def test_terminate_trainingjob(kfp_client, experiment_id, region,
sagemaker_client):
test_file_dir = "resources/config/simple-mnist-training"
download_dir = utils.mkdir(
os.path.join(test_file_dir + "/generated_test_terminate"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
input_job_name = test_params["Arguments"]["job_name"] = (
utils.generate_random_string(4) + "-terminate-job")
run_id, _, workflow_json = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
60,
"running",
)
print(
f"Terminating run: {run_id} where Training job_name: {input_job_name}")
kfp_client_utils.terminate_run(kfp_client, run_id)
response = sagemaker_utils.describe_training_job(sagemaker_client,
input_job_name)
assert response["TrainingJobStatus"] in ["Stopping", "Stopped"]
utils.remove_dir(download_dir)
def test_workteamjob(
kfp_client, experiment_id, region, sagemaker_client, test_file_dir
):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
workteam_name, workflow_json = create_workteamjob(
kfp_client, experiment_id, region, sagemaker_client, test_file_dir, download_dir
)
outputs = {"sagemaker-private-workforce": ["workteam_arn"]}
try:
output_files = minio_utils.artifact_download_iterator(
workflow_json, outputs, download_dir
)
response = sagemaker_utils.describe_workteam(sagemaker_client, workteam_name)
# Verify WorkTeam was created in SageMaker
assert response["Workteam"]["CreateDate"] is not None
assert response["Workteam"]["WorkteamName"] == workteam_name
# Verify WorkTeam arn artifact was created in Minio and matches the one in SageMaker
workteam_arn = utils.read_from_file_in_tar(
output_files["sagemaker-private-workforce"]["workteam_arn"]
)
assert response["Workteam"]["WorkteamArn"] == workteam_arn
finally:
# Cleanup the SageMaker Resources
sagemaker_utils.delete_workteam(sagemaker_client, workteam_name)
# Delete generated files only if the test is successful
utils.remove_dir(download_dir)
def test_transform_job(
kfp_client,
experiment_id,
s3_client,
sagemaker_client,
s3_data_bucket,
test_file_dir,
):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
# Generate random prefix for model, job name to avoid errors if resources with same name exists
test_params["Arguments"]["model_name"] = test_params["Arguments"][
"job_name"] = input_job_name = (utils.generate_random_string(5) + "-" +
test_params["Arguments"]["model_name"])
print(f"running test with model/job name: {input_job_name}")
# Generate unique location for output since output filename is generated according to the content_type
test_params["Arguments"]["output_location"] = os.path.join(
test_params["Arguments"]["output_location"], input_job_name)
_, _, workflow_json = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
test_params["Timeout"],
)
outputs = {"sagemaker-batch-transformation": ["output_location"]}
output_files = minio_utils.artifact_download_iterator(
workflow_json, outputs, download_dir)
# Verify Job was successful on SageMaker
response = sagemaker_utils.describe_transform_job(sagemaker_client,
input_job_name)
assert response["TransformJobStatus"] == "Completed"
assert response["TransformJobName"] == input_job_name
# Verify output location from pipeline matches job output and that the transformed file exists
output_location = utils.read_from_file_in_tar(
output_files["sagemaker-batch-transformation"]["output_location"])
print(f"output location: {output_location}")
assert output_location == response["TransformOutput"]["S3OutputPath"]
# Get relative path of file in S3 bucket
# URI is following format s3://<bucket_name>/relative/path/to/file
# split below is to extract the part after bucket name
file_key = os.path.join("/".join(output_location.split("/")[3:]),
test_params["ExpectedOutputFile"])
assert s3_utils.check_object_exists(s3_client, s3_data_bucket, file_key)
utils.remove_dir(download_dir)
def remove_temp(self):
try:
utils.remove_dir(self.temp_dir)
del self.temp_basename
del self.temp_path
del self.temp_dir
except AttributeError:
log.warning('%s file has not temporal version' % self.basename)
def test_create_endpoint(kfp_client, experiment_id, boto3_session,
sagemaker_client, test_file_dir):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
# Generate random prefix for model, endpoint config and endpoint name
# to avoid errors if resources with same name exists
test_params["Arguments"]["model_name"] = test_params["Arguments"][
"endpoint_config_name"] = test_params["Arguments"][
"endpoint_name"] = input_endpoint_name = (
utils.generate_random_string(5) + "-" +
test_params["Arguments"]["model_name"])
print(f"running test with model/endpoint name: {input_endpoint_name}")
_, _, workflow_json = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
test_params["Timeout"],
)
try:
outputs = {"sagemaker-deploy-model": ["endpoint_name"]}
output_files = minio_utils.artifact_download_iterator(
workflow_json, outputs, download_dir)
output_endpoint_name = utils.read_from_file_in_tar(
output_files["sagemaker-deploy-model"]["endpoint_name"],
"endpoint_name.txt")
print(f"endpoint name: {output_endpoint_name}")
# Verify output from pipeline is endpoint name
assert output_endpoint_name == input_endpoint_name
# Verify endpoint is running
assert (sagemaker_utils.describe_endpoint(
sagemaker_client,
input_endpoint_name)["EndpointStatus"] == "InService")
# Validate the model for use by running a prediction
result = run_predict_mnist(boto3_session, input_endpoint_name,
download_dir)
