...
Before doing anything, make sure you start with a machine on the SLAC network (you may need to VPN using Cisco AnyConnect)
Open NoMachine, start with settings circled in blue
Make sure you’ve chosen ‘password authentication’
Select the one called PSNXSERV and then ‘Connect’
Enter your UNIX password
Select the session called PSNXSERV and then ‘Connect’
You will be presented with a terminal window.
Type the following to tunnel and connect to
psdev
, which is the main hub for connecting to hutch machines:ssh psdev
Wait until you've connected, then connect to the computer you want (e.g.
mec-monitor
) usingssh
:ssh mec-monitor
From there, for example, you can run MEC Home, MEC Python, VNC Viewer, or whatever!
(Note that instead of tunneling throughpsdev
to an LCLS machine, it may occasionally be important to accessmcclogin
and andphysics@lcls-srv01
instead for e.g. supporting work at the LCLS-I photinjector.)
Note | ||
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NOTE: If you follow the steps above, but the terminal says something like If this is the case, you'll need to make sure you follow the directions below about configuring your |
FastX
Open a web browser and go to the following website: https://fastx3.slac.stanford.edu:3300/
Log in using your Unix account credentials
Close the pop-up message
Start a new session by clicking the ‘+’ sign
- Select 'Terminal'
Click “Launch” in the bottom-right corner
You will be presented with a terminal window.
Type the following to tunnel and connect to
psdev
, which is the main hub for connecting to hutch machines:ssh psdev
Wait until you've connected, then connect to the computer you want (e.g.
mec-monitor
) usingssh
:ssh mec-monitor
From there, for example, you can run MEC Home, MEC Python, VNC Viewer, or whatever!
(Note that instead of tunneling throughpsdev
to an LCLS machine, it may occasionally be important to accessmcclogin
and andphysics@lcls-srv01
instead for e.g. supporting work at the LCLS-I photinjector.)
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