A success code (2xx for HTTP/App Engine and 0 for Pub/Sub) when it succeeds.Subsequently, the target handler will execute the job and return a response of the outcome – either: When a job starts, it will send Cloud Pub/Sub message or an HTTP request to a specified target destination on a recurring schedule. Users can schedule a job in Cloud Scheduler by using its UI, or the CLI or API to invoke an HTTP/S endpoint, Cloud Pub/Sub topic or App Engine application. How about an automated schedule that stops all VMs labelled "dev" at 5 pm and restarts them at 9 am? Left your dev VMs in the cloud running and ran up a bill? We've all done that. Romin Irani, partner engineer, Google Cloud, gave a cost-saving example in a tweet: With Cloud Schedulers, users can perform various tasks such as trigger CI/CD pipelines, schedule database updates and push notifications, and invoke cloud functions.įurthermore, users benefit from the tight integration with most of Google Cloud Platform (GCP) services and cost-saving. Moreover, users can now, according to the blog post, securely invoke HTTP targets on a schedule to reach services running on Google Kubernetes Engine (GKE), Compute Engine, Cloud Run, Cloud Functions, or on on-prem systems or elsewhere with a public IP using industry-standard OAuth or OpenID Connect authentication. Since the GA release, Google has added a new feature that allows customers to trigger any service, running anywhere: on-prem, on Google Cloud or any third-party datacenter. Google made Cloud Scheduler generally available (GA) during its Next event two months ago in San Francisco, and after several months of its beta launch, as reported on earlier by InfoQ. In a recent blog, Google announced that customers can now securely invoke HTTP targets on a schedule using Cloud Scheduler – a fully managed cron job service that allows any application to invoke batch, big data, and cloud infrastructure operations.
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