With this flexibility, users of Cloud Run can easily run serverless workloads with tools they already use to package and run containers on Google Cloud, or deploy stateful and stateless workloads together. Cloud Run can also deploy containers on Google Kubernetes Engine (GKE), with the ability to specifically configure hardware requirements for serverless containers in the latter case. While other serverless platforms use event-driven functions as the main unit of deployment, Cloud Run enables to package code in a stateless container, then invoke it via HTTP requests.ĭeploying Cloud Run containers in Google’s fully managed environment provides that will usual benefits of serverless (no infrastructure management, usage-based pricing, easier auto-scaling), but also supports any number of programming languages, libraries, or system binaries. Team Size and their technical Knowledgeīetween Cloud Run and App Engine, I will select the serverless platform for my project based on my primary requirement specification and use case.Īlso, selecting Google Cloud Run and App Engine as serverless, there are further in-depth technical facts that I will take into account.īuilt from Knative, Cloud Run is the latest of Google’s serverless offerings.Technical Requirements - such as functional, Non-functional, Networking, Computing and storage, and database requirement.I concur that many people struggle while deciding between AppEngine and cloud Run as the best serverless platform.Īlthough they are both excellent but I will make my decision based on the following primary requirement specifications and circumstances: Thank you, asking my opinion about App Engine and Cloud Run Selection. Check out more episodes of Serverless Expeditions →.Video series: Check out more episodes of Serverless Migration Station →.Google Cloud Python client libraries →.Other Cloud information: Python on Google Cloud Platform →.Community-contributed migration samples repo →.Documentation migration samples repo →.Long-term support for legacy runtimes →.Second generation App Engine platform launch (2018) →.Python 2 to 3 App Engine (standard environment) migration guide →.Differences between Python 2 & 3 App Engine (standard environment) runtimes →.Python 3 App Engine (standard environment) runtime →.Using App Engine built-in libraries on Python 2 App Engine →.Python 2 App Engine (standard environment) runtime →.App Engine general docs: App Engine documentation →.Migration Module 1 "App Engine webapp2 to Flask" content →.All "Serverless Migration Station" resources →.Other Migration Module references: Migration Module introduction →.Google Cloud efforts to have an open cloud →.Module 1b Flask app (Python 3) side-by-side comparison → Using App Engine SDK web framework samples (Python 3) →.Accessing bundled services in 2nd-gen runtimes (PHP 7 or 8) documentation →.bundled services in 2nd-gen runtimes (Go 1.12+) documentation →. ![]() Accessing bundled services in 2nd-gen runtimes (Java 11 or 17) documentation →.Accessing bundled services in 2nd-gen runtimes (Python 3) documentation →. ![]()
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