upstream/ipython Files · docs/examples/kernel/task2.py

Initial version of working refactored ipcluster....

Initial version of working refactored ipcluster. This new version uses Twisted's cross platform process management API and provides: * New command line parsing using argparse. This allows for different subcommands (ipcluster local, ipcluster pbs, ipcluster mpirun, etc). * Currently working local and mpirun stating of clusters. * Almost working pbs starting. This has no docs and no tests as of yet and should be considered a tech preview.

Brian E Granger - - Load All Authors

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             task2.py
        
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      #!/usr/bin/env python

      # encoding: utf-8

      from IPython.kernel import client

      import time

      tc = client.TaskClient()

      mec = client.MultiEngineClient()

      mec.execute('import time')

      for i in range(24):

          tc.run(client.StringTask('time.sleep(1)'))

      for i in range(6):

          time.sleep(1.0)

          print "Queue status (vebose=False)"

          print tc.queue_status()

      for i in range(24):

          tc.run(client.StringTask('time.sleep(1)'))

      for i in range(6):

          time.sleep(1.0)

          print "Queue status (vebose=True)"

          print tc.queue_status(True)

      for i in range(12):

          tc.run(client.StringTask('time.sleep(2)'))

      print "Queue status (vebose=True)"

      print tc.queue_status(True)

      qs = tc.queue_status(True)

      sched = qs['scheduled']

      for tid in sched[-4:]:

          tc.abort(tid)

      for i in range(6):

          time.sleep(1.0)

          print "Queue status (vebose=True)"

          print tc.queue_status(True)

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				#!/usr/bin/env python
				# encoding: utf-8

				from IPython.kernel import client
				import time

				tc = client.TaskClient()
				mec = client.MultiEngineClient()

				mec.execute('import time')

				for i in range(24):
				tc.run(client.StringTask('time.sleep(1)'))

				for i in range(6):
				time.sleep(1.0)
				print "Queue status (vebose=False)"
				print tc.queue_status()

				for i in range(24):
				tc.run(client.StringTask('time.sleep(1)'))

				for i in range(6):
				time.sleep(1.0)
				print "Queue status (vebose=True)"
				print tc.queue_status(True)

				for i in range(12):
				tc.run(client.StringTask('time.sleep(2)'))

				print "Queue status (vebose=True)"
				print tc.queue_status(True)

				qs = tc.queue_status(True)
				sched = qs['scheduled']

				for tid in sched[-4:]:
				tc.abort(tid)

				for i in range(6):
				time.sleep(1.0)
				print "Queue status (vebose=True)"
				print tc.queue_status(True)