You can also delete the Hello World S3 Bucket, Key Pair and Security Group.We have an alternate option to use developer desktop to directly integrate with Cloud subscription using AWS Toolkit for Eclipse. Don’t forget to delete the Hello World application using the AWS console so you don’t keep getting charged for this instance. We have created our first Elastic Beanstalk web application. Reviewing the AWS Elastic Beanstalk console shows that the container type is a 64bit Amazon Linux running Tomcat 6 and the JVM heap by default has an initial and maximum value of 256Mb. Once the application is deployed, Eclipse will open a browser where you can see your new application. Give the process a few minutes for it to configure your new server and upload the application. The publishing of your application will start. The fields is pre-populated so you can use the default. You will then be asked for a version label for this application. Enter “HelloWorld” for the key pair name and hit Ok.Ĭlick Finish. Right click on your project and select Run As -> Run on Server.Ĭlick next, then enter “Hello World” for the application name and the environment name.Ĭlick “Deploy with key pair” and click on the + button to create a new key pair. First we have to define the server in preparation for deployment. If you really want this project to be a simple Hello World web app, you can replace the generated index.jsp with “Hello World”. Other supporting files like CSS and PNG files.WebContent/WEB-INF/web.xml – A bear bones web.xml.WebContent/index.jsp – A sample JSP file that will loop through and display your current S3 Buckets, SimpleDB Domains, and EC2 Instances.src/AwsCredentials.properties – A properties file which stores your AWS credentials.You can get this information from your AWS Security Credentials page. Enter your AWS “Access Key ID” and “Secret Access Key”. Now create a new “AWS Java Web Project” and type “Hello World” for the project name. Install AWS Toolkit again and make sure you include “Amazon Elastic Beanstalk”. If you don’t see this kind of project or if you only see “AWS Java Project”, you didn’t install the AWS Toolkit for Eclipse properly. Once you have the latest AWS Toolkit installed, it’s time to create an new project. Make sure you include “Amazon Elastic Beanstalk” when you install the AWS Toolkit. You will also need to install the latest version of AWS Toolkit for Eclipse. You will need Java 1.5+ and Eclipse 3.5+. We will deploy our own web application using Eclipse. Go to the Amazon S3 tab, look for the newly created Elastic Beanstalk bucket, and delete. You might also want to delete the S3 bucket created by this sample application. The initial and maximum JVM heap size is set to 256Mb.Ĭlick on “View Running Version” to see the actual web application.ĭon’t forget to delete the sample application by clicking on “Delete This Application” link when you are done. An EC2 instance has been launched, an Elastic Load Balancer created, and the EC2 instance added to an Auto Scaling Group. The container type is a 32bit Amazon Linux running Tomcat 6. Going through the interface gives us the following information. You will then see your sample application in the console. ![]() Wait a few minutes while the sample application gets deployed. The easiest way to see how Elastic Beanstalk works is by launching the sample application. Next step is to go to your AWS Elastic Beanstalk console. Enter this PIN in your browser to complete the sign up process. ![]() Amazon will then make an automated call and give you a PIN over the phone. Go to AWS Elastic Beanstalk and click on the “Begin Using AWS Elastic Beanstalk” button. If you don’t, please create an AWS account before proceeding. I’m assuming you already have an existing AWS account. Here’s a quick walk-through on how to deploy your very first AWS Elastic Beanstalk web application using Eclipse. Amazon has recently introduced AWS Elastic Beanstalk.
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