def configure_neptune(specification):
if 'NEPTUNE_API_TOKEN' not in os.environ:
raise NeptuneAPITokenException()
git_info = specification.get('git_info', None)
if git_info:
git_info.commit_date = datetime.datetime.now()
neptune.init(project_qualified_name=specification['project'])
properties = {'pwd': os.getcwd()}
neptune.create_experiment(name=specification['name'],
tags=specification['tags'],
params=specification['parameters'],
properties=properties,
git_info=git_info)
atexit.register(neptune.stop)
def connect_to_neptune_experiment_add_logger(project_id, experiment_id):
neptune.init(project_id)
exp = neptune.project.get_experiments(id=experiment_id)[0]
metric_logging.register_logger(NeptuneLogger(exp))
worker_utils.register_init_hook(
functools.partial(
connect_to_neptune_experiment_add_logger,
project_id=neptune.project.full_id,
experiment_id=neptune.get_experiment().id,
))
return NeptuneLogger(neptune.get_experiment())
def configure_neptune(experiment: Experiment, cluster_config=None):
"""Configures the Neptune experiment, then returns the Neptune logger."""
if 'NEPTUNE_API_TOKEN' not in os.environ:
raise NeptuneAPITokenException()
neptune.init(project_qualified_name=experiment.project_qualified_name)
# Set pwd property with path to experiment.
properties = {'pwd': os.getcwd()}
with Capturing() as neptune_link:
neptune.create_experiment(name=experiment.name,
tags=experiment.tags,
params=experiment.params,
description=experiment.description,
properties=properties,
upload_stdout=False)
atexit.register(neptune.stop)
# Add hook for Ray workers to make them connect with appropriate neptune
# experiment and set neptune logger.
def connect_to_neptune_experiment_add_logger(project_id, experiment_id):
neptune.init(project_id)
exp = neptune.project.get_experiments(id=experiment_id)[0]
metric_logging.register_logger(NeptuneLogger(exp))
ray.register_worker_init_hook(
functools.partial(
connect_to_neptune_experiment_add_logger,
project_id=neptune.project.full_id,
experiment_id=neptune.get_experiment().id,
))
return NeptuneLogger(neptune.get_experiment()), neptune_link[0]
def on_train_begin(self, metrics_names, **kwargs): # pylint: disable=arguments-differ
# check to see if the user has turned neptune off
if getattr(self.learn, 'do_neptune', True) == False:
return
try: # if the caller has already created an experiment, use that instead.
self.exp = neptune.get_experiment()
except neptune.exceptions.NoExperimentContext:
# we normally expect to end up here.
# get the parameters of this training to pass to neptune (depends on TrainTracker to have set them)
p = self.learn.parameters
name = p.get('train_id', "none")
params = {}
# pass a subset of the parameters to Neptune
for k in ['arch', 'loss_func', 'parameters', 'machine']:
if k in p: params[k] = p[k]
description = p.get('description', "")
try:
self.exp = neptune.create_experiment(name=name,
description=description,
params=params,
upload_source_files=[],
upload_stdout=False,
upload_stderr=False)
self.own_exp = True
except neptune.exceptions.Uninitialized:
_logger.warn(
"Neptune not initialized; no tracing will be done")
# This would not work in regular fastai, because metrics_names is not updated with additional names
# But in our case, we use this inside a CycleHandler, which does update them.
self.metrics_names = ['train_loss'] + metrics_names
def before_fit(self):
try:
self.experiment = neptune.get_experiment()
except ValueError:
print(
'No active experiment. Please invoke `neptune.create_experiment()` before this callback.'
)
try:
self.experiment.set_property('n_epoch', str(self.learn.n_epoch))
self.experiment.set_property('model_class',
str(type(self.learn.model)))
except:
print(
f'Did not log all properties. Check properties in the {neptune.get_experiment()}.'
)
try:
with tempfile.NamedTemporaryFile(mode='w') as f:
with open(f.name, 'w') as g:
g.write(repr(self.learn.model))
self.experiment.log_artifact(f.name, 'model_summary.txt')
except:
print(
'Did not log model summary. Check if your model is PyTorch model.'
)
if self.log_model_weights and not hasattr(self.learn, 'save_model'):
print(
'Unable to log model to Neptune.\n',
'Use "SaveModelCallback" to save model checkpoints that will be logged to Neptune.'
