Our goal is to let developers think about the business logic, datajob does the rest...
- Deploy code to python shell / pyspark AWS Glue jobs.
- Use AWS Sagemaker to create ML Models.
- Orchestrate the above jobs using AWS Stepfunctions as simple as
task1 >> task2 - Let us know what you want to see next.
🚀 🆕 🚀
Check our new example of an End-to-end Machine Learning Pipeline with Glue, Sagemaker and Stepfunctions
🚀 🆕 🚀
Datajob can be installed using pip.
Beware that we depend on aws cdk cli!
pip install datajob
npm install -g [email protected] # latest version of datajob depends this version
You can find the full example in examples/data_pipeline_simple.
We have a simple data pipeline composed of 2 glue jobs orchestrated sequentially using step functions.
from aws_cdk import core
from datajob.datajob_stack import DataJobStack
from datajob.glue.glue_job import GlueJob
from datajob.stepfunctions.stepfunctions_workflow import StepfunctionsWorkflow
app = core.App()
# The datajob_stack is the instance that will result in a cloudformation stack.
# We inject the datajob_stack object through all the resources that we want to add.
with DataJobStack(scope=app, id="data-pipeline-simple") as datajob_stack:
# We define 2 glue jobs with the relative path to the source code.
task1 = GlueJob(
datajob_stack=datajob_stack, name="task1", job_path="glue_jobs/task.py"
)
task2 = GlueJob(
datajob_stack=datajob_stack, name="task2", job_path="glue_jobs/task2.py"
)
# We instantiate a step functions workflow and orchestrate the glue jobs.
with StepfunctionsWorkflow(datajob_stack=datajob_stack, name="workflow") as sfn:
task1 >> task2
app.synth()We add the above code in a file called datajob_stack.py in the root of the project.
Follow the steps here to configure your credentials.
export AWS_PROFILE=default
# use the aws cli to get your account number
export AWS_ACCOUNT=$(aws sts get-caller-identity --query Account --output text --profile $AWS_PROFILE)
export AWS_DEFAULT_REGION=eu-west-1
# init cdk
cdk bootstrap aws://$AWS_ACCOUNT/$AWS_DEFAULT_REGIONDeploy the pipeline using CDK.
cd examples/data_pipeline_simple
cdk deploy --app "python datajob_stack.py" --require-approval neverdatajob execute --state-machine data-pipeline-simple-workflowThe terminal will show a link to the step functions page to follow up on your pipeline run.
cdk destroy --app "python datajob_stack.py"- Data pipeline with parallel steps
- Data pipeline for processing big data using PySpark
- Data pipeline where you package and ship your project as a wheel
- Machine Learning pipeline where we combine glue jobs with sagemaker
All our examples are in ./examples
Deploy to a stage
Specify a stage to deploy an isolated pipeline.
Typical examples would be dev , prod, ...
cdk deploy --app "python datajob_stack.py" --context stage=my-stageUsing datajob's S3 data bucket
Dynamically reference the datajob_stack data bucket name to the arguments of your GlueJob by calling
datajob_stack.context.data_bucket_name.
import pathlib
from aws_cdk import core
from datajob.datajob_stack import DataJobStack
from datajob.glue.glue_job import GlueJob
from datajob.stepfunctions.stepfunctions_workflow import StepfunctionsWorkflow
current_dir = str(pathlib.Path(__file__).parent.absolute())
app = core.App()
with DataJobStack(
scope=app, id="datajob-python-pyspark", project_root=current_dir
) as datajob_stack:
pyspark_job = GlueJob(
datajob_stack=datajob_stack,
name="pyspark-job",
job_path="glue_job/glue_pyspark_example.py",
job_type="glueetl",
glue_version="2.0", # we only support glue 2.0
python_version="3",
worker_type="Standard", # options are Standard / G.1X / G.2X
number_of_workers=1,
arguments={
"--source": f"s3://{datajob_stack.context.data_bucket_name}/raw/iris_dataset.csv",
"--destination": f"s3://{datajob_stack.context.data_bucket_name}/target/pyspark_job/iris_dataset.parquet",
},
)
with StepfunctionsWorkflow(datajob_stack=datajob_stack, name="workflow") as sfn:
pyspark_job >> ...you can find this example here
Deploy files to the datajob's deployment bucket
Specify the path to the folder we would like to include in the deployment bucket.
