def follow_experiment_logs(master_url: str, exp_id: int) -> None:
# Get the ID of this experiment's first trial (i.e., the one with the lowest ID).
q = api.GraphQLQuery(master_url)
trials = q.op.trials(
where=gql.trials_bool_exp(experiment_id=gql.Int_comparison_exp(
_eq=exp_id)),
order_by=[gql.trials_order_by(id=gql.order_by.asc)],
limit=1,
)
trials.id()
print("Waiting for first trial to begin...")
while True:
resp = q.send()
if resp.trials:
break
else:
time.sleep(0.1)
first_trial_id = resp.trials[0].id
print("Following first trial with ID {}".format(first_trial_id))
# Call `logs --follow` on the new trial.
logs_args = Namespace(trial_id=first_trial_id,
follow=True,
master=master_url,
tail=None)
logs(logs_args)
def follow_experiment_logs(master_url: str, exp_id: int) -> None:
# Get the ID of this experiment's first trial (i.e., the one with the lowest ID).
print("Waiting for first trial to begin...")
while True:
r = api.get(master_url, "experiments/{}".format(exp_id))
if len(r.json()["trials"]) > 0:
break
else:
time.sleep(0.1)
first_trial_id = sorted(t_id["id"] for t_id in r.json()["trials"])[0]
print("Following first trial with ID {}".format(first_trial_id))
# Call `logs --follow` on the new trial.
logs_args = Namespace(trial_id=first_trial_id, follow=True, master=master_url, tail=None)
logs(logs_args)
def follow_test_experiment_logs(master_url: str, exp_id: int) -> None:
def print_progress(active_stage: int, ended: bool) -> None:
# There are four sequential stages of verification. Track the
# current stage with an index into this list.
stages = [
"Scheduling task",
"Testing training",
"Testing validation",
"Testing checkpointing",
]
for idx, stage in enumerate(stages):
if active_stage > idx:
color = "green"
checkbox = "✔"
elif active_stage == idx:
color = "red" if ended else "yellow"
checkbox = "✗" if ended else " "
else:
color = "white"
checkbox = " "
print(colored(stage + (25 - len(stage)) * ".", color), end="")
print(colored(" [" + checkbox + "]", color), end="")
if idx == len(stages) - 1:
print("\n" if ended else "\r", end="")
else:
print(", ", end="")
while True:
r = api.get(master_url, "experiments/{}".format(exp_id)).json()
# Wait for experiment to start and initialize a trial and step.
if len(r["trials"]) < 1 or len(r["trials"][0]["steps"]) < 1:
step = {} # type: Dict
else:
step = r["trials"][0]["steps"][0]
# Update the active_stage by examining the result from master
# /experiments/<experiment-id> endpoint.
if r["state"] == constants.COMPLETED:
active_stage = 4
elif step.get("checkpoint"):
active_stage = 3
elif step.get("validation"):
active_stage = 2
elif step:
active_stage = 1
else:
active_stage = 0
# If the experiment is in a terminal state, output the appropriate
# message and exit. Otherwise, sleep and repeat.
if r["state"] == constants.COMPLETED:
print_progress(active_stage, ended=True)
print(colored("Model definition test succeeded! 🎉", "green"))
return
elif r["state"] == constants.CANCELED:
print_progress(active_stage, ended=True)
print(
colored(
"Model definition test (ID: {}) canceled before "
"model test could complete. Please re-run the "
"command.".format(exp_id),
"yellow",
))
sys.exit(1)
elif r["state"] == constants.ERROR:
print_progress(active_stage, ended=True)
trial_id = r["trials"][0]["id"]
logs_args = Namespace(trial_id=trial_id,
master=master_url,
tail=None,
follow=False)
logs(logs_args)
sys.exit(1)
else:
print_progress(active_stage, ended=False)
time.sleep(0.2)
def follow_test_experiment_logs(master_url: str, exp_id: int) -> None:
def print_progress(active_stage: int, ended: bool) -> None:
# There are four sequential stages of verification. Track the
# current stage with an index into this list.
stages = [
"Scheduling task",
"Testing training",
"Testing validation",
"Testing checkpointing",
]
for idx, stage in enumerate(stages):
if active_stage > idx:
color = "green"
checkbox = "✔"
elif active_stage == idx:
color = "red" if ended else "yellow"
checkbox = "✗" if ended else " "
else:
color = "white"
checkbox = " "
print(colored(stage + (25 - len(stage)) * ".", color), end="")
print(colored(" [" + checkbox + "]", color), end="")
if idx == len(stages) - 1:
print("\n" if ended else "\r", end="")
else:
print(", ", end="")
q = api.GraphQLQuery(master_url)
exp = q.op.experiments_by_pk(id=exp_id)
exp.state()
steps = exp.trials.steps(
order_by=[gql.steps_order_by(id=gql.order_by.asc)])
steps.checkpoint().id()
steps.validation().id()
while True:
exp = q.send().experiments_by_pk
# Wait for experiment to start and initialize a trial and step.
step = None
if exp.trials and exp.trials[0].steps:
step = exp.trials[0].steps[0]
# Update the active stage by examining the status of the experiment. The way the GraphQL
# library works is that the checkpoint and validation attributes of a step are always
# present and non-None, but they don't have any attributes of their own when the
# corresponding database object doesn't exist.
if exp.state == constants.COMPLETED:
active_stage = 4
elif step and hasattr(step.checkpoint, "id"):
active_stage = 3
elif step and hasattr(step.validation, "id"):
active_stage = 2
elif step:
active_stage = 1
else:
active_stage = 0
# If the experiment is in a terminal state, output the appropriate
# message and exit. Otherwise, sleep and repeat.
if exp.state == "COMPLETED":
print_progress(active_stage, ended=True)
print(colored("Model definition test succeeded! 🎉", "green"))
return
elif exp.state == constants.CANCELED:
print_progress(active_stage, ended=True)
print(
colored(
"Model definition test (ID: {}) canceled before "
"model test could complete. Please re-run the "
"command.".format(exp_id),
"yellow",
))
sys.exit(1)
elif exp.state == constants.ERROR:
print_progress(active_stage, ended=True)
trial_id = exp.trials[0].id
logs_args = Namespace(trial_id=trial_id,
master=master_url,
tail=None,
follow=False)
logs(logs_args)
sys.exit(1)
else:
print_progress(active_stage, ended=False)
time.sleep(0.2)