def test_shellcmd_backend_create_spooldir():
with temporary_directory() as tmpdir:
with temporary_core(spooldir=tmpdir) as core:
assert 'test' in core.resources
backend = core.get_backend('test')
app = SuccessfulApp()
core.submit(app)
assert os.path.isdir(backend.spooldir)
stdout="stdout.txt",
join=True)
# assume the number to square is given on the command-line
x = int(sys.argv[1])
# Read configuration from the default configuration file, and create
# an instance of `Core`.
cfg = gc3libs.config.Configuration(*gc3libs.Default.CONFIG_FILE_LOCATIONS,
auto_enable_auth=False)
core = gc3libs.core.Core(cfg)
# create an instance of SquareApplication and submit it
app = SquareApplication(x)
core.submit(app)
# After submssion, you have to check the application for its state:
# if state is NEW, then submission failed
if app.execution.state == gc3libs.Run.State.NEW:
print("Failed submitting application, check log for errors.")
sys.exit(1)
else:
print("SquareApplication successfully submitted,"
" remote job ID is: %s" % app.execution.lrms_jobid)
# Periodically check the status of your application.
while app.execution.state in [
gc3libs.Run.State.SUBMITTED,
gc3libs.Run.State.RUNNING,
]:
# create an instance of GdemoSimpleApp
app = GdemoSimpleApp()
# create an instance of Core. Read configuration from your default
# configuration file
cfg = gc3libs.config.Configuration(*gc3libs.Default.CONFIG_FILE_LOCATIONS,
**{'auto_enable_auth': True})
core = gc3libs.core.Core(cfg)
# in case you want to select a specific resource, call
# `Core.select_resource(...)`
if len(sys.argv)>1:
core.select_resource(sys.argv[1])
# Submit your application.
core.submit(app)
# After submssion, you have to check the application for its state:
print "Job id: %s" % app.execution.lrms_jobid
# Periodically check the status of your application.
while app.execution.state in [ gc3libs.Run.State.SUBMITTED,
gc3libs.Run.State.RUNNING,
]:
try:
print "Job in status %s " % app.execution.state
time.sleep(5)
# This call will contact the resource(s) and get the current
# job state
core.update_job_state(app)
sys.stdout.write("[ %s ]\r" % app.execution.state)
