def test_executeJob_wholeNode4(createAndDelete):
time.sleep(0.5)
ceParameters = {"WholeNode": True, "NumberOfProcessors": 4}
ce = PoolComputingElement("TestPoolCE")
ce.setParameters(ceParameters)
# Test that max 4 processors can be used at a time
result = ce.submitJob("testPoolCEJob_0.py", None)
assert result["OK"] is True
result = ce.getCEStatus()
assert result["UsedProcessors"] == 1
assert result["AvailableProcessors"] == 3
assert result["RunningJobs"] == 1
jobParams = {"mpTag": True, "numberOfProcessors": 2}
result = ce.submitJob("testPoolCEJob_1.py", None, **jobParams)
assert result["OK"] is True
result = ce.getCEStatus()
assert result["UsedProcessors"] == 3
assert result["AvailableProcessors"] == 1
assert result["RunningJobs"] == 2
# now trying again would fail
jobParams = {"mpTag": True, "numberOfProcessors": 2}
result = ce.submitJob("testPoolCEJob_1.py", None, **jobParams)
assert result["OK"] is False
def test_executeJob_submitAndStop(createAndDelete):
time.sleep(0.5)
ceParameters = {"WholeNode": True, "NumberOfProcessors": 4}
ce = PoolComputingElement("TestPoolCE")
ce.setParameters(ceParameters)
jobParams = {"mpTag": True, "numberOfProcessors": 2, "maxNumberOfProcessors": 2}
result = ce.submitJob("testPoolCEJob_0.py", None, **jobParams)
assert result["OK"] is True
result = ce.getCEStatus()
assert result["UsedProcessors"] == 2
assert result["AvailableProcessors"] == 2
assert result["RunningJobs"] == 1
time.sleep(5)
_stopJob(0)
# Allow job to stop
time.sleep(2)
result = ce.getCEStatus()
assert result["RunningJobs"] == 0
assert result["UsedProcessors"] == 0
assert result["AvailableProcessors"] == 4
def test_executeJob_WholeNodeJobs(createAndDelete):
time.sleep(0.5)
ce = PoolComputingElement("TestPoolCE")
ceParameters = {"WholeNode": False, "NumberOfProcessors": 4}
ce.setParameters(ceParameters)
jobParams = {"mpTag": True, "numberOfProcessors": 2, "maxNumberOfProcessors": 2}
result = ce.submitJob("testPoolCEJob_0.py", None, **jobParams)
assert result["OK"] is True
jobParams = {"mpTag": True, "numberOfProcessors": 2}
result = ce.submitJob("testPoolCEJob_5.py", None, **jobParams)
assert result["OK"] is True
result = ce.getCEStatus()
assert result["UsedProcessors"] == 4
assert result["AvailableProcessors"] == 0
assert result["RunningJobs"] == 2
# Allow jobs to start, then stopping them
time.sleep(5)
for i in range(8):
_stopJob(i)
# Allow jobs to stop
time.sleep(2)
result = ce.getCEStatus()
assert result["UsedProcessors"] == 0
# Trying with whole node jobs
result = ce.submitJob("testPoolCEJob_0.py", None) # first 1 SP job
assert result["OK"] is True
result = ce.getCEStatus()
assert result["UsedProcessors"] == 1
jobParams = {"mpTag": True, "wholeNode": True}
result = ce.submitJob("testPoolCEJob_1.py", None, **jobParams)
assert result["OK"] is False
assert "Not enough processors for the job" in result["Message"]
# Allow job to start
time.sleep(5)
_stopJob(0)
# Allow job to stop
time.sleep(2)
jobParams = {"mpTag": True, "wholeNode": True}
result = ce.submitJob("testPoolCEJob_1.py", None, **jobParams)
assert result["OK"] is True
result = ce.getCEStatus()
assert result["UsedProcessors"] == 4
def test_executeJob_wholeNode8(createAndDelete):
time.sleep(0.5)
ceParameters = {"WholeNode": True, "NumberOfProcessors": 8}
ce = PoolComputingElement("TestPoolCE")
ce.setParameters(ceParameters)
jobParams = {"mpTag": True, "numberOfProcessors": 2, "maxNumberOfProcessors": 2}
result = ce.submitJob("testPoolCEJob_2.py", None, **jobParams)
assert result["OK"] is True
result = ce.getCEStatus()
