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Deploy to Astro with the API

While you can deploy your Apache Airflow code to Astro using the Astro GitHub integration, the Astro CLI, or by configuring a CI/CD pipeline, your organization might prefer to use the Astro API to deploy code. This is because using the Astro API has very few dependencies, making it compatible with almost all CI/CD environments and security requirements.

If the Astro API has access to your Astro project files, you can use the deploy endpoints in the Astro API to complete either a complete project deploy, image-only deploy or DAG-only deploy. You can then implement scripts to automate deploys as an alternative to using the Astro CLI or the Astro GitHub integration.

This best practice guide first walks through the steps that are necessary to deploy code to Astro using the Astro API for three different code deploy methods:

  • A complete project deploy
  • An image-only deploy
  • A DAGs-only deploy

Then, the guide shows you the recommended way to combine these three automated processes to create a script with conditional logic that can automatically deploy code to Astro, depending on which types of files change in your Astro project. These examples are bash scripts that use Docker to build the image, but you can use a similar tool like kaniko. You can also use a different scripting language, like Python, instead of bash.

Feature overview​

This guide highlights the following Astro features:

  • The Astro API Deploy endpoint to create and manage code deploys to an Astro Deployment.

Prerequisites​

This guide assumes that you have:

With DAG-only deploys enabled​

If you have DAG-only deploys enabled, you can create scripts for complete project deploys, DAG-only deploys, or image-only deploys. The following sections include a step by step description of the workflow followed by a bash script that executes the workflow.

See Deploy code to Astro for more information about the different ways to update your DAGs and Airflow images.

Complete project deploy​

The following steps describe the different actions that the script performs to deploy a complete Astro project. Refer to What happens during a project deploy to learn the details about how a project deploy builds and deploys a new Astro image along with deploying DAGs.

  1. Make a POST request to the Deploy endpoint to create a new deploy object. In your call, specify type as IMAGE_AND_DAG. Store the values for id, imageRepository, imageTag, and dagsUploadURL that are returned in the response to use in the following steps.

    This action creates an object that represents the intent to deploy code to a Deployment. See the Astro API documentation for request usage and examples.

  2. Authenticate to Astronomer's image registry using your Astro API token:


    docker login images.astronomer.cloud -u cli -p <your-api-token>

  3. Build the image using the imageRepository and imageTag values that you retrieved in Step 1, as well as your Astro project path.


    docker build -t imageRepository:imageTag --platform=linux/amd64 <astro_project_path>

  4. Push the image using the imageRepository and imageTag values that you retrieved in Step 1.


    docker push imageRepository:imageTag

  5. Create a tar file of your Astro project DAGs folder:


    tar -cvf <path-to-create-tar-file>/dags.tar "dags"

    info

    Make sure to clean up the dags.tar file after uploading.

  6. Upload the tar file by making a PUT call using the dagsUploadURL that you retrieved in Step 1. In this call, it is mandatory to pass the x-ms-blob-type as BlockBlob. Then, save the x-ms-version-id from the response header.

  7. Using your deploy id, make a request to finalize the deploy. See Astro API documentation for more information about formatting the API request.

    • On Success, your DAGs have successfully uploaded and a x-ms-version-id of the DAGs tarball is generated in the response headers. Pass this x-ms-version-id in the requested body to finish your updates.
    • It might take a few minutes for the changes to update in your Deployment.
Complete project deploy script

# Prerequisites
#!/bin/bash

ORGANIZATION_ID=<set organization id>
DEPLOYMENT_ID=<set deployment id>
ASTRO_API_TOKEN=<set api token>
ASTRO_PROJECT_PATH=<set path to your Astro project>

# Step 1: Initialize deploy
echo -e "Initiating Deploy Process for deployment $DEPLOYMENT_ID\n"
CREATE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys" \
--header "X-Astro-Client-Identifier: script" \
--header "Content-Type: application/json" \
--header "Authorization: Bearer $ASTRO_API_TOKEN" \
--data '{
"type": "IMAGE_AND_DAG"
}' | jq '.')