print(f"prediction result: {result}")
assert json.dumps(result, sort_keys=True) == json.dumps(
test_params["ExpectedPrediction"], sort_keys=True)
utils.remove_dir(download_dir)
finally:
# delete endpoint
sagemaker_utils.delete_endpoint(sagemaker_client, input_endpoint_name)
def main():
remove_dir("java_template")
make_dirs("java_template")
generate_template("original/java/train.4186.diff",
"java_template/train.4186.diff.new", "train")
generate_template("original/java/test.436.diff",
"java_template/test.436.diff.new", "test")
generate_template("original/java/valid.453.diff",
"java_template/valid.453.diff.new", "valid")
def test_trainingjob(kfp_client, experiment_id, region, sagemaker_client,
test_file_dir):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
_, _, workflow_json = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
test_params["Timeout"],
)
outputs = {
"sagemaker-training-job":
["job_name", "model_artifact_url", "training_image"]
}
output_files = minio_utils.artifact_download_iterator(
workflow_json, outputs, download_dir)
# Verify Training job was successful on SageMaker
training_job_name = utils.read_from_file_in_tar(
output_files["sagemaker-training-job"]["job_name"])
print(f"training job name: {training_job_name}")
train_response = sagemaker_utils.describe_training_job(
sagemaker_client, training_job_name)
assert train_response["TrainingJobStatus"] == "Completed"
# Verify model artifacts output was generated from this run
model_artifact_url = utils.read_from_file_in_tar(
output_files["sagemaker-training-job"]["model_artifact_url"])
print(f"model_artifact_url: {model_artifact_url}")
assert model_artifact_url == train_response["ModelArtifacts"][
"S3ModelArtifacts"]
assert training_job_name in model_artifact_url
# Verify training image output is an ECR image
training_image = utils.read_from_file_in_tar(
output_files["sagemaker-training-job"]["training_image"])
print(f"Training image used: {training_image}")
if "ExpectedTrainingImage" in test_params.keys():
assert test_params["ExpectedTrainingImage"] == training_image
else:
assert f"dkr.ecr.{region}.amazonaws.com" in training_image
assert not argo_utils.error_in_cw_logs(
workflow_json["metadata"]["name"]
), "Found the CloudWatch error message in the log output. Check SageMaker to see if the job has failed."
utils.remove_dir(download_dir)
def test_workteamjob(
kfp_client, experiment_id, region, sagemaker_client, test_file_dir
):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
)
)
# Generate random prefix for workteam_name to avoid errors if resources with same name exists
test_params["Arguments"]["team_name"] = workteam_name = (
utils.generate_random_string(5) + "-" + test_params["Arguments"]["team_name"]
)
try:
workflow_json = create_workteamjob(
kfp_client,
test_params,
experiment_id,
region,
sagemaker_client,
download_dir,
)
outputs = {"sagemaker-private-workforce": ["workteam_arn"]}
output_files = minio_utils.artifact_download_iterator(
workflow_json, outputs, download_dir
)
response = sagemaker_utils.describe_workteam(sagemaker_client, workteam_name)
# Verify WorkTeam was created in SageMaker
assert response["Workteam"]["CreateDate"] is not None
assert response["Workteam"]["WorkteamName"] == workteam_name
# Verify WorkTeam arn artifact was created in Minio and matches the one in SageMaker
workteam_arn = utils.read_from_file_in_tar(
output_files["sagemaker-private-workforce"]["workteam_arn"]
)
assert response["Workteam"]["WorkteamArn"] == workteam_arn
finally:
workteams = sagemaker_utils.list_workteams(sagemaker_client)["Workteams"]
workteam_names = list(map((lambda x: x["WorkteamName"]), workteams))
# Check workteam was successfully created
if workteam_name in workteam_names:
sagemaker_utils.delete_workteam(sagemaker_client, workteam_name)
# Delete generated files only if the test is successful
utils.remove_dir(download_dir)
def create_dataset(file_type, folder, train_diffs, train_msgs, test_diffs,
test_msgs, valid_diffs, valid_msgs):
(train_diffs, train_msgs, train_cnt, vocab_diffs,
vocab_msgs) = get_dataset(file_type, train_diffs, train_msgs)
test_diffs, test_msgs, test_cnt, _, _ = get_dataset(
file_type, test_diffs, test_msgs)
valid_diffs, valid_msgs, valid_cnt, _, _ = get_dataset(
file_type, valid_diffs, valid_msgs)
remove_dir(folder)
make_dirs(folder)
save_dataset(folder, "train." + str(train_cnt), train_diffs, train_msgs)
save_dataset(folder, "test." + str(test_cnt), test_diffs, test_msgs)
save_dataset(folder, "valid." + str(valid_cnt), valid_diffs, valid_msgs)
save_vocab(folder, vocab_diffs, vocab_msgs)
def train_batch(symbols_file, data_path, export_dir):
'''prep data for training'''
# read from symbols file
symbols = []
with open(format_path(symbols_file), 'r') as data:
read_data = data.read()
symbols = str(read_data).split()
for symbol in symbols:
print('training neural network model for ' + symbol)
train_data = pd.read_csv(format_path(data_path + '/train/' + symbol + '.csv'), index_col='date')
test_data = pd.read_csv(format_path(data_path + '/test/' + symbol + '.csv'), index_col='date')
model_dir = format_path(export_dir + '/' + symbol)
remove_dir(model_dir)
train(train_data, test_data, format_path(model_dir))
print('training finished for ' + symbol)
def _create_deployment(repo_url, branch):
# create temp folder
prefix = '{0}_'.format(time.strftime("%Y%m%d"))
temp_build_folder = tempfile.mkdtemp(prefix=prefix)
try:
# clone git repo
logger.info('Cloning repo..')
