Let us begin with understanding Google Cloud Run, what it is all about before moving to our Google Cloud Run Plug-in, and how it benefits our workload automation users. To empower your Workload Automation environment, download the Google Cloud Run plug-in available on Automation Hub. The Google Cloud Run plugin is a valuable addition to Workload Automation, designed to integrate with Google Cloud Run and automate the deployment and management of serverless functions. By leveraging the power of serverless computing, you can build scalable and efficient applications without worrying about managing infrastructure. Key Features: ▪ Serverless Integration: Seamlessly integrate Workload Automation with Google Cloud Run to orchestrate serverless functions. ▪ Deployment Automation: Automate the deployment of serverless functions to Google Cloud Run. ▪ Scaling and Management: Manage the scaling and lifecycle of your serverless functions. ▪ Integration with Other Google Cloud Services: Easily connect your serverless functions with other Google Cloud services, such as Cloud Storage, Cloud Functions, and BigQuery. ▪ Event-Driven Automation: Trigger serverless functions based on events, such as changes in Cloud Storage or messages from Cloud Pub/Sub. Use Cases: ▪ API Development: Build and deploy scalable APIs using serverless functions. ▪ Data Processing: Process data in real-time or in batches using serverless functions. ▪ Event-Driven Automation: Trigger actions based on events, such as changes in Cloud Storage or messages from Cloud Pub/Sub. ▪ Microservices Architecture: Build and deploy microservices-based applications using serverless functions. Example Workflow: This business scenario demonstrates how Workload Automation can effectively orchestrate Google Cloud Run functions for e-commerce order processing. By triggering Google Cloud Run functions, the retailer can automate various tasks, including order processing, inventory updates, and shipping label generation. The serverless nature of Google Cloud Run ensures scalability, while HCL Workload Automation provides centralized management and control over the entire workflow. Let's start with the job definition parameters section of our plugin. Connect to Google Cloud Run with Workload Automation Log in to the Dynamic Workload Console and open the Workload Designer. Choose to create a new job definition and select “Google Cloud Run” job type in the Cloud section. General Tab: Name: User can provide any name in the name field Workstation: You need to choose the workstation Connection: Establishing connection to the GCP Cloud server: Service Account: User must provide Google Cloud Run Service Account path or have added it in the environment variables. Region: Region is a physical location around the world where we cluster data centres. User must be using region like europe-west3. Project ID: User must provide the project ID. Use Proxy Server: Check the box if you want to let the Plug-in use a proxy server. Test Connection: Click to verify if the connection to the Google Cloud Run works correctly. Action: In the Action tab select or specify the job for which you want to perform the operation. Delete job execution after completion: Check the box to delete the job execution after it is completed. Submitting your job: It is time to Submit your job to the current plan. You can add your job to the job stream that automates your business process flow. Select the action menu in the top-left corner of the job definition panel and click on Submit Job into Current Plan. A confirmation message is displayed, and you can switch to the Monitoring view to see what is going on. Monitor Page: User can track the jobs in monitor page. If the job completes successfully in the backend Google Cloud Run, the status should be changed to successful. Job Log Details: Workflow Details Page In Conclusion: The Google Cloud Run plug-in is a powerful tool that enables you to leverage the benefits of serverless computing within your Workload Automation environment. By integrating with Google Cloud Run, you can build scalable, efficient, and cost-effective applications.
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