ASP.NET Core and Google App Engine

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From the course by Google Cloud

Develop and Deploy Windows Applications on Google Cloud Platform

11 ratings

Google Cloud

Develop and Deploy Windows Applications on Google Cloud Platform

11 ratings

Learn to deploy and run Microsoft Windows® applications on Google Cloud Platform (GCP). Through lectures and hands-on labs, learn how to configure and run Microsoft Windows and Microsoft SQL Server in Google Compute Engine. You will also learn how to develop and deploy ASP.NET applications and deploy them to Google Compute Engine, Google App Engine, and Google Container Engine. Course objectives This course teaches participants the following skills: • Configuring Microsoft Windows and Microsoft SQL Server in Google Compute Engine • Deploying ASP.NET MVC applications to Google Compute Engine • Deploying .NET Core applications to Google Compute Engine, Google Compute Engine, and Google Container Engine Pre-requisites • System-administration or application-development experience with Microsoft Windows • A general familiarity with cloud computing

From the lesson

Module 5: Delivering Next-Generation ASP.NET Core on GCP

Finally, you'll learn about .NET Core and EF Core, options for deploying ASP.NET Core applications on Google Cloud Platform, and how to deploy ASP.NET Core applications on Google Compute Engine, Google Container Engine, and Google App Engine.

Introducing .NET Core10:44

ASP.NET Core and Google Container Engine13:28

ASP.NET Core and Google App Engine5:25

Meet the Instructors

Google Cloud Training

In the spectrum of Google Cloud Platform Compute products,

Google App Engine is the platform as a service product.

Google App Engine was Google's first Cloud Platform product.

Starting in 2008, developers could write code and

run it securely and scalably on people's servers.

The original App Engine environment, now called App Engine Standard,

only supports a limited number of programming languages.

And this does not include ASP.NET Core.

But now Google has created a new environment for

App Engine called App Engine Flexible,

which allows Dockerized applications to harness the benefits of App Engine.

Simply supply a Dockerfile and

a simple application configuration file, then publish the application.

As a Platform as a Service product, developers using App Engine don't

have to concern themselves with servers, instance templates,

groups, load balancers, or health checks, or declusters.

All of these are Google's responsibility.

This is everything you need to take a Dockerized application and

deploy it to app engine flexible.

First, create an app.yaml file that describes the App Engine application.

Then in the command line, use the gcloud command to deploy the application.

That's it.

Your application will be running on App Engine in just a couple of minutes.

This demo is part three of a three part series

focused on running ASP.NET Core applications on Google Cloud Platform.

In the first part, we showed how straight forward it was

to create ASP.NET Core web application that run on Google Compute Engine.

In the second part, we made use of Visual Studio 2017 to publish

an ASP.NET Core application into Google Container Engine.

In this final part, we'll take the same containerized ASP.NET Core

application and publish it to run in Google App Engine Flex.

App Engine Flex provides a fantastic alternative to Container Engine for

Google Cloud Platform customers that are happy to harness App Engine's features for

running web applications.

For example, on App Engine,

it's easy to create multiple services and versions and run them on

Google's managed service with a simple user interface in the cloud console.

So let's get started.

You can see that we're looking at the App Engine user interface.

We've already created an App Engine environment inside our project.

All we need to do now is to return to our Visual Studio environment and

publish, this time selecting App Engine as our chosen target.

Okay, so here I am in Visual Studio 2017.

Here's the project that we created in part two of this demo.

If we right click on the project and select publish to Google Cloud, then

recall in the second part of this demo, we chose Container Engine as our target.

For this third part, we're going to pick App Engine Flex.

You'll notice that we automatically populate a version name.

We can have multiple versions for

our application running on a single App Engine Flex application.

So it's easy to do testing or a canary release.

If we click Publish, that will just take a few seconds and

our application will be ready to run in Google App Engine.

I'll pause the video while that happens.

Okay, we're back.

So we use the Google Cloud platform tools for Visual Studio to

deploy our application and our application has been deployed to App Engine Flex.

If we look over at the URL, here it is.

You can see that the URL includes Appspot.com,

which is where App Engine Flex applications are deployed to.

If we add restaurants to the end of the URL,

then this is our custom application functionality.

So that completes part three of the demo.

We've seen just how straight forward it is to make use of Visual Studio 2017,

ASP.NET Core, and the Google Cloud Platform tools for

Visual Studio to deploy an application to App Engine Flex on Google Cloud Platform.

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