clone_folder = os.path.join(temp_build_folder, 'repo')
repo_path = utils.clone_repo(repo_url,
destination=clone_folder,
branch=branch)
faaspot_folder = os.path.join(repo_path, FAASPOT_FOLDER)
faaspot_config = os.path.join(faaspot_folder, 'faaspot.yml')
logger.debug('Repo cloned to: {0}'.format(clone_folder))
# prepare deployment folder
logger.debug('Creating deployment folder..')
deployment_folder = os.path.join(temp_build_folder, 'deploy')
utils.makedir(deployment_folder)
logger.debug(
'Deployment folder created: {0}'.format(deployment_folder))
# copy modules from faaspot folder to the deployment folder
logger.info('Copying config files into deployment folder..')
utils.copy_files(faaspot_folder, deployment_folder)
# build package into the deployment folder
logger.info('Installing dependencies..')
utils.install_libraries(repo_path, deployment_folder)
# create a zip from the
logger.info('Packaging it..')
deployment_zip = os.path.join(temp_build_folder, 'deploy.zip')
utils.zip_dir(deployment_folder, deployment_zip)
logger.info('Zip file created: {0}'.format(deployment_zip))
yield Deployment(repo_path, faaspot_config, deployment_zip)
finally:
utils.remove_dir(temp_build_folder)
def test_createmodel(kfp_client, experiment_id, sagemaker_client,
test_file_dir):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
# Generate random prefix for model name to avoid errors if model with same name exists
test_params["Arguments"]["model_name"] = input_model_name = (
utils.generate_random_string(5) + "-" +
test_params["Arguments"]["model_name"])
print(f"running test with model_name: {input_model_name}")
_, _, workflow_json = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
test_params["Timeout"],
)
outputs = {"sagemaker-create-model": ["model_name"]}
output_files = minio_utils.artifact_download_iterator(
workflow_json, outputs, download_dir)
output_model_name = utils.read_from_file_in_tar(
output_files["sagemaker-create-model"]["model_name"])
print(f"model_name: {output_model_name}")
assert output_model_name == input_model_name
assert (sagemaker_utils.describe_model(sagemaker_client, input_model_name)
is not None)
utils.remove_dir(download_dir)
def __download_submission(self, subm, path):
user_id = subm['class'][0][4:]
username = subm.find(class_='cell c2').a.contents[0]
timestamp = self.__parse_timestamp(
subm.find(class_='cell c7').contents[0])
subm_path = os.path.join(path, 'user_' + user_id)
subm_data = Submission(user_id, username, timestamp, subm_path)
utils.remove_dir(subm_path)
utils.make_dir(subm_path)
for f in subm.find_all(class_='fileuploadsubmission'):
name = f.a.contents[0]
link = f.a['href']
if not self.__download_file(link, os.path.join(subm_path, name)):
self.__logger.warning('Can not download file `{}\', ' \
'skip submission [user_id={}, username=`{}\', timestamp={}]'.format(
subm_data.user_id, subm_data.username, subm_data.timestamp))
return None
else:
self.__logger.info('Got file `{}\' ' \
'[user_id={}, username=`{}\', timerstamp={}]'.format(name,
subm_data.user_id, subm_data.username, subm_data.timestamp))
return subm_data
def clear_all():
result = {"success": True, "message": "sucessfully cleared!"}
try:
utils.remove_dir(config.OUT_EVALS_DIR)
utils.remove_dir(config.OUT_PLOT_DIR)
utils.remove_dir(config.OUT_IOU_DIR)
# call corresponding function in calc
# result = getattr(calculate, section)(global_data)
# utils.printFlaskMsg(str(result["message"]['norm']))
except:
utils.printFlaskMsg("Unexpected error:")
errorMsg = traceback.format_exc()
utils.printFlaskMsg(errorMsg)
return jsonify({"success": False, "message": errorMsg})
# raise
result["trace"] = getTraceBack()
return jsonify(result)
track_selection = project_config["tracks"]
chataigne_base_path = project_config["chataigneProjectPath"]
start_time = project_config["startTime"]
all_configs.update({ltp_path: project_config})
time_shift = -start_time
tracks = create_tracks(ltp, time_shift)
tracks = filter_by_name(tracks, track_selection)
tracks = add_dmx_channels(tracks, track_selection)
if len(tracks) > 0:
converter = ChataigneProject(tracks, chataigne_base_path)
exported_json = converter.generate_projects_json()
path = f"{output_path}/{project_name}.noisette"
with open("%s" % path, 'w') as f:
f.write(exported_json)
print("Exported to " + path)
# save cache
save_cache(ltp_path, all_configs)
# cleanup
remove_dir(tmp_path)
print("All done.")
