to the local X server, if there is one available. Otherwise, it will not be set at all (reason see terminal 3).
terminal 2b, 6b:
If you ssh onto a server, and enable X11-forwarding via the "-X" parameter, a tunnel is automatically created through the ssh-connection. In this case, TCP Port 6010 (6000+display#) on hostB is forwarding the traffic to Port 6000 (X server #0) on hostA. Usually the first 10 displays are reserved for "real" servers, therefore ssh remaps display #10 (next user connecting with ssh -X while you're logged in, would then get #11). There is no additional X server started, and permissions for X-server #0 on hostA are handled automatically by ssh.
terminal 4:
If you add a hostname (e.g. localhost) in front of the display/screen#, X11 will also communicate via TCP instead of the memory.
terminal 3:
You can also directly send X11 commands over the network, without setting up a ssh-tunnel first. The main problem here is, that your network/firewall/etc. needs to be configured to allow this (beware X11 is practically not encrypted), and permissions for the X server need to be granted manually (xhosts or Xauthority).
To answer your questions
What are the relations and differences between X server, display and screen?
A display just refers to some X server somewhere. The term "both displays" was referring to ":0.0" on the local computer ("local display") being equal to "localhost:10.0" on the ssh-target ("TCP display"). "screens" is referring the different virtual monitors (framebuffers) of the X server. "localhost:10.0" is only redirecting to the local X server, there is no X server started on the ssh-target.
I will give you a visual example to explain the basics of X11 and what is going on in the background:
source
In this example you have a local X11-server with two "screens" on your hostA. Usually there would be only one server with one screen (:0.0), which spans across all your monitors (makes multi-monitor applications way easier). hostB has two X servers, where the second one has no physical display (e.g. virtual framebuffer for VNC). hostC is a headless server without any monitors.
terminal 1a, 2a, 5a, 6a:
If you open a local terminal, and set the display to :0.0 (default) or :0.1, the drawing calls for your graphical programs will be sent to the local X server directly via the memory.
terminal 1b, 5b:
If you ssh onto some server, usually the display will be set automatically to the local X server, if there is one available. Otherwise, it will not be set at all (reason see terminal 3).
terminal 2b, 6b:
If you ssh onto a server, and enable X11-forwarding via the "-X" parameter, a tunnel is automatically created through the ssh-connection. In this case, TCP Port 6010 (6000+display#) on hostB is forwarding the traffic to Port 6000 (X server #0) on hostA. Usually the first 10 displays are reserved for "real" servers, therefore ssh remaps display #10 (next user connecting with ssh -X while you're logged in, would then get #11). There is no additional X server started, and permissions for X-server #0 on hostA are handled automatically by ssh.
terminal 4:
If you add a hostname (e.g. localhost) in front of the display/screen#, X11 will also communicate via TCP instead of the memory.
terminal 3:
You can also directly send X11 commands over the network, without setting up a ssh-tunnel first. The main problem here is, that your network/firewall/etc. needs to be configured to allow this (beware X11 is practically not encrypted), and permissions for the X server need to be granted manually (xhosts or Xauthority).
To answer your questions
What are the relations and differences between X server, display and screen?
A display just refers to some X server somewhere. The term "both displays" was referring to ":0.0" on the local computer ("local display") being equal to "localhost:10.0" on the ssh-target ("TCP display"). "screens" is referring the different virtual monitors (framebuffers) of the X server. "localhost:10.0" is only redirecting to the local X server, there is no X server started on the ssh-target.
answered Mar 1 at 22:45
FolfyFolfy
31327
31327
Thanks. Did you create the diagram? Very impressive, an takes me a while to read. When I runDISPLAY=192.168.1.198:0 eog
, it saysUnable to init server: Could not connect: Connection refused
. How shall I make it work? Do I need to make the X server on the remote host accept TCP connection?
– Tim
Mar 13 at 10:16
If that IP is your remote Host's IP. It simply because your there's no x server listening on tcp:192.168.1.198:6000. @Tim If you want that to work, you have multiple solution, safe or not safe, simple or not simple.