assert result["UsedProcessors"] == 2
jobParams = {"mpTag": True, "numberOfProcessors": 1, "maxNumberOfProcessors": 3}
result = ce.submitJob("testPoolCEJob_3.py", None, **jobParams)
assert result["OK"] is True
result = ce.getCEStatus()
assert result["UsedProcessors"] == 5
jobParams = {"numberOfProcessors": 2} # This is same as asking for SP
result = ce.submitJob("testPoolCEJob_4.py", None, **jobParams)
assert result["OK"] is True
result = ce.getCEStatus()
assert result["UsedProcessors"] == 6
# now trying again would fail
jobParams = {"mpTag": True, "numberOfProcessors": 3}
result = ce.submitJob("testPoolCEJob_5.py", None, **jobParams)
assert result["OK"] is False
assert "Not enough processors" in result["Message"]
# waiting 40 seconds and then submit again
time.sleep(40)
jobParams = {"mpTag": True, "numberOfProcessors": 3}
result = ce.submitJob("testPoolCEJob_5.py", None, **jobParams)
assert result["OK"] is True
time.sleep(10)
result = ce.shutdown()
assert result["OK"] is True
assert isinstance(result["Value"], dict)
assert len(result["Value"]) == 4
def test_executeJob( self ):
# Test that max 4 processors can be used at a time
result = self.ce.submitJob( 'testPoolCEJob_0.py', None )
self.assertTrue( result['OK'] )
result = self.ce.getCEStatus()
self.assertEqual( 1, result['UsedProcessors'] )
jobParams = { 'numberOfProcessors': 2 }
result = self.ce.submitJob( 'testPoolCEJob_1.py', None, **jobParams )
self.assertTrue( result['OK'] )
result = self.ce.getCEStatus()
self.assertEqual( 3, result['UsedProcessors'] )
jobParams = { 'numberOfProcessors': 2 }
result = self.ce.submitJob( 'testPoolCEJob_2.py', None, **jobParams )
self.assertTrue( not result['OK'] )
self.assertIn( "Not enough slots", result['Message'] )
self.__stopJob( 0 )
jobParams = { 'numberOfProcessors': 2 }
ce = PoolComputingElement('TestPoolCE')
ceParameters = { 'WholeNode': False,
'NumberOfProcessors': 4 }
ce.setParameters( ceParameters )
result = ce.submitJob( 'testPoolCEJob_2.py', None, **jobParams )
self.assertTrue( result['OK'] )
result = ce.getCEStatus()
self.assertEqual( 2, result['UsedProcessors'] )
for i in range(4):
self.__stopJob( i )
time.sleep(1)
result = self.ce.getCEStatus()
self.assertEqual( 0, result['UsedProcessors'] )
# Whole node jobs
result = self.ce.submitJob( 'testPoolCEJob_0.py', None )
self.assertTrue( result['OK'] )
result = self.ce.getCEStatus()
self.assertEqual( 1, result['UsedProcessors'] )
jobParams = { 'wholeNode': True }
result = self.ce.submitJob( 'testPoolCEJob_1.py', None, **jobParams )
self.assertTrue( not result['OK'] )
self.assertIn( "Can not take WholeNode job", result['Message'] )
self.__stopJob( 0 )
time.sleep(1)
jobParams = { 'wholeNode': True }
result = self.ce.submitJob( 'testPoolCEJob_1.py', None, **jobParams )
self.assertTrue( result['OK'] )
def test_executeJob(self):
# Test that max 4 processors can be used at a time
result = self.ce.submitJob('testPoolCEJob_0.py', None)
self.assertTrue(result['OK'])
result = self.ce.getCEStatus()
self.assertEqual(1, result['UsedProcessors'])
jobParams = {'numberOfProcessors': 2}
result = self.ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
self.assertTrue(result['OK'])
result = self.ce.getCEStatus()
self.assertEqual(3, result['UsedProcessors'])
jobParams = {'numberOfProcessors': 2}
result = self.ce.submitJob('testPoolCEJob_2.py', None, **jobParams)
self.assertTrue(not result['OK'])
self.assertIn("Not enough slots", result['Message'])
self.__stopJob(0)
jobParams = {'numberOfProcessors': 2}
ce = PoolComputingElement('TestPoolCE')