DEPLOY_ID=$(echo $CREATE_DEPLOY | jq -r '.id')
REPOSITORY=$(echo $CREATE_DEPLOY | jq -r '.imageRepository')
TAG=$(echo $CREATE_DEPLOY | jq -r '.imageTag')
DAGS_UPLOAD_URL=$(echo $CREATE_DEPLOY | jq -r '.dagsUploadUrl')

# Step 2: Log in to Docker
docker login images.astronomer.cloud -u cli -p $ASTRO_API_TOKEN
echo -e "\nBuilding Docker image $REPOSITORY:$TAG for $DEPLOYMENT_ID from $ASTRO_PROJECT_PATH"

# Step 3: Build image
docker build -t $REPOSITORY:$TAG --platform=linux/amd64 $ASTRO_PROJECT_PATH

# Step 4: Push image
echo -e "\nPushing Docker image $REPOSITORY:$TAG to $DEPLOYMENT_ID"
docker push $REPOSITORY:$TAG

# Step 5: Create tar file
echo -e "\nCreating a dags tar file from $ASTRO_PROJECT_PATH/dags and stored in $ASTRO_PROJECT_PATH/dags.tar\n"
cd $ASTRO_PROJECT_PATH
tar -cvf "$ASTRO_PROJECT_PATH/dags.tar" "dags"

# Step 6: Upload DAGs tar file
echo -e "\nUploading tar file $ASTRO_PROJECT_PATH/dags.tar\n"
VERSION_ID=$(curl -i --request PUT $DAGS_UPLOAD_URL \
--header 'x-ms-blob-type: BlockBlob' \
--header 'Content-Type: application/x-tar' \
--upload-file "$ASTRO_PROJECT_PATH/dags.tar" | grep x-ms-version-id | awk -F': ' '{print $2}')

VERSION_ID=$(echo $VERSION_ID | sed 's/\r//g') # Remove unexpected carriage return characters
echo -e "\nTar file uploaded with version: $VERSION_ID\n"

# Step 7: Finalizing Deploy
FINALIZE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys/$DEPLOY_ID/finalize" \
--header "X-Astro-Client-Identifier: script" \
--header "Content-Type: application/json" \
--header "Authorization: Bearer $ASTRO_API_TOKEN" \
--data '{"dagTarballVersion": "'$VERSION_ID'"}')

ID=$(echo $FINALIZE_DEPLOY | jq -r '.id')
if [[ "$ID" != null ]]; then
        echo -e "\nDeploy is Finalized. Image and DAG changes for deployment $DEPLOYMENT_ID should be live in a few minutes"
        echo "Deployed Image tag: $TAG"
        echo "Deployed DAG Tarball Version: $VERSION_ID"
else
        MESSAGE=$(echo $FINALIZE_DEPLOY | jq -r '.message')
        if  [[ "$MESSAGE" != null ]]; then
                echo $MESSAGE
        else
                echo "Something went wrong. Reach out to astronomer support for assistance"
        fi
fi

# Cleanup
echo -e "\nCleaning up the created tar file from $ASTRO_PROJECT_PATH/dags.tar"
rm -rf "$ASTRO_PROJECT_PATH/dags.tar"

DAG-only deploy​

The following script allows you to update only your DAG files. Refer to Deploy DAGs to learn the details about how Astro deploys DAGs.

  1. Make a POST request to the Deploy endpoint to create a new deploy object. In your request, specify type as DAG_ONLY. Store the values for id and dagsUploadURL that are returned in the response to use in the following steps.

    This action creates an object that represents the intent to deploy code to a Deployment. See the Astro API documentation for request usage and examples.

  2. Create a tar file of your Astro project DAGs folder:


    tar -cvf <path to create the tar file>/dags.tar "dags"

    note

    Make sure to clean up the dags.tar file after uploading.

  3. Upload the tar file by making a PUT request using the dagsUploadURL that you retrieved in Step 2. In this request, it is mandatory to pass the x-ms-blob-type as BlockBlob. Then, save the x-ms-version-id from the response header.

  4. Using your deploy id, make a request to finalize the deploy. See Astro API documentation for more information about formatting the API request.

    • On Success, your DAGs have successfully uploaded and a x-ms-version-id of the DAGs tarball is generated. Pass this x-ms-version-id in the requested body to finish your updates.
    • It might take a few minutes for the changes to update in your Deployment.
DAG-only deploy script

# Prerequisites
#!/bin/bash

ORGANIZATION_ID=<set organization id>
DEPLOYMENT_ID=<set deployment id>
ASTRO_API_TOKEN=<set api token>
ASTRO_PROJECT_PATH=<set path to your airflow project>

# Step 1: Initialize deploy
echo -e "Initiating Deploy Process for deployment $DEPLOYMENT_ID\n"
CREATE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys" \
--header "X-Astro-Client-Identifier: script" \
--header "Content-Type: application/json" \
--header "Authorization: Bearer $ASTRO_API_TOKEN" \
--data '{
"type": "DAG_ONLY"
}' | jq '.')

