The code for this project was merged into the https://github.com/elyra-ai/elyra repository.
airflow-notebook implements an Apache Airflow operator NotebookOp that supports running of notebooks and Python scripts in DAGs.
To use the operator, configure Airflow to use the Elyra-enabled container image or install this package on the host(s) where the Apache Airflow webserver, scheduler, and workers are running.
Follow the instructions in this document.
You can install the airflow-notebook package from PyPI or source code.
To install airflow-notebook from PyPI:
pip install airflow-notebookTo build airflow-notebook from source, Python 3.6 (or later) must be installed.
git clone https://github.com/elyra-ai/airflow-notebook.git
cd airflow-notebook
make clean installThe operator was tested with Apache Airflow v1.10.12.
Example below on how to use the airflow operator. This particular DAG was generated with a jinja template in Elyra's pipeline editor.
from airflow import DAG
from airflow_notebook.pipeline import NotebookOp
from airflow.utils.dates import days_ago
# Setup default args with older date to automatically trigger when uploaded
args = {
'project_id': 'untitled-0105163134',
}
dag = DAG(
'untitled-0105163134',
default_args=args,
schedule_interval=None,
start_date=days_ago(1),
description='Created with Elyra 2.0.0.dev0 pipeline editor using untitled.pipeline.',
is_paused_upon_creation=False,
)
notebook_op_6055fdfb_908c_43c1_a536_637205009c79 = NotebookOp(name='notebookA',
namespace='default',
task_id='notebookA',
notebook='notebookA.ipynb',
cos_endpoint='http://endpoint.com:31671',
cos_bucket='test',
cos_directory='untitled-0105163134',
cos_dependencies_archive='notebookA-6055fdfb-908c-43c1-a536-637205009c79.tar.gz',
pipeline_outputs=[
'subdir/A.txt'],
pipeline_inputs=[],
image='tensorflow/tensorflow:2.3.0',
in_cluster=True,
env_vars={'AWS_ACCESS_KEY_ID': 'a_key',
'AWS_SECRET_ACCESS_KEY': 'a_secret_key', 'ELYRA_ENABLE_PIPELINE_INFO': 'True'},
config_file="None",
dag=dag,
)
notebook_op_074355ce_2119_4190_8cde_892a4bc57bab = NotebookOp(name='notebookB',
namespace='default',
task_id='notebookB',
notebook='notebookB.ipynb',
cos_endpoint='http://endpoint.com:31671',
cos_bucket='test',
cos_directory='untitled-0105163134',
cos_dependencies_archive='notebookB-074355ce-2119-4190-8cde-892a4bc57bab.tar.gz',
pipeline_outputs=[
'B.txt'],
pipeline_inputs=[
'subdir/A.txt'],
image='elyra/tensorflow:1.15.2-py3',
in_cluster=True,
env_vars={'AWS_ACCESS_KEY_ID': 'a_key',
'AWS_SECRET_ACCESS_KEY': 'a_secret_key', 'ELYRA_ENABLE_PIPELINE_INFO': 'True'},
config_file="None",
dag=dag,
)
notebook_op_074355ce_2119_4190_8cde_892a4bc57bab << notebook_op_6055fdfb_908c_43c1_a536_637205009c79
notebook_op_68120415_86c9_4dd9_8bd6_b2f33443fcc7 = NotebookOp(name='notebookC',
namespace='default',
task_id='notebookC',
notebook='notebookC.ipynb',
cos_endpoint='http://endpoint.com:31671',
cos_bucket='test',
cos_directory='untitled-0105163134',
cos_dependencies_archive='notebookC-68120415-86c9-4dd9-8bd6-b2f33443fcc7.tar.gz',
pipeline_outputs=[
'C.txt', 'C2.txt'],
pipeline_inputs=[
'subdir/A.txt'],
image='elyra/tensorflow:1.15.2-py3',
in_cluster=True,
env_vars={'AWS_ACCESS_KEY_ID': 'a_key',
'AWS_SECRET_ACCESS_KEY': 'a_secret_key', 'ELYRA_ENABLE_PIPELINE_INFO': 'True'},
config_file="None",
dag=dag,
)
notebook_op_68120415_86c9_4dd9_8bd6_b2f33443fcc7 << notebook_op_6055fdfb_908c_43c1_a536_637205009c79