– 炸鱼薯条德里克
Mar 13 at 14:57
Yes, I created the diagram (might use it for some future trainings). As written in the terminal 3 example (direct X11 connection across servers), theres two primary things to do: Your firewall needs to be opened (in your case allowing connections to tcp:192.168.1.198:6000, as 炸鱼薯条德里克 wrote), and you need to look up how to configure X11 permissions with e.g. xhosts. This assumes that a working X server is running on 192.168.1.198, soDISPLAY=192.168.1.198:0 eog
should work if executed locally on that server.
– Folfy
Mar 19 at 17:53
add a comment |
Thanks. Did you create the diagram? Very impressive, an takes me a while to read. When I runDISPLAY=192.168.1.198:0 eog
, it saysUnable to init server: Could not connect: Connection refused
. How shall I make it work? Do I need to make the X server on the remote host accept TCP connection?
– Tim
Mar 13 at 10:16
If that IP is your remote Host's IP. It simply because your there's no x server listening on tcp:192.168.1.198:6000. @Tim If you want that to work, you have multiple solution, safe or not safe, simple or not simple.
– 炸鱼薯条德里克
Mar 13 at 14:57
Yes, I created the diagram (might use it for some future trainings). As written in the terminal 3 example (direct X11 connection across servers), theres two primary things to do: Your firewall needs to be opened (in your case allowing connections to tcp:192.168.1.198:6000, as 炸鱼薯条德里克 wrote), and you need to look up how to configure X11 permissions with e.g. xhosts. This assumes that a working X server is running on 192.168.1.198, soDISPLAY=192.168.1.198:0 eog
should work if executed locally on that server.
– Folfy
Mar 19 at 17:53
Thanks. Did you create the diagram? Very impressive, an takes me a while to read. When I run
DISPLAY=192.168.1.198:0 eog
, it says Unable to init server: Could not connect: Connection refused
. How shall I make it work? Do I need to make the X server on the remote host accept TCP connection?– Tim
Mar 13 at 10:16
Thanks. Did you create the diagram? Very impressive, an takes me a while to read. When I run
DISPLAY=192.168.1.198:0 eog
, it says Unable to init server: Could not connect: Connection refused
. How shall I make it work? Do I need to make the X server on the remote host accept TCP connection?– Tim
Mar 13 at 10:16
If that IP is your remote Host's IP. It simply because your there's no x server listening on tcp:192.168.1.198:6000. @Tim If you want that to work, you have multiple solution, safe or not safe, simple or not simple.
– 炸鱼薯条德里克
Mar 13 at 14:57
If that IP is your remote Host's IP. It simply because your there's no x server listening on tcp:192.168.1.198:6000. @Tim If you want that to work, you have multiple solution, safe or not safe, simple or not simple.
– 炸鱼薯条德里克
Mar 13 at 14:57
Yes, I created the diagram (might use it for some future trainings). As written in the terminal 3 example (direct X11 connection across servers), theres two primary things to do: Your firewall needs to be opened (in your case allowing connections to tcp:192.168.1.198:6000, as 炸鱼薯条德里克 wrote), and you need to look up how to configure X11 permissions with e.g. xhosts. This assumes that a working X server is running on 192.168.1.198, so
DISPLAY=192.168.1.198:0 eog
should work if executed locally on that server.– Folfy
Mar 19 at 17:53
Yes, I created the diagram (might use it for some future trainings). As written in the terminal 3 example (direct X11 connection across servers), theres two primary things to do: Your firewall needs to be opened (in your case allowing connections to tcp:192.168.1.198:6000, as 炸鱼薯条德里克 wrote), and you need to look up how to configure X11 permissions with e.g. xhosts. This assumes that a working X server is running on 192.168.1.198, so
DISPLAY=192.168.1.198:0 eog
should work if executed locally on that server.– Folfy
Mar 19 at 17:53
add a comment |
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Required, but never shown
Required, but never shown
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