ceParameters = {'WholeNode': False, 'NumberOfProcessors': 4}
ce.setParameters(ceParameters)
result = ce.submitJob('testPoolCEJob_2.py', None, **jobParams)
self.assertTrue(result['OK'])
result = ce.getCEStatus()
self.assertEqual(2, result['UsedProcessors'])
for i in range(4):
self.__stopJob(i)
time.sleep(1)
result = self.ce.getCEStatus()
self.assertEqual(0, result['UsedProcessors'])
# Whole node jobs
result = self.ce.submitJob('testPoolCEJob_0.py', None)
self.assertTrue(result['OK'])
result = self.ce.getCEStatus()
self.assertEqual(1, result['UsedProcessors'])
jobParams = {'wholeNode': True}
result = self.ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
self.assertTrue(not result['OK'])
self.assertIn("Can not take WholeNode job", result['Message'])
self.__stopJob(0)
time.sleep(1)
jobParams = {'wholeNode': True}
result = self.ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
self.assertTrue(result['OK'])
def test_executeJob():
ceParameters = {'WholeNode': True, 'NumberOfProcessors': 4}
ce = PoolComputingElement('TestPoolCE')
ce.setParameters(ceParameters)
for i in range(4):
with open('testPoolCEJob_%s.py' % i, 'w') as execFile:
execFile.write(jobScript % i)
os.chmod('testPoolCEJob_%s.py' % i, 0o755)
# Test that max 4 processors can be used at a time
result = ce.submitJob('testPoolCEJob_0.py', None)
assert result['OK'] is True
result = ce.getCEStatus()
assert result['UsedProcessors'] == 1
jobParams = {'mpTag': True, 'numberOfProcessors': 2}
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is True
jobParams = {'mpTag': True, 'numberOfProcessors': 2}
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is False
ceParameters = {'WholeNode': True, 'NumberOfProcessors': 8}
ce = PoolComputingElement('TestPoolCE')
ce.setParameters(ceParameters)
jobParams = {
'mpTag': True,
'numberOfProcessors': 2,
'maxNumberOfProcessors': 2
}
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is True
result = ce.getCEStatus()
assert result['UsedProcessors'] == 2
jobParams = {
'mpTag': True,
'numberOfProcessors': 1,
'maxNumberOfProcessors': 3
}
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is True
result = ce.getCEStatus()
assert result['UsedProcessors'] == 5
jobParams = {'numberOfProcessors': 2} # This is same as asking for SP
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is True
result = ce.getCEStatus()
assert result['UsedProcessors'] == 6
jobParams = {'mpTag': True, 'numberOfProcessors': 3}
result = ce.submitJob('testPoolCEJob_2.py', None, **jobParams)
assert result['OK'] is False
assert "Not enough processors" in result['Message']
_stopJob(0)
ce = PoolComputingElement('TestPoolCE')
ceParameters = {'WholeNode': False, 'NumberOfProcessors': 4}
ce.setParameters(ceParameters)
jobParams = {'mpTag': True, 'numberOfProcessors': 2}
result = ce.submitJob('testPoolCEJob_2.py', None, **jobParams)
assert result['OK'] is True
result = ce.getCEStatus()
assert result['UsedProcessors'] == 4
for i in range(8):
_stopJob(i)
time.sleep(1)
result = ce.getCEStatus()
assert result['UsedProcessors'] == 0
# Whole node jobs
result = ce.submitJob('testPoolCEJob_0.py', None)
assert result['OK'] is True
result = ce.getCEStatus()
assert result['UsedProcessors'] == 1
jobParams = {'mpTag': True, 'wholeNode': True}
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is False
assert "Not enough processors for the job" in result['Message']
_stopJob(0)
time.sleep(1)
jobParams = {'mpTag': True, 'wholeNode': True}
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is True
result = ce.getCEStatus()
assert result['UsedProcessors'] == 4