)
def load_exp_id(self):
if self._run:
return self._run.id
else:
try:
return neptune.get_experiment().id
except:
return None
def init_neptune(self):
print("INIT NEPTUNE")
neptune_api_token = self._exp_config["neptune_api_token"]
neptune_name = self._exp_config["neptune_name"]
exp_name = self._exp_config["exp_name"]
data = {
"agent_config": self._agent_config,
"exp_config": self._exp_config
}
neptune.init(neptune_name, api_token=neptune_api_token)
neptune.create_experiment(exp_name, params=data)
self.exp_id = neptune.get_experiment().id
return neptune.get_experiment()
def modify_tags(self):
neptune.append_tags("tag1")
neptune.append_tag(["tag2_to_remove", "tag3"])
neptune.remove_tag("tag2_to_remove")
neptune.remove_tag("tag4_remove_non_existing")
exp = neptune.get_experiment()
assert set(exp.get_tags()) == {
"initial tag 1", "initial tag 2", "tag1", "tag3"
}
def handle_directories(self):
exp = neptune.get_experiment()
# download_artifacts
neptune.send_artifact(self.data_dir)
if self._api_version == 1:
with self.with_check_if_file_appears("output.zip"):
exp.download_artifacts()
else:
with self.with_assert_raises(
DownloadArtifactsUnsupportedException):
exp.download_artifacts()
# create some nested artifacts
neptune.log_artifact(self.img_path,
destination="main dir/sub dir/art1")
neptune.log_artifact(self.img_path,
destination="main dir/sub dir/art2")
neptune.log_artifact(self.img_path,
destination="main dir/sub dir/art3")
# downloading artifact - download_artifact
# non existing artifact
if self._api_version == 1:
with self.with_assert_raises(FileNotFound):
exp.download_artifact("main dir/sub dir/art100")
else:
with self.with_assert_raises(DownloadArtifactUnsupportedException):
exp.download_artifact("main dir/sub dir/art100")
# artifact directories
if self._api_version == 1:
with self.with_assert_raises(HTTPError):
exp.download_artifact("main dir/sub dir")
else:
with self.with_assert_raises(DownloadArtifactUnsupportedException):
exp.download_artifact("main dir/sub dir")
# deleting artifacts
neptune.delete_artifacts("main dir/sub dir/art1")
# delete non existing artifact
if self._api_version == 1:
neptune.delete_artifacts("main dir/sub dir/art100")
else:
with self.with_assert_raises(
DeleteArtifactUnsupportedInAlphaException):
neptune.delete_artifacts("main dir/sub dir/art100")
# delete dir
if self._api_version == 1:
neptune.delete_artifacts("main dir/sub dir")
else:
with self.with_assert_raises(
DeleteArtifactUnsupportedInAlphaException):
neptune.delete_artifacts("main dir/sub dir")
def start_experiment(params: dict) -> Tuple[str, str]:
api_token = 'eyJhcGlfYWRkcmVzcyI6Imh0dHBzOi8vYXBwLm5lcHR1bmUuYWkiLCJhcGlfdXJsIjoiaHR0cHM6Ly9hcHAubmVwdHVuZS5haSIsImFwaV9rZXkiOiI4ZTBhNWNhZS0xNTNkLTQ2NjktODI0ZC1kOTAyMzhmNzllNDAifQ=='
neptune.init('flianza/laboratorio-1', api_token=api_token)
neptune.create_experiment('tuning', params=params)
experiment_number = neptune.get_experiment().id
experiments_folder = '../experimentos'
experiment_path = f'{experiments_folder}/{experiment_number}'
if not Path(experiments_folder).exists():
os.mkdir(experiments_folder)
os.mkdir(experiment_path)
return experiment_number, f'{experiment_path}/{experiment_number}'
def _validate_experiment(experiment):
if experiment is not None:
if not isinstance(experiment, neptune.experiments.Experiment):
ValueError(
'Passed experiment is not Neptune experiment. Create one by using "create_experiment()"'
)
else:
try:
experiment = neptune.get_experiment()
except neptune.exceptions.NeptuneNoExperimentContextException:
raise neptune.exceptions.NeptuneNoExperimentContextException()
return experiment
def configure_neptune(specification):
"""Configures the Neptune experiment, then returns the Neptune logger."""