def test_processingjob(kfp_client, experiment_id, region, sagemaker_client,
test_file_dir):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
# Generate random prefix for job name to avoid errors if model with same name exists
test_params["Arguments"]["job_name"] = input_job_name = (
utils.generate_random_string(5) + "-" +
test_params["Arguments"]["job_name"])
print(f"running test with job_name: {input_job_name}")
for index, output in enumerate(test_params["Arguments"]["output_config"]):
if "S3Output" in output:
test_params["Arguments"]["output_config"][index]["S3Output"][
"S3Uri"] = os.path.join(output["S3Output"]["S3Uri"],
input_job_name)
_, _, workflow_json = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
test_params["Timeout"],
)
outputs = {"sagemaker-processing-job": ["job_name", "output_artifacts"]}
output_files = minio_utils.artifact_download_iterator(
workflow_json, outputs, download_dir)
# Verify Processing job was successful on SageMaker
processing_job_name = utils.read_from_file_in_tar(
output_files["sagemaker-processing-job"]["job_name"])
print(f"processing job name: {processing_job_name}")
process_response = sagemaker_utils.describe_processing_job(
sagemaker_client, processing_job_name)
assert process_response["ProcessingJobStatus"] == "Completed"
assert process_response["ProcessingJobArn"].split("/")[1] == input_job_name
# Verify processing job produced the correct outputs
processing_outputs = json.loads(
utils.read_from_file_in_tar(
output_files["sagemaker-processing-job"]["output_artifacts"], ))
print(
f"processing job outputs: {json.dumps(processing_outputs, indent = 2)}"
)
assert processing_outputs is not None
for output in process_response["ProcessingOutputConfig"]["Outputs"]:
assert processing_outputs[
output["OutputName"]] == output["S3Output"]["S3Uri"]
assert not argo_utils.error_in_cw_logs(
workflow_json["metadata"]["name"]
), "Found the CloudWatch error message in the log output. Check SageMaker to see if the job has failed."
utils.remove_dir(download_dir)
def test_hyperparameter_tuning(kfp_client, experiment_id, region,
sagemaker_client, test_file_dir):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
test_params["Arguments"]["channels"] = json.dumps(
test_params["Arguments"]["channels"])
test_params["Arguments"]["static_parameters"] = json.dumps(
test_params["Arguments"]["static_parameters"])
test_params["Arguments"]["integer_parameters"] = json.dumps(
test_params["Arguments"]["integer_parameters"])
test_params["Arguments"]["categorical_parameters"] = json.dumps(
test_params["Arguments"]["categorical_parameters"])
_, _, workflow_json = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
test_params["Timeout"],
)
outputs = {
"sagemaker-hyperparameter-tuning": [
"best_hyperparameters",
"best_job_name",
"hpo_job_name",
"model_artifact_url",
"training_image",
]
}
output_files = minio_utils.artifact_download_iterator(
workflow_json, outputs, download_dir)
# Verify HPO job was successful on SageMaker
hpo_job_name = utils.read_from_file_in_tar(
output_files["sagemaker-hyperparameter-tuning"]["hpo_job_name"],
"hpo_job_name.txt",
)
print(f"HPO job name: {hpo_job_name}")
hpo_response = sagemaker_utils.describe_hpo_job(sagemaker_client,
hpo_job_name)
assert hpo_response["HyperParameterTuningJobStatus"] == "Completed"
# Verify training image output is an ECR image
training_image = utils.read_from_file_in_tar(
output_files["sagemaker-hyperparameter-tuning"]["training_image"],
"training_image.txt",
)
print(f"Training image used: {training_image}")
if "ExpectedTrainingImage" in test_params.keys():
assert test_params["ExpectedTrainingImage"] == training_image
else:
assert f"dkr.ecr.{region}.amazonaws.com" in training_image
# Verify Training job was part of HPO job, returned as best and was successful
best_training_job_name = utils.read_from_file_in_tar(
output_files["sagemaker-hyperparameter-tuning"]["best_job_name"],
"best_job_name.txt",
)
print(f"best training job name: {best_training_job_name}")
train_response = sagemaker_utils.describe_training_job(
sagemaker_client, best_training_job_name)
assert train_response["TuningJobArn"] == hpo_response[
