def test_Savannah13979(self):
from Ganga.GPI import Job, Executable, export, load
self.fname = "test_savannah_13979.ganga"
j = Job(application=Executable())
args_set = [
["a"],
[
"""a
b"""
],
[
"""a
b""",
"simple",
"normal\nnewline",
"""another
multiline""",
],
]
for args in args_set:
j.application.args = args
export(j, self.fname)
j2 = load(self.fname)[0]
self.assertEqual(j2.application.args, args)
def save_data_file(self, destDir = '.', fname = None, savecatalog = True,
saveganga = True) :
data = self.get_data_set()
if not data :
return None
if not fname :
fname = os.path.join(destDir, self.get_file_name())
else :
fname = os.path.join(destDir, fname)
if not '$' in fname :
fname = os.path.abspath(fname)
expandedfname = fname
else :
expandedfname = os.path.abspath(os.path.expandvars(fname))
if savecatalog :
try :
catalogname = fname + '.xml'
expandedcatalogname = expandedfname + '.xml'
with open(expandedcatalogname, 'w') as f :
f.write(data.getCatalog())
data.XMLCatalogueSlice = LocalFile(namePattern = catalogname)
except :
print 'Failed to save catalogue!'
if saveganga :
export(data, expandedfname + '.ganga')
with open(expandedfname, 'w') as f :
f.write(data.optionsString())
if savecatalog :
f.write('\nfrom Gaudi.Configuration import FileCatalog\nFileCatalog().Catalogs += [{0!r}]\n'.format('xmlcatalog_file:' + catalogname))
return fname
def test_c_JobManipulation(self):
from Ganga.GPI import runMonitoring, Job, jobs, export, load
runMonitoring()
# -- JOBMANIPULATION JOBCOPY START
j = Job(name = 'original')
j2 = j.copy()
j2.name = 'copy'
j.submit()
j3 = Job(j, name = 'copy2')
jobs
# -- JOBMANIPULATION JOBCOPY STOP
# -- JOBMANIPULATION REPOACCESS START
jobs(2)
# -- JOBMANIPULATION REPOACCESS STOP
# -- JOBMANIPULATION JOBSLICING START
jobs[2]
jobs[2:]
jobs['copy2']
# -- JOBMANIPULATION JOBSLICING STOP
jobs(0).kill()
# -- JOBMANIPULATION RESUBMIT START
jobs(0).resubmit()
# -- JOBMANIPULATION RESUBMIT STOP
# -- JOBMANIPULATION FORCESTATUS START
jobs(1).force_status('failed')
# -- JOBMANIPULATION FORCESTATUS STOP
# -- JOBMANIPULATION JOBREMOVE START
jobs(2).remove()
# -- JOBMANIPULATION JOBREMOVE STOP
# -- JOBMANIPULATION JOBSELECT START
# can select on ids, name, status, backend, application
jobs.select(status='new')
jobs.select(backend='Local')
jobs.select(ids=[1,3])
# can restrict on min/max id
jobs.select(1,3, application='Executable')
# -- JOBMANIPULATION JOBSELECT STOP
# -- JOBMANIPULATION JOBSELECTOP START
jobs.select(status='new').submit()
# -- JOBMANIPULATION JOBSELECTOP STOP
# -- JOBMANIPULATION EXPORTJOB START
export(jobs(0), 'my_job.txt')
jlist = load('my_job.txt')
jlist[0].submit()
def test_c_JobManipulation(self):
from Ganga.GPI import runMonitoring, Job, jobs, export, load
runMonitoring()
# -- JOBMANIPULATION JOBCOPY START
j = Job(name='original')
j2 = j.copy()
j2.name = 'copy'
j.submit()
j3 = Job(j, name='copy2')
jobs
# -- JOBMANIPULATION JOBCOPY STOP
# -- JOBMANIPULATION REPOACCESS START
jobs(2)
# -- JOBMANIPULATION REPOACCESS STOP
# -- JOBMANIPULATION JOBSLICING START
jobs[2]
jobs[2:]
jobs['copy2']
# -- JOBMANIPULATION JOBSLICING STOP
jobs(0).kill()
# -- JOBMANIPULATION RESUBMIT START
jobs(0).resubmit()
# -- JOBMANIPULATION RESUBMIT STOP
# -- JOBMANIPULATION FORCESTATUS START
jobs(1).force_status('failed')
# -- JOBMANIPULATION FORCESTATUS STOP
# -- JOBMANIPULATION JOBREMOVE START
jobs(2).remove()
# -- JOBMANIPULATION JOBREMOVE STOP
# -- JOBMANIPULATION JOBSELECT START
# can select on ids, name, status, backend, application
jobs.select(status='new')
jobs.select(backend='Local')
jobs.select(ids=[1, 3])
# can restrict on min/max id
jobs.select(1, 3, application='Executable')
# -- JOBMANIPULATION JOBSELECT STOP
# -- JOBMANIPULATION JOBSELECTOP START
jobs.select(status='new').submit()
# -- JOBMANIPULATION JOBSELECTOP STOP
# -- JOBMANIPULATION EXPORTJOB START
export(jobs(0), 'my_job.txt')
jlist = load('my_job.txt')
jlist[0].submit()
def test_Savannah40220(self):
from Ganga.GPI import Job, LCG, export, load
j = Job(backend=LCG())
import tempfile
f, self.fname = tempfile.mkstemp()
self.assertTrue(export(j, self.fname))
self.assertTrue(load(self.fname))
def test_Savannah13979(self):
from Ganga.GPI import Job, Executable, export, load
self.fname = 'test_savannah_13979.ganga'
j = Job(application=Executable())
args_set = [['a'], ['''a
b'''],
[
'''a
b''', 'simple', 'normal\nnewline', """another
multiline"""
]]
for args in args_set:
j.application.args = args
export(j, self.fname)
j2 = load(self.fname)[0]
self.assertEqual(j2.application.args, args)
def test_Savannah13979(self):
from Ganga.GPI import Job, Executable, export, load
self.fname = 'test_savannah_13979.ganga'
j = Job(application=Executable())
args_set = [
['a'],
['''a
b'''],
['''a
b''', 'simple', 'normal\nnewline', """another
multiline"""]
]
for args in args_set:
j.application.args = args
export(j, self.fname)
j2 = load(self.fname)[0]
self.assertEqual(j2.application.args, args)
