def test_read_logs(filter_logs, execution_names, workflow, execution_kwargs,
simple_cluster):
with tempfile.TemporaryDirectory() as tmp_dir_name:
executor = RayExecutor(
workflow,
execution_kwargs,
save_logs=True,
logs_folder=tmp_dir_name,
logs_filter=CustomLogFilter() if filter_logs else None,
execution_names=execution_names,
)
executor.run()
execution_logs = executor.read_logs()
assert len(execution_logs) == 4
for log in execution_logs:
assert len(log.split()) >= 3
log_filenames = sorted(
executor.filesystem.listdir(executor.report_folder))
assert len(log_filenames) == 4
if execution_names:
for name, log_filename in zip(execution_names, log_filenames):
assert log_filename == f"eoexecution-{name}.log"
log_path = os.path.join(executor.report_folder, log_filenames[0])
with executor.filesystem.open(log_path, "r") as fp:
line_count = len(fp.readlines())
expected_line_count = 2 if filter_logs else 12
assert line_count == expected_line_count
def test_reruns(workflow, execution_kwargs, simple_cluster):
executor = RayExecutor(workflow, execution_kwargs)
for _ in range(100):
executor.run()
for _ in range(10):
RayExecutor(workflow, execution_kwargs).run()
executors = [RayExecutor(workflow, execution_kwargs) for _ in range(10)]
for executor in executors:
executor.run()
def test_execution_results(workflow, execution_kwargs, simple_cluster):
with tempfile.TemporaryDirectory() as tmp_dir_name:
executor = RayExecutor(workflow,
execution_kwargs,
logs_folder=tmp_dir_name)
executor.run()
assert len(executor.execution_results) == 4
for results in executor.execution_results:
for time_stat in [results.start_time, results.end_time]:
assert isinstance(time_stat, datetime.datetime)
def test_execution_errors(workflow, execution_kwargs, simple_cluster):
with tempfile.TemporaryDirectory() as tmp_dir_name:
executor = RayExecutor(workflow,
execution_kwargs,
logs_folder=tmp_dir_name)
executor.run()
for idx, results in enumerate(executor.execution_results):
if idx == 3:
assert results.workflow_failed()
else:
assert not results.workflow_failed()
assert executor.get_successful_executions() == [0, 1, 2]
assert executor.get_failed_executions() == [3]
def test_run_after_interrupt(workflow, execution_kwargs, simple_cluster):
foo_node = EONode(FooTask())
exception_node = EONode(KeyboardExceptionTask(), inputs=[foo_node])
exception_workflow = EOWorkflow([foo_node, exception_node])
exception_executor = RayExecutor(exception_workflow, [{}])
executor = RayExecutor(workflow,
execution_kwargs[:-1]) # removes args for exception
result_preexception = executor.run()
with pytest.raises(
(ray.exceptions.TaskCancelledError, ray.exceptions.RayTaskError)):
exception_executor.run()
result_postexception = executor.run()
assert [res.outputs for res in result_preexception
] == [res.outputs for res in result_postexception]
def test_execution_results2(workflow, execution_kwargs, simple_cluster):
executor = RayExecutor(workflow, execution_kwargs)
results = executor.run()
assert isinstance(results, list)
for idx, workflow_results in enumerate(results):
assert isinstance(workflow_results, WorkflowResults)
if idx != 3:
assert workflow_results.outputs["output"] == 42
def test_mix_with_eoexecutor(workflow, execution_kwargs, simple_cluster):
rayexecutor = RayExecutor(workflow, execution_kwargs)
eoexecutor = EOExecutor(workflow, execution_kwargs)
for _ in range(10):
ray_results = rayexecutor.run()
eo_results = eoexecutor.run()
ray_outputs = [results.outputs for results in ray_results]
eo_outputs = [results.outputs for results in eo_results]
assert ray_outputs == eo_outputs
def test_fail_without_ray(workflow, execution_kwargs):
executor = RayExecutor(workflow, execution_kwargs)
with pytest.raises(RuntimeError):
executor.run()