"HyperParameterTuningJobArn"]
assert (train_response["TrainingJobName"] ==
hpo_response["BestTrainingJob"]["TrainingJobName"])
assert train_response["TrainingJobStatus"] == "Completed"
# Verify model artifacts output was generated from this run
model_artifact_url = utils.read_from_file_in_tar(
output_files["sagemaker-hyperparameter-tuning"]["model_artifact_url"],
"model_artifact_url.txt",
)
print(f"model_artifact_url: {model_artifact_url}")
assert model_artifact_url == train_response["ModelArtifacts"][
"S3ModelArtifacts"]
assert best_training_job_name in model_artifact_url
# Verify hyper_parameters output is not empty
hyper_parameters = json.loads(
utils.read_from_file_in_tar(
output_files["sagemaker-hyperparameter-tuning"]
["best_hyperparameters"],
"best_hyperparameters.txt",
))
print(
f"HPO best hyperparameters: {json.dumps(hyper_parameters, indent = 2)}"
)
assert hyper_parameters is not None
utils.remove_dir(download_dir)
def _cleanup_temp_files():
utils.remove_dir(args.BACKUP_GIT_WORKING_DIR)
utils.remove_dir(args.SECRET_GIT_WORKING_DIR)
utils.remove_file(args.temp_ssh_file)
utils.remove_file(args.temp_cert_file)
def test_create_endpoint(kfp_client, experiment_id, boto3_session,
sagemaker_client, test_file_dir):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
# Generate random prefix for model, endpoint config and endpoint name
# to avoid errors if resources with same name exists
test_params["Arguments"]["model_name"] = test_params["Arguments"][
"endpoint_config_name"] = test_params["Arguments"][
"endpoint_name"] = input_endpoint_name = (
utils.generate_random_string(5) + "-" +
test_params["Arguments"]["model_name"])
try:
print(f"running test with model/endpoint name: {input_endpoint_name}")
_, _, workflow_json = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
test_params["Timeout"],
)
outputs = {"sagemaker-deploy-model": ["endpoint_name"]}
output_files = minio_utils.artifact_download_iterator(
workflow_json, outputs, download_dir)
output_endpoint_name = utils.read_from_file_in_tar(
output_files["sagemaker-deploy-model"]["endpoint_name"])
print(f"endpoint name: {output_endpoint_name}")
# Verify output from pipeline is endpoint name
assert output_endpoint_name == input_endpoint_name
# Verify endpoint is running
assert (sagemaker_utils.describe_endpoint(
sagemaker_client,
input_endpoint_name)["EndpointStatus"] == "InService")
# Verify that the update was successful by checking that InstanceType changed
if "ExpectedInstanceType" in test_params.keys():
new_endpoint_config_name = sagemaker_utils.describe_endpoint(
sagemaker_client, input_endpoint_name)["EndpointConfigName"]
response = sagemaker_utils.describe_endpoint_config(
sagemaker_client, new_endpoint_config_name)
prod_variant = response["ProductionVariants"][0]
print(f"Production Variant item: {prod_variant}")
instance_type = prod_variant["InstanceType"]
print(f"Production Variant item InstanceType: {instance_type}")
assert instance_type == test_params["ExpectedInstanceType"]
# Validate the model for use by running a prediction
result = run_predict_mnist(boto3_session, input_endpoint_name,
download_dir)
print(f"prediction result: {result}")
assert json.dumps(result, sort_keys=True) == json.dumps(
test_params["ExpectedPrediction"], sort_keys=True)
utils.remove_dir(download_dir)
finally:
endpoints = sagemaker_utils.list_endpoints(
sagemaker_client, name_contains=input_endpoint_name)["Endpoints"]
endpoint_names = list(map((lambda x: x["EndpointName"]), endpoints))
# Check endpoint was successfully created
if input_endpoint_name in endpoint_names:
sagemaker_utils.delete_endpoint(sagemaker_client,
input_endpoint_name)
def test_groundtruth_labeling_job(kfp_client, experiment_id, region,
sagemaker_client, test_file_dir):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
# Verify the GroundTruthJob was created in SageMaker and is InProgress.
# TODO: Add a bot to complete the labeling job and check for completion instead.
try:
workteam_name, workteam_arn = create_initial_workteam(
kfp_client,
experiment_id,
region,
sagemaker_client,
"resources/config/create-workteam",
download_dir,
)