from aws_cdk import core
from datajob.datajob_stack import DataJobStack
app = core.App()
with DataJobStack(
scope=app, id="some-stack-name", include_folder="path/to/folder/"
) as datajob_stack:
...Package your project as a wheel and ship it to AWS
You can find the example here
# We add the path to the project root in the constructor of DataJobStack.
# By specifying project_root, datajob will look for a .whl in
# the dist/ folder in your project_root.
with DataJobStack(
scope=app, id="data-pipeline-pkg", project_root=current_dir
) as datajob_stack:Package you project using poetry
poetry build
cdk deploy --app "python datajob_stack.py"Package you project using setup.py
python setup.py bdist_wheel
cdk deploy --app "python datajob_stack.py"you can also use the datajob cli to do the two commands at once:
# for poetry
datajob deploy --config datajob_stack.py --package poetry
# for setup.py
datajob deploy --config datajob_stack.py --package setuppyProcessing big data using a Glue Pyspark job
import pathlib
from aws_cdk import core
from datajob.datajob_stack import DataJobStack
from datajob.glue.glue_job import GlueJob
current_dir = str(pathlib.Path(__file__).parent.absolute())
app = core.App()
with DataJobStack(
scope=app, id="datajob-python-pyspark", project_root=current_dir
) as datajob_stack:
pyspark_job = GlueJob(
datajob_stack=datajob_stack,
name="pyspark-job",
job_path="glue_job/glue_pyspark_example.py",
job_type="glueetl",
glue_version="2.0", # we only support glue 2.0
python_version="3",
worker_type="Standard", # options are Standard / G.1X / G.2X
number_of_workers=1,
arguments={
"--source": f"s3://{datajob_stack.context.data_bucket_name}/raw/iris_dataset.csv",
"--destination": f"s3://{datajob_stack.context.data_bucket_name}/target/pyspark_job/iris_dataset.parquet",
},
)full example can be found in examples/data_pipeline_pyspark.
Orchestrate stepfunctions tasks in parallel
# Task2 comes after task1. task4 comes after task3.
# Task 5 depends on both task2 and task4 to be finished.
# Therefore task1 and task2 can run in parallel,
# as well as task3 and task4.
with StepfunctionsWorkflow(datajob_stack=datajob_stack, name="workflow") as sfn:
task1 >> task2
task3 >> task4
task2 >> task5
task4 >> task5More can be found in examples/data_pipeline_parallel
Orchestrate 1 stepfunction task
Use the Ellipsis object to be able to orchestrate 1 job via step functions.
some_task >> ...Notify in case of error/success
Provide the parameter notification in the constructor of a StepfunctionsWorkflow object.
This will create an SNS Topic which will be triggered in case of failure or success.
The email will subscribe to the topic and receive the notification in its inbox.
with StepfunctionsWorkflow(datajob_stack=datajob_stack,
name="workflow",
notification="[email protected]") as sfn:
task1 >> task2You can provide 1 email or a list of emails ["[email protected]", "[email protected]"].
The datajob_stack is the instance that will result in a cloudformation stack.
The path in project_root helps datajob_stack locate the root of the project where
the setup.py/poetry pyproject.toml file can be found, as well as the dist/ folder with the wheel of your project .
import pathlib
from aws_cdk import core
from datajob.datajob_stack import DataJobStack
current_dir = pathlib.Path(__file__).parent.absolute()
app = core.App()
with DataJobStack(
scope=app, id="data-pipeline-pkg", project_root=current_dir
) as datajob_stack:
...When entering the contextmanager of DataJobStack:
A DataJobContext is initialized to deploy and run a data pipeline on AWS. The following resources are created:
- "data bucket"
- an S3 bucket that you can use to dump ingested data, dump intermediate results and the final output.
- you can access the data bucket as a Bucket object via
datajob_stack.context.data_bucket - you can access the data bucket name via
datajob_stack.context.data_bucket_name
- "deployment bucket"
- an s3 bucket to deploy code, artifacts, scripts, config, files, ...
- you can access the deployment bucket as a Bucket object via
datajob_stack.context.deployment_bucket - you can access the deployment bucket name via
datajob_stack.context.deployment_bucket_name
when exiting the context manager all the resources of our DataJobStack object are created.
We can write the above example more explicitly...
import pathlib
from aws_cdk import core
from datajob.datajob_stack import DataJobStack
from datajob.glue.glue_job import GlueJob
from datajob.stepfunctions.stepfunctions_workflow import StepfunctionsWorkflow
current_dir = pathlib.Path(__file__).parent.absolute()
app = core.App()
datajob_stack = DataJobStack(scope=app, id="data-pipeline-pkg", project_root=current_dir)
datajob_stack.init_datajob_context()
task1 = GlueJob(datajob_stack=datajob_stack, name="task1", job_path="glue_jobs/task.py")
task2 = GlueJob(datajob_stack=datajob_stack, name="task2", job_path="glue_jobs/task2.py")
with StepfunctionsWorkflow(datajob_stack=datajob_stack, name="workflow") as step_functions_workflow:
task1 >> task2
datajob_stack.create_resources()
app.synth()Any suggestions can be shared by starting a discussion
These are the ideas, we find interesting to implement;
- add a time based trigger to the step functions workflow.
- add an s3 event trigger to the step functions workflow.
- add a lambda that copies data from one s3 location to another.
- version your data pipeline.
- cli command to view the logs / glue jobs / s3 bucket
- implement sagemaker services
- processing jobs
- hyperparameter tuning jobs
- training jobs
- implement lambda
- implement ECS Fargate
- create a serverless UI that follows up on the different pipelines deployed on possibly different AWS accounts using Datajob
Feedback is much appreciated!
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