DEPLOY_ID=$(echo $CREATE_DEPLOY | jq -r '.id')
DAGS_UPLOAD_URL=$(echo $CREATE_DEPLOY | jq -r '.dagsUploadUrl')

# Step 2: Create a tar file of Astro project DAGs folder

echo -e "\nCreating a dags tar file from $ASTRO_PROJECT_PATH/dags and stored in $ASTRO_PROJECT_PATH/dags.tar\n"
cd $ASTRO_PROJECT_PATH
tar -cvf "$ASTRO_PROJECT_PATH/dags.tar" "dags"

# Step 3: Upload tar file
echo -e "\nUploading tar file $ASTRO_PROJECT_PATH/dags.tar\n"
VERSION_ID=$(curl -i --request PUT $DAGS_UPLOAD_URL \
--header 'x-ms-blob-type: BlockBlob' \
--header 'Content-Type: application/x-tar' \
--upload-file "$ASTRO_PROJECT_PATH/dags.tar" | grep x-ms-version-id | awk -F': ' '{print $2}')

VERSION_ID=$(echo $VERSION_ID | sed 's/\r//g') # Remove unexpected carriage return characters
echo -e "\nTar file uploaded with version: $VERSION_ID\n"

# Step 4: Finalizing Deploy
FINALIZE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys/$DEPLOY_ID/finalize" \
--header "X-Astro-Client-Identifier: script" \
--header "Content-Type: application/json" \
--header "Authorization: Bearer $ASTRO_API_TOKEN" \
--data '{"dagTarballVersion": "'$VERSION_ID'"}')

ID=$(echo $FINALIZE_DEPLOY | jq -r '.id')
if [[ "$ID" != null ]]; then
        echo -e "\nDeploy is Finalized. DAG changes for deployment $DEPLOYMENT_ID should be live in a few minutes"
        echo "Deployed DAG Tarball Version: $VERSION_ID"
else
        MESSAGE=$(echo $FINALIZE_DEPLOY | jq -r '.message')
        if  [[ "$MESSAGE" != null ]]; then
                echo $MESSAGE
        else
                echo "Something went wrong. Reach out to astronomer support for assistance"
        fi
fi

# Cleanup
echo -e "\nCleaning up the created tar file from $ASTRO_PROJECT_PATH/dags.tar"
rm -rf "$ASTRO_PROJECT_PATH/dags.tar"

Image-only deploy​

The following script allows you to update only your Astro project by building and deploying a new Docker image. Refer to What happens during a project deploy to learn the details about how Astro deploys image updates.

  1. Make a POST request to the Deploy endpoint to create a new deploy object. In your request, specify type as IMAGE. Store the value for the DeployID that is returned. This action creates an object that represents the intent to deploy code to a Deployment. See the Astro API documentation for request usage and examples.

  2. Log in to Docker with your Astro API token.


    docker login images.astronomer.cloud -u cli -p <your_astro_api_token>

  3. Build the image using the imageRepository and imageTag values that you retrieved in Step 2, as well as your Astro project path.


    docker build -t imageRepository:imageTag --platform=linux/amd64 <astro_project_path>

  4. Push the image using the imageRepository and imageTag values that you retrieved earlier.


    docker push imageRepository:imageTag

  5. Using your deploy id, make a request to finalize the deploy. See Astro API documentation for more information about formatting the API request.

    • On Success, your DAGs have successfully uploaded and a x-ms-version-id of the DAGs tarball is generated. Pass this x-ms-version-id in the requested body to finish your updates.
    • It might take a few minutes for the changes to update in your Deployment.
Image-only deploy script
  # Prerequisites
  #!/bin/bash

  ORGANIZATION_ID=<set organization id>
  DEPLOYMENT_ID=<set deployment id>
  ASTRO_API_TOKEN=<set api token>
  ASTRO_PROJECT_PATH=<set path to your airflow project>

  # Step 1: Initialize Deploy
  echo -e "Initiating Deploy Process for deployment $DEPLOYMENT_ID\n"
  CREATE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys" \
  --header "X-Astro-Client-Identifier: script" \
  --header "Content-Type: application/json" \
  --header "Authorization: Bearer $ASTRO_API_TOKEN" \
  --data '{
  "type": "IMAGE_ONLY"
  }' | jq '.')

