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A python library to use Simulagora programatically

Project description


A python library to use Simulagora programatically either directly from the command line or via a Python program.


You will need a proper installation of cwclientlib, which itself requires Python 2.7 and Python requests.

An account on Simulagora is of course also needed.

Using Simulagora client

  1. Log in on Simulagora and consult the token that was generated for you at the dedicated URL;

  2. Create a cwclientlibrc file in your user’s .config directory (only readable by yourself), like:

    url =
    token-id = the token id
    secret = the token itself


Examples directly from the command line. Get a list of the studies you can access:

$ simulagora studies
[{'eid': 4173, 'name': u'Study 1'},
 {'eid': 4277, 'name': u'Study 2'},
 {'eid': 4310, 'name': u'Study 3'}]
$ simulagora executables
[{'eid': 2454, 'name': u'Attente (secondes)'},
 {'eid': 2470, 'name': u'paraview'},
 {'eid': 4672, 'name': u'bash_command #0'},
 {'eid': 4883, 'name': u'lmgc90_donut'}]

A more complete example using Python. Create a “Code Aster piston test” study and an eponym folder, upload the data in it, and run a Code Aster computation with this data as an input on a “m1.large” server, equiped with the last Simulagora machine image (which currently has Code Aster 11.5):

from simulagora import Simulagora
from time import sleep

client = Simulagora.for_instance('simulagora')

# create the folder, upload the files and get their identifiers
folder = client.create_folder('Code Aster piston test')
file_eids = client.upload_files(folder, 'piston.comm', 'piston.mmed', 'piston.export')

# get the "bash command" executable which will run the "as_run" command
executable = client.find_one('Executable', name='bash command')
params = {'command': 'as_run piston.export'}

# get the server type, create the study and the run, then start it
server_type = client.find_one('CloudServerType', name='m3.xlarge')
study = client.create_study('Code Aster piston test')
run = client.create_run(study, executable, server_type, file_eids, params)

# check its state every 5 seconds until its crashed or completed
state = None
while state not in ('wfs_run_crashed', 'wfs_run_completed'):
    state = client.state(run)
print "Run " + state.rsplit('_', 1)[-1]

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