if 'NEPTUNE_API_TOKEN' not in os.environ:
raise NeptuneAPITokenException()
git_info = specification.get('git_info', None)
if git_info:
git_info.commit_date = datetime.datetime.now()
neptune.init(project_qualified_name=specification['project'])
# Set pwd property with path to experiment.
properties = {'pwd': os.getcwd()}
neptune.create_experiment(name=specification['name'],
tags=specification['tags'],
params=specification['parameters'],
properties=properties,
git_info=git_info)
atexit.register(neptune.stop)
# Add hook for Ray workers to make them connect with appropriate neptune
# experiment and set neptune logger.
def connect_to_neptune_experiment_add_logger(project_id, experiment_id):
neptune.init(project_id)
exp = neptune.project.get_experiments(
id=experiment_id
)[0]
metric_logging.register_logger(NeptuneLogger(exp))
ray.register_worker_init_hook(
functools.partial(
connect_to_neptune_experiment_add_logger,
project_id=neptune.project.full_id,
experiment_id=neptune.get_experiment().id,
)
)
return NeptuneLogger(neptune.get_experiment())
def handle_files_and_images(self):
# image
# `image_name` and `description` will be lost (`send_image` the same as `log_image`)
neptune.send_image("image",
self.img_path,
name="name",
description="desc")
# artifact with default dest
neptune.send_artifact(self.text_file_path)
exp = neptune.get_experiment()
with self.with_check_if_file_appears("text.txt"):
exp.download_artifact("text.txt")
with self.with_check_if_file_appears("custom_dest/text.txt"):
exp.download_artifact("text.txt", "custom_dest")
# artifact with custom dest
neptune.send_artifact(self.text_file_path, destination="something.txt")
exp = neptune.get_experiment()
with self.with_check_if_file_appears("something.txt"):
exp.download_artifact("something.txt")
with self.with_check_if_file_appears("custom_dest/something.txt"):
exp.download_artifact("something.txt", "custom_dest")
# destination dirs
neptune.log_artifact(self.text_file_path,
destination="dir/text file artifact")
neptune.log_artifact(self.text_file_path,
destination="dir/artifact_to_delete")
# deleting
neptune.delete_artifacts("dir/artifact_to_delete")
# streams
with open(self.text_file_path, mode="r") as f:
neptune.send_artifact(f, destination="file stream.txt")
def __init__(self):
super().__init__()
neptune.init()
neptune.create_experiment(
name="const project name",
description="exp description",
params=self.params,
properties=self.properties,
tags=["initial tag 1", "initial tag 2"],
abort_callback=None,
run_monitoring_thread=False,
hostname="hostname value",
# notebook_id='test1', # TODO: Error 500 when wrong value
upload_source_files="alpha_integration_dev/*.py",
)
exp = neptune.get_experiment()
self._api_version = get_api_version(exp)
properties = exp.get_properties()
assert properties["init_text_property"] == "some text"
assert properties["init_number property"] == "42"
assert properties["init_list"] == "[1, 2, 3]"
assert set(exp.get_tags()) == {"initial tag 1", "initial tag 2"}
# download sources
if self._api_version == 1:
# old domain
with self.with_check_if_file_appears("old_client.py.zip"):
exp.download_sources("alpha_integration_dev/old_client.py")
with self.with_check_if_file_appears("alpha_integration_dev.zip"):
exp.download_sources("alpha_integration_dev")
with self.with_assert_raises(FileNotFound):
exp.download_sources("non_existing")
else:
# new api
with self.with_check_if_file_appears("files.zip"):
exp.download_sources()
with self.with_assert_raises(DownloadSourcesException):
exp.download_sources("whatever")
with self.with_check_if_file_appears("file_set_sources/files.zip"):
exp.download_sources(destination_dir="file_set_sources")
def load_logger(self):
logger_type = self._exp_config["logger_type"]
if type(logger_type) == str:
if logger_type == "neptune":
self.init_neptune()
self._run = neptune.get_experiment()
elif logger_type == "tensorboard":
self._run = self.init_tensorboard()
else:
raise Exception(f"Unknown logger type {logger_type} given")
else:
print(f"Running without logger {logger_type} passed")
return
def configure_neptune(specification):
"""Configures the Neptune experiment, then returns the Neptune logger."""