test_params["Arguments"]["workteam_arn"] = workteam_arn
# Generate the ground_truth_train_job_name based on the workteam which will be used for labeling.
test_params["Arguments"][
"ground_truth_train_job_name"] = ground_truth_train_job_name = (
test_params["Arguments"]["ground_truth_train_job_name"] +
"-by-" + workteam_name)
run_id, _, _ = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
test_params["Timeout"],
test_params["StatusToCheck"],
)
response = sagemaker_utils.describe_labeling_job(
sagemaker_client, ground_truth_train_job_name)
assert response["LabelingJobStatus"] == "InProgress"
# Verify that the workteam has the specified labeling job
labeling_jobs = sagemaker_utils.list_labeling_jobs_for_workteam(
sagemaker_client, workteam_arn)
assert len(labeling_jobs["LabelingJobSummaryList"]) == 1
assert (labeling_jobs["LabelingJobSummaryList"][0]["LabelingJobName"]
== ground_truth_train_job_name)
# Test terminate functionality
print(
f"Terminating run: {run_id} where GT job_name: {ground_truth_train_job_name}"
)
kfp_client_utils.terminate_run(kfp_client, run_id)
response = sagemaker_utils.describe_labeling_job(
sagemaker_client, ground_truth_train_job_name)
assert response["LabelingJobStatus"] in ["Stopping", "Stopped"]
finally:
# Check if terminate failed, and stop the labeling job
labeling_jobs = sagemaker_utils.list_labeling_jobs_for_workteam(
sagemaker_client, workteam_arn)
if len(labeling_jobs["LabelingJobSummaryList"]) > 0:
sagemaker_utils.stop_labeling_job(sagemaker_client,
ground_truth_train_job_name)
# Cleanup the workteam
workteams = sagemaker_utils.list_workteams(
sagemaker_client)["Workteams"]
workteam_names = list(map((lambda x: x["WorkteamName"]), workteams))
if workteam_name in workteam_names:
sagemaker_utils.delete_workteam(sagemaker_client, workteam_name)
# Delete generated files
utils.remove_dir(download_dir)
def test_ok():
bin_path = '../build/bin/logs'
logs_dir = '/tmp/log_dir'
files_number = 10
threads_number = 10
result_dir = '/tmp/res_dir'
test_result_dir = '/tmp/test_res'
file_lines_number = 100000
fact_names = ['fact_name' + str(i) for i in range(1, 100)]
utils.make_dir(logs_dir)
timer = monotonic()
result = {}
for i in range(file_lines_number):
entry = utils.Entry(randrange(1600560000, 1601424000),
choice(fact_names), 111222,
[randrange(1, 1000) for i in range(10)])
with open(logs_dir + '/file1.log', 'a') as file:
file.write(str(entry) + '\n')
dt = str(datetime.utcfromtimestamp(entry.ts_fact).date())
if dt not in result:
result[dt] = {}
if entry.fact_name not in result[dt]:
result[dt][entry.fact_name] = []
result[dt][entry.fact_name].append({
'props': entry.props,
'count': files_number
})
for i in range(2, files_number + 1):
copyfile(logs_dir + '/file1.log', logs_dir + '/file' + str(i) + '.log')
print('generation time:', monotonic() - timer)
timer = monotonic()
utils.make_dir(test_result_dir)
with open(test_result_dir + '/agr.txt', 'w') as file:
file.write(json.dumps(utils.order_dict(result)))
print('result writing time:', monotonic() - timer)
timer = monotonic()
ret = subprocess.run([
bin_path, logs_dir,
str(files_number),
str(threads_number), result_dir
])
assert ret.returncode == 0, ret.stderr
print('application running time:', monotonic() - timer)
with open(result_dir + '/agr.txt') as file:
res_content = file.read()
with open(test_result_dir + '/agr.txt', 'r') as file:
test_res_content = file.read()
assert res_content == test_res_content
utils.remove_dir(logs_dir)
utils.remove_dir(result_dir)
utils.remove_dir(test_result_dir)
def run(min_pings_init=30, min_pings_split=20, min_dist=2.0):
"""
Runs feature generation that allows modeling stage to take place.
Feature generation involves 3 main stages:
- generating a sample to show the model
- breaking sample up into trajectories
- computing quantitative features on each trajectory
- writing an image of each trajectory to folders grouped by 'vessel_type'
:param min_pings_init: int
The minimum number of AIS data points that must appear in a trajectory for it to be
included in the sample.
:param min_pings_split: int
Applied after splitting trajectories at the gap. Should be smaller than min_pings_init.
Ensures that split trajectories also have more than a certain minimum number of pings.
:returns:
None
"""
start = time.time()
# Set environment variables
settings.load()
# Get PostgreSQL database credentials
psql_credentials = settings.get_psql()
base_dir = settings.get_base_dir()
sql_dir = base_dir.joinpath('sql')
data_dir = settings.get_data_dir()
# Create SQLAlchemy engine from database credentials
engine = create_connection_from_dict(psql_credentials, 'postgresql')
# Create a sql table with complete trajectories
sample_switch = input("Create new sample for Convolutional Neural Net? (Y/N)")
if sample_switch in ['Y', 'y', '1', 'Yes']:
print("Creating CNN sample.")
create_cnn_sample(sql_dir, engine, min_pings_init=min_pings_init, min_dist=min_dist)
# Get data to process from postgres
execute_sql('drop table if exists features.quants;', engine, read_file=False)
if (data_dir / 'trajectories').is_dir():
print("Removing old trajectories directory.")
