def test_saving_each_step(self):
for proc_class in TEST_WAITING_PROCESSES:
proc = proc_class()
saver = ProcessSaver(proc)
saver.capture()
self.assertTrue(
check_process_against_snapshots(self.loop, proc_class,
saver.snapshots))
def test_instance_state(self):
proc = ThreeSteps()
proc.play()
wl = ProcessSaver(proc)
proc.execute()
for bundle, outputs in zip(wl.snapshots, wl.outputs):
self.assertEqual(outputs, bundle['_outputs'])
def test_instance_state(self):
proc = TwoCheckpoint.new()
wl = ProcessSaver(proc)
proc.play()
for snapshot, outputs in zip(wl.snapshots, wl.outputs):
state, bundle = snapshot
self.assertEqual(
outputs, bundle[Process.BundleKeys.OUTPUTS.value].get_dict())
def test_saving_each_step(self):
for ProcClass in TEST_PROCESSES:
proc = ProcClass.new()
saver = ProcessSaver(proc)
proc.play()
self.assertEqual(proc.state, ProcessState.STOPPED)
self.assertTrue(
check_process_against_snapshots(ProcClass, saver.snapshots))
def test_saving_each_step_interleaved(self):
for ProcClass in TEST_PROCESSES:
proc = ProcClass.new()
ps = ProcessSaver(proc)
try:
proc.play()
except BaseException:
pass
self.assertTrue(
check_process_against_snapshots(ProcClass, ps.snapshots))
def test_saving_each_step(self):
for ProcClass in TEST_WAITING_PROCESSES:
proc = ProcClass.new()
saver = ProcessSaver(proc)
try:
proc.play()
except BaseException:
pass
self.assertTrue(
check_process_against_snapshots(ProcClass, saver.snapshots))
def test_instance_state(self):
proc = DummyProcessWithOutput.new()
saver = ProcessSaver(proc)
proc.play()
for info, outputs in zip(saver.snapshots, saver.outputs):
state, bundle = info
# Check that it is a copy
self.assertIsNot(
outputs, bundle[Process.BundleKeys.OUTPUTS.value].get_dict())
# Check the contents are the same
self.assertEqual(
outputs, bundle[Process.BundleKeys.OUTPUTS.value].get_dict())
self.assertIsNot(
proc.outputs,
saver.snapshots[-1][1][Process.BundleKeys.OUTPUTS.value])