# Stop all the jobs if any, cleanup tmp files
for i in range(8):
_stopJob(i)
for ff in ['testPoolCEJob_%s.py' % i, 'stop_job_%s' % i]:
if os.path.isfile(ff):
os.unlink(ff)
class PoolCETests(unittest.TestCase):
""" tests for the PoolComputingElement Module """
def setUp(self):
ceParameters = {'WholeNode': True, 'NumberOfProcessors': 4}
self.ce = PoolComputingElement('TestPoolCE')
self.ce.setParameters(ceParameters)
for i in range(4):
with open('testPoolCEJob_%s.py' % i, 'w') as execFile:
execFile.write(jobScript % i)
os.chmod('testPoolCEJob_%s.py' % i, 0755)
def tearDown(self):
# Stop all the jobs if any, cleanup tmp files
for i in range(4):
self.__stopJob(i)
for ff in ['testPoolCEJob_%s.py' % i, 'stop_job_%s' % i]:
if os.path.isfile(ff):
os.unlink(ff)
def __stopJob(self, nJob):
with open('stop_job_%s' % nJob, 'w') as stopFile:
stopFile.write('Stop')
time.sleep(0.2)
if os.path.isfile('stop_job_%s' % nJob):
os.unlink('stop_job_%s' % nJob)
def test_executeJob(self):
# Test that max 4 processors can be used at a time
result = self.ce.submitJob('testPoolCEJob_0.py', None)
self.assertTrue(result['OK'])
result = self.ce.getCEStatus()
self.assertEqual(1, result['UsedProcessors'])
jobParams = {'numberOfProcessors': 2}
result = self.ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
self.assertTrue(result['OK'])
result = self.ce.getCEStatus()
self.assertEqual(3, result['UsedProcessors'])
jobParams = {'numberOfProcessors': 2}
result = self.ce.submitJob('testPoolCEJob_2.py', None, **jobParams)
self.assertTrue(not result['OK'])
self.assertIn("Not enough slots", result['Message'])
self.__stopJob(0)
jobParams = {'numberOfProcessors': 2}
ce = PoolComputingElement('TestPoolCE')
ceParameters = {'WholeNode': False, 'NumberOfProcessors': 4}
ce.setParameters(ceParameters)
result = ce.submitJob('testPoolCEJob_2.py', None, **jobParams)
self.assertTrue(result['OK'])
result = ce.getCEStatus()
self.assertEqual(2, result['UsedProcessors'])
for i in range(4):
self.__stopJob(i)
time.sleep(1)
result = self.ce.getCEStatus()
self.assertEqual(0, result['UsedProcessors'])
# Whole node jobs
result = self.ce.submitJob('testPoolCEJob_0.py', None)
self.assertTrue(result['OK'])
result = self.ce.getCEStatus()
self.assertEqual(1, result['UsedProcessors'])
jobParams = {'wholeNode': True}
result = self.ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
self.assertTrue(not result['OK'])
self.assertIn("Can not take WholeNode job", result['Message'])
self.__stopJob(0)
time.sleep(1)
jobParams = {'wholeNode': True}
result = self.ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
self.assertTrue(result['OK'])
def test_executeJob():
ceParameters = {'WholeNode': True,
'NumberOfProcessors': 4}
ce = PoolComputingElement('TestPoolCE')
ce.setParameters(ceParameters)
for i in range(4):
with open('testPoolCEJob_%s.py' % i, 'w') as execFile:
execFile.write(jobScript % i)
os.chmod('testPoolCEJob_%s.py' % i, 0o755)
# Test that max 4 processors can be used at a time
result = ce.submitJob('testPoolCEJob_0.py', None)
assert result['OK'] is True
result = ce.getCEStatus()
assert 1 == result['UsedProcessors']
jobParams = {'numberOfProcessors': 2}
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is True
result = ce.getCEStatus()
assert 3 == result['UsedProcessors']
jobParams = {'numberOfProcessors': 2}
result = ce.submitJob('testPoolCEJob_2.py', None, **jobParams)
assert result['OK'] is False
assert "Not enough slots" in result['Message']
_stopJob(0)
jobParams = {'numberOfProcessors': 2}
ce = PoolComputingElement('TestPoolCE')