remove_dir(data_dir / 'trajectories')
try:
df = execute_sql("select * from features.cnn_sample", engine, read_file=False, return_df=True)
print("Grabbing trajectory data")
except db.exc.ProgrammingError:
print("The table features.cnn_sample doesn't exist. Please create one.")
raise SystemExit
# Set data types of several key columns
df = df.rename(columns={'time_stamp': 't'})
df['t'] = pd.to_datetime(df['t'])
df['longitude'] = pd.to_numeric(df['longitude'])
df['latitude'] = pd.to_numeric(df['latitude'])
# Set df index
df.index = df['t']
df_geo = df_to_geodf(df)
# Filter by date and mmsi
df_group = df_geo.groupby([pd.Grouper(freq='D'), 'mmsi'])
# Loop through the grouped dataframes
counter = 0
# Load basemap shape file
base_map = geopandas.read_file(
'/Akamai/ais_project_data/GSHHS_shp/c/GSHHS_c_L1.shp') # c: coarse, l: low, i: intermedate, h: high, f: full
# Set CRS WGS 84
base_map = base_map.to_crs(epsg=4326)
for name, group in df_group:
if len(group) < min_pings_init:
continue
trajectory = mp.Trajectory(name, group)
# Split the trajectory at the gap
split_trajectories = list(trajectory.split_by_observation_gap(timedelta(minutes=30)))
### CREATE TRAJECTORY IDs
for split_index, trajectory in enumerate(split_trajectories):
# create a universal trajectory ID
# format is: mmsi-date-split_index
trajectory.df['traj_id'] = str(name[1]) + '-' + str(name[0].date()) + '-' + str(split_index)
### CREATE QUANT FEATURES AND WRITE IMAGES TO DISK
for split in split_trajectories:
# store the length of the split trajectory in km
traj_length = split.get_length() / 1_000
if (len(split.df) < min_pings_split) or (traj_length < .5):
print(f"Dropping a trajectory with length: {str(traj_length)} km and {str(len(split.df))} pings.")
continue
else:
try:
quants = compute_quants(split.df[['longitude', 'latitude']])
quants['traj_id'] = str(split.df['traj_id'].iloc[0])
quants['vessel_type'] = str(split.df['vessel_type'].iloc[0])
quants.to_sql('quants', engine, schema='features',
if_exists='append', index=False)
### WRITE IMAGES TO DISK
save_matplotlib_img(split, data_dir, base_map)
counter += 1
except:
print(f"An error occurred processing trajectory {split.df['traj_id'].iloc[0]}.")
end = time.time()
print(f"Generated features for {str(counter)} images in {str(round(end - start))} seconds.")
return
def test_groundtruth_labeling_job(kfp_client, experiment_id, region,
sagemaker_client, test_file_dir):
download_dir = utils.mkdir(os.path.join(test_file_dir + "/generated"))
test_params = utils.load_params(
utils.replace_placeholders(
os.path.join(test_file_dir, "config.yaml"),
os.path.join(download_dir, "config.yaml"),
))
# First create a workteam using a separate pipeline and get the name, arn of the workteam created.
workteam_name, _ = create_workteamjob(
kfp_client,
experiment_id,
region,
sagemaker_client,
"resources/config/create-workteam",
download_dir,
)
test_params["Arguments"][
"workteam_arn"] = workteam_arn = sagemaker_utils.get_workteam_arn(
sagemaker_client, workteam_name)
# Generate the ground_truth_train_job_name based on the workteam which will be used for labeling.
test_params["Arguments"][
"ground_truth_train_job_name"] = ground_truth_train_job_name = (
test_params["Arguments"]["ground_truth_train_job_name"] + "-by-" +
workteam_name)
_ = kfp_client_utils.compile_run_monitor_pipeline(
kfp_client,
experiment_id,
test_params["PipelineDefinition"],
test_params["Arguments"],
download_dir,
test_params["TestName"],
test_params["Timeout"],
test_params["StatusToCheck"],
)
