Cloud Engineering Students
Preparing for a Google Cloud Professional Cloud Architect or Developer certification exam
Use cases
About
The Deploying, Implementing and Managing App Engine, Cloud Run and Cloud Functions mind map template provides a technical framework for architects and developers working within the Google Cloud Platform (GCP). This 46-node cheat sheet covers the three primary serverless compute options, detailing specific configurations for 'Standard' and 'Flexible' environments. It serves as a comprehensive App Engine template and Cloud Run mind map, outlining how to manage stateless containers and event-driven architectures. The guide specifically highlights 'Memcache' strategies for in-memory storage and 'Versions' management for canary deployments using the --no-promote flag. By mapping out the nuances between these services, users can determine the best fit for their microservice architecture, whether they require the rapid scaling of Cloud Functions or the VPC access provided by the App Engine Flexible environment.
Terms and ConditionsWhen to use this template
Cloud Architects and DevOps Leads
Architecting a new serverless backend and choosing between containerized or function-based deployments
Site Reliability Engineers (SREs)
Setting up a CI/CD pipeline that requires traffic splitting and canary deployment logic
How to use this template
Step 1
Import the GCP template
Open the .xmind file in Xmind desktop or web app to view the full hierarchy of Google Cloud compute services.
Step 2
Map your architecture
Replace the generic service descriptions with your specific project requirements or resource names under the Cloud Run or App Engine branches.
Step 3
Export as a cheat sheet
Use the Export function to save the diagram as a PDF or PNG to serve as a quick reference during deployment sprints.
Frequently asked questions
The template highlights that the 'Standard' environment offers fast scale-up times and a free tier for specific languages, while the 'Flexible' environment allows for any application in a docker container and provides VPC access for VPN connections.
It details the use of 'Versions' to split traffic by percentage, allowing for canary deployments. It specifically mentions the --no-promote flag to prevent new versions from serving traffic immediately.
Cloud Functions are best used for event-driven tasks such as responding to Cloud Storage changes, Pub/Sub messages, or web requests within a microservice architecture.
Yes, the 'Database' section explains how to use a VPN to connect App Engine to on-premises databases and how to use firewalls to restrict traffic.
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