if 'NEPTUNE_API_TOKEN' not in os.environ:
raise KeyError('NEPTUNE_API_TOKEN environment variable is not set!')
git_info = specification.get('git_info', None)
if git_info:
git_info.commit_date = datetime.datetime.now()
neptune.init(project_qualified_name=specification['project'])
# Set pwd property with path to experiment.
properties = {'pwd': os.getcwd()}
neptune.create_experiment(name=specification['name'],
tags=specification['tags'],
params=specification['parameters'],
properties=properties,
git_info=git_info)
atexit.register(neptune.stop)
return NeptuneLogger(neptune.get_experiment())
def modify_properties(self):
neptune.set_property("prop", "some text")
neptune.set_property("prop_number", 42)
neptune.set_property("nested/prop", 42)
neptune.set_property("prop_to_del", 42)
neptune.set_property("prop_list", [1, 2, 3])
with open(self.text_file_path, mode="r") as f:
neptune.set_property("prop_IO", f)
neptune.set_property("prop_datetime", datetime.now())
neptune.remove_property("prop_to_del")
exp = neptune.get_experiment()
properties = exp.get_properties()
assert properties["prop"] == "some text"
assert properties["prop_number"] == "42"
assert properties["nested/prop"] == "42"
assert properties["prop_list"] == "[1, 2, 3]"
assert "prop_to_del" not in properties
assert (properties["prop_IO"] ==
"<_io.TextIOWrapper name='alpha_integration_dev/data/text.txt'"
" mode='r' encoding='UTF-8'>")
print(f"Properties: {properties}")
def main(argv):
if len(argv) > 1:
raise app.UsageError('Too many command-line arguments.')
if FLAGS.run_mode == 'actor':
if not FLAGS.is_local:
get_configuration(config_file=FLAGS.mrunner_config,
inject_parameters_to_FLAGS=True)
actor.actor_loop(env.create_environment)
elif FLAGS.run_mode == 'learner':
if not FLAGS.is_local:
get_configuration(config_file=FLAGS.mrunner_config,
print_diagnostics=True,
with_neptune=True,
inject_parameters_to_FLAGS=True)
experiment = neptune.get_experiment()
experiment.append_tag(tag=FLAGS.nonce)
neptune_tensorboard.integrate_with_tensorflow()
learner.learner_loop(env.create_environment, create_agent,
create_optimizer)
elif FLAGS.run_mode == 'visualize':
visualize.visualize(env.create_environment, create_agent,
create_optimizer)
else:
raise ValueError('Unsupported run mode {}'.format(FLAGS.run_mode))
def log_series(self):
# floats
neptune.log_metric("m1", 1)
neptune.log_metric("m1", 2)
neptune.log_metric("m1", 3)
neptune.log_metric("m1", 2)
neptune.log_metric("nested/m1", 1)
# texts
neptune.log_text("m2", "a")
neptune.log_text("m2", "b")
neptune.log_text("m2", "c")
# images
# `image_name` and `description` will be lost
neptune.log_image("g_img",
self.img_path,
image_name="name",
description="desc")
neptune.log_image("g_img", self.img_path)
# see what we've logged
logs = neptune.get_experiment().get_logs()
print(f"Logs: {logs}")
# Step 1 - Initialize Neptune
import neptune
neptune.init(project_qualified_name='shared/onboarding', # change this to your `workspace_name/project_name`
api_token='ANONYMOUS', # change this to your api token
)
# Step 2 - Create an experiment
neptune.create_experiment()
# Step 3 - Log metrics during training
import numpy as np
from time import sleep
neptune.log_metric('single_metric', 0.62)
for i in range(100):
sleep(0.2) # to see logging live
neptune.log_metric('random_training_metric', i * np.random.random())
neptune.log_metric('other_random_training_metric', 0.5 * i * np.random.random())
# tests
current_exp = neptune.get_experiment()
correct_logs = ['single_metric', 'random_training_metric', 'other_random_training_metric']
if set(current_exp.get_logs().keys()) != set(correct_logs):
raise ValueError()
neptune.init('shared/sklearn-integration', api_token='ANONYMOUS')
## Step 3: Create an Experiment
neptune.create_experiment(params=parameters,
name='regression-example',
tags=['RandomForestRegressor', 'regression'])
## Step 4: Log regressor summary
from neptunecontrib.monitoring.sklearn import log_regressor_summary
log_regressor_summary(rfr, X_train, X_test, y_train, y_test)
# tests
exp = neptune.get_experiment()
# check logs
correct_logs_set = {
'evs_test_sklearn', 'me_test_sklearn', 'mae_test_sklearn',
'r2_test_sklearn', 'charts_sklearn'
}
from_exp_logs = set(exp.get_logs().keys())
assert correct_logs_set == from_exp_logs, '{} - incorrect logs'.format(exp)
# check sklearn parameters
assert set(exp.get_properties().keys()) == set(
rfr.get_params().keys()), '{} parameters do not match'.format(exp)
# check neptune parameters
assert set(exp.get_parameters().keys()) == set(
def neptune_callback(log_model=True,
log_importance=True,
max_num_features=None,
log_tree=None,
experiment=None,
**kwargs):
"""XGBoost callback for Neptune experiments.