# Verify the GroundTruthJob was created in SageMaker and is InProgress.
# TODO: Add a bot to complete the labeling job and check for completion instead.
try:
response = sagemaker_utils.describe_labeling_job(
sagemaker_client, ground_truth_train_job_name)
assert response["LabelingJobStatus"] == "InProgress"
# Verify that the workteam has the specified labeling job
labeling_jobs = sagemaker_utils.list_labeling_jobs_for_workteam(
sagemaker_client, workteam_arn)
assert len(labeling_jobs["LabelingJobSummaryList"]) == 1
assert (labeling_jobs["LabelingJobSummaryList"][0]["LabelingJobName"]
== ground_truth_train_job_name)
finally:
# Cleanup the SageMaker Resources
sagemaker_utils.stop_labeling_job(sagemaker_client,
ground_truth_train_job_name)
sagemaker_utils.delete_workteam(sagemaker_client, workteam_name)
# Delete generated files
utils.remove_dir(download_dir)
def main():
if main_repo_url is None or sub_repos is None:
config_error()
old_wd = os.getcwd()
print utils.blue('Initialising merging dir '+merger_dir)
utils.remove_dir(merger_dir)
utils.ensure_dir(merger_dir)
os.chdir(merger_dir)
main_repo_name = utils.get_repo_name(main_repo_url)
main_repo_dir = os.path.join(merger_dir, main_repo_name)
print utils.blue('\nCloning main repo ' + main_repo_name)
call(['git', 'clone', main_repo_url])
print ''
for sub_repo in sub_repos:
sub_repo_name = utils.get_repo_name(sub_repo['url'])
sub_repo_dir = os.path.join(merger_dir, sub_repo_name)
print utils.blue('Merging sub-repo ' + sub_repo_name + ' into main repo ' + main_repo_name)
print utils.blue('>Cloning sub-repo ' + sub_repo_name)
call(['git', 'clone', sub_repo['url']])
os.chdir(sub_repo_dir)
print utils.blue('>Looking for files to delete')
if files_to_delete is not None and files_to_delete:
files = os.listdir(sub_repo_dir)
for f in files:
for ftd in files_to_delete:
if (ftd.startswith('*') and f.endswith(ftd.split('*')[1])) or (not ftd.startswith('*') and f == ftd):
file_path = os.path.join(sub_repo_dir, f)
utils.remove_file(file_path)
print utils.blue('>>File ' + file_path + ' deleted')
files = os.listdir(sub_repo_dir)
files.remove('.git')
destination_dir = os.path.join(sub_repo_dir, sub_repo['dir'])
print utils.blue('>Directory ' + destination_dir + ' created')
utils.ensure_dir(destination_dir)
for f in files:
call(['git', 'mv', f, sub_repo['dir']])
print utils.blue('>>File/dir ' + f + ' moved into ' + sub_repo['dir'])
call(['git', 'add', '-A'])
call(['git', 'commit', '-m', 'Merging '+sub_repo_name+' into '+main_repo_name])
print utils.blue('>Changes committed in sub-repo')
os.chdir(main_repo_dir)
print utils.blue('>Adding remote '+sub_repo_name)
call(['git', 'remote', 'add', sub_repo_name, sub_repo_dir])
print utils.blue('>Fetching remote '+sub_repo_name)
call(['git', 'fetch', sub_repo_name])
print utils.blue('>Merging '+sub_repo_name+' into '+main_repo_name)
call(['git', 'merge', '--allow-unrelated-histories', '--no-edit', sub_repo_name+'/master'])
print utils.blue('>Removing remote '+sub_repo_name)
call(['git', 'remote', 'remove', sub_repo_name])
print utils.blue('>Sub-repo '+sub_repo_name+' merged into main repo '+main_repo_name)
os.chdir(merger_dir)
print ''
os.chdir(main_repo_dir)
push = None
while push is None:
push = utils.yes_no_input('Do you want to push the merged main repo '+main_repo_name+' to remote', 'y')
if push:
call(['git', 'push'])
remote_delete = None
while remote_delete is None:
remote_delete = utils.yes_no_input('Do you want to delete the remote sub-repos', 'n')
if remote_delete:
for sub_repo in sub_repos:
sub_repo_name = utils.get_repo_name(sub_repo['url'])
print '\tTODO: delete here remote repo '+sub_repo_name+'. Not yet implemented, does nothing for now.'
# TODO: see https://developer.github.com/v3/repos/#delete-a-repository
clean = None
while clean is None:
clean = utils.yes_no_input('Do you want to delete the merging dir '+merger_dir+' and all its content', 'y')
if clean:
utils.remove_dir(merger_dir)
os.chdir(old_wd)
# Note that the entire row is the value here
all_dupes = ais_bounded.map(lambda x: ((x[0], x[1]), x))
# Group by row values, dropping duplicates
ais_deduped = all_dupes.reduceByKey(lambda x, y: x) \
.map(lambda x: x[1])
#ais_deduped = all_dupes.distinct()
ais_with_dupes.unpersist()
print("Rows in deduped data: ", ais_deduped.count())
def toCSVLine(data):
return '\t'.join(str(d) for d in data)
lines = ais_deduped.map(toCSVLine)
deduped_path = Path('/Akamai/ais_project_data/ais_deduped')
save_path = deduped_path.joinpath(monthly_dir.name)
#save_path = deduped_path.joinpath('2019Sep')
if save_path.is_dir():
remove_dir(save_path)
print(save_path.parts)
lines.saveAsTextFile(str(save_path.resolve()))
end = datetime.datetime.now()
print("Runtime: ", end - start)
def save_subtitle_file(download_dir, temp_file_path):
dir_path, name_list = unzip_file(temp_file_path)
success, file_path = move_subtitle_to_download_dir(
dir_path, name_list, download_dir, SUBTITLE_FILE_EXTENSION)
remove_dir(dir_path)
return success, file_path
