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You will create the account with full Amazon S3 access and then use the c# code to create a bucket. Microsoft Visual Studio will use the developer account permission to run the code using AWS. You first create a developer account in Amazon IAM to use with the Visual Studio.
The exercise assumes that you know how to use Microsoft Visual Studio. You also need to have Microsoft Visual Studio (2017, 2019, 2015 or 2013) installed and ready on the machine where you are running this exercise.
If you don’t have an AWS account, kindly use the link to create free trial account for AWS. You need to have an AWS account with administrative access to complete the exercise. This exercise will help you learn about configuring Microsoft Visual Studio to work with AWS. NET SDK which allows the developers to work with the AWS Service using the languages like c#. Microsoft Visual Studio is one of the most popular IDE for. It is recommended to clean-up the resources as soon as you finish the exercise to minimize the cost. You can also drag and drop queues onto the topic editor to create subscriptions.Important Note: You will create AWS resources during the exercise which will incur cost in your AWS account.
Using the editor for Amazon SNS topics you can see properties, publish messages to the queue and create subscriptions to the topic. Using the editor for Amazon SQS queues you can see and edit the properties, send messages to the queue and view a sampling of the messages in the queue. The AWS Toolkit also enables you to search your tables using Scan operations. You can also add new items to tables, add new attributes to items, and edit attribute values. Through the AWS Explorer, you can view, create, and delete Amazon DynamoDB tables. Access keys can be generated for IAM users and access policies can created using the access policy editor for both users and groups. AWS IAM users and groups can be created and users can be assigned to groups. If the bucket is used with Amazon CloudFront you can perform invalidation requests from within the bucket browser. You can create pre-signed URLs to objects to pass around and change the permissions of files. You can browse the files stored in your S3 bucket and upload and download files. Using the Amazon EC2 Instance view you can quickly create new Windows instances and Remote Desktop into them simply by right clicking the instance and selecting "Open Remote Desktop". Serverless applications can be deployed to the AWS cloud by right clicking on the project in the Solution Explorer and selecting "Publish to AWS Lambda". Web Applications and Web Sites can be deployed to the AWS cloud by right clicking on the project in the Solution Explorer and selecting "Publish to AWS Elastic Beanstalk". With the AWS Explorer you can view and edit resources within these services. The AWS Explorer presents a tree view of your AWS resources such as Amazon EC2, Amazon S3, Amazon DynamoDB, AWS Lambda, AWS CloudFormation and other services as well. If you need to provision AWS resources for your application, you can create them manually using the AWS Explorer or use the CloudFormation templates included with the AWS Toolkit to provision web application environments hosted on Amazon EC2.įor issues or questions about this extension please open a GitHub issue at. For example, if your application creates buckets in Amazon S3, you can use AWS Explorer to view those buckets and their contents. As your application runs, you can use the AWS Explorer to view the AWS resources used by the application. 
The AWS Toolkit provides Visual Studio project templates that you can use as starting points for AWS console and web applications. If you require the toolkit for Visual Studio 2017 please see this marketplace entry. Note: This edition of the toolkit is for Visual Studio 20 versions only.
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