  DEPLOY_ID=$(echo $CREATE_DEPLOY | jq -r '.id')
  REPOSITORY=$(echo $CREATE_DEPLOY | jq -r '.imageRepository')
  TAG=$(echo $CREATE_DEPLOY | jq -r '.imageTag')

  # Step 2 Log in to Docker

  docker login images.astronomer.cloud -u cli -p $ASTRO_API_TOKEN

  # Step 3: Build Docker image
  echo -e "\nBuilding Docker image $REPOSITORY:$TAG for $DEPLOYMENT_ID from $ASTRO_PROJECT_PATH"
  docker build -t $REPOSITORY:$TAG --platform=linux/amd64 $ASTRO_PROJECT_PATH

  # Step 4: Push image
  echo -e "\nPushing Docker image $REPOSITORY:$TAG to $DEPLOYMENT_ID"
  docker push $REPOSITORY:$TAG

  # Step 5: Finalize Deploy
  FINALIZE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys/$DEPLOY_ID/finalize" \
  --header "X-Astro-Client-Identifier: script" \
  --header "Content-Type: application/json" \
  --header "Authorization: Bearer $ASTRO_API_TOKEN" \
  --data '{}')

  ID=$(echo $FINALIZE_DEPLOY | jq -r '.id')
  if [[ "$ID" != null ]]; then
          echo -e "\nDeploy is Finalized. Image changes for deployment $DEPLOYMENT_ID should be live in a few minutes"
          echo "Deployed Image tag: $TAG"
  else
          MESSAGE=$(echo $FINALIZE_DEPLOY | jq -r '.message')
          if  [[ "$MESSAGE" != null ]]; then
                  echo $MESSAGE
          else
                  echo "Something went wrong. Reach out to astronomer support for assistance"
          fi
  fi

With DAG-only deploy disabled​

You can only use complete project deploys if you have DAG-only deploys disabled. Image-only and DAG-only deploys do not work.

See Deploy code to Astro for more information about the different ways to update your DAGs and Airflow images.

Complete project deploy​

  1. Create the Deploy API call using the IMAGE_AND_DAG type. This action creates an object that represents the intent to deploy code to a Deployment.

  2. After you create the deploy, retrieve the id, imageRepository, and imageTag values using the GET deploy API call, which you need in the following steps.

  3. Log in to Docker with your Astro API token.


    docker login images.astronomer.cloud -u cli -p <your_astro_api_token>

  4. Build the Docker image using the imageRepository, imageTag, and Astro project path values that you retrieved earlier.


    docker build -t imageRepository:imageTag --platform=linux/amd64 <astro_project_path>

  5. Push the Docker image using the imageRepository and imageTag values that you retrieved earlier.


    docker push imageRepository:imageTag

  6. Finalize the deploy. See Finalize the deploy for more information about the API request.

    • On Success, the new image has successfully uploaded. Since you didn't update any DAGs in this deploy, pass the requested body as empty, ({}).
    • It might take a few minutes for the changes to update in your Deployment.
Complete project deploy script

#Prerequisites
#!/bin/bash

ORGANIZATION_ID=<set organization id>
DEPLOYMENT_ID=<set deployment id>
ASTRO_API_TOKEN=<set api token>
ASTRO_PROJECT_PATH=<set path to your airflow project>

# Step 1: Initializing Deploy
echo -e "Initiating Deploy Process for deployment $DEPLOYMENT_ID\n"
CREATE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys" \
--header "X-Astro-Client-Identifier: script" \
--header "Content-Type: application/json" \
--header "Authorization: Bearer $ASTRO_API_TOKEN" \
--data '{
"type": "IMAGE_AND_DAG"
}' | jq '.')

DEPLOY_ID=$(echo $CREATE_DEPLOY | jq -r '.id')

# Step 2-5: Build and Push Docker Image
REPOSITORY=$(echo $CREATE_DEPLOY | jq -r '.imageRepository')
TAG=$(echo $CREATE_DEPLOY | jq -r '.imageTag')
docker login images.astronomer.cloud -u cli -p $ASTRO_API_TOKEN
echo -e "\nBuilding Docker image $REPOSITORY:$TAG for $DEPLOYMENT_ID from $ASTRO_PROJECT_PATH"
docker build -t $REPOSITORY:$TAG --platform=linux/amd64 $ASTRO_PROJECT_PATH
echo -e "\nPushing Docker image $REPOSITORY:$TAG to $DEPLOYMENT_ID"
docker push $REPOSITORY:$TAG

