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In SDK v2, jobs consolidate "experiments" and "runs".
In SDK v1, you primarily configure and run AutoML by using the AutoMLConfig class. In SDK v2, this class is now an AutoML job. Although some configuration options differ, most naming and functionality is preserved in V2.
This article compares scenarios in SDK v1 and SDK v2.
Submit AutoML run
SDK v2: The following example shows an AutoML classification task. For the complete code, see the examples repo.
# Imports from azure.ai.ml import automl, Input, MLClient from azure.ai.ml.constants import AssetTypes # Create MLTables for training dataset # Note that AutoML Job can also take in tabular data my_training_data_input = Input( type=AssetTypes.MLTABLE, path="./data/training-mltable-folder" ) # Create the AutoML classification job with the related factory-function. classification_job = automl.classification( compute="<compute_name>", experiment_name="<exp_name>", training_data=my_training_data_input, target_column_name="<name_of_target_column>", primary_metric="accuracy", n_cross_validations=5, enable_model_explainability=True, tags={"my_custom_tag": "My custom value"}, ) # Limits are all optional classification_job.set_limits( timeout_minutes=600, trial_timeout_minutes=20, max_trials=5, max_concurrent_trials = 4, max_cores_per_trial= 1, enable_early_termination=True, ) # Training properties are optional classification_job.set_training( blocked_training_algorithms=["LogisticRegression"], enable_onnx_compatible_models=True, ) # Submit the AutoML job returned_job = ml_client.jobs.create_or_update(classification_job) returned_job
Mapping of key functionality in SDK v1 and SDK v2
| Functionality in SDK v1 | Rough mapping in SDK v2 |
|---|---|
AutoMLConfig |
automl.classification() / automl.regression() / automl.forecasting() |
experiment.submit(automl_config) |
ml_client.jobs.create_or_update(job) |
remote_run.get_portal_url() |
returned_job.services["Studio"].endpoint |
AutoMLConfig(enable_early_stopping=True) |
job.set_limits(enable_early_termination=True) |
AutoMLConfig(blocked_models=[...]) |
job.set_training(blocked_training_algorithms=[...]) |
AutoMLConfig(n_cross_validations=N) |
automl.classification(n_cross_validations=N) |
Next steps
For more information, see: