def test_start_invalid_time_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(2)
j._allocate([1])
with pytest.raises(ValueError) as excinfo:
j._start(1)
assert 'current_time' in str(excinfo.value)
def test_start_rejected_job_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._reject()
with pytest.raises(RuntimeError) as excinfo:
j._start(2)
assert 'runnable' in str(excinfo.value)
def test_runtime(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(0)
j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)
assert j.runtime == 10
def test_turnaround_time(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(10)
j._terminate(30, jobs.JobState.COMPLETED_SUCCESSFULLY)
assert j.turnaround_time == j.waiting_time + j.runtime
def test_stretch_with_walltime(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0, 100)
j._submit(0)
j._allocate([1])
j._start(10)
j._terminate(20, jobs.JobState.COMPLETED_SUCCESSFULLY)
assert j.stretch == j.waiting_time / j.walltime
def test_terminate_not_running_job_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
with pytest.raises(RuntimeError) as excinfo:
j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)
assert 'running' in str(excinfo.value)
def test_allocate_size_less_than_requested_must_raise(self):
j = jobs.Job("1", "w", 3, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
with pytest.raises(ValueError) as excinfo:
j._allocate([3, 2])
assert "hosts" in str(excinfo.value)
def test_slowdown(self):
j = jobs.Job("1", "w", 2, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1, 2])
j._start(10)
j._terminate(30, jobs.JobState.COMPLETED_SUCCESSFULLY)
assert j.slowdown == max(1, j.turnaround_time / j.runtime)
def test_allocate_valid(self):
alloc = [1]
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate(alloc)
assert j.is_runnable and j.state == jobs.JobState.ALLOCATED
assert j.allocation == alloc
def test_reject_allocated_job_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
with pytest.raises(RuntimeError) as excinfo:
j._reject()
assert 'queue' in str(excinfo.value)
def test_allocate_staging_job_with_missing_src_mapping_must_raise(self):
prof = jobs.DataStagingJobProfile("p", 1, "a", "b")
alloc = [1]
j = jobs.Job("1", "w", 1, prof, 0)
j._submit(0)
with pytest.raises(ValueError) as excinfo:
j._allocate(alloc, {"b": 1})
assert "a" in str(excinfo.value)
def test_start_valid(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(2)
assert j.is_running
assert j.state == jobs.JobState.RUNNING
assert j.start_time == 2
def test_terminate_invalid_time_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(2)
with pytest.raises(ValueError) as excinfo:
j._terminate(1, jobs.JobState.COMPLETED_SUCCESSFULLY)
assert 'current_time' in str(excinfo.value)
def test_allocate_not_storage_job_with_mapping_must_raise(self):
prof = jobs.DelayJobProfile("p", 100)
alloc = [1]
j = jobs.Job("1", "w", 1, prof, 0)
j._submit(0)
with pytest.raises(ValueError) as excinfo:
j._allocate(alloc, {"b": 1})
assert "mapping" in str(excinfo.value)
def test_allocate_pfs_job_without_mapping_must_raise(self):
prof = jobs.ParallelHomogeneousPFSJobProfile("p", 10, 20, "a")
alloc = [1]
j = jobs.Job("1", "w", 1, prof, 0)
j._submit(0)
with pytest.raises(ValueError) as excinfo:
j._allocate(alloc)
assert "mapping" in str(excinfo.value)
def test_start_finished_job_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(1)
j._terminate(2, jobs.JobState.COMPLETED_FAILED)
with pytest.raises(RuntimeError) as excinfo:
j._start(2)
assert 'runnable' in str(excinfo.value)
def test_terminate_walltime_reached_valid(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(0)
j._terminate(10, jobs.JobState.COMPLETED_WALLTIME_REACHED)
assert j.is_finished
assert j.state == jobs.JobState.COMPLETED_WALLTIME_REACHED
assert j.stop_time == 10
def test_terminate_successfully_valid(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(0)
j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)
assert j.is_finished
assert j.state == jobs.JobState.COMPLETED_SUCCESSFULLY
assert j.stop_time == 10
def test_reject_finished_job_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(0)
j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)
with pytest.raises(RuntimeError) as excinfo:
j._reject()
assert 'queue' in str(excinfo.value)
def test_valid_instance(self):
name, workload, res, subtime = "1", "w", 2, 1
profile = jobs.DelayJobProfile("p", 100)
j = jobs.Job(name, workload, res, profile, subtime, user_id=22)
assert j.name == name and j.workload == j.workload
assert j.res == res and j.profile == profile
assert j.subtime == subtime and j.state == jobs.JobState.UNKNOWN
assert j.walltime is None and j.user_id == 22 and j.allocation is None
assert j.start_time is None and j.stop_time is None
def test_terminate_with_invalid_final_state_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(0)
with pytest.raises(ValueError) as excinfo:
j._terminate(10, jobs.JobState.ALLOCATED)
assert 'final_state' in str(excinfo.value)
with pytest.raises(ValueError) as excinfo:
j._terminate(10, jobs.JobState.REJECTED)
assert 'final_state' in str(excinfo.value)
def test_slowdown_when_not_finished_must_not_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(10)
assert j.slowdown is None
def test_allocate_not_submitted_job_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
with pytest.raises(RuntimeError) as excinfo:
j._allocate([3])
assert "queue" in str(excinfo.value)
def test_turnaround_time_when_not_finished_must_not_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(10)
assert j.turnaround_time is None
def test_reject_job_submitted_valid(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._reject()
assert j.state == jobs.JobState.REJECTED and j.is_rejected
def test_submit_valid(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
assert j.subtime == 0
assert j.state == jobs.JobState.SUBMITTED and j.is_submitted
def test_submit_submitted_job_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
with pytest.raises(RuntimeError) as excinfo:
j._submit(0)
assert 'submitted' in str(excinfo.value)
def test_waiting_time_when_not_started_must_not_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
assert j.waiting_time is None
def test_waiting_time(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
j._submit(0)
j._allocate([1])
j._start(10)
assert j.waiting_time == 10
def test_submit_invalid_time_must_raise(self):
j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)
with pytest.raises(ValueError) as excinfo:
j._submit(-1)
assert 'subtime' in str(excinfo.value)