# Step 6: Finalizing Deploy
FINALIZE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys/$DEPLOY_ID/finalize" \
--header "X-Astro-Client-Identifier: script" \
--header "Content-Type: application/json" \
--header "Authorization: Bearer $ASTRO_API_TOKEN" \
--data '{}')

ID=$(echo $FINALIZE_DEPLOY | jq -r '.id')
if [[ "$ID" != null ]]; then
        echo -e "\nDeploy is Finalized. Image and DAG changes for deployment $DEPLOYMENT_ID should be live in a few minutes"
        echo "Deployed Image tag: $TAG"
else
        MESSAGE=$(echo $FINALIZE_DEPLOY | jq -r '.message')
        if  [[ "$MESSAGE" != null ]]; then
                echo $MESSAGE
        else
                echo "Something went wrong. Reach out to astronomer support for assistance"
        fi
fi

In addition to manually triggering project, DAG, and image deploys, you can create scripts that trigger specific code deploys depending on whether there have been changes to DAGs or files used to build the project image.

In this section, you can read a description of the process that the following code example shows the recommended way to combine the previous scripts to trigger different code deploys depending on the files changed in your project. This example demonstrates how to combine all three types of deploys and the conditional logic for when to deploy each.

info

This recommended process requires that you enable DAG-only deploys.

Dynamic deploys description​

In the following code example, the script completes the following processes:

  1. Determine whether DAG files have been changed. If only DAGs have changed, then the script initiates a DAG-only deploy.

  2. Make a POST request to the Deploy endpoint to create a new deploy object.

  3. If only DAGs have changed, the script initiates a DAGs-only deploy. If you changed more files, the script builds and deploys the project image, and then completes a DAG-only deploy.

  4. The script cleans up any tar files created during the build process.

To run the script, set the different environment variables to the values for your environment.

Trigger deploys when files change code example
#!/bin/bash

# Prerequisites

ORGANIZATION_ID=<set organization id>
DEPLOYMENT_ID=<set deployment id>
ASTRO_API_TOKEN=<set api token>
ASTRO_PROJECT_PATH=<set path to your airflow project>

# Step 1: Determine if only DAG files have changes
files=$(git diff --name-only $(git rev-parse HEAD~1) -- .)
dags_only=1
for file in $files;do
if [[ $file != "$ASTRO_PROJECT_PATH/dags"* ]];then
    echo "$file is not a dag, triggering a full image build"
    dags_only=0
    break
fi
done

# Step 2: Initializing Deploy
echo -e "Initiating Deploy Process for deployment $DEPLOYMENT_ID\n"
CREATE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys" \
--header "X-Astro-Client-Identifier: script" \
--header "Content-Type: application/json" \
--header "Authorization: Bearer $ASTRO_API_TOKEN" \
--data '{
   "type": "IMAGE_AND_DAG"
}' | jq '.')

DEPLOY_ID=$(echo $CREATE_DEPLOY | jq -r '.id')

# Step 3: If only DAGs changed deploy only the DAGs in your 'dags' folder to your Deployment
if [ $dags_only == 1 ]
then
	# Upload dags tar file
	DAGS_UPLOAD_URL=$(echo $CREATE_DEPLOY | jq -r '.dagsUploadUrl')
	echo -e "\nCreating a dags tar file from $ASTRO_PROJECT_PATH/dags and stored in $ASTRO_PROJECT_PATH/dags.tar\n"
	cd $ASTRO_PROJECT_PATH
	tar -cvf "$ASTRO_PROJECT_PATH/dags.tar" "dags"
	echo -e "\nUploading tar file $ASTRO_PROJECT_PATH/dags.tar\n"
	VERSION_ID=$(curl -i --request PUT $DAGS_UPLOAD_URL \
	--header 'x-ms-blob-type: BlockBlob' \
	--header 'Content-Type: application/x-tar' \
	--upload-file "$ASTRO_PROJECT_PATH/dags.tar" | grep x-ms-version-id | awk -F': ' '{print $2}')

	VERSION_ID=$(echo $VERSION_ID | sed 's/\r//g') # Remove unexpected carriage return characters
	echo -e "\nTar file uploaded with version: $VERSION_ID\n"

	# Finalizing Deploy
	FINALIZE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys/$DEPLOY_ID/finalize" \
	--header "X-Astro-Client-Identifier: script" \
	--header "Content-Type: application/json" \
	--header "Authorization: Bearer $ASTRO_API_TOKEN" \
	--data '{"dagTarballVersion": "'$VERSION_ID'"}')

