Deploy Java Web Application and MySQL database in the cloud - google-app-engine

my issue is that I've been developing a Java Web app in Netbeans 7.2, which I've used Hibernate and JSF Facelets to communicate and show the data from a MySQL database deployed in my local server (localhost).
But now, I want to deploy both (my java web app and mysql database) in the cloud in a web server, or something but I don't know even how to start this. I've seen something about Google App Engine, but I didn't get the idea, and many others...
I just need to deploy my app to give access to other people to use my web app.

Google Appengine is a Framework.
its not webserver where you can deploy your app as on your local machine.
what you are looking for is
Amazon EC2
Google ComputeEngine
OpenShift
and others...... (to many to list them all)
most of them are not free.
some like openshift are if you dont need much resources.
there you can install the server you need, (its just like a remote server)
and deploy your app to.

Related

Uploading ASP.net & Angular application on Tomcat server

I have just finished the local development of my Web API (ASP.net) and the User interface (AngularJs) and I would like to put it in a Tomcat server. I really need help getting this done.
I really have no ideas
Apache Tomcat is for Java-based applications and will not work. If you are on Linux you would use something like nginx or apache. If you are on windows, you would setup your ASP.NET Core site in IIS or as a windows service. If you have the option, I recommend hosting on a cloud provider such as Azure.

MERN app - how does someone run it locally with a database connection

So I have 2 assignments for different job applications. I can deploy on Heroku by using the free Cluster in Mongodb Atlas, but how would they get the second application to work on their computer? I want it to be as easily done as possible for them, but it seems that they will need to download Node.js and MongoDB compass to their computer.
Any other suggestions?
have you considered using a PaaS?
If you build the app only for the purpose of the interview then it means the webapp should be "accessible/live" only for a few hours at max while it's being reviewed.
The major cloud providers have some free tiers which should help host your app for the interview for free.
(for DB MongoDB Atlas should be good enough)
There are many articles on that since the cloud is very popular nowadays.
Services like: Azure Web Apps, Azzure App Service, Google App Engine and so on should work.

Azure reactjs deployment best practices

Me and my team are working on a product deployed in Azure, all of our backend services will be deployed by using k8s service in Azure and it seems like the most pragmatic and right choice for us.
We also have ReactJS frontend for some of backend services. We deploy them by using Docker and k8s at this moment. We started thinking about scaling of our web apps and found that everything can be done by Azure Web Apps.
I would like to know what is best practice of web app deployment in Cloud(Azure in my case):
Should I use Azure Web App service for this purpose?
Or it is better to keep everything in my k8s cluster
Any link or a book as source of true might be even better :)
Update 1:
I also found out that web apps can be deployed by using Blob Storage and Azure functions to access the static content from the Blob Storage. What do you think?
Azure WebApp is a perfect option for your requirement check this link for more details and guide

Google App Engine vs Tomcat

I was able to create the basic 'hello world' program.
When I tried to understand the difference between a cloud and a server I learned that Cloud is where you have an access to virtual instance created exclusively for you and you are free to choose and install software of your choice.Why Google App Engine(GAE) is used widely where as tomcat is not used. What are major differences between GAE and Tomcat?
Cloud is Google Cloud Platform at this case. App Engine is just one of their services.
App Engine is a platform to build your apps on top of it. A Platform As A Service or PaaS. It simplifies the process of building a scalable application, and you should use it when you understand what you really need and understand principles of scalable application.
Tomcat is a Java web container, and there're many alternatives. Google App Engine is using Jetty. You could actually use it with Tomcat by using Flexible VM, though it doesn't make much sense.
App Engine is not about web server, it's a set of services that helps you to build a scalable app. It includes Memcache, Datastore, Task Queue, Images API, deployments tools and versioning, CDN for static files, and most important automatic scale.
Actually you aren't limited to App Engine on Google Cloud Platform. There is more traditional service, like own server in the cloud, called Compute Engine. There you can run your Tomcat or anything else.

Deploy existing Java web application on Google App engine or Amazon AWS

We have a Java web application developed locally without using any GAE components / AWS components (GAE/AWS SDK etc.,).
We used the following technologies: Java, Spring framework, MySQL Database, Hibernate ORM, Jersy REST library, Tomcat web server.
Our application is up & running fine on our local server.
Now my question is
If I deploy the existing WAR to Google App Engine/ Amazon AWS will it start working right away OR Do I have to make extra changes to my code and deploy new WAR file in order to make it working on Google App Engine / Amazon AWS?
If I want to start a new java web project(using same configuration I mentioned above) that will eventually run on Google App Engine / Amazon AWS, What is the best strategy:
Should I start my development using Google App Engine / Amazon AWS from the beginning ? or just deploy when everything is done?
EDIT : I just wanted to know about GAE and/or AWS in general.
It looks like Google Computer Engine is more suited if you rely on a relational database. Google app engine uses a NoSQL datastore that is not compatible with your relational scheme.

Resources