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ssh -J user1@shelluser1@jump.ecmwf.int user1@machine1 -C -N -L 4141:machine1:4141 -L 3142:machine2:3142 |
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To access HPC job output via the logserver, you need to establish a tunnel for this as well. Here we use 'logserver' as an example (replace this with an actual logserver).
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ssh -J user1@shelluser1@jump.ecmwf.int user1@machine1 -C -N -L 4141:machine1:4141 -L 3142:machine2:3142 -L 9316:logserver:9316 |
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% ssh -v -C -N -D 9050 -J myecuser@shellmyecuser@jump.ecmwf.int myecuser@myecworkstation |
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#!/bin/bash
set -e
# --------------------------------------------------------------
# A script for starting SSH SOCKS proxy and ecFlow UI as another user.
# Prerequisites:
# * User named "myecuser" must exist on the laptop
# * "myecuser" has set up their Teleport client to access ECMWF.
# --------------------------------------------------------------
ECMWF_USER=myecuser # your ECMWF username
ECMWF_HOST=myecworkstation # your ECMWF workstation name
xhost + || :
sudo -i -u "$ECMWF_USER" -- sh << SUDO
set -e
# Starting ssh-agent for $ECMWF_USER.
# Teleport service requires ssh-agent running.
ssh-agent -- sh << SSH_AGENT
set -e
# "tsh login" will fetch SSH certificate from
# shelljump.ecmwf.int and load it onto the ssh-agent.
tsh login -d
# "ssh -f" will start SSH tunnel in the background.
# The trap will terminate the tunnel on exit.
trap 'pkill -f ssh.*-f' 0 1 2 3 15
ssh -f -N -v -C -D9050 -J "$ECMWF_USER@shellUSER@jump.ecmwf.int" "$ECMWF_USER@$ECMWF_HOST"
# finally, start the local ecFlow UI
/Volumes/Macintosh\ HD/opt/miniconda3/bin/ecflow_ui
SSH_AGENT
SUDO |
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