	ID=$(echo $FINALIZE_DEPLOY | jq -r '.id')
	if [[ "$ID" != null ]]; then
	        echo -e "\nDeploy is Finalized. DAG changes for deployment $DEPLOYMENT_ID should be live in a few minutes"
	        echo "Deployed DAG Tarball Version: $VERSION_ID"
	else
	        MESSAGE=$(echo $FINALIZE_DEPLOY | jq -r '.message')
	        if  [[ "$MESSAGE" != null ]]; then
	                echo $MESSAGE
	        else
	                echo "Something went wrong. Reach out to astronomer support for assistance"
	        fi
	fi

	# Step 4: Cleanup
	echo -e "\nCleaning up the created tar file from $ASTRO_PROJECT_PATH/dags.tar"
	rm -rf "$ASTRO_PROJECT_PATH/dags.tar"
fi
# Step 3: If any other files changed build your Astro project into a Docker image, push the image to your Deployment, and then push and DAG changes
if [ $dags_only == 0 ]
then
   # Build and Push Docker Image
	REPOSITORY=$(echo $CREATE_DEPLOY | jq -r '.imageRepository')
	TAG=$(echo $CREATE_DEPLOY | jq -r '.imageTag')
	docker login images.astronomer.cloud -u cli -p $ASTRO_API_TOKEN
	echo -e "\nBuilding Docker image $REPOSITORY:$TAG for $DEPLOYMENT_ID from $ASTRO_PROJECT_PATH"
	docker build -t $REPOSITORY:$TAG --platform=linux/amd64 $ASTRO_PROJECT_PATH
	echo -e "\nPushing Docker image $REPOSITORY:$TAG to $DEPLOYMENT_ID"
	docker push $REPOSITORY:$TAG

	# Upload dags tar file
	DAGS_UPLOAD_URL=$(echo $CREATE_DEPLOY | jq -r '.dagsUploadUrl')
	echo -e "\nCreating a dags tar file from $ASTRO_PROJECT_PATH/dags and stored in $ASTRO_PROJECT_PATH/dags.tar\n"
	cd $ASTRO_PROJECT_PATH
	tar -cvf "$ASTRO_PROJECT_PATH/dags.tar" "dags"
	echo -e "\nUploading tar file $ASTRO_PROJECT_PATH/dags.tar\n"
	VERSION_ID=$(curl -i --request PUT $DAGS_UPLOAD_URL \
	--header 'x-ms-blob-type: BlockBlob' \
	--header 'Content-Type: application/x-tar' \
	--upload-file "$ASTRO_PROJECT_PATH/dags.tar" | grep x-ms-version-id | awk -F': ' '{print $2}')

	VERSION_ID=$(echo $VERSION_ID | sed 's/\r//g') # Remove unexpected carriage return characters
	echo -e "\nTar file uploaded with version: $VERSION_ID\n"

	# Finalizing Deploy
	FINALIZE_DEPLOY=$(curl --location --request POST "https://api.astronomer.io/platform/v1beta1/organizations/$ORGANIZATION_ID/deployments/$DEPLOYMENT_ID/deploys/$DEPLOY_ID/finalize" \
	--header "X-Astro-Client-Identifier: script" \
	--header "Content-Type: application/json" \
	--header "Authorization: Bearer $ASTRO_API_TOKEN" \
	--data '{"dagTarballVersion": "'$VERSION_ID'"}')

	ID=$(echo $FINALIZE_DEPLOY | jq -r '.id')
	if [[ "$ID" != null ]]; then
	        echo -e "\nDeploy is Finalized. Image and DAG changes for deployment $DEPLOYMENT_ID should be live in a few minutes"
	        echo "Deployed Image tag: $TAG"
	        echo "Deployed DAG Tarball Version: $VERSION_ID"
	else
	        MESSAGE=$(echo $FINALIZE_DEPLOY | jq -r '.message')
	        if  [[ "$MESSAGE" != null ]]; then
	                echo $MESSAGE
	        else
	                echo "Something went wrong. Reach out to astronomer support for assistance"
	        fi
	fi

	# Step 4: Cleanup
	echo -e "\nCleaning up the created tar file from $ASTRO_PROJECT_PATH/dags.tar"
	rm -rf "$ASTRO_PROJECT_PATH/dags.tar"
fi

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