This is XGBoost callback that automatically logs training and evaluation metrics, feature importance chart,
visualized trees and trained Booster to Neptune.
Check Neptune documentation for the `full example <https://docs.neptune.ai/integrations/xgboost.html>`_.
Make sure you created an experiment before you start XGBoost training using ``neptune.create_experiment()``
(`check our docs <https://docs.neptune.ai/api-reference/neptune/projects/index.html
#neptune.projects.Project.create_experiment>`_).
You need to install graphviz and graphviz Python interface for ``log_tree`` feature to work.
Check `Graphviz <https://graphviz.org/download/>`_ and
`Graphviz Python interface <https://graphviz.readthedocs.io/en/stable/manual.html#installation>`_
for installation info.
Integration works with ``xgboost>=1.2.0``.
Tip:
Use this `Google Colab <https://colab.research.google.com//github/neptune-ai/neptune-examples/blob/master/
integrations/xgboost/docs/Neptune-XGBoost.ipynb>`_
run it as a "`neptuner`" user - zero setup, it just works.
Note:
If you use early stopping, make sure to log model, feature importance and trees on your own.
Neptune logs these artifacts only after last iteration, which you may not reach because of early stop.
Args:
log_model (:obj:`bool`, optional, default is ``True``):
| Log booster to Neptune after last boosting iteration.
| If you run xgb.cv, log booster for all folds.
log_importance (:obj:`bool`, optional, default is ``True``):
| Log feature importance to Neptune as image after last boosting iteration.
| Specify number of features using ``max_num_features`` parameter below.
| If you run xgb.cv, log feature importance for each folds' booster.
max_num_features (:obj:`int`, optional, default is ``None``):
| Plot top ``max_num_features`` features on the importance plot.
| If ``None``, plot all features.
log_tree (:obj:`list` of :obj:`int`, optional, default is ``None``):
| Log specified trees to Neptune as images after last boosting iteration.
| If you run xgb.cv, log specified trees for each folds' booster.
| Default is ``None`` - do not log any tree.
experiment (:obj:`neptune.experiments.Experiment`, optional, default is ``None``):
| For advanced users only. Pass Neptune ``Experiment``
object if you want to control to which experiment data is logged.
| If ``None``, log to currently active, and most recent experiment.
kwargs:
Parametrize XGBoost functions used in this callback:
`xgboost.plot_importance <https://xgboost.readthedocs.io/en/latest/python/python_api.html
?highlight=plot_tree#xgboost.plot_importance>`_
and `xgboost.to_graphviz <https://xgboost.readthedocs.io/en/latest/python/python_api.html
?highlight=plot_tree#xgboost.to_graphviz>`_.
Returns:
:obj:`callback`, function that you can pass directly to the XGBoost callbacks list, for example to the
``xgboost.cv()``
(`see docs <https://xgboost.readthedocs.io/en/latest/python/python_api.html?highlight=plot_tree#xgboost.cv>`_)
or ``XGBClassifier.fit()``
(`check docs <https://xgboost.readthedocs.io/en/latest/python/python_api.html?highlight=plot_tree
#xgboost.XGBClassifier.fit>`_).
