def test_process_state(self):
pid = "testproc_%s" % uuid.uuid4().hex
# Create a process
newpid = self.container.spawn_process("testproc", "pyon.ion.test.test_state", "StatefulTestProcess", process_id=pid)
self.assertEquals(pid, newpid)
# Send it a message to do stuff and change state
proc_client = SampleServiceClient(to_name=pid)
result = proc_client.sample_other_op("state1", name="setstate")
self.assertEquals(result, "")
# Try the force state store and load
proc_client.sample_ping()
# Check state
# Kill process (not terminate)
self.container.terminate_process(pid)
# Restart process with prior id
newpid = self.container.spawn_process("testproc", "pyon.ion.test.test_state", "StatefulTestProcess", process_id=pid)
self.assertEquals(pid, newpid)
# Send it a message to get current "preserved" state and check it's the preserved one.
result1 = proc_client.sample_other_op(name="getstate")
self.assertEquals(result1, "state1")
def test_process_state_concurrent(self):
pid = "testproc_%s" % uuid.uuid4().hex
self.container.spawn_process("testproc", "pyon.ion.test.test_state", "StatefulTestProcess", process_id=pid)
# Send it a message to do stuff and change state
proc_client = SampleServiceClient(to_name=pid)
result = proc_client.sample_other_op("state1", name="concurrent")
self.container.terminate_process(pid)
def test_process_state(self):
pid = "testproc_%s" % uuid.uuid4().hex
# Create a process
newpid = self.container.spawn_process("testproc", "pyon.ion.test.test_state", "StatefulTestProcess", process_id=pid)
self.assertEquals(pid, newpid)
# Send it a message to do stuff and change state
proc_client = SampleServiceClient(to_name=pid)
result = proc_client.sample_other_op("state1")
self.assertEquals(result, "")
# Try the force state store and load
proc_client.sample_ping()
# Check state
# Kill process (not terminate)
self.container.terminate_process(pid)