ceParameters = {'WholeNode': False,
'NumberOfProcessors': 4}
ce.setParameters(ceParameters)
result = ce.submitJob('testPoolCEJob_2.py', None, **jobParams)
assert result['OK'] is True
result = ce.getCEStatus()
assert 2 == result['UsedProcessors']
for i in range(4):
_stopJob(i)
time.sleep(1)
result = ce.getCEStatus()
assert 0 == result['UsedProcessors']
# Whole node jobs
result = ce.submitJob('testPoolCEJob_0.py', None)
assert result['OK'] is True
result = ce.getCEStatus()
assert 1 == result['UsedProcessors']
jobParams = {'wholeNode': True}
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is False
assert "Can not take WholeNode job" in result['Message']
_stopJob(0)
time.sleep(1)
jobParams = {'wholeNode': True}
result = ce.submitJob('testPoolCEJob_1.py', None, **jobParams)
assert result['OK'] is True
# Stop all the jobs if any, cleanup tmp files
for i in range(4):
_stopJob(i)
for ff in ['testPoolCEJob_%s.py' % i, 'stop_job_%s' % i]:
if os.path.isfile(ff):
os.unlink(ff)
class PoolCETests( unittest.TestCase ):
""" tests for the PoolComputingElement Module """
def setUp( self ):
ceParameters = { 'WholeNode': True,
'NumberOfProcessors': 4 }
self.ce = PoolComputingElement('TestPoolCE')
self.ce.setParameters( ceParameters )
for i in range(4):
with open( 'testPoolCEJob_%s.py' % i, 'w' ) as execFile:
execFile.write( jobScript % i )
os.chmod( 'testPoolCEJob_%s.py' % i, 0755 )
def tearDown( self ):
# Stop all the jobs if any, cleanup tmp files
for i in range(4):
self.__stopJob( i )
for ff in [ 'testPoolCEJob_%s.py' % i, 'stop_job_%s' % i ]:
if os.path.isfile( ff ):
os.unlink( ff )
def __stopJob( self, nJob ):
with open( 'stop_job_%s' % nJob, 'w' ) as stopFile:
stopFile.write( 'Stop' )
time.sleep( 0.2 )
if os.path.isfile( 'stop_job_%s' % nJob ):
os.unlink( 'stop_job_%s' % nJob )
def test_executeJob( self ):
# Test that max 4 processors can be used at a time
result = self.ce.submitJob( 'testPoolCEJob_0.py', None )
self.assertTrue( result['OK'] )
result = self.ce.getCEStatus()
self.assertEqual( 1, result['UsedProcessors'] )
jobParams = { 'numberOfProcessors': 2 }
result = self.ce.submitJob( 'testPoolCEJob_1.py', None, **jobParams )
self.assertTrue( result['OK'] )
result = self.ce.getCEStatus()
self.assertEqual( 3, result['UsedProcessors'] )
jobParams = { 'numberOfProcessors': 2 }
result = self.ce.submitJob( 'testPoolCEJob_2.py', None, **jobParams )
self.assertTrue( not result['OK'] )
self.assertIn( "Not enough slots", result['Message'] )
self.__stopJob( 0 )
jobParams = { 'numberOfProcessors': 2 }
ce = PoolComputingElement('TestPoolCE')
ceParameters = { 'WholeNode': False,
'NumberOfProcessors': 4 }
ce.setParameters( ceParameters )
result = ce.submitJob( 'testPoolCEJob_2.py', None, **jobParams )
self.assertTrue( result['OK'] )
result = ce.getCEStatus()
self.assertEqual( 2, result['UsedProcessors'] )
for i in range(4):
self.__stopJob( i )
time.sleep(1)
result = self.ce.getCEStatus()
self.assertEqual( 0, result['UsedProcessors'] )
# Whole node jobs
result = self.ce.submitJob( 'testPoolCEJob_0.py', None )
self.assertTrue( result['OK'] )
result = self.ce.getCEStatus()
self.assertEqual( 1, result['UsedProcessors'] )
jobParams = { 'wholeNode': True }
result = self.ce.submitJob( 'testPoolCEJob_1.py', None, **jobParams )
self.assertTrue( not result['OK'] )
self.assertIn( "Can not take WholeNode job", result['Message'] )
self.__stopJob( 0 )
time.sleep(1)
jobParams = { 'wholeNode': True }
result = self.ce.submitJob( 'testPoolCEJob_1.py', None, **jobParams )
self.assertTrue( result['OK'] )