Examples:
``xgb.train`` examples
.. code:: python3
# basic usage
xgb.train(param, dtrain, num_round, watchlist,
callbacks=[neptune_callback()])
# do not log model
xgb.train(param, dtrain, num_round, watchlist,
callbacks=[neptune_callback(log_model=False)])
# log top 5 features' importance chart
xgb.train(param, dtrain, num_round, watchlist,
callbacks=[neptune_callback(max_num_features=5)])
``xgb.cv`` examples
.. code:: python3
# log 5 trees per each folds' booster
xgb.cv(param, dtrain, num_boost_round=num_round, nfold=7,
callbacks=neptune_callback(log_tree=[0,1,2,3,4]))
# log only metrics
xgb.cv(param, dtrain, num_boost_round=num_round, nfold=7,
callbacks=[neptune_callback(log_model=False,
log_importance=False,
max_num_features=None,
log_tree=None)])
# log top 3 features per each folds' booster and first tree
xgb.cv(param, dtrain, num_boost_round=num_round, nfold=7,
callbacks=[neptune_callback(log_model=False,
max_num_features=3,
log_tree=[0,])])
``sklearn`` API examples
.. code:: python3
# basic usage with early stopping
xgb.XGBRegressor().fit(X_train, y_train,
early_stopping_rounds=10,
eval_metric=['mae', 'rmse', 'rmsle'],
eval_set=[(X_test, y_test)],
callbacks=[neptune_callback()])
# do not log model
clf = xgb.XGBRegressor()
clf.fit(X_train, y_train,
eval_metric=['mae', 'rmse', 'rmsle'],
eval_set=[(X_test, y_test)],
callbacks=[neptune_callback(log_model=False)])
y_pred = clf.predict(X_test)
# log 8 trees
reg = xgb.XGBRegressor(**params)
reg.fit(X_train, y_train,
eval_metric=['mae', 'rmse', 'rmsle'],
eval_set=[(X_test, y_test)],
callbacks=[neptune_callback(log_tree=[0,1,2,3,4,5,6,7])])
"""
if experiment:
_exp = experiment
else:
try:
neptune.get_experiment()
_exp = neptune
except neptune.exceptions.NeptuneNoExperimentContextException:
raise neptune.exceptions.NeptuneNoExperimentContextException()
expect_not_a_run(_exp)
assert isinstance(log_model, bool),\
'log_model must be bool, got {} instead. Check log_model parameter.'.format(type(log_model))
assert isinstance(log_importance, bool),\
'log_importance must be bool, got {} instead. Check log_importance parameter.'.format(type(log_importance))
if max_num_features is not None:
assert isinstance(max_num_features, int),\
'max_num_features must be int, got {} instead. ' \
'Check max_num_features parameter.'.format(type(max_num_features))
if log_tree is not None:
if isinstance(log_tree, tuple):
log_tree = list(log_tree)
assert isinstance(log_tree, list),\
'log_tree must be list of int, got {} instead. Check log_tree parameter.'.format(type(log_tree))
def callback(env):
# Log metrics after iteration
for item in env.evaluation_result_list:
if len(item) == 2: # train case
_exp.log_metric(item[0], item[1])
if len(item) == 3: # cv case
_exp.log_metric('{}-mean'.format(item[0]), item[1])
_exp.log_metric('{}-std'.format(item[0]), item[2])
# Log booster, end of training
if env.iteration + 1 == env.end_iteration and log_model:
if env.cvfolds: # cv case
for i, cvpack in enumerate(env.cvfolds):
_log_model(cvpack.bst, 'cv-fold-{}-bst.model'.format(i),
_exp)
else: # train case
_log_model(env.model, 'bst.model', _exp)
# Log feature importance, end of training
if env.iteration + 1 == env.end_iteration and log_importance:
if env.cvfolds: # cv case
for i, cvpack in enumerate(env.cvfolds):
_log_importance(cvpack.bst,
max_num_features,
_exp,
title='cv-fold-{}'.format(i),
**kwargs)
else: # train case
_log_importance(env.model, max_num_features, _exp, **kwargs)
# Log trees, end of training
if env.iteration + 1 == env.end_iteration and log_tree:
if env.cvfolds:
for j, cvpack in enumerate(env.cvfolds):
_log_trees(cvpack.bst, log_tree,
'trees-cv-fold-{}'.format(j), _exp, **kwargs)
else:
_log_trees(env.model, log_tree, 'trees', _exp, **kwargs)
return callback
